diff --git a/exforall/100/10065.x4 b/exforall/100/10065.x4 index 565062630..766a53f77 100644 --- a/exforall/100/10065.x4 +++ b/exforall/100/10065.x4 @@ -1,24 +1,28 @@ -ENTRY 10065 20080808 20110323 20110301 1370 -SUBENT 10065001 20080808 20110323 20110301 1370 -BIB 10 15 +ENTRY 10065 20110812 20120207 20111126 1377 +SUBENT 10065001 20110812 20120207 20111126 1377 +BIB 11 19 INSTITUTE (1USABNL) REFERENCE (J,PR/C,2,1115,197009) -AUTHOR (M.R.Bhat, R.E.Chrien, D.I.Garber O.A.Wasson) + #doi:10.1103/PhysRevC.2.1115 +AUTHOR (M.R.Bhat, R.E.Chrien, D.I.Garber,O.A.Wasson) TITLE Gamma Rays from Thermal and Resonance Neutron Capture in 121Sb and 123Sb. FACILITY (CHOPF,1USABNL) Fast chopper at High Flux Beam Reactor -SAMPLE Natural Sb sample. +SAMPLE Natural Sb sample weighed 854g. DETECTOR (GELI) Ge(Li) detector. PART-DET (G) Gammas +METHOD (TOF) STATUS (APRVD) Approved by author. HISTORY (19700911C) (19810601A) Converted to REACTION formalism. (19990907A) Converted to new date formalism. (20100808A) VM: BIB updates. (20101108A) S.H. Added subs. 4,5 and 6 -ENDBIB 15 + (20110812U) SD: In Subents 004-006 reference in + MONIT-REF corrected. +ENDBIB 19 NOCOMMON 0 0 -ENDSUBENT 18 +ENDSUBENT 22 SUBENT 10065002 20080808 20110323 20110301 1370 BIB 4 5 REACTION (51-SB-121(N,0),,J) @@ -61,15 +65,23 @@ EV NO-DIM NO-DIM 105. 3. 1. ENDDATA 6 ENDSUBENT 18 -SUBENT 10065004 20101108 20110323 20110301 1370 -BIB 6 6 +SUBENT 10065004 20110812 20120207 20111126 1377 +BIB 7 14 REACTION (51-SB-121(N,G),PAR,WID) MONITOR (51-SB-121(N,G)51-SB-122,,SPC,,MXW) -MONIT-REF (,N.C.Rasmussen+,J,ND/A,5,61,1968) +MONIT-REF (,L.V.Groshev+,J,ND/A,5,1,1968) N.C.Rasmussen's data + on p.61 data from this article +ANALYSIS Results were obtained by calibrating the gamma-ray + intensities against a thermal-neutron spectrum as has + been described in detail (M.R.Bhat+,J,PR,166,1111,1968) + and assuming the value of (1.18 photons)/(100 neutron + captures) for the intense 6523.6-keV gamma-ray as + given by Rasmussen et al. ERR-ANALYS (DATA-ERR) No information on source of uncertainties. -STATUS (TABLE) Data taken from Table I in reference. +STATUS (TABLE) Data taken from Table I in PR/C,2,1115,1970 HISTORY (20101108C) Compiled by S.H. -ENDBIB 6 + (20110812U) SD: Ref. in MONIT-REF corrected. +ENDBIB 14 COMMON 4 3 E-ERR EN-NRM E-NRM MONIT KEV EV KEV PC/REAC @@ -271,16 +283,24 @@ EV KEV MILLI-EV MILLI-EV MILLI-EV 29.7 6745.0 0.1 29.7 6806.6 0.13 0.05 ENDDATA 194 -ENDSUBENT 209 -SUBENT 10065005 20101108 20110323 20110301 1370 -BIB 6 6 +ENDSUBENT 217 +SUBENT 10065005 20110812 20120207 20111126 1377 +BIB 7 14 REACTION (51-SB-123(N,G),PAR,WID) MONITOR (51-SB-123(N,G)51-SB-124,,SPC,,MXW) -MONIT-REF (,N.C.Rasmussen+,J,ND/A,5,61,1968) +MONIT-REF (,L.V.Groshev+,J,ND/A,5,1,1968) N.C.Rasmussen's data + on p.61 data from this article +ANALYSIS Results were obtained by calibrating the gamma-ray + intensities against a thermal-neutron spectrum as has + been described in detail (M.R.Bhat+,J,PR,166,1111,1968) + and assuming the value of (1.18 photons)/(100 neutron + captures) for the intense 6523.6-keV gamma-ray as + given by Rasmussen et al. ERR-ANALYS (DATA-ERR) No information on source of uncertainties. STATUS (TABLE) Data taken from Table III in reference. HISTORY (20101108C) Compiled by S.H. -ENDBIB 6 + (20110812U) SD: Ref. in MONIT-REF corrected. +ENDBIB 14 COMMON 5 3 EN-RES E-ERR EN-NRM E-NRM MONIT EV KEV EV KEV PC/REAC @@ -325,20 +345,28 @@ KEV MILLI-EV MILLI-EV 6457.6 0.62 0.07 6468.1 1.77 0.09 ENDDATA 37 -ENDSUBENT 52 -SUBENT 10065006 20101108 20110323 20110301 1370 -BIB 6 6 +ENDSUBENT 60 +SUBENT 10065006 20110812 20120207 20111126 1377 +BIB 7 14 REACTION (51-SB-0(N,G),,SPC) MONITOR (51-SB-121(N,G)51-SB-122,,SPC,,MXW) -MONIT-REF (,N.C.Rasmussen+,J,ND/A,5,61,1968) +MONIT-REF (,L.V.Groshev+,J,ND/A,5,1,1968) N.C.Rasmussen's data + on p.61 data from this article +ANALYSIS Results were obtained by calibrating the gamma-ray + intensities against a thermal-neutron spectrum as has + been described in detail (M.R.Bhat+,J,PR,166,1111,1968) + and assuming the value of (1.18 photons)/(100 neutron + captures) for the intense 6523.6-keV gamma-ray as + given by Rasmussen et al. ERR-ANALYS No information on uncertainties. STATUS (TABLE) Data taken from Table IV in reference. HISTORY (20101108C) Compiled by S.H. -ENDBIB 6 + (20110812U) SD: Ref. in MONIT-REF corrected. +ENDBIB 14 COMMON 4 3 EN-DUMMY E-ERR E-NRM MONIT EV KEV KEV PC/REAC - 0.0025 2.0 6523.6 1.18 + 0.025 2.0 6523.6 1.18 ENDCOMMON 3 DATA 2 59 E DATA @@ -403,5 +431,5 @@ KEV PC/REAC 6745.6 0.11 6806.6 0.16 ENDDATA 61 -ENDSUBENT 76 +ENDSUBENT 84 ENDENTRY 6 diff --git a/exforall/101/10138.x4 b/exforall/101/10138.x4 index db6a83ecd..3474e267e 100644 --- a/exforall/101/10138.x4 +++ b/exforall/101/10138.x4 @@ -1,11 +1,12 @@ -ENTRY 10138 20101108 20110323 20110301 1370 -SUBENT 10138001 20101108 20110323 20110301 1370 -BIB 10 16 +ENTRY 10138 20110914 20120207 20111126 1377 +SUBENT 10138001 20110914 20120207 20111126 1377 +BIB 10 19 INSTITUTE (1USABNL) REFERENCE (J,PR/C,3,2054,1971) -AUTHOR (R.E.CHRIEN,K.RIMAWI,J.B.GARG) +AUTHOR (R.E.Chrien,K.Rimawi,J.B.Garg) TITLE Resonance Neutron Capture in 93Nb -FACILITY (CHOPF) Fast chopper at the High Flux Beam Reactor +FACILITY (CHOPF,1USABNL) Fast chopper at the + High Flux Beam Reactor SAMPLE Natural sample of monoisotopic niobium weighing 978.0 grams METHOD (TOF) Time-of-flight. Capture gammas measurements. @@ -17,9 +18,11 @@ HISTORY (19720523C) (20000321A) Converted to new date format, lower case. (20101108A) BIB updates. (20101111A)S.H. Added subs. 3,4 -ENDBIB 16 + (20110914A) SD: Data in Subents 003 divided on 10 + according to the Tbl. II of PR/C,3,2054,1971 +ENDBIB 19 NOCOMMON 0 0 -ENDSUBENT 19 +ENDSUBENT 22 SUBENT 10138002 20101108 20110323 20110301 1370 BIB 6 8 REACTION (41-NB-93(N,0),,J) @@ -46,14 +49,15 @@ EV NO-DIM NO-DIM NO-DIM 335.5 4. 0. ENDDATA 11 ENDSUBENT 24 -SUBENT 10138003 20101108 20110323 20110301 1370 -BIB 4 5 +SUBENT 10138003 20110914 20120207 20111126 1377 +BIB 4 6 REACTION (41-NB-93(N,G)41-NB-94,,SPC,,MXW) ERR-ANALYS (DATA-ERR) No information given -STATUS (TABLE) Data taken from Table II in reference. -HISTORY (19790714A) Data corrected - (20101111C) Compiled by S.H. -ENDBIB 5 +STATUS (TABLE) Data taken from Table II of PR/C,3,2054,1971 +HISTORY (20101111C) Compiled by S.H. + (20110914A) SD: Data in Subents 003,004 divided by 10 + according to the Tbl. II of PR/C,3,2054,1971 +ENDBIB 6 COMMON 1 3 EN-DUMMY EV @@ -62,78 +66,78 @@ ENDCOMMON 3 DATA 4 70 E E-ERR DATA DATA-ERR KEV KEV PC/INC PC/INC - 7229.34 0.37 0.78 0.46 - 7189.00 1.00 5.32 0.64 - 6918.52 1.03 2.67 0.64 - 6832.71 0.22 12.12 0.71 - 6596.09 1.50 1.49 0.47 - 6435.03 0.53 1.98 0.57 - 6408.09 0.45 1.23 0.57 - 6332.54 0.50 1.68 0.57 - 6291.51 0.60 2.28 0.65 - 6070.16 1.00 2.15 0.60 - 6059.20 0.77 2.15 0.59 - 5998.09 2.08 1.46 0.57 - 5964.76 0.70 2.20 0.64 - 5955.93 0.92 1.35 0.64 - 5948.13 0.97 1.12 0.60 - 5907.42 1.83 0.61 0.71 - 5895.99 0.32 9.39 0.84 - 5881.46 0.85 2.68 0.76 - 5770.86 0.60 2.67 0.81 - 5760.91 0.73 1.56 0.80 - 5648.89 1.50 1.41 0.60 - 5607.73 0.96 2.32 0.70 - 5591.29 0.22 5.17 0.73 - 5574.28 0.39 2.48 0.69 - 5533.27 1.16 1.93 0.71 - 5509.18 1.50 2.29 0.84 - 5497.08 0.50 9.22 1.01 - 5460.51 1.29 1.07 0.85 - 5449.28 0.44 1.63 0.88 - 5402.26 1.00 2.43 0.78 - 5368.20 0.65 3.42 0.76 - 5362.96 0.82 2.63 0.76 - 5349.95 0.33 4.43 0.89 - 5308.89 1.00 1.15 0.88 - 5300.38 0.60 1.28 0.84 - 5283.28 1.00 1.60 0.84 - 5253.87 0.33 4.80 0.95 - 5247.36 0.77 1.65 0.95 - 5210.68 1.00 2.15 0.79 - 5194.43 0.28 6.42 0.64 - 5180.84 1.00 3.54 0.87 - 5132.64 2.00 0.87 0.97 - 5104.32 0.20 11.63 1.01 - 5096.68 0.63 3.40 0.90 - 5086.56 1.11 1.32 0.94 - 5070.19 0.54 5.19 1.01 - 5052.15 1.24 1.36 0.89 - 5030.88 0.25 2.58 0.84 - 4983.41 0.98 2.95 1.07 - 4949.53 1.00 1.95 0.93 - 4913.30 0.37 4.43 1.03 - 4903.91 0.53 2.86 1.01 - 4829.06 0.56 3.91 0.89 - 4813.17 0.52 1.09 1.04 - 4792.42 0.86 2.37 1.07 - 4784.70 0.98 2.10 1.07 - 4771.91 0.55 0.97 1.07 - 4739.17 0.33 8.63 1.34 - 4711.60 0.75 2.05 1.27 - 4681.49 0.39 3.65 0.98 - 4673.28 0.75 2.35 1.16 - 4648.05 2.00 0.87 0.99 - 4632.10 0.38 3.61 1.16 - 4620.42 1.00 2.09 1.15 - 4607.31 0.54 2.11 1.11 - 4558.31 0.61 2.91 1.25 - 4540.61 0.37 3.74 1.25 - 4524.71 0.44 2.46 1.08 - 4504.85 0.66 2.25 1.20 - 4485.93 1.00 1.78 1.36 + 7229.34 0.37 0.078 0.046 + 7189.00 1.00 0.532 0.064 + 6918.52 1.03 0.267 0.064 + 6832.71 0.22 1.212 0.071 + 6596.09 1.50 0.149 0.047 + 6435.03 0.53 0.198 0.057 + 6408.09 0.45 0.123 0.057 + 6332.54 0.50 0.168 0.057 + 6291.51 0.60 0.228 0.065 + 6070.16 1.00 0.215 0.060 + 6059.20 0.77 0.215 0.059 + 5998.09 2.08 0.146 0.057 + 5964.76 0.70 0.220 0.064 + 5955.93 0.92 0.135 0.064 + 5948.13 0.97 0.112 0.060 + 5907.42 1.83 0.061 0.071 + 5895.99 0.32 0.939 0.084 + 5881.46 0.85 0.268 0.076 + 5770.86 0.60 0.267 0.081 + 5760.91 0.73 0.156 0.080 + 5648.89 1.50 0.141 0.060 + 5607.73 0.96 0.232 0.070 + 5591.29 0.22 0.517 0.073 + 5574.28 0.39 0.248 0.069 + 5533.27 1.16 0.193 0.071 + 5509.18 1.50 0.229 0.084 + 5497.08 0.50 0.922 0.101 + 5460.51 1.29 0.107 0.085 + 5449.28 0.44 0.163 0.088 + 5402.26 1.00 0.243 0.078 + 5368.20 0.65 0.342 0.076 + 5362.96 0.82 0.263 0.076 + 5349.95 0.33 0.443 0.089 + 5308.89 1.00 0.115 0.088 + 5300.38 0.60 0.128 0.084 + 5283.28 1.00 0.160 0.084 + 5253.87 0.33 0.480 0.095 + 5247.36 0.77 0.165 0.095 + 5210.68 1.00 0.215 0.079 + 5194.43 0.28 0.642 0.064 + 5180.84 1.00 0.354 0.087 + 5132.64 2.00 0.087 0.097 + 5104.32 0.20 1.163 0.101 + 5096.68 0.63 0.340 0.090 + 5086.56 1.11 0.132 0.094 + 5070.19 0.54 0.519 0.101 + 5052.15 1.24 0.136 0.089 + 5030.88 0.25 0.258 0.084 + 4983.41 0.98 0.295 0.107 + 4949.53 1.00 0.195 0.093 + 4913.30 0.37 0.443 0.103 + 4903.91 0.53 0.286 0.101 + 4829.06 0.56 0.391 0.089 + 4813.17 0.52 0.109 0.104 + 4792.42 0.86 0.237 0.107 + 4784.70 0.98 0.210 0.107 + 4771.91 0.55 0.097 0.107 + 4739.17 0.33 0.863 0.134 + 4711.60 0.75 0.205 0.127 + 4681.49 0.39 0.365 0.098 + 4673.28 0.75 0.235 0.116 + 4648.05 2.00 0.087 0.099 + 4632.10 0.38 0.361 0.116 + 4620.42 1.00 0.209 0.115 + 4607.31 0.54 0.211 0.111 + 4558.31 0.61 0.291 0.125 + 4540.61 0.37 0.374 0.125 + 4524.71 0.44 0.246 0.108 + 4504.85 0.66 0.225 0.120 + 4485.93 1.00 0.178 0.136 ENDDATA 72 -ENDSUBENT 86 +ENDSUBENT 87 SUBENT 10138004 20101108 20110323 20110301 1370 BIB 4 5 REACTION (41-NB-93(N,G),PAR,WID) diff --git a/exforall/101/10190.x4 b/exforall/101/10190.x4 index f086182e5..608514a06 100644 --- a/exforall/101/10190.x4 +++ b/exforall/101/10190.x4 @@ -1,6 +1,6 @@ -ENTRY 10190 20110717 20111102 20111017 1373 -SUBENT 10190001 20110717 20111102 20111017 1373 -BIB 13 29 +ENTRY 10190 20111110 20120207 20111126 1377 +SUBENT 10190001 20111110 20120207 20111126 1377 +BIB 13 30 REFERENCE (J,PR/C,4,36,1971) Original results and description of experiment. Authors: Niiler, Drosg, Hopkins, Seagrave, Kerr @@ -30,9 +30,10 @@ HISTORY (19730130C) (20010214A) Converted to new date formats, lower case. (20110712A) ON+OS. Subentries 2,4,5 made obsolete, subentries 6-10 and 2nd reference added, BIB updates -ENDBIB 29 + (20111107U) Heading in sub.4 corrected +ENDBIB 30 NOCOMMON 0 0 -ENDSUBENT 32 +ENDSUBENT 33 SUBENT 10190002 20110717 20111102 20111017 1373 BIB 5 13 REACTION (2-HE-4(N,EL)2-HE-4,,DA) @@ -88,8 +89,8 @@ MEV KEV ADEG MB/SR PER-CENT ENDDATA 34 ENDSUBENT 52 NOSUBENT 10190003 820916 20050926 0000 -SUBENT 10190004 20110717 20111102 20111017 1373 -BIB 5 9 +SUBENT 10190004 20111110 20120207 20111126 1377 +BIB 5 10 REACTION (2-HE-4(N,EL)2-HE-4,,DA) FACILITY (VDGT,1USALAS) ERR-ANALYS (DATA-ERR) Error given is relative standard deviation. @@ -99,14 +100,15 @@ HISTORY (19820901A) EN-RSL added to data. (19851203A) REACTION correction. (20110712A) Changed status to 'superseded', other corrections. -ENDBIB 9 + (20111107U) Heading corrected +ENDBIB 10 COMMON 2 3 EN EN-RSL-FW MEV KEV 23.7 345. ENDCOMMON 3 DATA 3 13 -ANG DATA-CM DATA-ERR +ANG-CM DATA-CM DATA-ERR ADEG MB/SR PER-CENT 25.0 206. 1.7 37.2 147. 2.1 @@ -122,7 +124,7 @@ ADEG MB/SR PER-CENT 123.7 9.1 6.2 132.6 11.5 5.1 ENDDATA 15 -ENDSUBENT 33 +ENDSUBENT 34 SUBENT 10190005 20110717 20111102 20111017 1373 BIB 4 7 REACTION (2-HE-4(N,EL)2-HE-4,,SIG) diff --git a/exforall/106/10669.x4 b/exforall/106/10669.x4 index 65b0eca57..d1b3ab26f 100644 --- a/exforall/106/10669.x4 +++ b/exforall/106/10669.x4 @@ -1,12 +1,13 @@ -ENTRY 10669 20080828 20081219 20081211 1350 -SUBENT 10669001 20080828 20081219 20081211 1350 -BIB 11 18 +ENTRY 10669 20110812 20120207 20111126 1377 +SUBENT 10669001 20110812 20120207 20111126 1377 +BIB 11 20 INSTITUTE (1USAANL) REFERENCE (J,NP/A,307,224,197809) (R,ANL-NDM-33,197706) Experimental review of total cross sections. AUTHOR (P.Guenther,D.Havel,A.Smith,J.Whalen) -TITLE Titanium-I. Fast neutron cross section measurements +TITLE Fast-neutron total and scattering cross sections of + elemental titanium FACILITY (DYNAM,1USAANL) Dynamitron INC-SOURCE (P-LI7) SAMPLE Natural titanium metal formed into cylinders @@ -14,14 +15,15 @@ CORRECTION Data corrected for beam attenuation, background. effects, in-scattering effects, and dead-time ERR-ANALYS (DATA-ERR) Data errors given include both statistical and systematic errors. -STATUS (APRVD) Approved by A.B.Smith, 77/10/26 - Data taken from private comm., Smith, 1977/6/16. +STATUS (APRVD) Approved by A.B.Smith, 1977/10/26 + (TABLE) Data taken from private comm., Smith, 1977/6/16 HISTORY (19770811C) (19830328U) Reference updated. (20080828A) Formats updated. BIB updates. -ENDBIB 18 + (20110812U) SD: Title corrected according to the ref. +ENDBIB 20 NOCOMMON 0 0 -ENDSUBENT 21 +ENDSUBENT 23 SUBENT 10669002 20080828 20081219 20081211 1350 BIB 3 4 REACTION (22-TI-0(N,TOT),,SIG) diff --git a/exforall/107/10750.x4 b/exforall/107/10750.x4 index a433f201f..9a3de6fb0 100644 --- a/exforall/107/10750.x4 +++ b/exforall/107/10750.x4 @@ -1,6 +1,6 @@ -ENTRY 10750 20110519 20110803 20110703 1372 -SUBENT 10750001 20110519 20110803 20110703 1372 -BIB 11 16 +ENTRY 10750 20110914 20120207 20111126 1377 +SUBENT 10750001 20110914 20120207 20111126 1377 +BIB 11 17 INSTITUTE (1USABNL) REFERENCE (J,PR/C,9,1978,197405) AUTHOR (K.Rimawi,J.B.Garg,R.E.Chrien,G.W.Cole,O.A.Wasson) @@ -17,9 +17,10 @@ HISTORY (19780620C) BIB updates (20101104A) S.H. Added subs. 5,6 (20110515A) OS. BIB corr. in sub.5,6 -ENDBIB 16 + (20110914A) SD: ref. in MONIT-REF at Sub.5,6 corrected. +ENDBIB 17 NOCOMMON 0 0 -ENDSUBENT 19 +ENDSUBENT 20 SUBENT 10750002 20101130 20110323 20110301 1370 BIB 3 5 REACTION 1(44-RU-99(N,0),,J) @@ -76,19 +77,21 @@ EV NO-DIM NO-DIM 65.66 1.5 -1. ENDDATA 3 ENDSUBENT 16 -SUBENT 10750005 20110519 20110803 20110703 1372 -BIB 7 10 +SUBENT 10750005 20110914 20120207 20111126 1377 +BIB 7 12 REACTION (44-RU-99(N,G),PAR,WID) ANALYSIS Least-squares fit to individual peaks in spectra, assuming Gaussian shape for peak. MONITOR Thermal neutron capture gamma rays energies of Rasmussen et al. used for energy calibration. -MONIT-REF (,N.C.Rasmussen+,J,ND/A,3,609,1967) +MONIT-REF (,G.A.Bartholomew+,J,ND/A,3,367,1967) N.C.Rasmussen's + data published on p.609 of this article. ERR-ANALYS (ERR-S) Statistical uncertainty. STATUS (TABLE) Data taken from Table I in reference. HISTORY (20101106C) SH (20110515A) OS. MONIT-REF corrected -ENDBIB 10 + (20110914A) SD: ref. in MONIT-REF corrected +ENDBIB 12 NOCOMMON 0 0 DATA 5 123 EN-RES E E-ERR DATA ERR-S @@ -217,20 +220,22 @@ EV KEV KEV MILLI-EV MILLI-EV 81.6 5486.8 2.1 1.01 0.32 81.6 5306.3 1.6 0.82 0.34 ENDDATA 125 -ENDSUBENT 140 -SUBENT 10750006 20110519 20110803 20110703 1372 -BIB 7 10 +ENDSUBENT 142 +SUBENT 10750006 20110914 20120207 20111126 1377 +BIB 7 12 REACTION (44-RU-101(N,G),PAR,WID) ANALYSIS Least-squares fit to individual peaks in spectra, assuming Gaussian shape for peak. MONITOR Thermal neutron capture gamma rays energies of Rasmussen et al. used for energy calibration. -MONIT-REF (,N.C.Rasmussen+,J,ND/A,3,609,1967) +MONIT-REF (,G.A.Bartholomew+,J,ND/A,3,367,1967) N.C.Rasmussen's + data published on p.609 of this article. ERR-ANALYS (ERR-S) Statistical uncertainty. STATUS (TABLE) Data taken from Table II in reference. HISTORY (20101106C) SH (20110515A) OS. MONIT-REF corrected -ENDBIB 10 + (20110914A) SD: ref. in MONIT-REF corrected +ENDBIB 12 NOCOMMON 0 0 DATA 5 158 EN-RES E E-ERR DATA ERR-S @@ -394,5 +399,5 @@ EV KEV KEV MILLI-EV MILLI-EV 112.5 5437.8 0.6 1.62 0.64 112.5 5282.9 0.9 1.76 0.79 ENDDATA 160 -ENDSUBENT 175 +ENDSUBENT 177 ENDENTRY 6 diff --git a/exforall/110/11006.x4 b/exforall/110/11006.x4 index 7b606f85f..02043b131 100644 --- a/exforall/110/11006.x4 +++ b/exforall/110/11006.x4 @@ -1,59 +1,75 @@ -ENTRY 11006 860326 20050926 0000 -SUBENT 11006001 860326 20050926 0000 -BIB 9 14 +ENTRY 11006 20110914 20120207 20111126 1377 +SUBENT 11006001 20110914 20120207 20111126 1377 +BIB 11 28 INSTITUTE (1USATEX) -REFERENCE (J,AUJ,16,185,63) -AUTHOR (P.G.YOUNG,G.G.OHLSEN,P.L.OKHUYSEN) -TITLE THE ANGULAR DISTRIBUTION OF 1.79 MEV NEUTRONS SCATTERED - FROM HELIUM. -INC-SOURCE (P-T) -DETECTOR (SCIN) PLASTIC SCINTILLATOR. -CORRECTION CORRECTED FOR MULTIPLE SCATTERING. +REFERENCE (J,AUJ,16,185,1963) +AUTHOR (P.G.Young,G.G.Ohlsen,P.L.Okhuysen) +TITLE The angular distribution of 1.79 MeV neutrons scattered + from helium. +FACILITY (VDG,1USATEX) 3 MeV electrostatic accelerator was + pulsed after acceleration at a frequency of 3.6 Mc/s. +INC-SOURCE (P-T) Cylinder containing tritium gas at one atmosphere + The cell was 1.5 cm long and was separated from the + accelerator by a 0.0001 in. nickel foil. +SAMPLE The helium scatterer was contained in a steel + high-pressure cell +DETECTOR (SCIN) 4 by 3 by 2 in. plastic scintillator viewed + by two RCA 6810 photomultiplier tubes through Lucite + light pipes. + The neutrons were monitored by a 1 by 2 by 0.040 in. + plastic scintillator placed a few inches above the + tritium cell. +CORRECTION Corrected for multiple scattering. STATUS (SCSRS) - DATA RECEIVED IN PRIVATE COMM., YOUNG, 67/3. -HISTORY (760628T) TRANSLATED FROM SCISRS - (820106A) CONVERTED TO REACTION FORMALISM - (830817A) MONITOR ADDED TO DATA - (860326A) BIB UPDATES, REACTION PRODUCTS ADDED. -ENDBIB 14 + (TABLE) Data received in private comm., Young, 1967/3. +HISTORY (19760628T) Translated from SCISRS + (19820106A) converted to REACTION formalism + (19830817A) MONITOR added to data + (19860326A) BIB updates, REACTION products added. + (20110914A) SD:Updated to new date formats,lower case. + corrected according to last EXFOR rules and Dict. + Subent.2: In REACTION and MONITOR codes SF1 corrected. +ENDBIB 28 NOCOMMON 0 0 -ENDSUBENT 17 -SUBENT 11006002 860326 20050926 0000 -BIB 3 3 -REACTION (2-HE-0(N,EL)2-HE-4,,DA) -METHOD (TOF) TIME-OF-FLIGHT -MONITOR (2-HE-0(N,EL)2-HE-4,,SIG) -ENDBIB 3 +ENDSUBENT 31 +SUBENT 11006002 20110914 20120207 20111126 1377 +BIB 4 5 +REACTION (2-HE-4(N,EL)2-HE-4,,DA) +METHOD (TOF) Time-of-flight +MONITOR (2-HE-4(N,EL)2-HE-4,,SIG) +HISTORY (20110914A) SD: In REACTION and MONITOR codes SF1 + corrected (HE-0 => HE-4) +ENDBIB 5 COMMON 3 3 EN EN-RSL MONIT MEV MEV B - 1.79 +00 5. -02 4.50 + 1.79 0.05 4.50 ENDCOMMON 3 DATA 3 22 COS-CM DATA-CM DATA-ERR NO-DIM MB/SR MB/SR - 0.85720 6.4 +02 1.1 +02 - 0.79650 6.5 +02 1.0 +02 - 0.72660 5.9 +02 9. +01 - 0.65210 6.0 +02 8. +01 - 0.57070 5.1 +02 6. +01 - 0.48330 4.0 +02 5. +01 - 0.39230 3.8 +02 5. +01 - 0.29900 3.4 +02 4. +01 - 0.20450 3.3 +02 4. +01 - 0.10970 2.9 +02 4. +01 - 0.01570 3.2 +02 4. +01 --0.0767 2.3 +02 3. +01 --0.1650 2.0 +02 3. +01 --0.2521 1.9 +02 3. +01 --0.3355 2.0 +02 3. +01 --0.4863 2.3 +02 4. +01 --0.5548 1.8 +02 4. +01 --0.6184 2.2 +02 4. +01 --0.6769 2.5 +02 5. +01 --0.7302 2.5 +02 5. +01 --0.7782 2.8 +02 6. +01 --0.8202 3.1 +02 6. +01 + 0.85720 640. 110. + 0.79650 650. 100. + 0.72660 590. 90. + 0.65210 600. 80. + 0.57070 510. 60. + 0.48330 400. 50. + 0.39230 380. 50. + 0.29900 340. 40. + 0.20450 330. 40. + 0.10970 290. 40. + 0.01570 320. 40. +-0.0767 230. 30. +-0.1650 200. 30. +-0.2521 190. 30. +-0.3355 200. 30. +-0.4863 230. 40. +-0.5548 180. 40. +-0.6184 220. 40. +-0.6769 250. 50. +-0.7302 250. 50. +-0.7782 280. 60. +-0.8202 310. 60. ENDDATA 24 -ENDSUBENT 36 +ENDSUBENT 38 ENDENTRY 2 diff --git a/exforall/110/11090.x4 b/exforall/110/11090.x4 index de7987030..518619d1c 100644 --- a/exforall/110/11090.x4 +++ b/exforall/110/11090.x4 @@ -1,43 +1,56 @@ -ENTRY 11090 820106 20050926 0000 -SUBENT 11090001 820106 20050926 0000 -BIB 6 7 +ENTRY 11090 20110914 20120207 20111126 1377 +SUBENT 11090001 20110914 20120207 20111126 1377 +BIB 9 19 INSTITUTE (1USAORL) -REFERENCE (J,PR,100,121,55) -AUTHOR (A.GOLONSKY,J.P.JUDISH) -TITLE ANGULAR DISTRIBUTIONS OF N-P SCATTERING AT 17.9 MEV. +REFERENCE (J,PR,100,121,1955) +AUTHOR (A.Galonsky,J.P.Judish) +TITLE Angular distributions of n-p scattering at 17.9 MeV. +FACILITY (VDG,1USAORL) 2.5-MV electrostatic generator +INC-SOURCE (D-T) Deuterons accelerated to 1.96 MeV by the 2.5-MV + electrostatic generator entered a 1.5-in. long + tritium gas target through a 0.05-mil nickel foil. +DETECTOR (TELES,PROPC,NAICR) The polyethylene radiator, two + proportional counters, and the NaI spectrometer. + (LONGC) A long propane recoil counter biased above + D-D neutrons was the neutron flux monitor. STATUS (SCSRS) -HISTORY (760628T) TRANSLATED FROM SCISRS - (820106A) CONVERTED TO REACTION FORMALISM -ENDBIB 7 +HISTORY (19760628T) Translated from SCISRS + (19820106A) converted to REACTION formalism + (20110914A) SD:Updated to new date formats,lower case. + corrected according to last EXFOR rules and Dict. + BIB updated; SF1, SF4 in REACTION and MONITOR + codes changed (H-0 => H-1) in Subent.2 +ENDBIB 19 NOCOMMON 0 0 -ENDSUBENT 10 -SUBENT 11090002 860326 20050926 0000 -BIB 4 5 -REACTION (1-H-0(N,EL)1-H-0,,DA) -DETECTOR (TELES) COUNTER TELESCOPE -MONITOR (1-H-0(N,EL)1-H-1,,SIG) -HISTORY (860326A) REACTION PRODUCT ADDED, COMMON, DATA HEADING - UPDATED. -ENDBIB 5 +ENDSUBENT 22 +SUBENT 11090002 20110914 20120207 20111126 1377 +BIB 3 6 +REACTION (1-H-1(N,EL)1-H-1,,DA) +MONITOR (1-H-1(N,EL)1-H-1,,SIG) +HISTORY (19860326A) REACTION product added, COMMON, + DATA heading updated. + (20110914A) SD: SF1, SF4 in REACTION and MONITOR + codes changed (H-0 => H-1) +ENDBIB 6 COMMON 4 3 EN EN-RSL ANG-RSL MONIT MEV MEV ADEG MB - 1.79 +01 1. -01 3. 535. + 17.9 0.1 3. 535. ENDCOMMON 3 DATA 3 11 COS-CM DATA-CM DATA-ERR NO-DIM MB/SR MB/SR - 0.15600 3.84 +01 - 0.00000 4.23 +01 --0.1730 4.06 +01 --0.3420 4.33 +01 --0.5000 3.94 +01 --0.6420 4.32 +01 --0.7660 4.33 +01 --0.8660 4.40 +01 --0.9390 4.50 +01 --0.9840 4.40 +01 --0.9970 4.50 +01 1.0 +00 + 0.15600 38.4 + 0.00000 42.3 +-0.1730 40.6 +-0.3420 43.3 +-0.5000 39.4 +-0.6420 43.2 +-0.7660 43.3 +-0.8660 44.0 +-0.9390 45.0 +-0.9840 44.0 +-0.9970 45.0 1.0 ENDDATA 13 -ENDSUBENT 27 +ENDSUBENT 28 ENDENTRY 2 diff --git a/exforall/112/11281.x4 b/exforall/112/11281.x4 index 00b709ca4..fd7fffd7d 100644 --- a/exforall/112/11281.x4 +++ b/exforall/112/11281.x4 @@ -1,26 +1,41 @@ -ENTRY 11281 970515 20050926 0000 -SUBENT 11281001 970515 20050926 0000 -BIB 8 11 +ENTRY 11281 20110731 20120207 20111126 1377 +SUBENT 11281001 20110731 20120207 20111126 1377 +BIB 11 24 INSTITUTE (1USARIC) -REFERENCE (J,NP,14,277,5912) -AUTHOR (F.GABBARD,H.BICHSEL,T.W.BONNER) +REFERENCE (J,NP,14,277,195912) +AUTHOR (F.Gabbard,H.Bichsel,T.W.Bonner) TITLE The disintegration of nitrogen by fast neutrons. INC-SPECT Energy resolution varies from 90 keV at 4.2 MeV to 55 keV at 8.2 MeV. +FACILITY (VDG,1USARIC) +INC-SOURCE (D-D) The neutron sources which were used in the + (P-T) experiments were Li7(p,n)Be7, T(p,n)He5 and the + (P-LI7) D(d,n)He3 reactions. +SAMPLE The ionization chamber was filled with pure nitrogen + or a mixture of nitrogen and argon. + Experiments were carried out with a number of different + fillings of nitrogen and a nitrogen-argon mixture. DETECTOR (IOCH) Grid-type ionization chamber -STATUS Data correction from F. Gabbard, 64/3. -HISTORY (761001T) TRANSLATED FROM SCISRS - (810428A) CONVERTED TO REACTION FORMALISM - (970515A) BIB update, converted to lower case. -ENDBIB 11 + (LONGC) A long counter was used for monitoring + the neutron flux. +STATUS (SCSRS) + Data correction from F. Gabbard, 1964/3. +HISTORY (19761001T) Translated from SCISRS + (19810428A) converted to REACTION formalism + (19970515A) BIB update, converted to lower case. + (20110731A) SD: Data in Subents 002,016-020 divided by + ten according to the presentation in the article. +ENDBIB 24 NOCOMMON 0 0 -ENDSUBENT 14 -SUBENT 11281002 970515 20050926 0000 -BIB 2 3 +ENDSUBENT 27 +SUBENT 11281002 20110731 20120207 20111126 1377 +BIB 3 5 REACTION (7-N-14(N,T)6-C-12,,SIG) CORRECTION Data increased 20% due to correction in long counter calibration, Gabbard,1964. -ENDBIB 3 +HISTORY (20110731A) SD: values in DATA col. divided by 10; + units changed to MB. +ENDBIB 5 COMMON 1 3 DATA-ERR PER-CENT @@ -28,75 +43,75 @@ PER-CENT ENDCOMMON 3 DATA 2 66 EN DATA -MEV B - 5.328 +00 8.0 -02 - 5.366 +00 6.0 -02 - 5.404 +00 5.0 -02 - 5.441 +00 5.0 -02 - 5.479 +00 6.0 -02 - 5.519 +00 5.0 -02 - 5.557 +00 9.0 -02 - 5.595 +00 9.0 -02 - 5.634 +00 6.0 -02 - 5.674 +00 1.00 -01 - 5.713 +00 1.00 -01 - 5.752 +00 1.00 -01 - 5.791 +00 8.0 -02 - 5.831 +00 8.0 -02 - 5.870 +00 8.0 -02 - 5.911 +00 1.00 -01 - 5.952 +00 1.00 -01 - 5.992 +00 1.00 -01 - 6.034 +00 1.30 -01 - 6.074 +00 1.20 -01 - 6.116 +00 1.20 -01 - 6.157 +00 1.30 -01 - 6.200 +00 1.20 -01 - 6.242 +00 1.30 -01 - 6.285 +00 1.30 -01 - 6.326 +00 1.40 -01 - 6.369 +00 1.90 -01 - 6.412 +00 1.80 -01 - 6.453 +00 1.80 -01 - 6.499 +00 2.60 -01 - 6.543 +00 2.60 -01 - 6.586 +00 2.70 -01 - 6.628 +00 2.70 -01 - 6.673 +00 2.90 -01 - 6.718 +00 3.30 -01 - 6.762 +00 2.70 -01 - 6.807 +00 2.60 -01 - 6.852 +00 2.30 -01 - 6.901 +00 2.80 -01 - 6.943 +00 2.40 -01 - 6.986 +00 2.70 -01 - 7.031 +00 2.70 -01 - 7.079 +00 2.90 -01 - 7.124 +00 3.20 -01 - 7.170 +00 2.70 -01 - 7.218 +00 2.80 -01 - 7.264 +00 2.20 -01 - 7.311 +00 2.20 -01 - 7.359 +00 1.70 -01 - 7.407 +00 1.50 -01 - 7.454 +00 1.80 -01 - 7.502 +00 1.80 -01 - 7.550 +00 1.50 -01 - 7.599 +00 1.50 -01 - 7.649 +00 1.50 -01 - 7.697 +00 1.50 -01 - 7.746 +00 1.50 -01 - 7.796 +00 2.00 -01 - 7.846 +00 2.00 -01 - 7.895 +00 2.00 -01 - 7.944 +00 2.20 -01 - 7.994 +00 1.50 -01 - 8.045 +00 1.20 -01 - 8.095 +00 1.50 -01 - 8.143 +00 1.50 -01 - 8.198 +00 1.70 -01 +MEV MB + 5.328 8.0 + 5.366 6.0 + 5.404 5.0 + 5.441 5.0 + 5.479 6.0 + 5.519 5.0 + 5.557 9.0 + 5.595 9.0 + 5.634 6.0 + 5.674 10.0 + 5.713 10.0 + 5.752 10.0 + 5.791 8.0 + 5.831 8.0 + 5.87 8.0 + 5.911 10.0 + 5.952 10.0 + 5.992 10.0 + 6.034 13.0 + 6.074 12.0 + 6.116 12.0 + 6.157 13.0 + 6.2 12.0 + 6.242 13.0 + 6.285 13.0 + 6.326 14.0 + 6.369 19.0 + 6.412 18.0 + 6.453 18.0 + 6.499 26.0 + 6.543 26.0 + 6.586 27.0 + 6.628 27.0 + 6.673 29.0 + 6.718 33.0 + 6.762 27.0 + 6.807 26.0 + 6.852 23.0 + 6.901 28.0 + 6.943 24.0 + 6.986 27.0 + 7.031 27.0 + 7.079 29.0 + 7.124 32.0 + 7.17 27.0 + 7.218 28.0 + 7.264 22.0 + 7.311 22.0 + 7.359 17.0 + 7.407 15.0 + 7.454 18.0 + 7.502 18.0 + 7.55 15.0 + 7.599 15.0 + 7.649 15.0 + 7.697 15.0 + 7.746 15.0 + 7.796 20.0 + 7.846 20.0 + 7.895 20.0 + 7.944 22.0 + 7.994 15.0 + 8.045 12.0 + 8.095 15.0 + 8.143 15.0 + 8.198 17.0 ENDDATA 68 -ENDSUBENT 80 +ENDSUBENT 82 SUBENT 11281003 810428 20050926 0000 BIB 2 2 REACTION (7-N-14(N,A)5-B-11,PAR,SIG) @@ -687,12 +702,14 @@ MEV ENDCOMMON 3 NODATA 0 0 ENDSUBENT 10 -SUBENT 11281016 970515 20050926 0000 -BIB 2 3 +SUBENT 11281016 20110731 20120207 20111126 1377 +BIB 3 5 REACTION (7-N-14(N,A)5-B-11,PAR,SIG) CORRECTION Data increased 20% due to correction in long counter calibration, Gabbard,1964. -ENDBIB 3 +HISTORY (20110731A) SD: values in DATA col. divided by 10 and + several values corrected according to fig.6 +ENDBIB 5 COMMON 2 3 E-LVL DATA-ERR MEV PER-CENT @@ -701,129 +718,131 @@ ENDCOMMON 3 DATA 2 115 EN DATA MEV B - 4.135 +00 3.80 +00 - 4.191 +00 3.60 +00 - 4.223 +00 3.46 +00 - 4.252 +00 3.35 +00 - 4.285 +00 3.12 +00 - 4.316 +00 3.93 +00 - 4.334 +00 3.80 +00 - 4.348 +00 2.92 +00 - 4.348 +00 3.94 +00 - 4.364 +00 3.94 +00 - 4.380 +00 2.87 +00 - 4.380 +00 3.88 +00 - 4.407 +00 3.83 +00 - 4.412 +00 2.79 +00 - 4.446 +00 2.73 +00 - 4.486 +00 2.70 +00 - 4.496 +00 2.80 +00 - 4.511 +00 3.03 +00 - 4.511 +00 2.87 +00 - 4.543 +00 3.12 +00 - 4.576 +00 3.40 +00 - 4.606 +00 3.56 +00 - 4.641 +00 3.34 +00 - 4.675 +00 2.76 +00 - 4.707 +00 2.10 +00 - 4.744 +00 1.86 +00 - 4.775 +00 1.81 +00 - 4.810 +00 1.88 +00 - 4.844 +00 1.72 +00 - 4.879 +00 1.64 +00 - 4.914 +00 1.59 +00 - 4.947 +00 1.87 +00 - 4.981 +00 1.93 +00 - 5.015 +00 2.12 +00 - 5.050 +00 2.29 +00 - 5.086 +00 2.29 +00 - 5.086 +00 2.10 +00 - 5.121 +00 2.10 +00 - 5.156 +00 1.95 +00 - 5.192 +00 1.55 +00 - 5.228 +00 1.20 +00 - 5.264 +00 9.50 -01 - 5.290 +00 8.20 -01 - 5.328 +00 6.90 -01 - 5.366 +00 6.10 -01 - 5.404 +00 5.50 -01 - 5.441 +00 5.80 -01 - 5.479 +00 6.40 -01 - 5.519 +00 7.40 -01 - 5.557 +00 9.60 -01 - 5.595 +00 1.18 +00 - 5.634 +00 1.0 +00 - 5.674 +00 7.40 -01 - 5.713 +00 7.40 -01 - 5.752 +00 7.30 -01 - 5.791 +00 8.10 -01 - 5.831 +00 8.70 -01 - 5.870 +00 9.20 -01 - 5.911 +00 9.20 -01 - 5.952 +00 9.70 -01 - 5.992 +00 9.20 -01 - 6.034 +00 8.30 -01 - 6.074 +00 8.30 -01 - 6.116 +00 8.40 -01 - 6.138 +00 9.90 -01 - 6.157 +00 1.08 +00 - 6.180 +00 1.08 +00 - 6.180 +00 1.05 +00 - 6.200 +00 1.0 +00 - 6.200 +00 9.50 -01 - 6.221 +00 9.70 -01 - 6.242 +00 1.09 +00 - 6.262 +00 1.23 +00 - 6.285 +00 1.25 +00 - 6.326 +00 9.00 -01 - 6.369 +00 6.10 -01 - 6.412 +00 5.40 -01 - 6.453 +00 5.90 -01 - 6.499 +00 5.60 -01 - 6.543 +00 6.30 -01 - 6.586 +00 6.40 -01 - 6.628 +00 6.40 -01 - 6.673 +00 5.60 -01 - 6.718 +00 5.40 -01 - 6.762 +00 5.10 -01 - 6.807 +00 4.60 -01 - 6.852 +00 4.50 -01 - 6.901 +00 4.40 -01 - 6.943 +00 4.00 -01 - 6.986 +00 4.20 -01 - 7.031 +00 4.40 -01 - 7.079 +00 4.50 -01 - 7.124 +00 4.60 -01 - 7.170 +00 4.60 -01 - 7.218 +00 4.50 -01 - 7.264 +00 4.50 -01 - 7.311 +00 5.60 -01 - 7.359 +00 5.00 -01 - 7.407 +00 4.90 -01 - 7.454 +00 5.20 -01 - 7.502 +00 4.90 -01 - 7.550 +00 3.70 -01 - 7.599 +00 3.10 -01 - 7.649 +00 2.70 -01 - 7.697 +00 2.70 -01 - 7.746 +00 2.70 -01 - 7.796 +00 2.60 -01 - 7.846 +00 2.90 -01 - 7.895 +00 3.50 -01 - 7.944 +00 5.40 -01 - 7.994 +00 5.60 -01 - 8.045 +00 4.90 -01 - 8.095 +00 4.40 -01 - 8.147 +00 3.70 -01 - 8.198 +00 3.20 -01 + 4.135 0.380 + 4.191 0.360 + 4.223 0.346 + 4.252 0.335 + 4.285 0.312 + 4.316 0.293 + 4.334 0.280 + 4.348 0.292 + 4.348 0.294 + 4.364 0.294 + 4.380 0.287 + 4.380 0.288 + 4.407 0.283 + 4.412 0.279 + 4.446 0.273 + 4.486 0.270 + 4.496 0.280 + 4.511 0.303 + 4.511 0.287 + 4.543 0.312 + 4.576 0.340 + 4.606 0.356 + 4.641 0.334 + 4.675 0.276 + 4.707 0.210 + 4.744 0.186 + 4.775 0.181 + 4.810 0.188 + 4.844 0.172 + 4.879 0.164 + 4.914 0.159 + 4.947 0.187 + 4.981 0.193 + 5.015 0.212 + 5.050 0.229 + 5.086 0.229 + 5.086 0.210 + 5.121 0.210 + 5.156 0.195 + 5.192 0.155 + 5.228 0.120 + 5.264 0.0950 + 5.290 0.0820 + 5.328 0.0690 + 5.366 0.0610 + 5.404 0.0550 + 5.441 0.0580 + 5.479 0.0640 + 5.519 0.0740 + 5.557 0.0960 + 5.595 0.118 + 5.634 0.10 + 5.674 0.0740 + 5.713 0.0740 + 5.752 0.0730 + 5.791 0.0810 + 5.831 0.0870 + 5.870 0.0920 + 5.911 0.0920 + 5.952 0.0970 + 5.992 0.0920 + 6.034 0.0830 + 6.074 0.0830 + 6.116 0.0840 + 6.138 0.0990 + 6.157 0.108 + 6.180 0.108 + 6.180 0.105 + 6.200 0.10 + 6.200 0.0950 + 6.221 0.0970 + 6.242 0.109 + 6.262 0.123 + 6.285 0.125 + 6.326 0.0900 + 6.369 0.0610 + 6.412 0.0540 + 6.453 0.0590 + 6.499 0.0560 + 6.543 0.0630 + 6.586 0.0640 + 6.628 0.0640 + 6.673 0.0560 + 6.718 0.0540 + 6.762 0.0510 + 6.807 0.0460 + 6.852 0.0450 + 6.901 0.0440 + 6.943 0.0400 + 6.986 0.0420 + 7.031 0.0440 + 7.079 0.0450 + 7.124 0.0460 + 7.170 0.0460 + 7.218 0.0450 + 7.264 0.0450 + 7.311 0.0560 + 7.359 0.0500 + 7.407 0.0490 + 7.454 0.0520 + 7.502 0.0490 + 7.550 0.0370 + 7.599 0.0310 + 7.649 0.0270 + 7.697 0.0270 + 7.746 0.0270 + 7.796 0.0260 + 7.846 0.0290 + 7.895 0.0350 + 7.944 0.0540 + 7.994 0.0560 + 8.045 0.0490 + 8.095 0.0440 + 8.147 0.0370 + 8.198 0.0320 ENDDATA 117 -ENDSUBENT 129 -SUBENT 11281017 970515 20050926 0000 -BIB 2 3 +ENDSUBENT 131 +SUBENT 11281017 20110731 20120207 20111126 1377 +BIB 3 5 REACTION (7-N-14(N,A)5-B-11,PAR,SIG) CORRECTION Data increased 20% due to correction in long counter calibration, Gabbard,1964. -ENDBIB 3 +HISTORY (20110731A) SD: values in DATA col. divided by 10; + units changed to MB. +ENDBIB 5 COMMON 2 3 E-LVL DATA-ERR MEV PER-CENT @@ -831,119 +850,121 @@ MEV PER-CENT ENDCOMMON 3 DATA 2 104 EN DATA -MEV B - 4.135 +00 8.0 -02 - 4.191 +00 1.00 -01 - 4.223 +00 1.70 -01 - 4.252 +00 1.80 -01 - 4.285 +00 2.20 -01 - 4.316 +00 2.30 -01 - 4.348 +00 2.40 -01 - 4.380 +00 2.40 -01 - 4.412 +00 2.60 -01 - 4.446 +00 3.50 -01 - 4.486 +00 2.90 -01 - 4.496 +00 3.10 -01 - 4.511 +00 3.10 -01 - 4.511 +00 3.60 -01 - 4.543 +00 3.10 -01 - 4.576 +00 3.20 -01 - 4.606 +00 2.90 -01 - 4.641 +00 3.10 -01 - 4.675 +00 3.30 -01 - 4.707 +00 3.30 -01 - 4.744 +00 3.50 -01 - 4.775 +00 3.60 -01 - 4.810 +00 3.60 -01 - 4.844 +00 3.70 -01 - 4.879 +00 4.00 -01 - 4.914 +00 3.70 -01 - 4.947 +00 4.00 -01 - 4.981 +00 4.40 -01 - 5.015 +00 4.40 -01 - 5.050 +00 4.50 -01 - 5.086 +00 4.20 -01 - 5.086 +00 4.10 -01 - 5.121 +00 4.10 -01 - 5.156 +00 4.10 -01 - 5.192 +00 3.70 -01 - 5.228 +00 4.20 -01 - 5.264 +00 4.90 -01 - 5.290 +00 4.90 -01 - 5.328 +00 5.10 -01 - 5.366 +00 4.10 -01 - 5.404 +00 4.90 -01 - 5.441 +00 4.10 -01 - 5.479 +00 4.20 -01 - 5.519 +00 4.50 -01 - 5.557 +00 5.10 -01 - 5.595 +00 5.80 -01 - 5.634 +00 4.40 -01 - 5.674 +00 4.20 -01 - 5.713 +00 4.20 -01 - 5.752 +00 4.20 -01 - 5.791 +00 3.80 -01 - 5.831 +00 4.00 -01 - 5.870 +00 4.00 -01 - 5.911 +00 5.00 -01 - 5.952 +00 6.10 -01 - 5.992 +00 5.80 -01 - 6.034 +00 5.00 -01 - 6.074 +00 4.50 -01 - 6.116 +00 5.00 -01 - 6.157 +00 6.10 -01 - 6.200 +00 6.90 -01 - 6.242 +00 9.10 -01 - 6.285 +00 7.80 -01 - 6.326 +00 4.50 -01 - 6.369 +00 3.20 -01 - 6.412 +00 2.70 -01 - 6.453 +00 2.40 -01 - 6.499 +00 1.90 -01 - 6.543 +00 1.70 -01 - 6.586 +00 2.40 -01 - 6.628 +00 2.40 -01 - 6.673 +00 2.40 -01 - 6.718 +00 2.40 -01 - 6.762 +00 2.20 -01 - 6.807 +00 2.00 -01 - 6.852 +00 2.20 -01 - 6.901 +00 1.90 -01 - 6.943 +00 1.80 -01 - 6.986 +00 2.00 -01 - 7.031 +00 2.70 -01 - 7.079 +00 2.90 -01 - 7.124 +00 3.30 -01 - 7.170 +00 3.70 -01 - 7.218 +00 3.60 -01 - 7.264 +00 3.60 -01 - 7.311 +00 4.20 -01 - 7.359 +00 2.90 -01 - 7.407 +00 3.50 -01 - 7.454 +00 4.50 -01 - 7.502 +00 4.90 -01 - 7.550 +00 4.50 -01 - 7.599 +00 3.10 -01 - 7.649 +00 2.90 -01 - 7.697 +00 2.80 -01 - 7.746 +00 2.70 -01 - 7.796 +00 3.10 -01 - 7.846 +00 3.30 -01 - 7.895 +00 3.80 -01 - 7.944 +00 4.90 -01 - 7.994 +00 4.10 -01 - 8.045 +00 2.60 -01 - 8.095 +00 1.90 -01 - 8.147 +00 1.90 -01 - 8.198 +00 2.20 -01 +MEV MB + 4.135 8.0 + 4.191 10.0 + 4.223 17.0 + 4.252 18.0 + 4.285 22.0 + 4.316 23.0 + 4.348 24.0 + 4.380 24.0 + 4.412 26.0 + 4.446 35.0 + 4.486 29.0 + 4.496 31.0 + 4.511 31.0 + 4.511 36.0 + 4.543 31.0 + 4.576 32.0 + 4.606 29.0 + 4.641 31.0 + 4.675 33.0 + 4.707 33.0 + 4.744 35.0 + 4.775 36.0 + 4.810 36.0 + 4.844 37.0 + 4.879 40.0 + 4.914 37.0 + 4.947 40.0 + 4.981 44.0 + 5.015 44.0 + 5.050 45.0 + 5.086 42.0 + 5.086 41.0 + 5.121 41.0 + 5.156 41.0 + 5.192 37.0 + 5.228 42.0 + 5.264 49.0 + 5.290 49.0 + 5.328 51.0 + 5.366 41.0 + 5.404 49.0 + 5.441 41.0 + 5.479 42.0 + 5.519 45.0 + 5.557 51.0 + 5.595 58.0 + 5.634 44.0 + 5.674 42.0 + 5.713 42.0 + 5.752 42.0 + 5.791 38.0 + 5.831 40.0 + 5.870 40.0 + 5.911 50.0 + 5.952 61.0 + 5.992 58.0 + 6.034 50.0 + 6.074 45.0 + 6.116 50.0 + 6.157 61.0 + 6.200 69.0 + 6.242 91.0 + 6.285 78.0 + 6.326 45.0 + 6.369 32.0 + 6.412 27.0 + 6.453 24.0 + 6.499 19.0 + 6.543 17.0 + 6.586 24.0 + 6.628 24.0 + 6.673 24.0 + 6.718 24.0 + 6.762 22.0 + 6.807 20.0 + 6.852 22.0 + 6.901 19.0 + 6.943 18.0 + 6.986 20.0 + 7.031 27.0 + 7.079 29.0 + 7.124 33.0 + 7.170 37.0 + 7.218 36.0 + 7.264 36.0 + 7.311 42.0 + 7.359 29.0 + 7.407 35.0 + 7.454 45.0 + 7.502 49.0 + 7.550 45.0 + 7.599 31.0 + 7.649 29.0 + 7.697 28.0 + 7.746 27.0 + 7.796 31.0 + 7.846 33.0 + 7.895 38.0 + 7.944 49.0 + 7.994 41.0 + 8.045 26.0 + 8.095 19.0 + 8.147 19.0 + 8.198 22.0 ENDDATA 106 -ENDSUBENT 118 -SUBENT 11281018 970515 20050926 0000 -BIB 2 3 +ENDSUBENT 120 +SUBENT 11281018 20110731 20120207 20111126 1377 +BIB 3 5 REACTION (7-N-14(N,A)5-B-11,PAR,SIG) CORRECTION Data increased 20% due to correction in long counter calibration, Gabbard,1964. -ENDBIB 3 +HISTORY (20110731A) SD: values in DATA col. divided by 10; + units changed to MB. +ENDBIB 5 COMMON 2 3 E-LVL DATA-ERR MEV PER-CENT @@ -951,63 +972,63 @@ MEV PER-CENT ENDCOMMON 3 DATA 2 54 EN DATA -MEV B - 5.791 +00 8.0 -02 - 5.831 +00 8.0 -02 - 5.870 +00 8.0 -02 - 5.911 +00 9.0 -02 - 5.952 +00 1.20 -01 - 5.992 +00 1.20 -01 - 6.034 +00 1.50 -01 - 6.074 +00 1.30 -01 - 6.116 +00 1.20 -01 - 6.157 +00 1.40 -01 - 6.200 +00 1.20 -01 - 6.242 +00 1.20 -01 - 6.285 +00 1.30 -01 - 6.326 +00 1.20 -01 - 6.369 +00 1.70 -01 - 6.412 +00 1.50 -01 - 6.453 +00 1.80 -01 - 6.499 +00 2.80 -01 - 6.543 +00 3.80 -01 - 6.586 +00 3.20 -01 - 6.628 +00 2.40 -01 - 6.673 +00 1.80 -01 - 6.718 +00 2.00 -01 - 6.762 +00 2.20 -01 - 6.807 +00 2.30 -01 - 6.852 +00 2.90 -01 - 6.901 +00 4.20 -01 - 6.943 +00 5.10 -01 - 6.986 +00 4.60 -01 - 7.031 +00 4.40 -01 - 7.079 +00 4.20 -01 - 7.124 +00 4.40 -01 - 7.170 +00 4.50 -01 - 7.218 +00 4.20 -01 - 7.264 +00 4.70 -01 - 7.311 +00 5.00 -01 - 7.359 +00 4.60 -01 - 7.407 +00 4.10 -01 - 7.454 +00 4.00 -01 - 7.502 +00 3.80 -01 - 7.550 +00 3.10 -01 - 7.599 +00 2.90 -01 - 7.649 +00 2.80 -01 - 7.697 +00 2.90 -01 - 7.746 +00 3.60 -01 - 7.796 +00 3.80 -01 - 7.846 +00 3.70 -01 - 7.895 +00 3.70 -01 - 7.944 +00 4.50 -01 - 7.994 +00 5.20 -01 - 8.045 +00 4.20 -01 - 8.095 +00 2.70 -01 - 8.147 +00 2.00 -01 - 8.198 +00 1.90 -01 +MEV MB + 5.791 8.0 + 5.831 8.0 + 5.870 8.0 + 5.911 9.0 + 5.952 12.0 + 5.992 12.0 + 6.034 15.0 + 6.074 13.0 + 6.116 12.0 + 6.157 14.0 + 6.200 12.0 + 6.242 12.0 + 6.285 13.0 + 6.326 12.0 + 6.369 17.0 + 6.412 15.0 + 6.453 18.0 + 6.499 28.0 + 6.543 38.0 + 6.586 32.0 + 6.628 24.0 + 6.673 18.0 + 6.718 20.0 + 6.762 22.0 + 6.807 23.0 + 6.852 29.0 + 6.901 42.0 + 6.943 51.0 + 6.986 46.0 + 7.031 44.0 + 7.079 42.0 + 7.124 44.0 + 7.170 45.0 + 7.218 42.0 + 7.264 47.0 + 7.311 50.0 + 7.359 46.0 + 7.407 41.0 + 7.454 40.0 + 7.502 38.0 + 7.550 31.0 + 7.599 29.0 + 7.649 28.0 + 7.697 29.0 + 7.746 36.0 + 7.796 38.0 + 7.846 37.0 + 7.895 37.0 + 7.944 45.0 + 7.994 52.0 + 8.045 42.0 + 8.095 27.0 + 8.147 20.0 + 8.198 19.0 ENDDATA 56 -ENDSUBENT 68 +ENDSUBENT 70 SUBENT 11281019 810428 20050926 0000 BIB 2 2 REACTION (7-N-14(N,A)5-B-11,PAR,SIG) @@ -1020,13 +1041,15 @@ MEV ENDCOMMON 3 NODATA 0 0 ENDSUBENT 10 -SUBENT 11281020 970515 20050926 0000 -BIB 3 4 +SUBENT 11281020 20110731 20120207 20111126 1377 +BIB 3 6 REACTION (7-N-14(N,A)5-B-11,PAR,SIG) CORRECTION Data increased 20% due to correction in long counter calibration, Gabbard,1964. -HISTORY (800822A) STATUS CHANGED. -ENDBIB 4 +HISTORY (19800822A) Status changed. + (20110731A) SD: values in DATA col. divided by 10 + units changed to MB. +ENDBIB 6 COMMON 2 3 E-LVL DATA-ERR MEV PER-CENT @@ -1034,28 +1057,28 @@ MEV PER-CENT ENDCOMMON 3 DATA 2 21 EN DATA -MEV B - 7.124 +00 2.90 -01 - 7.170 +00 3.30 -01 - 7.218 +00 3.60 -01 - 7.264 +00 4.10 -01 - 7.311 +00 6.80 -01 - 7.359 +00 7.40 -01 - 7.407 +00 5.90 -01 - 7.454 +00 5.20 -01 - 7.502 +00 4.60 -01 - 7.550 +00 4.60 -01 - 7.599 +00 4.00 -01 - 7.649 +00 4.70 -01 - 7.796 +00 5.50 -01 - 7.846 +00 5.40 -01 - 7.895 +00 5.10 -01 - 7.944 +00 5.10 -01 - 7.994 +00 6.50 -01 - 8.045 +00 6.80 -01 - 8.095 +00 7.20 -01 - 8.147 +00 7.30 -01 - 8.198 +00 6.80 -01 +MEV MB + 7.124 29.0 + 7.170 33.0 + 7.218 36.0 + 7.264 41.0 + 7.311 68.0 + 7.359 74.0 + 7.407 59.0 + 7.454 52.0 + 7.502 46.0 + 7.550 46.0 + 7.599 40.0 + 7.649 47.0 + 7.796 55.0 + 7.846 54.0 + 7.895 51.0 + 7.944 51.0 + 7.994 65.0 + 8.045 68.0 + 8.095 72.0 + 8.147 73.0 + 8.198 68.0 ENDDATA 23 -ENDSUBENT 36 +ENDSUBENT 38 ENDENTRY 20 diff --git a/exforall/114/11409.x4 b/exforall/114/11409.x4 index 56126c118..5394353e5 100644 --- a/exforall/114/11409.x4 +++ b/exforall/114/11409.x4 @@ -1,141 +1,162 @@ -ENTRY 11409 820813 20050926 0000 -SUBENT 11409001 820813 20050926 0000 -BIB 6 8 +ENTRY 11409 20110914 20120207 20111126 1377 +SUBENT 11409001 20110914 20120207 20111126 1377 +BIB 10 21 INSTITUTE (1USATEX) -REFERENCE (J,PR,117,514,58) -AUTHOR (D.M.SMITH,N.A.BOSTROM,E.L.HUDSPETH) -TITLE EXCITATION STUDY OF F19(N,ALPHA)N16 WITH A BA-F2 - CRYSTAL. -STATUS (SCSRS) -HISTORY (761016T) TRANSLATED FROM SCISRS - (820813A) CONVERTED TO REACTION FORMALISM -ENDBIB 8 +REFERENCE (J,PR,117,514,1960) +AUTHOR (D.M.Smith,N.A.Bostrom,E.L.Hudspeth) +TITLE Excitation study of F-19(n,alpha)N-16 with a BaF2 + crystal. +FACILITY (VDG,1USATEX) +INC-SOURCE (D-D) The deuterium gas target was contained at about + 25-cm pressure in a cell of depth 2.23 cm; deuterons + passed into the cell through a 0.025-mil nickel foil. +SAMPLE BaF2 crystal as a target for neutron bombardment and + as a detector of the induced N-16 activity. +METHOD (ACTIV) The neutron activation of F-19 in the BaF2 + crystal was measured by following the delayed activity + of the residual N-16. +DETECTOR (BAF2) + (NAICR) +HISTORY (19761016T) Translated from SCISRS + (19820813A) converted to REACTION formalism + (20110914A) SD:Updated to new date formats,lower case. + corrected according to last EXFOR rules and Dict. + BIB updated. +ENDBIB 21 NOCOMMON 0 0 -ENDSUBENT 11 -SUBENT 11409002 820813 20050926 0000 -BIB 2 2 +ENDSUBENT 24 +SUBENT 11409002 20110914 20120207 20111126 1377 +BIB 3 3 REACTION (9-F-19(N,0),,EN) -FLAG (1.) UNRESOLVED RESONANCE. -ENDBIB 2 +FLAG (1.) Unresolved resonance. +STATUS (TABLE) Tbl.2 from PR,117,514,1960 +ENDBIB 3 NOCOMMON 0 0 DATA 3 8 DATA DATA-ERR FLAG MEV MEV NO-DIM - 3.75 +00 5. -02 - 4.08 +00 5. -02 - 4.36 +00 5. -02 - 4.52 +00 1. - 4.79 +00 5. -02 - 5.15 +00 5. -02 - 5.40 +00 1. - 5.90 +00 1. + 3.75 0.05 + 4.08 0.05 + 4.36 0.05 + 4.52 1. + 4.79 0.05 + 5.15 0.05 + 5.40 1. + 5.90 1. ENDDATA 10 -ENDSUBENT 17 -SUBENT 11409003 820813 20050926 0000 -BIB 3 3 +ENDSUBENT 18 +SUBENT 11409003 20110914 20120207 20111126 1377 +BIB 4 10 REACTION (9-F-19(N,A)7-N-16,,SIG) -DETECTOR (SCIN) SCINTILLATING CRYSTAL -ERR-ANALYS ESTIMATED ABSOLUTE ERROR TABULATED. -ENDBIB 3 -COMMON 2 3 -EN-RSL DATA-ERR -KEV PER-CENT - 35. 15. +ANALYSIS The relative curve was normalized to an average of + three absolute measurements, performed at 4.48 MeV. Two + of these determinations were made with the cylindrical + barium fluoride crystal at target-crystal distances of + 3.0 inches and 5.0 inches. The third was made with an + irregularly shaped barium fluoride crystal at a + distance of about five inches. +ERR-ANALYS (DATA-ERR) Estimated absolute error tabulated. +STATUS (SCSRS) +ENDBIB 10 +COMMON 3 3 +EN-NRM EN-RSL DATA-ERR +MEV KEV PER-CENT + 4.48 35. 15. ENDCOMMON 3 DATA 2 91 EN DATA -MEV B - 3.868 +00 2.22 -02 - 3.893 +00 2.59 -02 - 3.920 +00 2.74 -02 - 3.945 +00 3.17 -02 - 3.971 +00 3.36 -02 - 3.996 +00 3.73 -02 - 4.022 +00 4.47 -02 - 4.048 +00 5.03 -02 - 4.072 +00 5.13 -02 - 4.096 +00 5.39 -02 - 4.121 +00 4.71 -02 - 4.145 +00 4.80 -02 - 4.170 +00 5.50 -02 - 4.195 +00 7.05 -02 - 4.220 +00 8.07 -02 - 4.244 +00 9.40 -02 - 4.268 +00 9.87 -02 - 4.292 +00 1.03 -01 - 4.317 +00 1.07 -01 - 4.339 +00 1.17 -01 - 4.364 +00 1.18 -01 - 4.388 +00 1.13 -01 - 4.412 +00 9.6 -02 - 4.436 +00 8.94 -02 - 4.482 +00 8.70 -02 - 4.506 +00 8.57 -02 - 4.529 +00 8.57 -02 - 4.552 +00 8.01 -02 - 4.574 +00 7.77 -02 - 4.598 +00 7.97 -02 - 4.620 +00 7.94 -02 - 4.643 +00 7.82 -02 - 4.665 +00 8.10 -02 - 4.689 +00 8.85 -02 - 4.710 +00 9.45 -02 - 4.733 +00 1.14 -01 - 4.755 +00 1.23 -01 - 4.778 +00 1.25 -01 - 4.789 +00 1.27 -01 - 4.810 +00 1.24 -01 - 4.833 +00 1.15 -01 - 4.856 +00 1.15 -01 - 4.878 +00 1.14 -01 - 4.900 +00 1.12 -01 - 4.923 +00 1.03 -01 - 4.945 +00 9.31 -02 - 4.967 +00 9.15 -02 - 4.990 +00 9.19 -02 - 5.020 +00 9.07 -02 - 5.035 +00 9.00 -02 - 5.058 +00 9.44 -02 - 5.076 +00 9.75 -02 - 5.098 +00 1.07 -01 - 5.121 +00 1.14 -01 - 5.144 +00 1.16 -01 - 5.165 +00 1.13 -01 - 5.187 +00 1.13 -01 - 5.207 +00 9.98 -02 - 5.229 +00 1.01 -01 - 5.250 +00 1.08 -01 - 5.272 +00 1.17 -01 - 5.294 +00 1.26 -01 - 5.316 +00 1.32 -01 - 5.336 +00 1.42 -01 - 5.357 +00 1.48 -01 - 5.380 +00 1.50 -01 - 5.400 +00 1.65 -01 - 5.423 +00 1.52 -01 - 5.443 +00 1.54 -01 - 5.464 +00 1.55 -01 - 5.486 +00 1.60 -01 - 5.509 +00 1.71 -01 - 5.528 +00 1.78 -01 - 5.551 +00 1.86 -01 - 5.571 +00 1.84 -01 - 5.592 +00 1.86 -01 - 5.614 +00 1.97 -01 - 5.636 +00 1.97 -01 - 5.660 +00 1.97 -01 - 5.702 +00 2.03 -01 - 5.742 +00 2.04 -01 - 5.785 +00 2.03 -01 - 5.827 +00 2.18 -01 - 5.869 +00 2.09 -01 - 5.910 +00 1.95 -01 - 5.950 +00 1.71 -01 - 5.992 +00 1.88 -01 - 6.033 +00 2.15 -01 - 6.074 +00 2.04 -01 - 6.115 +00 2.20 -01 - 6.156 +00 2.01 -01 +MEV MB + 3.868 22.2 + 3.893 25.9 + 3.920 27.4 + 3.945 31.7 + 3.971 33.6 + 3.996 37.3 + 4.022 44.7 + 4.048 50.3 + 4.072 51.3 + 4.096 53.9 + 4.121 47.1 + 4.145 48.0 + 4.170 55.0 + 4.195 70.5 + 4.220 80.7 + 4.244 94.0 + 4.268 98.7 + 4.292 103. + 4.317 107. + 4.339 117. + 4.364 118. + 4.388 113. + 4.412 96. + 4.436 89.4 + 4.482 87.0 + 4.506 85.7 + 4.529 85.7 + 4.552 80.1 + 4.574 77.7 + 4.598 79.7 + 4.620 79.4 + 4.643 78.2 + 4.665 81.0 + 4.689 88.5 + 4.710 94.5 + 4.733 114. + 4.755 123. + 4.778 125. + 4.789 127. + 4.810 124. + 4.833 115. + 4.856 115. + 4.878 114. + 4.900 112. + 4.923 103. + 4.945 93.1 + 4.967 91.5 + 4.990 91.9 + 5.020 90.7 + 5.035 90.0 + 5.058 94.4 + 5.076 97.5 + 5.098 107. + 5.121 114. + 5.144 116. + 5.165 113. + 5.187 113. + 5.207 99.8 + 5.229 101. + 5.250 108. + 5.272 117. + 5.294 126. + 5.316 132. + 5.336 142. + 5.357 148. + 5.380 150. + 5.400 155. + 5.423 152. + 5.443 154. + 5.464 155. + 5.486 160. + 5.509 171. + 5.528 178. + 5.551 186. + 5.571 184. + 5.592 186. + 5.614 197. + 5.636 197. + 5.660 197. + 5.702 203. + 5.742 204. + 5.785 203. + 5.827 218. + 5.869 209. + 5.910 195. + 5.950 171. + 5.992 188. + 6.033 215. + 6.074 204. + 6.115 220. + 6.156 201. ENDDATA 93 -ENDSUBENT 105 +ENDSUBENT 112 ENDENTRY 3 diff --git a/exforall/114/11481.x4 b/exforall/114/11481.x4 index 4a1aaceb5..0e1218f44 100644 --- a/exforall/114/11481.x4 +++ b/exforall/114/11481.x4 @@ -1,96 +1,150 @@ -ENTRY 11481 821124 20050926 0000 -SUBENT 11481001 821124 20050926 0000 -BIB 9 11 +ENTRY 11481 20110727 20120207 20111126 1377 +SUBENT 11481001 20110727 20120207 20111126 1377 +BIB 14 30 INSTITUTE (1USALAS) -REFERENCE (J,PR,109,425,58) -AUTHOR (J.A.GRUNDL,R.L.HENKEL,B.L.PERKINS) -TITLE P31(N,P)SI31 AND AL27(N,ALPHA)NA24 CROSS SECTIONS. -METHOD (ACTIV) ACTIVATION -MONITOR (92-U-238(N,F),,SIG) -ERR-ANALYS (DATA-ERR1) ABSOLUTE ERROR - (DATA-ERR2) RELATIVE ERROR +REFERENCE (J,PR,109,425,1958) + #doi:10.1103/PhysRev.109.425 +AUTHOR (J.A.Grundl,R.L.Henkel,B.L.Perkins) +TITLE P-31(n,p)Si-31 and Al-27(n,alpha)Na-24 cross sections. +FACILITY (VDG,1USALAS) +METHOD (ACTIV) Activation +MONITOR (92-U-238(N,F),,SIG) - Neutron fluxes were measured by + observing the fission disintegration rate in the U238 + foil and using the known fission cross section for U238 +MONIT-REF (12316011,R.K.Smith+,J,BAP,2,196(K4),1957) - ref. was + taken from Allen+,J,PR,107,1363,1957 +REL-REF (M,11571001,L.Allen+,J,PR,107,1363,1957) - Details of + source and sample arrangement as well as neutron energy + and flux determinations are given by Allen et al. +DETECTOR (PROPC) two insertion-type, methane-flow proportional + counters +ANALYSIS The beta activity of identical 0.020 cm thick foils of + U238 was used as a standard for the counting systems + throughout the experiment. Sensitivities of the two + systems for standard foil and sample activities were + determined so that counting results could be normalized +ERR-ANALYS (DATA-ERR1) Absolute error + (DATA-ERR2) Relative error STATUS (SCSRS) -HISTORY (760715T) TRANSLATED FROM SCISRS - (821124A) CONVERTED TO REACTION FORMALISM -ENDBIB 11 +HISTORY (19760715T) Translated from SCISRS + (19821124A) converted to REACTION formalism + (20110727A) SD:Updated to new date formats,lower case. + corrected according to last EXFOR rules and Dict. + BIB updated; year of ref. corrected. +ENDBIB 30 NOCOMMON 0 0 -ENDSUBENT 14 -SUBENT 11481002 821124 20050926 0000 -BIB 3 3 +ENDSUBENT 33 +SUBENT 11481002 20110727 20120207 20111126 1377 +BIB 6 11 REACTION (13-AL-27(N,A)11-NA-24,,SIG) DECAY-DATA (11-NA-24,15.0HR,B) -N-SOURCE (P-T) -ENDBIB 3 +SAMPLE A semicircular "2S" aluminum strip of radius 6.65 cm + was centered about the gas target so that the midpoint + of the strip was in the forward direction. + Six adjacent samples, 1.06 cm diam. and 0.165 cm thick, + at angles up to 50. degr. were used. +INC-SOURCE (D-D) +STATUS (TABLE) Table I of J,PR,109,425,1958 +HISTORY (20110727A) SD: INC-SOURCE was changed according to + description of exp. at L.Allen+,J,PR,107,1363,1957 +ENDBIB 11 NOCOMMON 0 0 DATA 5 7 EN EN-RSL DATA DATA-ERR1 DATA-ERR2 -MEV MEV B B B - 6.73 +00 6.0 -01 1.13 -02 1.2 -03 9. -04 - 7.45 +00 4.0 -01 2.55 -02 3.3 -03 2.3 -03 - 8.09 +00 2.5 -01 3.76 -02 4.9 -03 2.8 -03 - 8.58 +00 1.4 -01 3.97 -02 6.0 -03 3.5 -03 - 8.90 +00 8. -02 4.81 -02 5.3 -03 2.4 -03 - 9.01 +00 4. -02 5.13 -02 4.6 -03 1.5 -03 - 1.410 +01 4. -02 1.160 -01 8.1 -03 4.6 -03 +MEV MEV MB MB MB + 6.73 0.60 11.3 1.2 0.9 + 7.45 0.40 25.5 3.3 2.3 + 8.09 0.25 37.6 4.9 2.8 + 8.58 0.14 39.7 6.0 3.5 + 8.90 0.08 48.1 5.3 2.4 + 9.01 0.04 51.3 4.6 1.5 + 14.10 0.04 116.0 8.1 4.6 ENDDATA 9 -ENDSUBENT 17 -SUBENT 11481003 821124 20050926 0000 -BIB 3 3 +ENDSUBENT 25 +SUBENT 11481003 20110727 20120207 20111126 1377 +BIB 5 12 REACTION (15-P-31(N,P)14-SI-31,,SIG) DECAY-DATA (14-SI-31,2.65HR,B) -N-SOURCE (P-T) -ENDBIB 3 +SAMPLE The phosphorus samples, 0.130 g disks and 1.07 cm in + diam., were punched from a sheet of polyethylene- + phosphorus mixture (29.5 wt. % (CH2)n, 70.5 wt. % P, + 0.094 cm thick) prepared by the plastics group of + this laboratory. + Samples of phosphorus along with sulfur were fastened + to the outside of an ionization chamber containing a + U238 fission foil +INC-SOURCE (P-T) +STATUS (TABLE) Table I of J,PR,109,425,1958 +ENDBIB 12 NOCOMMON 0 0 DATA 6 12 EN EN-RSL DATA DATA-ERR1 DATA-ERR2 MONIT -MEV MEV B B B B - 1.59 +00 8. -02 1.31 -03 1.4 -04 1.3 -04 0.40 - 1.98 +00 7. -02 1.10 -02 1.0 -03 4.5 -04 0.55 - 2.08 +00 7. -02 6.50 -03 6.5 -04 3.0 -04 0.56 - 2.19 +00 7. -02 1.08 -02 1.0 -03 4.5 -04 0.56 - 2.57 +00 6. -02 4.47 -02 4.5 -03 1.8 -03 0.56 - 2.92 +00 6. -02 8.06 -02 7.5 -03 3.0 -03 0.55 - 3.56 +00 5. -02 9.62 -02 9. -04 4.0 -03 0.56 - 4.05 +00 5. -02 9.59 -02 9. -04 4.0 -03 0.56 - 4.54 +00 5. -02 1.063 -01 1.00 -02 4.0 -03 0.56 - 4.82 +00 6. -02 1.343 -01 1.30 -02 5.0 -03 0.565 - 5.33 +00 5. -02 1.346 -01 1.30 -02 5.0 -03 0.57 - 5.69 +00 5. -02 1.369 -01 1.30 -02 5.5 -03 0.59 +MEV MEV MB MB MB B + 1.59 0.08 1.31 0.14 0.13 0.40 + 1.98 0.07 11.0 1.0 0.45 0.55 + 2.08 0.07 6.50 0.65 0.30 0.56 + 2.19 0.07 10.8 1.0 0.45 0.56 + 2.57 0.06 44.7 4.5 1.8 0.56 + 2.92 0.06 80.6 7.5 3.0 0.55 + 3.56 0.05 96.2 0.9 4.0 0.56 + 4.05 0.05 95.9 0.9 4.0 0.56 + 4.54 0.05 106.3 10.0 4.0 0.56 + 4.82 0.06 134.3 13.0 5.0 0.565 + 5.33 0.05 134.6 10.0 5.0 0.57 + 5.69 0.05 136.9 13.0 5.5 0.59 ENDDATA 14 -ENDSUBENT 22 -SUBENT 11481004 821124 20050926 0000 -BIB 4 4 +ENDSUBENT 31 +SUBENT 11481004 20110727 20120207 20111126 1377 +BIB 6 13 REACTION (15-P-31(N,P)14-SI-31,,SIG) -N-SOURCE (D-D) +INC-SOURCE (D-D) DECAY-DATA (14-SI-31,2.65HR,B) -HISTORY (821124C) SPLIT FROM SUBENTRY 3. -ENDBIB 4 +SAMPLE The phosphorus samples, 0.130 g disks and 1.07 cm in + diam., were punched from a sheet of polyethylene- + phosphorus mixture (29.5 wt. % (CH2)n, 70.5 wt. % P, + 0.094 cm thick) prepared by the plastics group of + this laboratory. + Samples of phosphorus along with sulfur were fastened + to the outside of an ionization chamber containing a + U238 fission foil +STATUS (TABLE) Table I of J,PR,109,425,1958 +HISTORY (19821124C) Split from subentry 3. +ENDBIB 13 NOCOMMON 0 0 DATA 6 8 EN EN-RSL DATA DATA-ERR1 DATA-ERR2 MONIT -MEV MEV B B B B - 6.11 +00 1.2 -01 1.459 -01 1.40 -02 8.5 -03 0.665 - 6.61 +00 1.1 -01 1.481 -01 1.40 -02 9.0 -03 0.865 - 7.11 +00 1.1 -01 1.364 -01 1.30 -02 8.0 -03 0.975 - 7.61 +00 1.0 -01 1.367 -01 1.30 -02 8.0 -03 1.01 - 8.09 +00 9. -02 1.442 -01 1.40 -02 9.0 -03 1.02 - 8.58 +00 9. -02 1.389 -01 1.30 -02 8.5 -03 1.02 - 9.07 +00 9. -02 1.434 -01 1.40 -02 9. -03 1.01 - 9.57 +00 1.0 -01 1.421 -01 1.40 -02 1.2 -02 1.01 +MEV MEV MB MB MB B + 6.11 0.12 145.9 14.0 8.5 0.665 + 6.61 0.11 148.1 14.0 9.0 0.865 + 7.11 0.11 136.4 13.0 8.0 0.975 + 7.61 0.10 136.7 13.0 8.0 1.01 + 8.09 0.09 144.2 14.0 9.0 1.02 + 8.58 0.09 138.9 13.0 8.5 1.02 + 9.07 0.09 143.4 14.0 0.9 1.01 + 9.57 0.10 142.1 14.0 12. 1.01 ENDDATA 10 -ENDSUBENT 19 -SUBENT 11481005 821124 20050926 0000 -BIB 4 4 +ENDSUBENT 28 +SUBENT 11481005 20110727 20120207 20111126 1377 +BIB 6 13 REACTION (15-P-31(N,P)14-SI-31,,SIG) -N-SOURCE (D-T) +INC-SOURCE (D-T) DECAY-DATA (14-SI-31,2.65HR,B) -HISTORY (821124C) SPLIT FROM SUBENTRY 3. -ENDBIB 4 +SAMPLE The phosphorus samples, 0.130 g disks and 1.07 cm in + diam., were punched from a sheet of polyethylene- + phosphorus mixture (29.5 wt. % (CH2)n, 70.5 wt. % P, + 0.094 cm thick) prepared by the plastics group of + this laboratory. + Samples of phosphorus along with sulfur were fastened + to the outside of an ionization chamber containing a + U238 fission foil +STATUS (TABLE) Table I of J,PR,109,425,1958 +HISTORY (19821124C) Split from subentry 3. +ENDBIB 13 NOCOMMON 0 0 DATA 5 1 EN EN-RSL DATA DATA-ERR1 DATA-ERR2 -MEV MEV B B B - 1.410 +01 4. -02 8.55 -02 7.0 -03 5.0 -03 +MEV MEV MB MB MB + 14.10 0.04 85.5 7.0 5.0 ENDDATA 3 -ENDSUBENT 12 +ENDSUBENT 21 ENDENTRY 5 diff --git a/exforall/116/11633.x4 b/exforall/116/11633.x4 index e8572fc5d..ec2c9e2d4 100644 --- a/exforall/116/11633.x4 +++ b/exforall/116/11633.x4 @@ -1,27 +1,54 @@ -ENTRY 11633 860407 20050926 0000 -SUBENT 11633001 860407 20050926 0000 -BIB 10 13 +ENTRY 11633 20110914 20120207 20111126 1377 +SUBENT 11633001 20110914 20120207 20111126 1377 +BIB 17 40 INSTITUTE (1USARED) -REFERENCE (J,JNE,18,81,6402) -AUTHOR (D.R.KOEHLER,W.L.ALFORD) -TITLE CROSS SECTIONS FOR THE (N,P) REACTION ON TI46,48 AND - TI50. -INC-SOURCE (P-T) T(P,N) SOURCE -METHOD (ACTIV) ACTIVATION +REFERENCE (J,JNE/AB,18,81,196402) +AUTHOR (D.R.Koehler,W.L.Alford) +TITLE Cross sections for the (n,p) reaction on Ti-46,48 and + Ti-50. +FACILITY Nothing said. +DETECTOR Nothing said. +INC-SOURCE (D-T) T(d,n) source. + The sample of titanium was placed immediately behind + a 600 mu-g/cm2 Zr-T target which was bombarded by + 300 keV deuterons +SAMPLE A sample was of pure Ti02 +METHOD (ACTIV) Activation +ANALYSIS The spectrum of gamma-rays from the irradiated sample + was recorded at varying intervals over a period of + several weeks.The relative yields of the 46Ti(n,p)46Sc, + 48Ti(n,p)48Sc and 50Ti(n,p)50Sc reactions were + determined by analysis of gamma-ray photopeaks at 1.12, + 1.31 and 1.56 MeV due to the decay of 46Sc, 48Sc and + 50Sc, respectively MONITOR 1(22-TI-48(N,P)21-SC-48,,SIG) +MONIT-REF 1(11610004,M.Hillman+,J,NP,37,78,1962) +REL-REF (M,,W.L.Alford+,J,NP,44,439,1963) DECAY-MON 1(21-SC-48,1.8D,DG,1310.) -STATUS (SCSRS) -HISTORY (760730T) TRANSLATED FROM SCISRS - (830829A) CONVERTED TO REACTION FORMALISM - (860407A) ADDED RATIOS. BIB UPDATE. -ENDBIB 13 -COMMON 3 3 -EN EN-RSL MONIT 1 -MEV MEV MB - 14.7 0.7 55. +ERR-ANALYS1(DATA-ERR) The estimated standard deviation in the + cross sections for the '6Ti and 50Ti target nuclei is + approximately 30% assuming a standard deviation of 20% + for the 48Ti measurement as M.Hillman(1962) estimates. + It is expected that the 47Ti(n,n+p)46Sc reaction will + contribute a small error to the measurement of the + 46Ti(n,p)46Sc cross section. This error has not been + included in the above estimates. +STATUS (TABLE) Tbl.1 from JNE/AB,18,81,196402 + (SCSRS) +HISTORY (19760730T) Translated from SCISRS + (19830829A) converted to REACTION formalism + (19860407A) added ratios. BIB update. + (20110914A) SD:Updated to new date formats,lower case. + corrected according to last EXFOR rules and Dict. + Ref. corrected; BIB update. +ENDBIB 40 +COMMON 4 3 +EN EN-RSL MONIT 1MONIT-ERR 1 +MEV MEV MB PER-CENT + 14.7 0.7 55. 20. ENDCOMMON 3 -ENDSUBENT 20 -SUBENT 11633002 860407 20050926 0000 +ENDSUBENT 47 +SUBENT 11633002 20110914 20120207 20111126 1377 BIB 1 3 REACTION 1(22-TI-46(N,P)21-SC-46,,SIG) 2((22-TI-46(N,P)21-SC-46,,SIG)/ @@ -31,10 +58,10 @@ NOCOMMON 0 0 DATA 3 1 DATA 1DATA-ERR 1DATA 2 B PER-CENT NO-DIM - 3.24 -01 30. 5.9 + 0.324 30. 5.9 ENDDATA 3 ENDSUBENT 11 -SUBENT 11633003 860407 20050926 0000 +SUBENT 11633003 20110914 20120207 20111126 1377 BIB 2 4 REACTION 1(22-TI-50(N,P)21-SC-50,,SIG) 2((22-TI-50(N,P)21-SC-50,,SIG)/ @@ -44,8 +71,8 @@ ENDBIB 4 NOCOMMON 0 0 DATA 3 1 DATA 1DATA-ERR 1DATA 2 -B PER-CENT NO-DIM - 9. -03 30. 0.16 +MB PER-CENT NO-DIM + 9. 30. 0.16 ENDDATA 3 ENDSUBENT 12 ENDENTRY 3 diff --git a/exforall/120/12017.x4 b/exforall/120/12017.x4 index 20b682e96..ad64acb8a 100644 --- a/exforall/120/12017.x4 +++ b/exforall/120/12017.x4 @@ -1,46 +1,92 @@ -ENTRY 12017 20061109 20070306 20070213 1342 -SUBENT 12017001 20061109 20070306 20070213 1342 -BIB 8 11 +ENTRY 12017 20110807 20120207 20111126 1377 +SUBENT 12017001 20110807 20120207 20111126 1377 +BIB 10 34 INSTITUTE (1CANCRC,2UK HAR) REFERENCE (J,JIN,5,259,1958) AUTHOR (J.Bayly,F.Brown,G.Hall,A.Walter) -TITLE The cross-section of the reaction Cs134(n,gamma)Cs135 - and the half-life of Cs134. +TITLE The cross-section of the reaction Cs-134(n,gamma)Cs-135 + and the half-life of Cs-134. +FACILITY (REAC,1USAINL) Materials Test Reactor (MTR), Idaho, USA + (REAC,1CANCRC) heavy water moderated, light water + cooled, nuclear research reactor (NRX) at the Can. + Chalk River Laboratories +SAMPLE Two long irradiations were carried out: + 1. approximately 10 mg of spectroscopically pure Cs2CO3 + in the M.T.R., for 140 days. + 2. approximately 10 mg of CsNO3 in the NRX reactor, + for 356 days. Two short irradiations were made, each + of 16 hr. using a position in NRX similar to that used + for the long irradiation. For these irradiations the + cesium compounds which were of spectroscopic purity, + were dried at 110.C and weighed into silica tubes which + were then sealed. CsC1, 36.8 mg, was used in the first + irradiation and Cs2CO3, 32.1 mg, in the second. +METHOD (ACTIV) +DETECTOR (D4PI) The Beta-counter was of conventional 4Pi design, + using methane as counting gas. + (IOCH) The monitors were irradiated in the same + capsule as the cesium samples and then, after a + decay period of 5 days the 60Co activity was measured + in an ionization chamber. STATUS (SCSRS) -FACILITY (SPECM) -MONITOR (27-CO-59(N,G)27-CO-60,,SIG) HISTORY (19760802T) Translated from SCISRS (19841018A) Data heading added, BIB corrections. (20061109A) DR Format updated -ENDBIB 11 -COMMON 1 3 -MONIT -B - 37.0 + (20110807A) SD: Subent 002: + SF4 in REACTION code was added. + BIB updated. +ENDBIB 34 +NOCOMMON 0 0 +ENDSUBENT 37 +SUBENT 12017002 20110807 20120207 20111126 1377 +BIB 8 17 +REACTION (55-CS-133(N,G)55-CS-134,,SIG,,MXW) +DECAY-DATA (55-CS-134,2.19YR) +MONITOR (27-CO-59(N,G)27-CO-60,,SIG) + Cobalt wires of certain standard dimensions and weight + diam. 0.013 cm, length 1.0 cm, weight 1.14 4+-0.005 mg. +DECAY-MON (27-CO-60,5.28YR) +MONIT-REF (,D.J.Hughers+,R,BNL-325,1955) +REL-REF (R,,W.F.Merritt+,J,CJP,35,16,1957) - decay data +ERR-ANALYS (ERR-T) Overall uncertainty includes: + (ERR-1) error in the absolute disintegration rate + (ERR-2) error in the calibration of the flux + monitoring system + (MONIT-ERR) uncertainty in monitor reaction + (DATA-ERR) The errors quoted are the non-systematic + ones of which the fluctuation between sources, standard + deviation +-2%, is the most important. +HISTORY (20110807A) SD: SF4 in REACTION code was added. +ENDBIB 17 +COMMON 5 3 +ERR-1 ERR-2 MONIT MONIT-ERR DATA-ERR +PER-CENT PER-CENT B PER-CENT PER-CENT + 2.0 1.5 37.0 4.0 2. ENDCOMMON 3 -ENDSUBENT 18 -SUBENT 12017002 771101 20050926 0000 -BIB 1 1 -REACTION (55-CS-133(N,G),,SIG,,MXW) -ENDBIB 1 -NOCOMMON DATA 3 1 -EN-DUMMY DATA DATA-ERR +EN-DUMMY DATA ERR-T EV B B 0.0253 30.4 1.7 ENDDATA 3 -ENDSUBENT 9 -SUBENT 12017003 20061109 20070306 20070213 1342 -BIB 3 3 +ENDSUBENT 29 +SUBENT 12017003 20110807 20120207 20111126 1377 +BIB 4 10 REACTION (55-CS-134(N,G)55-CS-135,,SIG,,MXW) ASSUMED (ASSUM,55-CS-133(N,G)55-CS-134,,SIG,,MXW) +ERR-ANALYS (DATA-ERR) The errors include those arising from the + experimental errors in the isotopic composition, from + the uncertainty in the 134Cs half-life and from the + uncertainty in the 135Cs(n,gamma)136Cs cross-section, + but not that from the uncertainty in the + 133Cs(n,gamma)134Cs cross-section which introduces a + further error of +-7 barns (see ASSUM). INC-SPECT (REAC) Thermal spectrum -ENDBIB 3 +ENDBIB 10 NOCOMMON 0 0 -DATA 4 1 -EN-DUMMY DATA DATA-ERR ASSUM -MEV B B B - 2.53E-08 1.34E+02 1.2E+01 29. +DATA 5 1 +EN-DUMMY DATA DATA-ERR ASSUM ASSUM-ERR +MEV B B B B + 2.53E-08 1.34E+02 1.2E+01 29. 7. ENDDATA 3 -ENDSUBENT 11 +ENDSUBENT 18 ENDENTRY 3 diff --git a/exforall/123/12380.x4 b/exforall/123/12380.x4 index 43f0203e2..25bfbc7d3 100644 --- a/exforall/123/12380.x4 +++ b/exforall/123/12380.x4 @@ -1,101 +1,149 @@ -ENTRY 12380 930223 20050926 0000 -SUBENT 12380001 930223 20050926 0000 -BIB 11 16 +ENTRY 12380 20110928 20120207 20111126 1377 +SUBENT 12380001 20110928 20120207 20111126 1377 +BIB 11 28 INSTITUTE (1USAANL) -REFERENCE (J,PR,142,758,65) -AUTHOR (A.J.ELWYN,J.E.MONAHAN,R.O.LANE,A.LANGSDORF JR, - F.P.MOORING) -TITLE POLARIZATION AND DIFFERENTIAL CROSS SECTIONS IN THE - SMALL ANGLE SCATTERING OF NEUTRONS BY URANIUM -FACILITY (VDG) -INC-SOURCE (P-LI7) -MONITOR (1-H-PLE(N,EL),,SIG) -DETECTOR NEUTRONS MONITORED BY LONG COUNTER. -CORRECTION CORRECTED FOR 2ND NEUTRON GROUP FROM LI7(P,N) SOURCE, - INELASTIC SCATTERING AND MULTIPLE SCATTERING. -STATUS DATA TAKEN FROM ARTICLE -HISTORY (760804T) TRANSLATED FROM SCISRS - (820519A) CONVERTED TO REACTION FORMALISM - (930223A) BIB UPDATE. CONVERTED TO LOWER CASE. -ENDBIB 16 +REFERENCE (J,PR,142,758,1966) + #doi:10.1103/PhysRev.142.758 +AUTHOR (A.J.Elwyn,J.E.Monahan,R.O.Lane,A.Langsdorf Jr, + F.P.Mooring) +TITLE Polarization and differential cross sections in the + small angle scattering of neutrons by uranium +FACILITY (VDG,1USAANL) +REL-REF (I,,D.B.Fossan+,J,PRL,12,672,1964) + (I,12379001,M.Walt+,J,PR,137,B629,1965) + (M,,R.O.Lane+,J,NIM,16,1,1962) - computer codes that + used for correction on multiple scattering + (R,12382001,A.B.Smith,J,NP,47,633,1963) - measured + inelastic differential cross sections extrapolated to + these small scattering angles. +INC-SOURCE (P-LI7) Rotating evaporated-lithium-metal targets(about + 50-80-keV thick to 1.9-MeV protons) placed at the + center of a shielded source tank. +SAMPLE Cylindrical uranium scatterer 0.5 in. thick +CORRECTION Corrected for 2nd neutron group from Li7(p,n) source, + inelastic scattering and multiple scattering. +STATUS (TABLE) Data taken Tbl.1 of PR,142,758,1965 +HISTORY (19760804T) Translated from SCISRS + (19820519A) converted to REACTION formalism + (19930223A) BIB update. + (20110928A) SD:Updated to new date formats,lower case. + Corrected according to last EXFOR rules and Dict. + Year of ref. corrected. BIB updated. +ENDBIB 28 COMMON 1 3 EN MEV 0.83 ENDCOMMON 3 -ENDSUBENT 23 -SUBENT 12380002 930223 20050926 0000 +ENDSUBENT 35 +SUBENT 12380002 20110928 20120207 20111126 1377 BIB 2 2 REACTION (92-U-0(N,EL)92-U-0,,DA) -HISTORY (930223A) DELETED, SEE SUBENTRY 5 FOR NORMALIZED DATA. +HISTORY (19930223A) Deleted, see Subent 5 for normalized data. ENDBIB 2 NOCOMMON 0 0 NODATA 0 0 ENDSUBENT 6 -SUBENT 12380003 930223 20050926 0000 -BIB 4 5 +SUBENT 12380003 20110928 20120207 20111126 1377 +BIB 5 10 REACTION (92-U-0(N,EL)92-U-0,,DA) -DETECTOR (PROPC) PROPORTIONAL COUNTER -STATUS (DEP,12380004) CORRECTED FOR INELASTIC SCATTERING. -HISTORY (840801A) BIB CORRECTION. - (930223A) REACTION SUBFIELD 4 ADDED. -ENDBIB 5 +DETECTOR (BF3) A BF3 long counter served as a neutron monitor. + (SCIN) A liquid scintillator enclosed in a glass + container in the form of a cylinder 2.125 in. in diam. + and 1.5 in. high with its flat face cemented to an RCA + 6810A photomultiplier tube +ERR-ANALYS (DATA-ERR) no detailed analysis of uncertainties +STATUS (DEP,12380004) Corrected for inelastic scattering. +HISTORY (19840801A) BIB correction. + (19930223A) Reaction subfield 4 added. +ENDBIB 10 NOCOMMON 0 0 DATA 3 3 ANG DATA DATA-ERR ADEG MB/SR MB/SR - 10.0 1.78 +03 1.4 +02 - 15.0 1.64 +03 1.5 +02 - 23.0 1.431 +03 7.9 +01 + 10. 1780. 140. + 15. 1640. 150. + 23. 1431. 79. ENDDATA 5 -ENDSUBENT 15 -SUBENT 12380004 930223 20050926 0000 -BIB 3 3 +ENDSUBENT 20 +SUBENT 12380004 20110928 20120207 20111126 1377 +BIB 6 17 REACTION (92-U-0(N,SCT)92-U-0,,DA) -DETECTOR (PROPC) PROPORTIONAL COUNTER -HISTORY (930223A) REACTION SUBFIELD 4 ADDED. -ENDBIB 3 +MONITOR (6-C-0(N,EL)6-C-0,,DA) + standard in the supplementary experiment +REL-REF (M,11116001,A.J.Elwyn+,J,PR,128,779,1962) +DETECTOR (BF3) A BF3 long counter served as a neutron monitor. + (SCIN) A liquid scintillator enclosed in a glass + container in the form of a cylinder 2.125 in. in diam. + and 1.5 in. high with its flat face cemented to an RCA + 6810A photomultiplier tube +ERR-ANALYS (DATA-ERR) The errors shown for data at angle greater + than 23. degr. are based on an assumed 5% error in the + total cross sections for the carbon scatterer that was + used as a standard in the supplementary experiment. + At the ange less that 15. degr., the errors shown have + been increased (somewhat arbitrarily) to about 8% to + account for additional experimental uncertainties. +HISTORY (19930223A) Reaction subfield 4 added. +ENDBIB 17 NOCOMMON 0 0 DATA 3 10 ANG DATA DATA-ERR ADEG MB/SR MB/SR - 10. 1.92 +03 1.5 +02 - 15. 1.78 +03 1.4 +02 - 23. 1.576 +03 7.9 +01 - 44. 9.42 +02 4.7 +01 - 64. 5.37 +02 2.7 +01 - 86. 4.19 +02 2.1 +01 -100. 3.91 +02 2.0 +01 -106. 4.00 +02 2.0 +01 -128. 3.59 +02 1.8 +01 -149. 3.34 +02 1.7 +01 + 10. 1920. 150. + 15. 1780. 140. + 23. 1576. 79. + 44. 942. 47. + 64. 537. 27. + 86. 419. 21. + 100. 391. 20. + 106. 400. 20. + 128. 359. 18. + 149. 334. 17. ENDDATA 12 -ENDSUBENT 20 -SUBENT 12380005 930223 20050926 0000 -BIB 3 3 +ENDSUBENT 34 +SUBENT 12380005 20110928 20120207 20111126 1377 +BIB 5 19 REACTION (92-U-0(N,EL)92-U-0,,DA) -DETECTOR (SCIN) LIQUID SCINTILLATOR, BIASED AT 0.45 MEV -HISTORY (930223A) REACTION SUBFIELD 4 ADDED. -ENDBIB 3 +DETECTOR (SCIN) A liquid scintillator enclosed in a glass + container in the form of a cylinder 2.125 in. in diam. + and 1.5 in. high with its flat face cemented to an RCA + 6810A photomultiplier tube +MONITOR (1-H-PLE(N,TOT),,SIG) + Similar to uranium measurements were performed for CH2 + scatterers at angles near 2. degr. Then multiple- + scattering corrections were made by use of the known + hydrogen and carbon differential cross sections + extrapolated to the small-angle region. These + corrections took account of the energy dependence of + the multiply scattered neutrons. The corrected CH2 + results normalized to the corresponding theoretically + expected cross sections (D.J.Hughers+,R,BNL-325,1955) + were utilized to obtain final absolute differential + cross sections for uranium. +ERR-ANALYS (DATA-ERR) no detailed analysis of uncertainties +HISTORY (19930223A) Reaction subfield 4 added. +ENDBIB 19 NOCOMMON 0 0 DATA 3 4 ANG DATA DATA-ERR ADEG MB/SR MB/SR - 1.65 3.36 +03 2.1 +02 - 2.35 2.73 +03 1.6 +02 - 4.6 2.27 +03 1.3 +02 - 10.0 1.94 +03 1.2 +02 + 1.65 3360. 210. + 2.35 2730. 160. + 4.6 2270. 130. + 10. 1940. 120. ENDDATA 6 -ENDSUBENT 14 -SUBENT 12380006 930223 20050926 0000 -BIB 3 3 +ENDSUBENT 30 +SUBENT 12380006 20110928 20120207 20111126 1377 +BIB 4 4 REACTION (92-U-0(N,SCT)92-U-0,,POL/DA) -DETECTOR (PROPC) PROPORTIONAL COUNTER -HISTORY (930223C) -ENDBIB 3 +DETECTOR (BF3) Proportional counter +ERR-ANALYS (ERR-S) mainly on counting statistics. +HISTORY (19930223C) +ENDBIB 4 NOCOMMON 0 0 DATA 3 10 -ANG DATA DATA-ERR +ANG DATA ERR-S ADEG NO-DIM NO-DIM 10. -0.09 0.02 15. -0.063 0.010 @@ -108,21 +156,25 @@ ADEG NO-DIM NO-DIM 128. -0.004 0.019 149. 0.001 0.016 ENDDATA 12 -ENDSUBENT 20 -SUBENT 12380007 930223 20050926 0000 -BIB 3 3 +ENDSUBENT 21 +SUBENT 12380007 20110928 20120207 20111126 1377 +BIB 4 7 REACTION (92-U-0(N,EL)92-U-0,,POL/DA) -DETECTOR (SCIN) LIQUID SCINTILLATOR, BIASED AT 0.45 MEV -HISTORY (930223C) -ENDBIB 3 +DETECTOR (SCIN) A liquid scintillator enclosed in a glass + container in the form of a cylinder 2.125 in. in diam. + and 1.5 in. high with its flat face cemented to an RCA + 6810A photomultiplier tube +ERR-ANALYS (ERR-S) mainly on counting statistics. +HISTORY (19930223C) +ENDBIB 7 NOCOMMON 0 0 DATA 3 4 -ANG DATA DATA-ERR +ANG DATA ERR-S ADEG NO-DIM NO-DIM 1.65 -0.59 0.13 2.35 -0.56 0.12 4.6 -0.25 0.09 10.0 -0.28 0.12 ENDDATA 6 -ENDSUBENT 14 +ENDSUBENT 18 ENDENTRY 7 diff --git a/exforall/127/12788.x4 b/exforall/127/12788.x4 index a2f184994..d3ef9cbdc 100644 --- a/exforall/127/12788.x4 +++ b/exforall/127/12788.x4 @@ -1,46 +1,53 @@ -ENTRY 12788 850703 20050926 0000 -SUBENT 12788001 850703 20050926 0000 -BIB 12 23 +ENTRY 12788 20111028 20120207 20111126 1377 +SUBENT 12788001 20111028 20120207 20111126 1377 +BIB 13 27 INSTITUTE (1USARPI,1USAKAP,1USAORL,1USALRL) -REFERENCE (J,NSE,89,293,8504) - (C,82KIAMES,,1090,8209) - (J,ANS,38,648,81) - (J,ANS,39,876,81) -AUTHOR (H.T.MAGUIRE JR,C.R.S.STOPA,R.C.BLOCK,D.R.HARRIS, - R.E.SLOVACEK,J.W.T.DABBS,R.J.DOUGAN,R.W.HOFF, - R.W.LOUGHEED) -TITLE NEUTRON-INDUCED FISSION CROSS SECTION MEASUREMENTS OF - 244-CM, 246-CM AND 248-CM. +REFERENCE (J,NSE,89,293,198504) + (C,82KIAMES,,1090,198209) + (J,ANS,38,648,1981) + (J,ANS,39,876,1981) +AUTHOR (H.T.Maguire Jr,C.R.S.Stopa,R.C.Block,D.R.Harris, + R.E.Slovacek,J.W.T.Dabbs,R.J.Dougan,R.W.Hoff, + R.W.Lougheed) +TITLE Neutron-induced fission cross section measurements of + 244-Cm, 246-Cm and 248-Cm. FACILITY (LINAC,1USARPI) -METHOD LEAD SLOWING-DOWN SPECTROMETER -DETECTOR (FISCH) METHANE-FILLED FISSION IONIZATION CHAMBER -MONITOR (92-U-235(N,F),,SIG,,AV)BROAD BIN AVERAGED ENDF/B-V -MONIT-REF (,BHAT,R,BNL-NCS-51184,8003) -CORRECTION CORRECTED FOR DETECTOR EFFICIENCY AND BACKGROUND, BUT - NOT CORRECTED FOR MINOR ISOTOPES IN SAMPLE -STATUS (APRVD) APPROVED BY R..BLOCK, 82/11/17. - FINAL DATA REC'D, PRIVATE COMM., BLOCK, 84/11/26. -HISTORY (821020C) - (840917A) BIB CORRECTIONS. - (841205A) FINAL DATA RECEIVED. - (850703A) BIB CORRECTIONS. -ENDBIB 23 +METHOD (SLODT) Lead slowing-down spectrometer +DETECTOR (FISCH) Methane-filled fission ionization chamber +REL-REF (I,,J.W.T.Dabbs+,C,75WASH,1,81,1975) + (I,,P.A.Bicknell+,J,NIM,178,1,1980) +MONITOR (92-U-235(N,F),,SIG,,AV) Broad bin averaged ENDF/B-V +MONIT-REF (,M.Bhat,R,BNL-NCS-51184,198003) +CORRECTION Corrected for detector efficiency and background, but + not corrected for minor isotopes in sample +STATUS (APRVD) Approved by R.Block, 1982/11/17. + (TABLE) Final data from priv. comm., Block, 1984/11/26. +HISTORY (19821020C) + (19840917A) BIB corrections. + (19841205A) Final data received. + (19850703A) BIB corrections. + (20111028A) SD:Updated to new date formats,lower case. + corrected according to last EXFOR rules and Dict. +ENDBIB 27 NOCOMMON 0 0 -ENDSUBENT 26 -SUBENT 12788002 821101 20050926 0000 -BIB 3 11 +ENDSUBENT 30 +SUBENT 12788002 20111028 20120207 20111126 1377 +BIB 3 14 REACTION (96-CM-244(N,F),,SIG) -SAMPLE 4 MM DIAMETER SPOT, 5.21+-.16 MICROGRAMS. - ISOTOPE WEIGHT PERCENT - 243-CM .0861 - 244-CM 99.53 - 245-CM .1094 - 246-CM .2682 - 247-CM .00769 -ERR-ANALYS (DATA-ERR) UNCERTAINTY INCLUDES NUMBER OF ATOMS, - DETECTOR EFFICIENCY, NORMALIZATION, BACKGROUND - AND STATISTICS. -ENDBIB 11 +SAMPLE 4 mm diameter spot, 5.21+-.16 micrograms. + Isotope weight % + 243-Cm .0861 + 244-Cm 99.53 + 245-Cm .1094 + 246-Cm .2682 + 247-Cm .00769 +ERR-ANALYS (DATA-ERR) Uncertainty includes + * number of atoms, + * detector efficiency, + * normalization, + * background and + * statistics. +ENDBIB 14 NOCOMMON 0 0 DATA 3 155 EN DATA DATA-ERR @@ -201,25 +208,28 @@ EV B B .673E+05 0.043 0.003 .795E+05 0.041 0.003 ENDDATA 157 -ENDSUBENT 173 -SUBENT 12788003 901023 20050926 0000 -BIB 6 15 +ENDSUBENT 176 +SUBENT 12788003 20111028 20120207 20111126 1377 +BIB 6 18 REACTION (96-CM-246(N,F),,SIG) -SAMPLE 4 MM DIAMETER SPOT, 17.04+-.85 MOICROGRAMS. - ISOTOPE WEIGHT PERCENT - 244-CM 2.86 - 245-CM .109 - 246-CM 96.87 - 247-CM .084 - 248-CM .082 -CORRECTION CORRECTED FOR 247CM FISSIONS USING DATA OF DANON (1990) -ERR-ANALYS (DATA-ERR) UNCERTAINTY INCLUDES NUMBER OF ATOMS, - DETECTOR EFFICIENCY, NORMALIZATION, BACKGROUND - AND STATISTICS. -STATUS CORRECTED DATA RECEIVED BY E-MAIL, DANON, 90/10/18 - NO REPLY TO AUTHOR PROOF -HISTORY (901023A) CORRECTED DATA ADDED -ENDBIB 15 +SAMPLE 4 mm diameter spot, 17.04+-.85 micrograms. + Isotope weight % + 244-Cm 2.86 + 245-Cm .109 + 246-Cm 96.87 + 247-Cm .084 + 248-Cm .082 +CORRECTION Corrected for 247Cm fissions using data of Danon (1990) +ERR-ANALYS (DATA-ERR) Uncertainty includes + * number of atoms, + * detector efficiency, + * normalization, + * background and + * statistics. +STATUS (TABLE) Corrected data received by e-mail, Danon, + 1990/10/18; no reply to author proof +HISTORY (19901023A) Corrected data added +ENDBIB 18 NOCOMMON 0 0 DATA 3 179 EN DATA DATA-ERR @@ -404,21 +414,24 @@ EV B B 0.673E+05 0.028 0.002 0.795E+05 0.027 0.002 ENDDATA 181 -ENDSUBENT 201 -SUBENT 12788004 821101 20050926 0000 -BIB 3 11 +ENDSUBENT 204 +SUBENT 12788004 20111028 20120207 20111126 1377 +BIB 3 14 REACTION (96-CM-248(N,F),,SIG) -SAMPLE 4 MM DIAMETER SPOT, 31.16+-1.6 MICROGRAMS. - ISOTOPE WEIGHT PERCENT - 244-CM .00211 - 245-CM .0306 - 246-CM 3.06 - 247-CM .0154 - 248-CM 96.89 -ERR-ANALYS (DATA-ERR) UNCERTAINTY INCLUDES NUMBER OF ATOMS, - DETECTOR EFFICIENCY, NORMALIZATION, BACKGROUND - AND STATISTICS. -ENDBIB 11 +SAMPLE 4 mm diameter spot, 31.16+-1.6 micrograms. + Isotope weight % + 244-Cm .00211 + 245-Cm .0306 + 246-Cm 3.06 + 247-Cm .0154 + 248-Cm 96.89 +ERR-ANALYS (DATA-ERR) Uncertainty includes + * number of atoms, + * detector efficiency, + * normalization, + * background and + * statistics. +ENDBIB 14 NOCOMMON 0 0 DATA 3 155 EN DATA DATA-ERR @@ -579,22 +592,22 @@ EV B B .673E+05 0.032 0.002 .795E+05 0.028 0.002 ENDDATA 157 -ENDSUBENT 173 -SUBENT 12788005 850711 20050926 0000 +ENDSUBENT 176 +SUBENT 12788005 20111028 20120207 20111126 1377 BIB 5 13 REACTION 1(96-CM-244(N,0),,EN) 2(96-CM-244(N,F),,ARE) -SAMPLE 4 MM DIAMETER SPOT, 5.21+-.16 MICROGRAMS. - ISOTOPE WEIGHT PERCENT - 243-CM .0861 - 244-CM 99.53 - 245-CM .1094 - 246-CM .2682 - 247-CM .00769 +SAMPLE 4 mm diameter spot, 5.21+-.16 micrograms. + Isotope weight % + 243-Cm .0861 + 244-Cm 99.53 + 245-Cm .1094 + 246-Cm .2682 + 247-Cm .00769 ANALYSIS (AREA) -ERR-ANALYS (DATA-ERR) UNCERTAINTY INCLUDES BACKGROUND AND - STATISTICS. -HISTORY (850711A) REACTION, DATA HEADING CORRECTED. +ERR-ANALYS (DATA-ERR) Uncertainty includes background and + statistics. +HISTORY (19850711A) Reaction, data heading corrected. ENDBIB 13 NOCOMMON 0 0 DATA 3 4 @@ -606,24 +619,24 @@ EV B*EV B*EV 35. 43. 4. ENDDATA 6 ENDSUBENT 24 -SUBENT 12788006 850711 20050926 0000 +SUBENT 12788006 20111028 20120207 20111126 1377 BIB 6 16 REACTION 1(96-CM-246(N,0),,EN) 2(96-CM-246(N,F),,ARE) -SAMPLE 4 MM DIAMETER SPOT, 17.04+-.85 MOICROGRAMS. - ISOTOPE WEIGHT PERCENT - 244-CM 2.86 - 245-CM .109 - 246-CM 96.87 - 247-CM .084 - 248-CM .082 +SAMPLE 4 mm diameter spot, 17.04+-.85 micrograms. + Isotope weight % + 244-Cm 2.86 + 245-Cm .109 + 246-Cm 96.87 + 247-Cm .084 + 248-Cm .082 ANALYSIS (AREA) -ERR-ANALYS (DATA-ERR) UNCERTAINTY INCLUDES BACKGROUND AND - STATISTICS. -FLAG (1.) TENTATIVE ASSIGNMENT. -HISTORY (841205A) RESONANCE AT 84 EV REMOVED, DATA HEADING - CORRECTED. - (850711A) REACTION, DATA HEADING CORRECTED. +ERR-ANALYS (DATA-ERR) Uncertainty includes background and + statistics. +FLAG (1.) Tentative assignment. +HISTORY (19841205A) Resonance at 84 eV removed, data heading + corrected. + (19850711A) Reaction, data heading corrected. ENDBIB 16 NOCOMMON 0 0 DATA 4 4 @@ -635,26 +648,27 @@ EV B*EV B*EV NO-DIM 158.5 12. 4. ENDDATA 6 ENDSUBENT 27 -SUBENT 12788007 850711 20050926 0000 -BIB 6 17 +SUBENT 12788007 20111028 20120207 20111126 1377 +BIB 6 18 REACTION 1(96-CM-248(N,0),,EN) 2(96-CM-248(N,F),,ARE) -SAMPLE 4 MM DIAMETER SPOT, 31.16+-1.6 MICROGRAMS. - ISOTOPE WEIGHT PERCENT - 244-CM .00211 - 245-CM .0306 - 246-CM 3.06 - 247-CM .0154 - 248-CM 96.89 +SAMPLE 4 mm diameter spot, 31.16+-1.6 micrograms. + Isotope weight % + 244-Cm .00211 + 245-Cm .0306 + 246-Cm 3.06 + 247-Cm .0154 + 248-Cm 96.89 ANALYSIS (AREA) -ERR-ANALYS (DATA-ERR) UNCERTAINTY INCLUDES BACKGROUND AND - STATISTICS. -FLAG (1.) CALCULATED FROM MEASURED WIDTH FOR SUM OF 26.8 AND - 35 KEV RESONANCES=7.5+-0.4B*EV, USING MOORE AND - KEYWORTH VALUE FOR 26.8 KEV RESONANCE=5.1+-0.5B*EV -HISTORY (841205A) DATA UPDATED. - (850711A) REACTION, DATA HEADING CORRECTED, FLAG ADDED -ENDBIB 17 +ERR-ANALYS (DATA-ERR) Uncertainty includes background and + statistics. +FLAG (1.) Calculated from measured width for sum of 26.8 and + 35 keV resonances=7.5+-0.4B*eV, using Moore and + Keyworth value for 26.8 keV resonance=5.1+-0.5 b*eV +HISTORY (19841205A) Data updated. + (19850711A) Reaction, data heading corrected, + flag added. +ENDBIB 18 NOCOMMON 0 0 DATA 4 4 DATA 1DATA 2DATA-ERR 2FLAG @@ -664,5 +678,5 @@ EV B*EV B*EV NO-DIM 35.0 2.4 0.6 1. 75.6 160. 20. ENDDATA 6 -ENDSUBENT 28 +ENDSUBENT 29 ENDENTRY 7 diff --git a/exforall/129/12933.x4 b/exforall/129/12933.x4 index 92e7ff0af..ac284d2a5 100644 --- a/exforall/129/12933.x4 +++ b/exforall/129/12933.x4 @@ -1,28 +1,36 @@ -ENTRY 12933 20051222 20060315 20060313 1338 -SUBENT 12933001 20051222 20060315 20060313 1338 -BIB 8 10 +ENTRY 12933 20110914 20120207 20111126 1377 +SUBENT 12933001 20110914 20120207 20111126 1377 +BIB 8 13 INSTITUTE (1USAORL) REFERENCE (J,NSE,90,298,1985) AUTHOR (J.Halperin,G.D.O'Kelley,J.H.Oliver,J.E.Bigelow, J.T.Wiggins) TITLE Neutron capture and fission in 254g-Es -FACILITY (REAC) Oak Ridge research reactor -ERR-ANALYS No information available -STATUS (APRVD) J.Halperin, 85/11/25. +FACILITY (REAC,1USAORL) Oak Ridge research reactor +MONIT-REF (,S.F.Mughabghab+,R,BNL-325,(1),1973) + Neutron Cross Sections, Vol. 1, 3rd ed., BNL-325, + Brookhaven National Laboratory (1973). +STATUS (APRVD) J.Halperin, 1985/11/25. HISTORY (19851022C) (20051222C) DR Format updated and subentry 8 added -ENDBIB 10 + (20110918U) SD: BIB updated in every Subent. +ENDBIB 13 NOCOMMON 0 0 -ENDSUBENT 13 -SUBENT 12933002 19851205 20060315 20060313 1338 -BIB 5 6 +ENDSUBENT 16 +SUBENT 12933002 20110914 20120207 20111126 1377 +BIB 8 11 REACTION (99-ES-254(N,G)99-ES-255,,SIG) MONITOR (27-CO-59(N,G)27-CO-60,,SIG) -DETECTOR (SOLST) Silicon surface barrier alpha spectrometer +SAMPLE Pure sample of 254g-Es. +DETECTOR (SIBAR) Silicon surface barrier alpha spectrometer + (GELI) The 60-CO produced was assayed by measuring the + 1332-keV gamma with a Ge(Li) detector. ASSUMED (ASSUM,27-CO-60(N,G)27-CO-61,,SIG) +ERR-ANALYS (DATA-ERR) No information about source of uncertainties CORRECTION Neutron flux corrected for decay and burnup in monitor -ENDBIB 6 +STATUS (TABLE) Tbl. 1 of NSE,90,298,1985 +ENDBIB 11 COMMON 2 3 ASSUM ASSUM-ERR B B @@ -33,16 +41,21 @@ EN DATA DATA-ERR MONIT MONIT-ERR EV B B B B 0.0253 28.3 2.5 37.2 0.2 ENDDATA 3 -ENDSUBENT 18 -SUBENT 12933003 19851205 20060315 20060313 1338 -BIB 5 6 +ENDSUBENT 23 +SUBENT 12933003 20110914 20120207 20111126 1377 +BIB 9 11 REACTION (99-ES-254(N,G)99-ES-255,,RI) MONITOR (27-CO-59(N,G)27-CO-60,,RI) -DETECTOR (SOLST) Silicon surface barrier alpha spectrometer +REL-REF (M,,R.W.Stoughton+,J,NSE,6,100,1959) + (M,,C.H.Wescott,J,JNE,2,59,1955) +SAMPLE Pure sample of 254g-Es. +DETECTOR (SIBAR) Silicon surface barrier alpha spectrometer +ERR-ANALYS (DATA-ERR) No information about source of uncertainties ASSUMED (ASSUM,27-CO-60(N,G)27-CO-61,,RI) CORRECTION Neutron flux corrected for decay and burnup in monitor -ENDBIB 6 +STATUS (TABLE) Tbl. 1 of NSE,90,298,1985 +ENDBIB 11 COMMON 2 3 ASSUM ASSUM-ERR B B @@ -53,13 +66,28 @@ EN-MIN DATA DATA-ERR MONIT MONIT-ERR EV B B B B 0.5 18.2 1.5 75.5 1.5 ENDDATA 3 -ENDSUBENT 18 -SUBENT 12933004 19851205 20060315 20060313 1338 -BIB 3 3 +ENDSUBENT 23 +SUBENT 12933004 20110914 20120207 20111126 1377 +BIB 8 18 REACTION (99-ES-254(N,F),,SIG) MONITOR (92-U-233(N,F),,SIG) DETECTOR (TRD) Solid state track detector -ENDBIB 3 +SAMPLE An especially purified sample of 254g-Es free of + californium was deposited onto a thin nickel foil and + placed in contact with 0.2-mm thick mica. A deposit of + 233U was used to monitor the neutron flux, and a + similar assembly was placed back-to-back to the + einsteinium sample for that purpose. +REL-REF Techniques of solid-state track detection: + R.L.Fleischer+, Nuclear Tracks in Solids, University of + California Press, Berkeley, California (1975). +ANALYSIS The tracks were examined and counted under a microscope + at ~200-fold magnification. A number of replicate runs + were carried out to enhance the statistics of the + measurement. +ERR-ANALYS (DATA-ERR) No information about source of uncertainties +STATUS (TABLE) from the text on p.301 of NSE,90,298,1985 +ENDBIB 18 COMMON 2 3 MONIT MONIT-ERR B B @@ -70,13 +98,30 @@ EN DATA DATA-ERR EV B B 0.0253 2030. 250. ENDDATA 3 -ENDSUBENT 15 -SUBENT 12933005 19851205 20060315 20060313 1338 -BIB 3 3 +ENDSUBENT 30 +SUBENT 12933005 20110914 20120207 20111126 1377 +BIB 8 20 REACTION (99-ES-254(N,F),,RI) MONITOR (92-U-233(N,F),,RI) DETECTOR (TRD) Solid state track detector -ENDBIB 3 +SAMPLE An especially purified sample of 254g-Es free of + californium was deposited onto a thin nickel foil and + placed in contact with 0.2-mm thick mica. A deposit of + 233U was used to monitor the neutron flux, and a + similar assembly was placed back-to-back to the + einsteinium sample for that purpose. +REL-REF (M,,R.W.Stoughton+,J,NSE,6,100,1959) + (M,,C.H.Wescott,J,JNE,2,59,1955) + Techniques of solid-state track detection: + R.L.Fleischer+, Nuclear Tracks in Solids, University of + California Press, Berkeley, California (1975). +ANALYSIS The tracks were examined and counted under a microscope + at ~200-fold magnification. A number of replicate runs + were carried out to enhance the statistics of the + measurement. +ERR-ANALYS (DATA-ERR) No information about source of uncertainties +STATUS (TABLE) Tbl. II of NSE,90,298,1985 +ENDBIB 20 COMMON 2 3 MONIT MONIT-ERR B B @@ -87,17 +132,20 @@ EN-MIN DATA DATA-ERR EV B B 0.5 1200. 250. ENDDATA 3 -ENDSUBENT 15 -SUBENT 12933006 19851205 20060315 20060313 1338 -BIB 5 7 +ENDSUBENT 32 +SUBENT 12933006 20110914 20120207 20111126 1377 +BIB 8 10 REACTION (99-ES-254(N,ABS),,SIG) MONITOR (27-CO-59(N,G)27-CO-60,,SIG) -DETECTOR (SOLST) Silicon surface barrier alpha spectrometer +SAMPLE A mixed sample of 253-Es and 254g-Es +DETECTOR (SIBAR) Silicon surface barrier alpha spectrometer ASSUMED (ASSUM1,27-CO-60(N,G)27-CO-61,,SIG) (ASSUM2,99-ES-253(N,ABS),,SIG) CORRECTION Neutron flux corrected for decay and burnup in monitor -ENDBIB 7 +ERR-ANALYS (DATA-ERR) No information about source of uncertainties +STATUS (TABLE) from the text on p.302 of NSE,90,298,1985 +ENDBIB 10 COMMON 6 3 ASSUM1 ASSUM1-ERR ASSUM2 ASSUM2-ERR MONIT MONIT-ERR B B B B B B @@ -108,17 +156,20 @@ EN DATA DATA-ERR EV B B 0.0253 1960. 200. ENDDATA 3 -ENDSUBENT 19 -SUBENT 12933007 19851205 20060315 20060313 1338 -BIB 5 7 +ENDSUBENT 22 +SUBENT 12933007 20110914 20120207 20111126 1377 +BIB 8 10 REACTION (99-ES-254(N,ABS),,RI) MONITOR (27-CO-59(N,G)27-CO-60,,RI) -DETECTOR (SOLST) Silicon surface barrier alpha spectrometer +DETECTOR (SIBAR) Silicon surface barrier alpha spectrometer +SAMPLE A mixed sample of 253-Es and 254g-Es ASSUMED (ASSUM1,27-CO-60(N,G)27-CO-61,,RI) (ASSUM2,99-ES-253(N,ABS),,RI) +ERR-ANALYS No information available CORRECTION Neutron flux corrected for decay and burnup in monitor -ENDBIB 7 +STATUS (TABLE) from the text on p.302 of NSE,90,298,1985 +ENDBIB 10 COMMON 7 6 EN-MIN ASSUM1 ASSUM1-ERR ASSUM2 ASSUM2-ERR MONIT MONIT-ERR @@ -132,18 +183,20 @@ DATA-MAX B 1800. ENDDATA 3 -ENDSUBENT 22 -SUBENT 12933008 20051222 20060315 20060313 1338 -BIB 5 8 +ENDSUBENT 25 +SUBENT 12933008 20110914 20120207 20111126 1377 +BIB 6 10 REACTION (99-ES-254(N,F),,SIG,,,DERIV) MONITOR (92-U-233(N,F),,SIG) DETECTOR (TRD) Solid state track detector -HISTORY Subentry added following comments from Dr. Nakagawa - and N. Otsuka, 2005/12/22 +ERR-ANALYS (DATA-ERR) No information about source of uncertainties +HISTORY (20051222C) DR: Subentry added following comments + from Dr. Nakagawa and N. Otsuka, 2005/12/22 STATUS (COREL,12933002) (COREL,12933006) - Value given in text, p. 303 left from the NSE paper -ENDBIB 8 + (TABLE) Value given in text, p. 303 left from + the NSE paper +ENDBIB 10 COMMON 2 3 MONIT MONIT-ERR B B @@ -154,5 +207,5 @@ EN DATA DATA-ERR EV B B 0.0253 1970. 200. ENDDATA 3 -ENDSUBENT 20 +ENDSUBENT 22 ENDENTRY 8 diff --git a/exforall/133/13334.x4 b/exforall/133/13334.x4 index 837126cd4..b274e0ded 100644 --- a/exforall/133/13334.x4 +++ b/exforall/133/13334.x4 @@ -1,6 +1,6 @@ -ENTRY 13334 20110729 20111102 20111017 1373 -SUBENT 13334001 20110729 20111102 20111017 1373 -BIB 7 11 +ENTRY 13334 20111110 20120207 20111126 1377 +SUBENT 13334001 20111110 20120207 20111126 1377 +BIB 7 12 INSTITUTE (1USATEX) REFERENCE (J,NT,25,416,1975) Main reference (J,ANS,16,316,1973) Second reference @@ -12,13 +12,14 @@ INC-SOURCE (CF252) STATUS (RIDER) REFERENCE 75DEE1 HISTORY (19891024C) VM (20110519A) S.H. Added second ref., corrected tables -ENDBIB 11 + (20111107A) OS. EN replaced by KT +ENDBIB 12 COMMON 1 3 -EN-DUMMY -EV - 1.0 E+06 +KT +MEV + 1.42 ENDCOMMON 3 -ENDSUBENT 18 +ENDSUBENT 19 SUBENT 13334002 20110729 20111102 20111017 1373 BIB 5 5 REACTION (90-TH-232(N,F)56-BA-140,CUM,FY,,FIS) diff --git a/exforall/141/14144.x4 b/exforall/141/14144.x4 index c93c2fa73..71411d4aa 100644 --- a/exforall/141/14144.x4 +++ b/exforall/141/14144.x4 @@ -1,6 +1,6 @@ -ENTRY 14144 20110719 20111102 20111017 1373 -SUBENT 14144001 20110719 20111102 20111017 1373 -BIB 10 19 +ENTRY 14144 20111110 20120207 20111126 1377 +SUBENT 14144001 20111110 20120207 20111126 1377 +BIB 10 21 INSTITUTE (1USALAS,1USALRL) REFERENCE (R,UCRL-ID-140313,2000) Main reference (C,99SANTA,,384,1999) preliminary data @@ -19,10 +19,12 @@ HISTORY (20070618C) DR (20110527A) S.H. Added main reference and subs 4-43, deleted subentries 2,3. Data in subentries 2,3 were not corrected for selfabsorption, data with - correct transitin energy are in sub. 5 -ENDBIB 19 + correct transition energy are in sub. 5 + (201107A) OS. Deleted subs. 26,27 (duplication of 8,9), + corrected heading in subs. 28-43 +ENDBIB 21 NOCOMMON 0 0 -ENDSUBENT 22 +ENDSUBENT 24 NOSUBENT 14144002 20110720 20111102 20111017 1373 NOSUBENT 14144003 20110720 20111102 20111017 1373 SUBENT 14144004 20110526 20111102 20111017 1373 @@ -987,108 +989,24 @@ MEV MEV MB MB 19.416 0.971 0.0047 0.0025 ENDDATA 24 ENDSUBENT 37 -SUBENT 14144026 20110526 20111102 20111017 1373 -BIB 3 4 -REACTION (92-U-235(N,INL)92-U-235,PAR,SIG,G) - Optimized (weighted and corrected) data taken -STATUS (TABLE) Data taken from tab.87 of the main reference -HISTORY (20110526C) Compiled by S.H. -ENDBIB 4 -COMMON 1 3 -E -KEV - 129.3 -ENDCOMMON 3 -DATA 4 27 -EN-MIN EN-ERR DATA ERR-S -MEV MEV MB MB - 4.090 0.093 0.1143 0.0099 - 4.264 0.099 0.1156 0.0100 - 4.453 0.105 0.1128 0.0097 - 4.647 0.113 0.1174 0.0100 - 4.861 0.122 0.1227 0.0105 - 5.090 0.129 0.1153 0.0099 - 5.333 0.140 0.1173 0.0100 - 5.597 0.149 0.1195 0.0102 - 5.875 0.160 0.1043 0.0089 - 6.181 0.175 0.0806 0.0070 - 6.517 0.187 0.0603 0.0054 - 6.862 0.201 0.0478 0.0044 - 7.237 0.218 0.0373 0.0036 - 7.661 0.242 0.0279 0.0030 - 8.126 0.263 0.0189 0.0023 - 8.618 0.284 0.0142 0.0020 - 9.160 0.313 0.0135 0.0020 - 9.757 0.346 0.0103 0.0019 - 10.414 0.377 0.0075 0.0018 - 11.143 0.425 0.0056 0.0018 - 11.960 0.467 0.0010 0.0018 - 12.860 0.525 0.0030 0.0019 - 13.876 0.589 0.0064 0.0020 - 15.016 0.660 0.0001 0.0019 - 16.297 0.750 0.0014 0.0019 - 17.759 0.857 0.0018 0.0019 - 19.416 0.971 0.0036 0.0019 -ENDDATA 29 -ENDSUBENT 42 -SUBENT 14144027 20110526 20111102 20111017 1373 -BIB 3 4 +NOSUBENT 14144026 20111110 20120207 20111126 1377 +NOSUBENT 14144027 20111110 20120207 20111126 1377 +SUBENT 14144028 20111110 20120207 20111126 1377 +BIB 3 6 REACTION (92-U-235(N,INL)92-U-235,PAR,SIG,G) Optimized (weighted and corrected) data taken -STATUS (TABLE) Data taken from tab.88 of the main reference +STATUS (TABLE) Data taken from Table 89 of the + UCRL-ID-140313,2000 HISTORY (20110526C) Compiled by S.H. -ENDBIB 4 -COMMON 1 3 -E -KEV - 316.5 -ENDCOMMON 3 -DATA 4 27 -EN-MIN EN-ERR DATA ERR-S -MEV MEV MB MB - 4.090 0.093 0.0138 0.0025 - 4.264 0.099 0.0119 0.0023 - 4.453 0.105 0.0097 0.0021 - 4.647 0.113 0.0111 0.0022 - 4.861 0.122 0.0135 0.0024 - 5.090 0.129 0.0111 0.0022 - 5.333 0.140 0.0085 0.0019 - 5.597 0.149 0.0086 0.0020 - 5.875 0.160 0.0068 0.0019 - 6.181 0.175 0.0082 0.0020 - 6.517 0.187 0.0075 0.0019 - 6.862 0.201 0.0057 0.0016 - 7.237 0.218 0.0054 0.0018 - 7.661 0.242 0.0031 0.0017 - 8.126 0.263 0.0027 0.0016 - 8.618 0.284 0.0020 0.0016 - 9.160 0.313 0.0009 0.0016 - 9.757 0.346 0.0037 0.0018 - 10.414 0.377 0.0028 0.0017 - 11.143 0.425 0.0038 0.0018 - 11.960 0.467 0.0024 0.0018 - 12.860 0.525 0.0023 0.0019 - 13.876 0.589 -0.0032 0.0009 - 15.016 0.660 0.0019 0.0020 - 16.297 0.750 -0.0001 0.0019 - 17.759 0.857 0.0009 0.0019 - 19.416 0.971 0.0008 0.0019 -ENDDATA 29 -ENDSUBENT 42 -SUBENT 14144028 20110526 20111102 20111017 1373 -BIB 3 4 -REACTION (92-U-235(N,INL)92-U-235,PAR,SIG,G) - Optimized (weighted and corrected) data taken -STATUS (TABLE) Data taken from tab.89 of the main reference -HISTORY (20110526C) Compiled by S.H. -ENDBIB 4 + (20111107A) Changed EN-MIN to EN +ENDBIB 6 COMMON 1 3 E KEV 375.1 ENDCOMMON 3 DATA 4 27 -EN-MIN EN-ERR DATA ERR-S +EN EN-ERR DATA ERR-S MEV MEV MB MB 4.090 0.093 0.0212 0.0039 4.264 0.099 0.0196 0.0038 @@ -1118,21 +1036,23 @@ MEV MEV MB MB 17.759 0.857 0.0035 0.0034 19.416 0.971 0.0173 0.0040 ENDDATA 29 -ENDSUBENT 42 -SUBENT 14144029 20110526 20111102 20111017 1373 -BIB 3 4 +ENDSUBENT 44 +SUBENT 14144029 20111110 20120207 20111126 1377 +BIB 3 6 REACTION (92-U-235(N,INL)92-U-235,PAR,SIG,G) Optimized (weighted and corrected) data taken -STATUS (TABLE) Data taken from tab.90 of the main reference +STATUS (TABLE) Data taken from Table 90 of the + UCRL-ID-140313,2000 HISTORY (20110526C) Compiled by S.H. -ENDBIB 4 + (20111107A) Changed EN-MIN to EN +ENDBIB 6 COMMON 1 3 E KEV 380.1 ENDCOMMON 3 DATA 4 27 -EN-MIN EN-ERR DATA ERR-S +EN EN-ERR DATA ERR-S MEV MEV MB MB 4.090 0.093 0.0057 0.0016 4.264 0.099 0.0043 0.0015 @@ -1162,21 +1082,23 @@ MEV MEV MB MB 17.759 0.857 0.0037 0.0017 19.416 0.971 0.0019 0.0015 ENDDATA 29 -ENDSUBENT 42 -SUBENT 14144030 20110526 20111102 20111017 1373 -BIB 3 4 +ENDSUBENT 44 +SUBENT 14144030 20111110 20120207 20111126 1377 +BIB 3 6 REACTION (92-U-235(N,INL)92-U-235,PAR,SIG,G) Optimized (weighted and corrected) data taken -STATUS (TABLE) Data taken from tab.91 of the main reference +STATUS (TABLE) Data taken from Table 91 of the + UCRL-ID-140313,2000 HISTORY (20110526C) Compiled by S.H. -ENDBIB 4 + (20111107A) Changed EN-MIN to EN +ENDBIB 6 COMMON 1 3 E KEV 392.5 ENDCOMMON 3 DATA 4 25 -EN-MIN EN-ERR DATA ERR-S +EN EN-ERR DATA ERR-S MEV MEV MB MB 4.090 0.093 0.0145 0.0024 4.264 0.099 0.0127 0.0022 @@ -1204,21 +1126,23 @@ MEV MEV MB MB 17.759 0.857 0.0011 0.0020 19.416 0.971 -0.0003 0.0000 ENDDATA 27 -ENDSUBENT 40 -SUBENT 14144031 20110526 20111102 20111017 1373 -BIB 3 4 +ENDSUBENT 42 +SUBENT 14144031 20111110 20120207 20111126 1377 +BIB 3 6 REACTION (92-U-235(N,INL)92-U-235,PAR,SIG,G) Optimized (weighted and corrected) data taken -STATUS (TABLE) Data taken from tab.92 of the main reference +STATUS (TABLE) Data taken from Table 92 of the + UCRL-ID-140313,2000 HISTORY (20110526C) Compiled by S.H. -ENDBIB 4 + (20111107A) Changed EN-MIN to EN +ENDBIB 6 COMMON 1 3 E KEV 606.8 ENDCOMMON 3 DATA 4 27 -EN-MIN EN-ERR DATA ERR-S +EN EN-ERR DATA ERR-S MEV MEV MB MB 4.090 0.093 0.0153 0.0035 4.264 0.099 0.0135 0.0033 @@ -1248,21 +1172,23 @@ MEV MEV MB MB 17.759 0.857 0.0051 0.0030 19.416 0.971 0.0033 0.0026 ENDDATA 29 -ENDSUBENT 42 -SUBENT 14144032 20110526 20111102 20111017 1373 -BIB 3 4 +ENDSUBENT 44 +SUBENT 14144032 20111110 20120207 20111126 1377 +BIB 3 6 REACTION (92-U-235(N,INL)92-U-235,PAR,SIG,G) Optimized (weighted and corrected) data taken -STATUS (TABLE) Data taken from tab.93 of the main reference +STATUS (TABLE) Data taken from Table 93 of the + UCRL-ID-140313,2000 HISTORY (20110526C) Compiled by S.H. -ENDBIB 4 + (20111107A) Changed EN-MIN to EN +ENDBIB 6 COMMON 1 3 E KEV 617.6 ENDCOMMON 3 DATA 4 27 -EN-MIN EN-ERR DATA ERR-S +EN EN-ERR DATA ERR-S MEV MEV MB MB 4.090 0.093 0.0237 0.0047 4.264 0.099 0.0253 0.0049 @@ -1292,21 +1218,23 @@ MEV MEV MB MB 17.759 0.857 0.0070 0.0037 19.416 0.971 0.0062 0.0036 ENDDATA 29 -ENDSUBENT 42 -SUBENT 14144033 20110526 20111102 20111017 1373 -BIB 3 4 +ENDSUBENT 44 +SUBENT 14144033 20111110 20120207 20111126 1377 +BIB 3 6 REACTION (92-U-235(N,INL)92-U-235,PAR,SIG,G) Optimized (weighted and corrected) data taken -STATUS (TABLE) Data taken from tab.94 of the main reference +STATUS (TABLE) Data taken from Table 94 of the + UCRL-ID-140313,2000 HISTORY (20110526C) Compiled by S.H. -ENDBIB 4 + (20111107A) Changed EN-MIN to EN +ENDBIB 6 COMMON 1 3 E KEV 624.9 ENDCOMMON 3 DATA 4 27 -EN-MIN EN-ERR DATA ERR-S +EN EN-ERR DATA ERR-S MEV MEV MB MB 4.090 0.093 0.0244 0.0045 4.264 0.099 0.0227 0.0043 @@ -1336,21 +1264,23 @@ MEV MEV MB MB 17.759 0.857 0.0007 0.0017 19.416 0.971 -0.0004 0.0017 ENDDATA 29 -ENDSUBENT 42 -SUBENT 14144034 20110526 20111102 20111017 1373 -BIB 3 4 +ENDSUBENT 44 +SUBENT 14144034 20111110 20120207 20111126 1377 +BIB 3 6 REACTION (92-U-235(N,INL)92-U-235,PAR,SIG,G) Optimized (weighted and corrected) data taken -STATUS (TABLE) Data taken from tab.95 of the main reference +STATUS (TABLE) Data taken from Table 95 of the + UCRL-ID-140313,2000 HISTORY (20110526C) Compiled by S.H. -ENDBIB 4 + (20111107A) Changed EN-MIN to EN +ENDBIB 6 COMMON 1 3 E KEV 633.1 ENDCOMMON 3 DATA 4 27 -EN-MIN EN-ERR DATA ERR-S +EN EN-ERR DATA ERR-S MEV MEV MB MB 4.090 0.093 0.0262 0.0042 4.264 0.099 0.0241 0.0041 @@ -1380,21 +1310,23 @@ MEV MEV MB MB 17.759 0.857 0.0005 0.0013 19.416 0.971 0.0001 0.0011 ENDDATA 29 -ENDSUBENT 42 -SUBENT 14144035 20110526 20111102 20111017 1373 -BIB 3 4 +ENDSUBENT 44 +SUBENT 14144035 20111110 20120207 20111126 1377 +BIB 3 6 REACTION (92-U-235(N,INL)92-U-235,PAR,SIG,G) Optimized (weighted and corrected) data taken -STATUS (TABLE) Data taken from tab.96 of the main reference +STATUS (TABLE) Data taken from Table 96 of the + UCRL-ID-140313,2000 HISTORY (20110526C) Compiled by S.H. -ENDBIB 4 + (20111107A) Changed EN-MIN to EN +ENDBIB 6 COMMON 1 3 E KEV 637.7 ENDCOMMON 3 DATA 4 27 -EN-MIN EN-ERR DATA ERR-S +EN EN-ERR DATA ERR-S MEV MEV MB MB 4.090 0.093 0.0191 0.0034 4.264 0.099 0.0165 0.0033 @@ -1424,21 +1356,23 @@ MEV MEV MB MB 17.759 0.857 0.0010 0.0027 19.416 0.971 0.0009 0.0026 ENDDATA 29 -ENDSUBENT 42 -SUBENT 14144036 20110526 20111102 20111017 1373 -BIB 3 4 +ENDSUBENT 44 +SUBENT 14144036 20111110 20120207 20111126 1377 +BIB 3 6 REACTION (92-U-235(N,INL)92-U-235,PAR,SIG,G) Optimized (weighted and corrected) data taken -STATUS (TABLE) Data taken from tab.97 of the main reference +STATUS (TABLE) Data taken from Table 97 of the + UCRL-ID-140313,2000 HISTORY (20110526C) Compiled by S.H. -ENDBIB 4 + (20111107A) Changed EN-MIN to EN +ENDBIB 6 COMMON 1 3 E KEV 674.2 ENDCOMMON 3 DATA 4 27 -EN-MIN EN-ERR DATA ERR-S +EN EN-ERR DATA ERR-S MEV MEV MB MB 4.090 0.093 0.0072 0.0024 4.264 0.099 0.0084 0.0024 @@ -1468,21 +1402,23 @@ MEV MEV MB MB 17.759 0.857 0.0030 0.0019 19.416 0.971 -0.0005 0.0008 ENDDATA 29 -ENDSUBENT 42 -SUBENT 14144037 20110526 20111102 20111017 1373 -BIB 3 4 +ENDSUBENT 44 +SUBENT 14144037 20111110 20120207 20111126 1377 +BIB 3 6 REACTION (92-U-235(N,3N)92-U-233,PAR,SIG,G) Optimized (weighted and corrected) data taken -STATUS (TABLE) Data taken from tab.99 of the main reference +STATUS (TABLE) Data taken from Table 99 of the + UCRL-ID-140313,2000 HISTORY (20110526C) Compiled by S.H. -ENDBIB 4 + (20111107A) Changed EN-MIN to EN +ENDBIB 6 COMMON 1 3 E KEV 137.6 ENDCOMMON 3 DATA 4 27 -EN-MIN EN-ERR DATA ERR-S +EN EN-ERR DATA ERR-S MEV MEV MB MB 4.090 0.093 0.0041 0.0037 4.264 0.099 0.0121 0.0040 @@ -1512,21 +1448,23 @@ MEV MEV MB MB 17.759 0.857 0.0478 0.0084 19.416 0.971 0.0524 0.0088 ENDDATA 29 -ENDSUBENT 42 -SUBENT 14144038 20110526 20111102 20111017 1373 -BIB 3 4 +ENDSUBENT 44 +SUBENT 14144038 20111110 20120207 20111126 1377 +BIB 3 6 REACTION (92-U-235(N,3N)92-U-233,PAR,SIG,G) Optimized (weighted and corrected) data taken -STATUS (TABLE) Data taken from tab.100 of the main reference +STATUS (TABLE) Data taken from Table 100 of the + UCRL-ID-140313,2000 HISTORY (20110526C) Compiled by S.H. -ENDBIB 4 + (20111107A) Changed EN-MIN to EN +ENDBIB 6 COMMON 1 3 E KEV 160.0 ENDCOMMON 3 DATA 4 27 -EN-MIN EN-ERR DATA ERR-S +EN EN-ERR DATA ERR-S MEV MEV MB MB 4.090 0.093 0.0428 0.0050 4.264 0.099 0.0457 0.0052 @@ -1556,21 +1494,23 @@ MEV MEV MB MB 17.759 0.857 0.0354 0.0048 19.416 0.971 0.0387 0.0050 ENDDATA 29 -ENDSUBENT 42 -SUBENT 14144039 20110526 20111102 20111017 1373 -BIB 3 4 +ENDSUBENT 44 +SUBENT 14144039 20111110 20120207 20111126 1377 +BIB 3 6 REACTION (92-U-235(N,3N)92-U-233,PAR,SIG,G) Optimized (weighted and corrected) data taken -STATUS (TABLE) Data taken from tab.101 of the main reference +STATUS (TABLE) Data taken from Table 101 of the + UCRL-ID-140313,2000 HISTORY (20110526C) Compiled by S.H. -ENDBIB 4 + (20111107A) Changed EN-MIN to EN +ENDBIB 6 COMMON 1 3 E KEV 298.5 ENDCOMMON 3 DATA 4 27 -EN-MIN EN-ERR DATA ERR-S +EN EN-ERR DATA ERR-S MEV MEV MB MB 4.090 0.093 0.0057 0.0011 4.264 0.099 0.0060 0.0011 @@ -1600,21 +1540,23 @@ MEV MEV MB MB 17.759 0.857 0.0268 0.0025 19.416 0.971 0.0259 0.0024 ENDDATA 29 -ENDSUBENT 42 -SUBENT 14144040 20110526 20111102 20111017 1373 -BIB 3 4 +ENDSUBENT 44 +SUBENT 14144040 20111110 20120207 20111126 1377 +BIB 3 6 REACTION (92-U-235(N,3N)92-U-233,PAR,SIG,G) Optimized (weighted and corrected) data taken -STATUS (TABLE) Data taken from tab.102 of the main reference +STATUS (TABLE) Data taken from Table 102 of the + UCRL-ID-140313,2000 HISTORY (20110526C) Compiled by S.H. -ENDBIB 4 + (20111107A) Changed EN-MIN to EN +ENDBIB 6 COMMON 1 3 E KEV 300.5 ENDCOMMON 3 DATA 4 27 -EN-MIN EN-ERR DATA ERR-S +EN EN-ERR DATA ERR-S MEV MEV MB MB 4.090 0.093 0.0031 0.0019 4.264 0.099 0.0048 0.0022 @@ -1644,21 +1586,23 @@ MEV MEV MB MB 17.759 0.857 0.0176 0.0035 19.416 0.971 0.0193 0.0036 ENDDATA 29 -ENDSUBENT 42 -SUBENT 14144041 20110526 20111102 20111017 1373 -BIB 3 4 +ENDSUBENT 44 +SUBENT 14144041 20111110 20120207 20111126 1377 +BIB 3 6 REACTION (92-U-235(N,3N)92-U-233,PAR,SIG,G) Optimized (weighted and corrected) data taken -STATUS (TABLE) Data taken from tab.103 of the main reference +STATUS (TABLE) Data taken from Table 103 of the + UCRL-ID-140313,2000 HISTORY (20110526C) Compiled by S.H. -ENDBIB 4 + (20111107A) Changed EN-MIN to EN +ENDBIB 6 COMMON 1 3 E KEV 305.2 ENDCOMMON 3 DATA 4 27 -EN-MIN EN-ERR DATA ERR-S +EN EN-ERR DATA ERR-S MEV MEV MB MB 4.090 0.093 0.0008 0.0008 4.264 0.099 0.0012 0.0008 @@ -1688,21 +1632,23 @@ MEV MEV MB MB 17.759 0.857 0.0104 0.0015 19.416 0.971 0.0124 0.0016 ENDDATA 29 -ENDSUBENT 42 -SUBENT 14144042 20110526 20111102 20111017 1373 -BIB 3 4 +ENDSUBENT 44 +SUBENT 14144042 20111110 20120207 20111126 1377 +BIB 3 6 REACTION (92-U-235(N,3N)92-U-233,PAR,SIG,G) Optimized (weighted and corrected) data taken -STATUS (TABLE) Data taken from tab.104 of the main reference +STATUS (TABLE) Data taken from Table 104 of the + UCRL-ID-140313,2000 HISTORY (20110526C) Compiled by S.H. -ENDBIB 4 + (20111107A) Changed EN-MIN to EN +ENDBIB 6 COMMON 1 3 E KEV 312.0 ENDCOMMON 3 DATA 4 27 -EN-MIN EN-ERR DATA ERR-S +EN EN-ERR DATA ERR-S MEV MEV MB MB 4.090 0.093 0.0035 0.0019 4.264 0.099 0.0041 0.0018 @@ -1732,21 +1678,23 @@ MEV MEV MB MB 17.759 0.857 0.0343 0.0042 19.416 0.971 0.0355 0.0044 ENDDATA 29 -ENDSUBENT 42 -SUBENT 14144043 20110526 20111102 20111017 1373 -BIB 3 4 +ENDSUBENT 44 +SUBENT 14144043 20111110 20120207 20111126 1377 +BIB 3 6 REACTION (92-U-235(N,3N)92-U-233,PAR,SIG,G) Optimized (weighted and corrected) data taken -STATUS (TABLE) Data taken from tab.105 of the main reference +STATUS (TABLE) Data taken from Table 105 of the + UCRL-ID-140313,2000 HISTORY (20110526C) Compiled by S.H. -ENDBIB 4 + (20111107A) Changed EN-MIN to EN +ENDBIB 6 COMMON 1 3 E KEV 340.6 ENDCOMMON 3 DATA 4 27 -EN-MIN EN-ERR DATA ERR-S +EN EN-ERR DATA ERR-S MEV MEV MB MB 4.090 0.093 0.0031 0.0020 4.264 0.099 -0.0009 0.0015 @@ -1776,5 +1724,5 @@ MEV MEV MB MB 17.759 0.857 0.0229 0.0045 19.416 0.971 0.0232 0.0043 ENDDATA 29 -ENDSUBENT 42 +ENDSUBENT 44 ENDENTRY 43 diff --git a/exforall/141/14148.x4 b/exforall/141/14148.x4 index c6eee8b3e..874a96ff7 100644 --- a/exforall/141/14148.x4 +++ b/exforall/141/14148.x4 @@ -1,16 +1,17 @@ -ENTRY 14148 20071115 20080131 20080129 1345 -SUBENT 14148001 20071115 20080131 20080129 1345 -BIB 12 25 +ENTRY 14148 20111102 20120207 20111219 1376 +SUBENT 14148001 20111102 20120207 20111219 1376 +BIB 12 27 TITLE Neutron induced inelastic cross-sections of 150Sm for En = 1-35 MeV -AUTHOR (D.Dashdorj,B,G.E.Mitchell,C,T.Kawano, - J.A.Becker, U.Agvaanluvsan, M.B.Chadwick, - J.R.Cooper,M.Devlin,N.Fotiades,P.E. Garrett, +AUTHOR (D.Dashdorj,G.E.Mitchell,T.Kawano, + J.A.Becker, U.Agvaanluvsan,M.B.Chadwick, + J.R.Cooper,M.Devlin,N.Fotiades,P.E.Garrett, R.O.Nelson, C.Y.Wu,W.Younes) INSTITUTE (1USANCS,1USALRL,1USATNL,1USALAS) REFERENCE (J,NIM/B,261,948,2007) + (S,ISINN-14,249,2007) Preliminary data FACILITY (LINAC,1USALAS) Spallation neutron source at LANSCE -SAMPLE 7.5 g of Sm-150 in form of samarium oxyde, enriched +SAMPLE 7.5 g of Sm-150 in form of samarium oxide, enriched to 95.6%, with diameter 2.45 cm DETECTOR (XHPGE)GEANIE large-scale Compton-suppressed germanium array consisting of 11 planar and 15 @@ -26,9 +27,10 @@ ANALYSIS The excitation functions were obtained by applying interval En = 1-35 MeV ERR-ANALYS (DATA-ERR) No information HISTORY (20071115C) -ENDBIB 25 + (20110925A) Second reference added +ENDBIB 27 NOCOMMON 0 0 -ENDSUBENT 28 +ENDSUBENT 30 SUBENT 14148002 20071115 20080131 20080129 1345 BIB 2 2 REACTION (62-SM-150(N,INL)62-SM-150,PAR,SIG,G) diff --git a/exforall/141/14156.x4 b/exforall/141/14156.x4 index 1f97ae654..3271f0afd 100644 --- a/exforall/141/14156.x4 +++ b/exforall/141/14156.x4 @@ -1,6 +1,6 @@ -ENTRY 14156 20091113 20100128 20100119 1358 -SUBENT 14156001 20091113 20100128 20100119 1358 -BIB 11 26 +ENTRY 14156 20111006 20120207 20111219 1376 +SUBENT 14156001 20111006 20120207 20111219 1376 +BIB 11 29 TITLE Measurement of continuous-energy neutron-incident neutron-production double-differential cross sections for Al up to several hundred MeV @@ -9,6 +9,7 @@ AUTHOR (S.Noda,T.Watanabe,N.Shigyo,K.Ishibashi,D.Satoh, INSTITUTE (2JPNKYU,2JPNJAE,2JPNTOH,1USALAS) REFERENCE (C,2007NICE,2,1043,2007) #doi:10.1051/ndata:07608 + (S,JAEA-C-2009-004,89,2009) FACILITY (LINAC,1USALAS)Weapons Neutron Research facility in Los Alamos Neutron Science Center INC-SOURCE (SPALL) @@ -24,20 +25,22 @@ METHOD (PSD) used to distinguish between neutrons and gammas from the spallation neutron source. Cross sections obtained by unfolding the light output spectra using measured response functions -MONITOR fission ionization chamber +MONITOR Fission ionization chamber HISTORY (20071206C) (20091113U) Reference updated -ENDBIB 26 + (20111005U) Reference to JAEA 2009 added + STATUS of subentries 2-7 updated +ENDBIB 29 COMMON 2 3 EN-MIN EN-MAX MEV MEV 90.0 110.0 ENDCOMMON 3 -ENDSUBENT 33 -SUBENT 14156002 20071206 20080530 20080530 1346 +ENDSUBENT 36 +SUBENT 14156002 20111216 20120207 20111219 1376 BIB 3 3 REACTION (13-AL-27(N,X)0-NN-1,,DA/DE) -STATUS (CURVE) Data taken from fig.4 of the reference +STATUS (CURVE) Data taken from fig.4 of the 2007NICE proc. ERR-ANALYS (DATA-ERR) No information given ENDBIB 3 COMMON 1 3 @@ -75,10 +78,10 @@ MEV MB/SR/MEV MB/SR/MEV 8.740E+01 2.287E+00 2.888E+00 ENDDATA 27 ENDSUBENT 39 -SUBENT 14156003 20071206 20080530 20080530 1346 +SUBENT 14156003 20111216 20120207 20111219 1376 BIB 3 3 REACTION (13-AL-27(N,X)0-NN-1,,DA/DE) -STATUS (CURVE) Data taken from fig.4 of the reference +STATUS (CURVE) Data taken from fig.4 of the 2007NICE proc. ERR-ANALYS (DATA-ERR) No information given ENDBIB 3 COMMON 1 3 @@ -116,10 +119,10 @@ MEV MB/SR/MEV MB/SR/MEV 8.739E+01 2.171E+00 2.069E+00 ENDDATA 27 ENDSUBENT 39 -SUBENT 14156004 20071206 20080530 20080530 1346 +SUBENT 14156004 20111216 20120207 20111219 1376 BIB 3 3 REACTION (13-AL-27(N,X)0-NN-1,,DA/DE) -STATUS (CURVE) Data taken from fig.4 of the reference +STATUS (CURVE) Data taken from fig.4 of the 2007NICE proc. ERR-ANALYS (DATA-ERR) No information given ENDBIB 3 COMMON 1 3 @@ -157,10 +160,10 @@ MEV MB/SR/MEV MB/SR/MEV 8.536E+01 4.577E+00 7.923E+00 ENDDATA 27 ENDSUBENT 39 -SUBENT 14156005 20071206 20080530 20080530 1346 +SUBENT 14156005 20111216 20120207 20111219 1376 BIB 3 3 REACTION (13-AL-27(N,X)0-NN-1,,DA/DE) -STATUS (CURVE) Data taken from fig.4 of the reference +STATUS (CURVE) Data taken from fig.4 of the 2007NICE proc. ERR-ANALYS (DATA-ERR) No information given ENDBIB 3 COMMON 1 3 @@ -197,10 +200,10 @@ MEV MB/SR/MEV MB/SR/MEV 7.360E+01 8.328E-02 2.529E-01 ENDDATA 26 ENDSUBENT 38 -SUBENT 14156006 20071206 20080530 20080530 1346 +SUBENT 14156006 20111216 20120207 20111219 1376 BIB 3 3 REACTION (13-AL-27(N,X)0-NN-1,,DA/DE) -STATUS (CURVE) Data taken from fig.4 of the reference +STATUS (CURVE) Data taken from fig.4 of the 2007NICE proc. ERR-ANALYS (DATA-ERR) No information given ENDBIB 3 COMMON 1 3 @@ -237,10 +240,10 @@ MEV MB/SR/MEV MB/SR/MEV 7.355E+01 1.871E-02 6.574E-02 ENDDATA 26 ENDSUBENT 38 -SUBENT 14156007 20071206 20080530 20080530 1346 +SUBENT 14156007 20111216 20120207 20111219 1376 BIB 3 3 REACTION (13-AL-27(N,X)0-NN-1,,DA/DE) -STATUS (CURVE) Data taken from fig.4 of the reference +STATUS (CURVE) Data taken from fig.4 of the 2007NICE proc. ERR-ANALYS (DATA-ERR) No information given ENDBIB 3 COMMON 1 3 diff --git a/exforall/141/14173.x4 b/exforall/141/14173.x4 index 809d030e0..ca21428c8 100644 --- a/exforall/141/14173.x4 +++ b/exforall/141/14173.x4 @@ -1,17 +1,16 @@ -ENTRY 14173 20080410 20080909 20080909 1349 -SUBENT 14173001 20080410 20080909 20080909 1349 -BIB 13 20 +ENTRY 14173 20111102 20120207 20111219 1376 +SUBENT 14173001 20111102 20120207 20111219 1376 +BIB 13 21 TITLE Neutron-Production Double-Differential Cross Sections for 150 MeV Neutron-Incidence on Fe -AUTHOR (Hiroyuki Arakawa,Tsuyoshi Kajimoto,Shusaku Noda, - Takehito Watanabe,Nobuhiro Shigyo,Kenji Ishibashi, - Satoshi Kunieda,R.C.Haight) +AUTHOR (H.Arakawa,T.Kajimoto,S.Noda,T.Watanabe,N.Shigyo, + K.Ishibashi,S.Kunieda,R.C.Haight) INSTITUTE (1USALAS,2JPNKYU,2JPNJAE) -REFERENCE (C,2007TOKAI,,(V05),2007) +REFERENCE (S,JAEA-C-2008-006,58,2008) FACILITY (LINAC,1USALAS) SAMPLE Fe sample 10 mm thick with diameter of 50 mm DETECTOR (SCIN) 6 NE213 liquid scintillation detectors with - diam 127 mm and lentgh 127 mm, each equipped with a + diam 127 mm and length 127 mm, each equipped with a NE102A plastic scintillation veto detector METHOD (TOF,PSD) MONITOR (92-U-238(N,F),,SIG) @@ -21,13 +20,15 @@ ANALYSIS (UNFLD) Neutron spectra were obtained by unfolding functions ERR-ANALYS (DATA-ERR) No information given HISTORY (20080410C) -ENDBIB 20 + (20111005U) S.H. Reference corrected, author names + (initials) corrected +ENDBIB 21 COMMON 2 3 EN-MIN EN-MAX MEV MEV 140.0 160.0 ENDCOMMON 3 -ENDSUBENT 27 +ENDSUBENT 28 SUBENT 14173002 20080410 20080909 20080909 1349 BIB 2 2 REACTION (26-FE-0(N,X)0-NN-1,,DA/DE) diff --git a/exforall/141/14184.x4 b/exforall/141/14184.x4 new file mode 100644 index 000000000..b8a3cd8cd --- /dev/null +++ b/exforall/141/14184.x4 @@ -0,0 +1,603 @@ +ENTRY 14184 20111031 20120207 20111219 1376 +SUBENT 14184001 20111031 20120207 20111219 1376 +BIB 11 19 +TITLE Level densities of 28Al,29Si and 41Ca inferred from + fluctuation measurement +AUTHOR (W.Abfalterer,R.W.Finlay,S.M.Grimes,V.Mishra) +INSTITUTE (1USAOSU) +REFERENCE (J,PR/C,47,1033,1993) +FACILITY (LINAC,1USALAS) The data were acquired at the WNR + facility at the LANL. A beam of 800 MeV protons + produced neutrons over the range from keV to nearly + 800 MeV by spallation reaction. +METHOD (TRN) +CORRECTION Analytic dead time correction for lower probability + to detect low energy neutrons. Correction factor was + up to 1.7. +INC-SOURCE (SPALL) neutrons produced by spallation reaction of + 800 MeV protons on tungsten target +ERR-ANALYS No information on uncertainty +HISTORY (20110922C) Compiled by S.H. +STATUS (COREL,13569001) Based on the same experiment as entry + 13569, but with full experimental energy resolution +ENDBIB 19 +NOCOMMON 0 0 +ENDSUBENT 22 +SUBENT 14184002 20080829 20120207 20111219 1376 +BIB 2 2 +REACTION (13-AL-27(N,TOT),,SIG) +STATUS (CURVE) Data taken from Fig.1 of the reference +ENDBIB 2 +NOCOMMON 0 0 +DATA 2 514 +EN DATA +MEV B + 5.003E+00 2.569E+00 + 5.005E+00 2.585E+00 + 5.007E+00 2.529E+00 + 5.011E+00 2.480E+00 + 5.015E+00 2.450E+00 + 5.015E+00 2.451E+00 + 5.015E+00 2.410E+00 + 5.018E+00 2.424E+00 + 5.020E+00 2.384E+00 + 5.023E+00 2.367E+00 + 5.024E+00 2.347E+00 + 5.028E+00 2.353E+00 + 5.032E+00 2.380E+00 + 5.034E+00 2.363E+00 + 5.038E+00 2.409E+00 + 5.045E+00 2.373E+00 + 5.052E+00 2.404E+00 + 5.052E+00 2.432E+00 + 5.056E+00 2.391E+00 + 5.059E+00 2.334E+00 + 5.066E+00 2.332E+00 + 5.069E+00 2.323E+00 + 5.071E+00 2.315E+00 + 5.073E+00 2.278E+00 + 5.074E+00 2.265E+00 + 5.078E+00 2.251E+00 + 5.089E+00 2.257E+00 + 5.090E+00 2.305E+00 + 5.092E+00 2.281E+00 + 5.096E+00 2.298E+00 + 5.098E+00 2.275E+00 + 5.100E+00 2.286E+00 + 5.105E+00 2.346E+00 + 5.109E+00 2.365E+00 + 5.114E+00 2.327E+00 + 5.116E+00 2.311E+00 + 5.122E+00 2.290E+00 + 5.125E+00 2.301E+00 + 5.130E+00 2.276E+00 + 5.132E+00 2.266E+00 + 5.138E+00 2.338E+00 + 5.140E+00 2.299E+00 + 5.144E+00 2.263E+00 + 5.145E+00 2.223E+00 + 5.149E+00 2.289E+00 + 5.151E+00 2.238E+00 + 5.154E+00 2.198E+00 + 5.156E+00 2.256E+00 + 5.160E+00 2.270E+00 + 5.162E+00 2.235E+00 + 5.171E+00 2.277E+00 + 5.172E+00 2.308E+00 + 5.176E+00 2.300E+00 + 5.179E+00 2.265E+00 + 5.182E+00 2.251E+00 + 5.186E+00 2.218E+00 + 5.191E+00 2.195E+00 + 5.195E+00 2.141E+00 + 5.199E+00 2.089E+00 + 5.200E+00 2.097E+00 + 5.203E+00 1.998E+00 + 5.207E+00 1.984E+00 + 5.211E+00 1.942E+00 + 5.213E+00 1.908E+00 + 5.213E+00 1.932E+00 + 5.217E+00 1.918E+00 + 5.221E+00 1.893E+00 + 5.223E+00 1.906E+00 + 5.224E+00 1.955E+00 + 5.229E+00 1.960E+00 + 5.230E+00 1.939E+00 + 5.234E+00 1.987E+00 + 5.237E+00 2.008E+00 + 5.239E+00 2.055E+00 + 5.240E+00 2.081E+00 + 5.245E+00 2.090E+00 + 5.246E+00 2.101E+00 + 5.255E+00 2.111E+00 + 5.259E+00 2.072E+00 + 5.264E+00 2.039E+00 + 5.264E+00 2.051E+00 + 5.269E+00 2.077E+00 + 5.273E+00 2.061E+00 + 5.276E+00 2.036E+00 + 5.282E+00 2.053E+00 + 5.286E+00 2.033E+00 + 5.289E+00 2.044E+00 + 5.289E+00 2.062E+00 + 5.301E+00 2.055E+00 + 5.304E+00 2.070E+00 + 5.307E+00 2.099E+00 + 5.311E+00 2.136E+00 + 5.312E+00 2.166E+00 + 5.314E+00 2.210E+00 + 5.317E+00 2.222E+00 + 5.321E+00 2.217E+00 + 5.324E+00 2.269E+00 + 5.326E+00 2.309E+00 + 5.329E+00 2.351E+00 + 5.333E+00 2.340E+00 + 5.337E+00 2.312E+00 + 5.338E+00 2.332E+00 + 5.340E+00 2.348E+00 + 5.348E+00 2.384E+00 + 5.353E+00 2.352E+00 + 5.357E+00 2.326E+00 + 5.361E+00 2.294E+00 + 5.364E+00 2.287E+00 + 5.366E+00 2.261E+00 + 5.367E+00 2.227E+00 + 5.371E+00 2.245E+00 + 5.375E+00 2.235E+00 + 5.379E+00 2.287E+00 + 5.383E+00 2.241E+00 + 5.385E+00 2.268E+00 + 5.387E+00 2.342E+00 + 5.387E+00 2.291E+00 + 5.388E+00 2.359E+00 + 5.397E+00 2.364E+00 + 5.400E+00 2.350E+00 + 5.405E+00 2.333E+00 + 5.408E+00 2.311E+00 + 5.412E+00 2.258E+00 + 5.415E+00 2.176E+00 + 5.419E+00 2.129E+00 + 5.422E+00 2.118E+00 + 5.425E+00 2.059E+00 + 5.428E+00 2.044E+00 + 5.430E+00 2.008E+00 + 5.432E+00 1.985E+00 + 5.439E+00 2.014E+00 + 5.442E+00 1.991E+00 + 5.445E+00 2.029E+00 + 5.448E+00 2.048E+00 + 5.450E+00 2.042E+00 + 5.454E+00 2.068E+00 + 5.458E+00 2.096E+00 + 5.462E+00 2.083E+00 + 5.465E+00 2.064E+00 + 5.467E+00 2.039E+00 + 5.472E+00 2.046E+00 + 5.474E+00 2.058E+00 + 5.477E+00 2.088E+00 + 5.479E+00 2.136E+00 + 5.487E+00 2.109E+00 + 5.492E+00 2.099E+00 + 5.495E+00 2.075E+00 + 5.501E+00 2.036E+00 + 5.503E+00 2.018E+00 + 5.509E+00 2.025E+00 + 5.510E+00 1.974E+00 + 5.516E+00 1.967E+00 + 5.522E+00 2.009E+00 + 5.523E+00 1.974E+00 + 5.526E+00 2.004E+00 + 5.529E+00 1.981E+00 + 5.532E+00 1.993E+00 + 5.534E+00 2.012E+00 + 5.541E+00 1.974E+00 + 5.544E+00 1.988E+00 + 5.549E+00 1.951E+00 + 5.558E+00 1.969E+00 + 5.562E+00 1.978E+00 + 5.564E+00 1.996E+00 + 5.567E+00 2.005E+00 + 5.569E+00 2.012E+00 + 5.573E+00 2.069E+00 + 5.577E+00 2.095E+00 + 5.580E+00 2.188E+00 + 5.580E+00 2.140E+00 + 5.585E+00 2.229E+00 + 5.587E+00 2.201E+00 + 5.590E+00 2.186E+00 + 5.592E+00 2.157E+00 + 5.597E+00 2.137E+00 + 5.600E+00 2.092E+00 + 5.604E+00 2.027E+00 + 5.609E+00 2.037E+00 + 5.615E+00 2.011E+00 + 5.616E+00 2.013E+00 + 5.619E+00 2.022E+00 + 5.620E+00 2.042E+00 + 5.624E+00 2.086E+00 + 5.627E+00 2.072E+00 + 5.629E+00 2.056E+00 + 5.634E+00 2.065E+00 + 5.635E+00 2.050E+00 + 5.638E+00 2.015E+00 + 5.639E+00 2.023E+00 + 5.645E+00 2.071E+00 + 5.648E+00 2.046E+00 + 5.655E+00 2.025E+00 + 5.656E+00 2.036E+00 + 5.663E+00 2.019E+00 + 5.667E+00 2.036E+00 + 5.670E+00 2.067E+00 + 5.676E+00 2.075E+00 + 5.680E+00 2.104E+00 + 5.683E+00 2.149E+00 + 5.684E+00 2.158E+00 + 5.689E+00 2.141E+00 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6.396E+00 2.073E+00 + 6.402E+00 2.065E+00 + 6.405E+00 2.050E+00 + 6.410E+00 2.020E+00 + 6.414E+00 2.047E+00 + 6.415E+00 2.088E+00 + 6.420E+00 2.149E+00 + 6.424E+00 2.174E+00 + 6.428E+00 2.184E+00 + 6.433E+00 2.207E+00 + 6.439E+00 2.190E+00 + 6.443E+00 2.138E+00 + 6.444E+00 2.162E+00 + 6.451E+00 2.182E+00 + 6.455E+00 2.213E+00 + 6.459E+00 2.220E+00 + 6.463E+00 2.249E+00 + 6.470E+00 2.279E+00 + 6.477E+00 2.236E+00 + 6.478E+00 2.223E+00 + 6.483E+00 2.168E+00 + 6.487E+00 2.130E+00 + 6.491E+00 2.105E+00 + 6.495E+00 2.098E+00 + 6.501E+00 2.081E+00 + 6.507E+00 2.068E+00 + 6.509E+00 2.048E+00 + 6.513E+00 2.016E+00 + 6.517E+00 2.004E+00 + 6.520E+00 1.969E+00 + 6.524E+00 1.938E+00 + 6.529E+00 1.961E+00 + 6.533E+00 1.969E+00 + 6.536E+00 1.986E+00 + 6.538E+00 2.015E+00 + 6.544E+00 2.035E+00 + 6.548E+00 2.090E+00 + 6.549E+00 2.061E+00 + 6.558E+00 2.065E+00 + 6.560E+00 2.031E+00 + 6.571E+00 1.990E+00 + 6.574E+00 1.980E+00 + 6.579E+00 2.027E+00 + 6.580E+00 1.976E+00 + 6.586E+00 2.020E+00 + 6.586E+00 2.077E+00 + 6.590E+00 2.050E+00 + 6.593E+00 2.031E+00 + 6.597E+00 2.038E+00 + 6.603E+00 2.049E+00 + 6.609E+00 2.038E+00 + 6.610E+00 1.997E+00 + 6.614E+00 2.011E+00 + 6.620E+00 1.966E+00 + 6.629E+00 1.955E+00 + 6.637E+00 1.937E+00 + 6.642E+00 1.903E+00 + 6.646E+00 1.847E+00 + 6.650E+00 1.801E+00 + 6.653E+00 1.813E+00 + 6.660E+00 1.804E+00 + 6.665E+00 1.816E+00 + 6.666E+00 1.827E+00 + 6.670E+00 1.839E+00 + 6.674E+00 1.857E+00 + 6.677E+00 1.868E+00 + 6.683E+00 1.861E+00 + 6.687E+00 1.873E+00 + 6.693E+00 1.887E+00 + 6.698E+00 1.898E+00 + 6.704E+00 1.924E+00 + 6.709E+00 1.943E+00 + 6.712E+00 1.983E+00 + 6.716E+00 2.002E+00 + 6.720E+00 2.013E+00 + 6.725E+00 1.986E+00 + 6.726E+00 1.999E+00 + 6.733E+00 1.971E+00 + 6.740E+00 1.962E+00 + 6.742E+00 1.985E+00 + 6.747E+00 1.996E+00 + 6.749E+00 2.016E+00 + 6.759E+00 2.011E+00 + 6.761E+00 2.029E+00 + 6.769E+00 2.020E+00 + 6.773E+00 2.000E+00 + 6.778E+00 1.982E+00 + 6.786E+00 1.990E+00 + 6.792E+00 1.963E+00 + 6.801E+00 1.971E+00 + 6.804E+00 1.945E+00 + 6.807E+00 1.919E+00 + 6.814E+00 1.924E+00 + 6.817E+00 1.930E+00 + 6.822E+00 1.941E+00 + 6.825E+00 1.958E+00 + 6.832E+00 1.977E+00 + 6.837E+00 1.999E+00 + 6.841E+00 1.970E+00 + 6.843E+00 1.959E+00 + 6.848E+00 1.935E+00 + 6.854E+00 1.957E+00 + 6.854E+00 1.977E+00 + 6.862E+00 1.966E+00 + 6.865E+00 1.980E+00 + 6.871E+00 1.989E+00 + 6.875E+00 2.054E+00 + 6.878E+00 2.089E+00 + 6.887E+00 2.082E+00 + 6.889E+00 2.102E+00 + 6.896E+00 2.115E+00 + 6.908E+00 2.109E+00 + 6.909E+00 2.051E+00 + 6.912E+00 2.025E+00 + 6.913E+00 1.976E+00 + 6.918E+00 1.984E+00 + 6.929E+00 1.968E+00 + 6.929E+00 1.979E+00 + 6.937E+00 1.974E+00 + 6.938E+00 2.010E+00 + 6.945E+00 2.054E+00 + 6.950E+00 2.042E+00 + 6.952E+00 2.006E+00 + 6.958E+00 2.000E+00 + 6.960E+00 1.952E+00 + 6.966E+00 1.929E+00 + 6.968E+00 1.904E+00 + 6.974E+00 1.916E+00 + 6.981E+00 1.899E+00 + 6.987E+00 1.885E+00 + 6.992E+00 1.865E+00 + 6.998E+00 1.881E+00 +ENDDATA 516 +ENDSUBENT 523 +SUBENT 14184003 20080829 20120207 20111219 1376 +BIB 3 5 +REACTION (13-AL-28(0,0),,LD) +STATUS (CURVE) Data taken from Fig.3 of the reference + (DEP,14184002) +ANALYSIS (ERCSN) Level density inferred from fluctuation + measurement +ENDBIB 5 +NOCOMMON 0 0 +DATA 2 4 +E-EXC DATA +MEV 1/MEV + 1.341E+01 3.146E+02 + 1.482E+01 7.102E+02 + 1.631E+01 2.194E+03 + 1.767E+01 2.372E+03 +ENDDATA 6 +ENDSUBENT 16 +SUBENT 14184004 20080829 20120207 20111219 1376 +BIB 3 5 +REACTION (14-SI-29(0,0),,LD) +STATUS (CURVE) Data taken from Fig.4 of the reference + (DEP,14184002) +ANALYSIS (ERCSN) Level density inferred from fluctuation + measurement +ENDBIB 5 +NOCOMMON 0 0 +DATA 2 4 +E-EXC DATA +MEV 1/MEV + 1.406E+01 6.601E+01 + 1.555E+01 4.186E+02 + 1.695E+01 3.056E+02 + 1.844E+01 1.092E+03 +ENDDATA 6 +ENDSUBENT 16 +SUBENT 14184005 20080829 20120207 20111219 1376 +BIB 3 4 +REACTION (20-CA-41(0,0),,LD) +STATUS (CURVE) Data taken from Fig.5 of the reference +ANALYSIS (ERCSN) Level density inferred from fluctuation + measurement +ENDBIB 4 +NOCOMMON 0 0 +DATA 2 3 +E-EXC DATA +MEV 1/MEV + 1.412E+01 2.609E+03 + 1.702E+01 4.558E+03 + 1.853E+01 1.364E+04 +ENDDATA 5 +ENDSUBENT 14 +ENDENTRY 5 diff --git a/exforall/141/14196.x4 b/exforall/141/14196.x4 new file mode 100644 index 000000000..d08bb927b --- /dev/null +++ b/exforall/141/14196.x4 @@ -0,0 +1,116 @@ +ENTRY 14196 20110202 20120207 20111219 1376 +SUBENT 14196001 20110202 20120207 20111219 1376 +BIB 7 18 +TITLE Tritium and alpha-particle yields in fast and + thermal neutron fission of 235U +AUTHOR (M.J.Fluss,N.D.Dudey,R.L.Malewicki) +INSTITUTE (1USAANL) +REFERENCE (J,PR/C,6,2252,1972) +SAMPLE (92-U-235,ENR=0.998) + For radiochemical measurements enriched 235U metal + (99.8 at.%) was cast into ingots in a graphite mold, + hot rolled into plates 2 or 62.5 mil thick, and + 1-cm-diam disks were punched from the annealed plates. + For on-line measurements the 235U target (200 to + 1000 mu-g) was deposited on a thick platinum backing +DETECTOR (PROPC) For off-line measurement the tritium gas was + separated from uranium sample by tritium separation + apparatus. Separated hydrogen gas was counted in a + low level internal gas proportional counter and + tritium yield was determined +HISTORY (20110202C) Compiled by S.H. +ENDBIB 18 +NOCOMMON 0 0 +ENDSUBENT 21 +SUBENT 14196002 20110202 20120207 20111219 1376 +BIB 6 11 +REACTION (92-U-235(N,F)1-H-3,TER,FY) +STATUS (CURVE) data taken from fig. 2 of the reference +ERR-ANALYS (ERR-S) Statistical uncertainty +METHOD (EDE) For in-beam measurement E-dE technique was used + (RCHEM) Tritium yield was determined off-line using + radiochemical separation technique. +FLAG (1.0) Particle identification technique + (2.0) Radiochemical technique +FACILITY (CCW,1USAANL) The fast-neutron irradiations were + carried out on the Argonne National Laboratory + Dynamitron and fast-neutron generator facilities. +ENDBIB 11 +NOCOMMON 0 0 +DATA 4 19 +EN DATA ERR-S FLAG +KEV PC/FIS PC/FIS NO-DIM + 166.9 1.94E-02 3.70E-03 1.0 + 205.1 2.70E-02 4.00E-03 1.0 + 281.9 2.43E-02 3.10E-03 1.0 + 299.0 2.16E-02 2.00E-03 1.0 + 342.8 2.55E-02 2.90E-03 1.0 + 342.8 2.49E-02 2.30E-03 1.0 + 368.8 1.53E-02 5.00E-03 1.0 + 380.4 1.89E-02 1.90E-03 2.0 + 425.3 2.01E-02 1.70E-03 1.0 + 448.1 1.66E-02 2.50E-03 1.0 + 456.2 1.78E-02 1.50E-03 1.0 + 482.6 1.86E-02 6.70E-03 2.0 + 499.8 1.92E-02 4.30E-03 1.0 + 546.9 2.00E-02 6.10E-03 2.0 + 557.2 1.78E-02 1.70E-03 1.0 + 618.4 2.71E-02 8.00E-03 2.0 + 626.1 1.81E-02 4.20E-03 1.0 + 701.2 3.25E-02 4.10E-03 2.0 + 769.6 1.70E-02 1.60E-03 2.0 +ENDDATA 21 +ENDSUBENT 37 +SUBENT 14196003 20110202 20120207 20111219 1376 +BIB 5 7 +REACTION (92-U-235(N,F)1-H-3,TER,FY,,MXW) +STATUS (TABLE) data taken from tab. 1 of the reference +ERR-ANALYS (ERR-S) Statistical uncertainty +METHOD (RCHEM) Tritium yield was determined off-line using + radiochemical separation technique. +FACILITY (REAC,1USAANL) The thermal-neutron irradiations were + made in the Argonne thermal source reactor. +ENDBIB 7 +COMMON 1 3 +EN-DUMMY +EV +0.025 +ENDCOMMON 3 +DATA 2 1 +DATA ERR-S +PC/FIS PC/FIS + 0.85E-2 0.09E-2 +ENDDATA 3 +ENDSUBENT 19 +SUBENT 14196004 20110202 20120207 20111219 1376 +BIB 4 6 +REACTION (92-U-235(N,F)2-HE-4,TER,FY) +STATUS (CURVE) data taken from fig. 3 of the reference +FACILITY (CCW,1USAANL) The fast-neutron irradiations were + carried out on the Argonne National Laboratory + Dynamitron and fast-neutron generator facilities. +ERR-ANALYS (ERR-S) Statistical uncertainty +ENDBIB 6 +COMMON 1 3 +ERR-S +PER-CENT +5.0 +ENDCOMMON 3 +DATA 2 12 +EN DATA +KEV PC/FIS + 169.9 2.45E-02 + 214.5 2.45E-02 + 288.6 2.52E-02 + 305.7 2.48E-02 + 347.9 2.55E-02 + 350.5 2.33E-02 + 373.7 2.07E-02 + 431.7 2.24E-02 + 456.8 2.24E-02 + 458.5 2.60E-02 + 504.4 1.67E-02 + 574.5 2.14E-02 +ENDDATA 14 +ENDSUBENT 29 +ENDENTRY 4 diff --git a/exforall/142/14200.x4 b/exforall/142/14200.x4 new file mode 100644 index 000000000..478e4ef86 --- /dev/null +++ b/exforall/142/14200.x4 @@ -0,0 +1,54 @@ +ENTRY 14200 20111031 20120207 20111219 1376 +SUBENT 14200001 20111031 20120207 20111219 1376 +BIB 10 23 +TITLE Mass-spectroscopic search for neon and argon + isotopes in ternary fission of 235U +AUTHOR (G.Kugler,W.B.Clarke) +INSTITUTE (1CANMCM) +REFERENCE (J,PR/C,3,849,1971) +FACILITY (REAC,1CANMCM) McMaster reactor with thermal neutron + flux approx. 1.5E+13 n/(cm2 sec) + (SPECM,1CANMCM) +SAMPLE (92-U-235,ENR=0.9218) + Samples of U3O8 enriched to 92.18% in 235U weighting + from 1 to 9 mg. Samples were purified by heating to + 1500 deg C under high vacuum for several hours. + After purification samples were sealed under high + vacuum in quartz vials and irradiated. +METHOD (CHSEP,MASSP) Neon and argon isotopes were separated + from more abundant Kr and Xe using a selective + adsorption properties of inert gases on columns of + activated charcoal. Analysis of fission product + gases was carried out on a 10 in. radius first-order + direction focussing mass spectrometer +INC-SOURCE (REAC) +ERR-ANALYS No information on uncertainty +HISTORY (20111023C) Compiled by S.H. +ENDBIB 23 +COMMON 1 3 +EN-DUMMY +EV +0.025 +ENDCOMMON 3 +ENDSUBENT 30 +SUBENT 14200002 20090105 20120207 20111219 1376 +BIB 2 2 +REACTION (92-U-235(N,F)ELEM/MASS,TER,FY,,MXW) +STATUS (TABLE) Data taken from tab. 2 of the reference +ENDBIB 2 +NOCOMMON 0 0 +DATA 3 9 +ELEMENT MASS DATA-MAX +NO-DIM NO-DIM PRD/FIS +10.0 20.0 5.8E-08 +10.0 21.0 3.4E-10 +10.0 22.0 5.9E-09 +18.0 36.0 2.4E-09 +18.0 37.0 2.2E-09 +18.0 38.0 2.0E-09 +18.0 39.0 7.8E-10 +18.0 40.0 6.9E-07 +18.0 42.0 2.2E-09 +ENDDATA 11 +ENDSUBENT 18 +ENDENTRY 2 diff --git a/exforall/142/14201.x4 b/exforall/142/14201.x4 new file mode 100644 index 000000000..d7cc6c075 --- /dev/null +++ b/exforall/142/14201.x4 @@ -0,0 +1,277 @@ +ENTRY 14201 20111003 20120207 20111219 1376 +SUBENT 14201001 20111003 20120207 20111219 1376 +BIB 12 41 +TITLE Spectrum of photons emitted in coincidence with + fission of 235U by thermal neutrons +AUTHOR (R.W.Peelle,F.C.Maienschein) +INSTITUTE (1USAORL) +REFERENCE (J,PR/C,3,373,1971) +FACILITY (REAC,1USAORL) Experiment performed at the thermal + column of the Oak Ridge graphite reactor. +SAMPLE Enriched uranium samples with weight of 0.019,0.023 + and 0.23 g were used for gamma ray spectra + measurement with single crystal, compton spectrometer + and pair spectrometer, respectively +DETECTOR (NAICR) In the energy range 0.01 - 0.8 MeV a single + crystal NaI(Tl) spectrometer with crystal diameter of + 4.45cm and height of 2.54 cm was used. + In the energy range 0.4-2.4 MeV a Compton spectrometer + with dimensions of 0.95 cm x 2.2cm x 2.2 cm and side + crystal dimensions of 3.8cm x 3.8cm x 2.54 cm was used. + (BPAIR) In energy range 1.6-10.5 MeV a pair + spectrometer with central crystal dimensions of + 1.9cm x 2.5cm x 2.5 cm was used. + Annihilation quanta were detected in NaI(Tl) crystals + with diameter of 5.1 cm. + (FISCH)Spiral-wound fission chamber was used at + higher energies and the parallel plate chamber at + lower gamma ray energies +METHOD (TOF,COINC) Coincidence was required between fission + chamber and gamma spectrometer and time of flight was + used to discriminate neutron induced events in gamma + ray spectrometer. +ANALYSIS Photon energy spectrum was obtained from measured + pulse height spectrum by unfolding procedure with + empirically chosen response functions. +CORRECTION Data corrected for + - background caused by neutrons + - background from random coincidences + - counting losses +ERR-ANALYS (ERR-T) Total uncertainty + (ERR-SYS,2.8,50.0) Total systematic uncertainty + (ERR-1,1.9,50.0) Systematic uncertainty due to peak + efficiencies +HISTORY (20111003C) Compiled by S.H. +ENDBIB 41 +COMMON 1 3 +EN-DUMMY +EV +0.025 +ENDCOMMON 3 +ENDSUBENT 48 +SUBENT 14201002 20111003 20120207 20111219 1376 +BIB 3 4 +REACTION (92-U-235(N,F)0-G-0,PR,FY/DE,,MXW) Energy spectrum of + prompt gamma rays from fission +PART-DET (G) Prompt gamma rays from fission +STATUS (CURVE) Data taken from fig. 5 of the reference +ENDBIB 4 +NOCOMMON 0 0 +DATA 4 198 +E DATA DATA-MIN DATA-MAX +MEV PD/FIS/MEV PD/FIS/MEV PD/FIS/MEV + 0.09 3.50E+00 + 0.10 4.25E+00 + 0.11 6.59E+00 + 0.11 5.38E+00 + 0.13 6.88E+00 + 0.14 7.49E+00 + 0.16 6.69E+00 + 0.18 5.43E+00 + 0.21 8.02E+00 + 0.22 6.61E+00 + 0.23 5.96E+00 + 0.24 4.74E+00 + 0.26 4.27E+00 + 0.28 4.81E+00 + 0.30 5.63E+00 + 0.33 6.33E+00 + 0.34 6.83E+00 7.59E+00 + 0.38 7.06E+00 7.47E+00 + 0.45 7.03E+00 7.44E+00 + 0.48 7.41E+00 7.90E+00 + 0.51 6.44E+00 7.06E+00 + 0.56 6.24E+00 6.76E+00 + 0.57 7.50E+00 7.88E+00 + 0.59 7.78E+00 8.13E+00 + 0.63 6.21E+00 7.21E+00 + 0.67 5.62E+00 6.21E+00 + 0.71 5.46E+00 6.19E+00 + 0.74 5.16E+00 5.95E+00 + 0.79 4.77E+00 5.08E+00 + 0.84 4.21E+00 4.69E+00 + 0.88 3.71E+00 4.11E+00 + 0.93 3.39E+00 3.74E+00 + 0.97 3.14E+00 3.43E+00 + 1.01 2.93E+00 3.24E+00 + 1.06 2.77E+00 3.06E+00 + 1.10 2.64E+00 2.93E+00 + 1.14 2.47E+00 2.79E+00 + 1.18 2.46E+00 2.77E+00 + 1.23 2.49E+00 2.74E+00 + 1.27 2.39E+00 2.66E+00 + 1.31 2.14E+00 2.37E+00 + 1.36 1.92E+00 2.10E+00 + 1.40 1.60E+00 1.82E+00 + 1.45 1.48E+00 1.61E+00 + 1.49 1.34E+00 1.47E+00 + 1.53 1.26E+00 1.38E+00 + 1.57 1.16E+00 1.28E+00 + 1.62 1.09E+00 1.22E+00 + 1.66 1.02E+00 1.17E+00 + 1.70 9.97E-01 1.11E+00 + 1.75 1.00E+00 1.10E+00 + 1.79 1.02E+00 1.11E+00 + 1.83 9.96E-01 1.11E+00 + 1.88 9.42E-01 1.02E+00 + 1.92 8.41E-01 9.43E-01 + 1.96 8.39E-01 9.33E-01 + 2.00 7.76E-01 8.81E-01 + 2.05 7.26E-01 8.05E-01 + 2.09 6.66E-01 7.51E-01 + 2.13 6.39E-01 7.15E-01 + 2.17 6.18E-01 6.93E-01 + 2.22 6.17E-01 6.75E-01 + 2.26 5.96E-01 6.46E-01 + 2.30 5.62E-01 6.17E-01 + 2.35 5.32E-01 5.90E-01 + 2.39 5.07E-01 5.56E-01 + 2.44 4.93E-01 5.32E-01 + 2.48 4.84E-01 5.28E-01 + 2.52 4.71E-01 5.11E-01 + 2.56 4.53E-01 5.00E-01 + 2.61 4.38E-01 4.89E-01 + 2.65 4.16E-01 4.69E-01 + 2.70 3.96E-01 4.47E-01 + 2.74 3.80E-01 4.23E-01 + 2.78 3.62E-01 4.01E-01 + 2.82 3.39E-01 3.74E-01 + 2.87 3.08E-01 3.38E-01 + 2.91 2.71E-01 3.10E-01 + 2.96 2.51E-01 2.85E-01 + 3.00 2.34E-01 2.70E-01 + 3.04 2.23E-01 2.68E-01 + 3.08 2.10E-01 2.57E-01 + 3.13 1.99E-01 2.44E-01 + 3.17 1.87E-01 2.30E-01 + 3.21 1.85E-01 2.19E-01 + 3.26 1.84E-01 2.09E-01 + 3.30 1.82E-01 2.06E-01 + 3.34 1.79E-01 2.01E-01 + 3.39 1.77E-01 2.00E-01 + 3.43 1.61E-01 1.84E-01 + 3.47 1.45E-01 1.64E-01 + 3.52 1.31E-01 1.51E-01 + 3.56 1.25E-01 1.45E-01 + 3.60 1.24E-01 1.42E-01 + 3.65 1.22E-01 1.41E-01 + 3.69 1.19E-01 1.41E-01 + 3.73 1.13E-01 1.43E-01 + 3.78 1.06E-01 1.45E-01 + 3.82 9.87E-02 1.39E-01 + 3.86 9.21E-02 1.32E-01 + 3.91 8.60E-02 1.25E-01 + 3.95 8.05E-02 1.20E-01 + 3.99 7.33E-02 1.16E-01 + 4.04 6.93E-02 1.15E-01 + 4.08 6.34E-02 1.10E-01 + 4.12 5.75E-02 1.01E-01 + 4.16 5.26E-02 9.47E-02 + 4.21 4.89E-02 8.83E-02 + 4.25 4.38E-02 8.52E-02 + 4.29 4.01E-02 8.22E-02 + 4.32 6.83E-02 8.20E-02 + 4.36 6.56E-02 7.91E-02 + 4.40 5.88E-02 7.29E-02 + 4.45 5.41E-02 6.70E-02 + 4.49 4.93E-02 6.22E-02 + 4.53 4.70E-02 5.87E-02 + 4.57 4.56E-02 5.69E-02 + 4.62 4.43E-02 5.56E-02 + 4.66 4.31E-02 5.33E-02 + 4.70 3.78E-02 4.85E-02 + 4.75 3.27E-02 4.35E-02 + 4.79 2.91E-02 3.91E-02 + 4.83 2.60E-02 3.55E-02 + 4.87 2.34E-02 3.31E-02 + 4.91 2.17E-02 3.08E-02 + 4.96 1.95E-02 2.88E-02 + 5.00 1.87E-02 2.80E-02 + 5.04 1.81E-02 2.76E-02 + 5.08 1.75E-02 2.74E-02 + 5.13 1.74E-02 2.74E-02 + 5.17 1.82E-02 2.83E-02 + 5.21 1.97E-02 2.97E-02 + 5.26 2.07E-02 3.11E-02 + 5.30 2.14E-02 3.13E-02 + 5.34 2.00E-02 2.97E-02 + 5.39 1.97E-02 2.84E-02 + 5.43 1.85E-02 2.70E-02 + 5.47 1.80E-02 2.60E-02 + 5.51 1.70E-02 2.45E-02 + 5.56 1.61E-02 2.38E-02 + 5.60 1.54E-02 2.29E-02 + 5.64 1.43E-02 2.17E-02 + 5.68 1.34E-02 2.07E-02 + 5.73 1.26E-02 1.97E-02 + 5.77 1.19E-02 1.88E-02 + 5.81 1.11E-02 1.81E-02 + 5.86 1.05E-02 1.75E-02 + 5.90 1.01E-02 1.69E-02 + 5.94 9.92E-03 1.64E-02 + 5.98 9.51E-03 1.60E-02 + 6.02 9.23E-03 1.55E-02 + 6.07 8.80E-03 1.51E-02 + 6.11 8.53E-03 1.48E-02 + 6.15 8.28E-03 1.43E-02 + 6.20 8.01E-03 1.39E-02 + 6.24 7.62E-03 1.35E-02 + 6.28 7.16E-03 1.30E-02 + 6.33 6.68E-03 1.23E-02 + 6.37 6.25E-03 1.18E-02 + 6.41 5.88E-03 1.12E-02 + 6.45 5.53E-03 1.09E-02 + 6.50 5.15E-03 1.04E-02 + 6.54 4.88E-03 9.92E-03 + 6.58 4.55E-03 9.47E-03 + 6.62 4.47E-03 9.36E-03 + 6.67 4.40E-03 9.26E-03 + 6.71 4.34E-03 9.09E-03 + 6.75 4.27E-03 8.99E-03 + 6.80 4.18E-03 8.90E-03 + 6.84 4.15E-03 8.77E-03 + 6.88 4.07E-03 8.68E-03 + 6.92 4.01E-03 8.50E-03 + 6.97 2.79E-03 8.20E-03 + 6.97 3.88E-03 8.24E-03 + 7.01 2.72E-03 7.42E-03 + 7.06 6.28E-03 + 7.10 5.59E-03 + 7.14 4.86E-03 + 7.18 4.20E-03 + 7.23 3.66E-03 + 7.27 3.20E-03 + 7.31 2.80E-03 + 7.35 2.49E-03 + 7.40 2.18E-03 + 7.44 1.87E-03 + 7.48 1.67E-03 + 7.52 1.47E-03 + 7.57 1.29E-03 + 7.61 1.26E-03 + 7.66 1.24E-03 + 7.70 1.22E-03 + 7.74 1.21E-03 + 7.78 1.19E-03 + 7.83 1.17E-03 + 7.87 1.16E-03 + 7.91 1.13E-03 + 7.95 1.12E-03 + 8.01 1.10E-03 +ENDDATA 200 +ENDSUBENT 209 +SUBENT 14201003 20111003 20120207 20111219 1376 +BIB 3 3 +REACTION (92-U-235(N,F)0-G-0,PR/PAR,FY,,MXW) +PART-DET (G) Prompt gamma rays from fission +STATUS (TABLE) Data taken from tab. 2 of the reference +ENDBIB 3 +NOCOMMON 0 0 +DATA 4 2 +E-MIN E-MAX DATA DATA-ERR +MEV MEV PRD/FIS PRD/FIS + 0.01 10.5 8.13 0.35 + 0.14 10.0 7.45 0.32 +ENDDATA 4 +ENDSUBENT 12 +ENDENTRY 3 diff --git a/exforall/142/14221.x4 b/exforall/142/14221.x4 new file mode 100644 index 000000000..c9dddc20d --- /dev/null +++ b/exforall/142/14221.x4 @@ -0,0 +1,372 @@ +ENTRY 14221 20110930 20120207 20111219 1376 +SUBENT 14221001 20110930 20120207 20111219 1376 +BIB 10 22 +TITLE Review of Livermore-led neutron capture studies using + DANCE +AUTHOR (W.E.Parker,S.A.Sheets,U.Agvaanluvsan,J.A.Becker, + F.Becvar,T.A.Bredeweg,R.Clement,A.Couture,E.Esch, + R.C.Haight,M.Jandel,M.Krticka,G.E.Mitchell,R.Macri, + J.M.O'Donnell,R.Reifarth,R.S.Rundberg,J.M.Schwantes, + J.L.Ullmann,D.J.Vieira,J.M.Wouters,P.A.Wilk) +INSTITUTE (1USALRL,1USANCS,3CZRCHU,1USALAS,1USATNL) +REFERENCE (C,2007NICE,1,491,2007) +FACILITY (LINAC,1USALAS) Experiment at the Lujan Center of the + Los Alamos National Laboratory using the DANCE + detector array +DETECTOR (BAF2) The DANCE detector array consist of 160 barium + fluoride crystals arranged in a sphere, covering + almost 4Pi solid angle as viewed from the sample +METHOD (TOF) Incident neutron energy was determined by time- + of-flight over the flight path of 20.25 m and pulse + repetition rate of 20 Hz. +INC-SOURCE (SPALL) Neutrons were produced by spallation reaction + of 800 MeV protons impinging on tungsten target +ERR-ANALYS (DATA-ERR) No information given +HISTORY (20110930C) Compiled by S.H. +ENDBIB 22 +NOCOMMON 0 0 +ENDSUBENT 25 +SUBENT 14221002 20110930 20120207 20111219 1376 +BIB 3 5 +REACTION (63-EU-151(N,G)63-EU-152,,SIG) +SAMPLE (61-EU-151,ENR=0.9683) Enriched europium target with + thickness of 0.836+-0.04 mg/cm2 was, electroplated + onto 0.5 mil beryllium foil. +STATUS (CURVE) Data taken from fig. 3 of the reference +ENDBIB 5 +NOCOMMON 0 0 +DATA 3 12 +EN DATA DATA-ERR +KEV B B + 3.76E-01 61.4 1.6 + 4.75E-01 58.9 2.1 + 5.96E-01 45.4 1.8 + 7.56E-01 41.5 1.9 + 9.50E-01 34.6 1.4 + 1.20E+00 29.8 1.6 + 1.51E+00 21.9 1.3 + 1.90E+00 23.4 1.2 + 2.40E+00 16.7 1.3 + 3.03E+00 16.2 1.3 + 3.82E+00 13.9 1.0 + 4.83E+00 11.9 0.9 +ENDDATA 14 +ENDSUBENT 24 +SUBENT 14221003 20110930 20120207 20111219 1376 +BIB 3 3 +REACTION (95-AM-242-M(N,F),,SIG) +SAMPLE 242mAm target with mass of 47 mu-g +STATUS (CURVE) Data taken from fig. 4 of the reference +ENDBIB 3 +NOCOMMON 0 0 +DATA 3 305 +EN DATA DATA-ERR +EV B B + 2.18E+00 280.6 15.3 + 2.20E+00 285.6 15.9 + 2.21E+00 296.5 17.5 + 2.24E+00 294.9 14.2 + 2.25E+00 255.4 14.8 + 2.27E+00 247.2 13.1 + 2.30E+00 223.7 13.7 + 2.32E+00 205.6 12.6 + 2.34E+00 185.3 9.3 + 2.36E+00 172.7 + 2.38E+00 163.9 7.1 + 2.41E+00 151.3 7.7 + 2.44E+00 146.4 7.1 + 2.46E+00 120.1 8.2 + 2.49E+00 126.1 13.1 + 2.52E+00 121.2 8.2 + 2.55E+00 130.5 8.2 + 2.59E+00 117.4 8.8 + 2.64E+00 117.4 9.3 + 2.66E+00 128.3 8.2 + 2.69E+00 121.7 9.9 + 2.72E+00 128.3 9.9 + 2.74E+00 153.0 7.7 + 2.77E+00 134.3 8.2 + 2.80E+00 160.6 8.2 + 2.82E+00 154.6 9.3 + 2.86E+00 203.4 11.0 + 2.89E+00 210.5 13.1 + 2.91E+00 215.4 12.6 + 2.94E+00 224.7 11.0 + 2.97E+00 220.4 11.5 + 3.00E+00 256.0 14.2 + 3.02E+00 298.7 16.4 + 3.06E+00 304.2 17.0 + 3.10E+00 329.9 15.3 + 3.12E+00 343.1 17.5 + 3.15E+00 355.7 16.4 + 3.18E+00 376.0 14.2 + 3.20E+00 369.4 17.5 + 3.24E+00 374.3 15.9 + 3.28E+00 378.7 19.2 + 3.32E+00 375.4 17.0 + 3.35E+00 342.5 15.9 + 3.38E+00 357.3 19.7 + 3.41E+00 341.4 12.6 + 3.45E+00 329.4 16.4 + 3.48E+00 289.9 15.9 + 3.51E+00 274.6 15.3 + 3.55E+00 218.7 12.1 + 3.60E+00 201.2 13.1 + 3.62E+00 178.2 13.1 + 3.65E+00 168.3 11.0 + 3.69E+00 143.7 11.5 + 3.74E+00 153.5 12.1 + 3.78E+00 145.3 10.4 + 3.81E+00 161.7 11.0 + 3.89E+00 208.3 11.5 + 3.93E+00 268.0 13.7 + 3.97E+00 306.4 17.0 + 4.02E+00 323.4 17.5 + 4.04E+00 333.2 15.3 + 4.09E+00 341.4 14.8 + 4.13E+00 327.7 16.4 + 4.18E+00 319.0 6.6 + 4.20E+00 303.6 15.3 + 4.27E+00 327.7 17.5 + 4.31E+00 339.3 9.3 + 4.34E+00 322.8 11.0 + 4.38E+00 294.9 14.8 + 4.43E+00 247.8 11.0 + 4.46E+00 217.6 9.9 + 4.51E+00 184.2 11.0 + 4.56E+00 176.0 8.8 + 4.61E+00 157.4 + 4.64E+00 143.7 + 4.67E+00 134.9 + 4.74E+00 137.6 6.6 + 4.80E+00 121.2 8.8 + 4.89E+00 108.1 6.6 + 4.95E+00 115.2 11.0 + 5.04E+00 113.5 6.6 + 5.08E+00 121.7 8.8 + 5.13E+00 146.4 11.0 + 5.23E+00 160.1 9.9 + 5.30E+00 193.0 11.5 + 5.35E+00 220.9 13.7 + 5.40E+00 227.5 12.1 + 5.45E+00 234.1 11.5 + 5.51E+00 201.7 7.7 + 5.56E+00 189.7 13.1 + 5.62E+00 206.1 11.5 + 5.68E+00 179.3 12.1 + 5.73E+00 188.0 7.7 + 5.78E+00 182.0 9.9 + 5.85E+00 179.3 9.9 + 5.92E+00 218.2 11.5 + 6.04E+00 239.5 12.6 + 6.08E+00 190.8 8.2 + 6.13E+00 179.8 12.6 + 6.21E+00 137.6 9.3 + 6.28E+00 125.6 8.8 + 6.33E+00 103.7 6.6 + 6.38E+00 96.5 + 6.41E+00 88.3 7.1 + 6.54E+00 87.8 7.7 + 6.58E+00 113.5 9.9 + 6.68E+00 148.0 11.0 + 6.76E+00 137.1 8.2 + 6.85E+00 119.0 8.2 + 6.93E+00 94.9 7.7 + 7.02E+00 77.9 + 7.11E+00 70.2 + 7.19E+00 62.6 + 7.27E+00 52.7 4.9 + 7.34E+00 40.1 + 7.44E+00 46.1 + 7.54E+00 39.6 + 7.66E+00 33.5 + 7.79E+00 40.7 + 7.88E+00 33.0 4.9 + 7.95E+00 46.1 5.5 + 8.04E+00 59.3 + 8.14E+00 53.8 + 8.28E+00 54.9 + 8.37E+00 47.2 6.6 + 8.46E+00 56.6 + 8.53E+00 62.6 + 8.62E+00 55.5 8.8 + 8.71E+00 64.8 + 8.81E+00 69.2 + 8.90E+00 76.8 + 9.02E+00 72.4 + 9.17E+00 89.4 8.8 + 9.28E+00 64.2 9.3 + 9.39E+00 74.1 + 9.56E+00 62.0 + 9.71E+00 49.4 7.1 + 9.84E+00 59.3 4.9 + 9.96E+00 52.2 6.6 + 1.01E+01 41.2 + 1.02E+01 52.2 6.0 + 1.03E+01 36.3 4.7 + 1.05E+01 43.4 4.0 + 1.08E+01 61.6 6.3 + 1.11E+01 60.0 7.1 + 1.13E+01 60.8 + 1.15E+01 68.7 7.1 + 1.17E+01 68.0 7.1 + 1.19E+01 80.6 9.5 + 1.21E+01 99.6 + 1.23E+01 83.0 11.1 + 1.24E+01 104.3 10.3 + 1.26E+01 130.5 10.3 + 1.28E+01 185.0 12.7 + 1.30E+01 166.8 11.1 + 1.31E+01 179.5 11.9 + 1.33E+01 207.2 13.4 + 1.34E+01 180.3 10.3 + 1.36E+01 195.3 8.7 + 1.37E+01 139.9 10.3 + 1.39E+01 107.5 + 1.40E+01 96.4 + 1.42E+01 83.0 11.1 + 1.45E+01 94.9 + 1.46E+01 106.7 + 1.49E+01 98.0 + 1.52E+01 67.2 12.7 + 1.55E+01 76.7 7.9 + 1.56E+01 103.6 + 1.59E+01 123.3 11.9 + 1.62E+01 104.3 10.3 + 1.65E+01 108.3 10.3 + 1.66E+01 113.1 + 1.68E+01 135.2 9.5 + 1.72E+01 155.8 15.0 + 1.73E+01 110.7 + 1.75E+01 95.6 10.3 + 1.80E+01 92.5 8.7 + 1.81E+01 83.8 7.1 + 1.83E+01 77.4 10.3 + 1.84E+01 96.4 7.9 + 1.88E+01 121.0 9.5 + 1.91E+01 131.2 9.5 + 1.91E+01 169.2 + 1.94E+01 167.6 7.1 + 1.95E+01 154.2 9.5 + 1.96E+01 137.6 + 1.99E+01 128.9 + 2.01E+01 118.6 + 2.03E+01 109.1 + 2.04E+01 94.1 + 2.10E+01 73.5 10.3 + 2.14E+01 98.0 7.1 + 2.18E+01 109.9 5.5 + 2.21E+01 92.5 11.9 + 2.26E+01 107.5 8.7 + 2.28E+01 94.9 7.1 + 2.32E+01 72.7 9.5 + 2.38E+01 37.1 + 2.44E+01 18.1 7.9 + 2.48E+01 30.8 7.1 + 2.54E+01 49.8 7.1 + 2.61E+01 41.1 + 2.67E+01 45.8 5.5 + 2.69E+01 128.9 11.1 + 2.73E+01 160.5 + 2.73E+01 198.5 11.9 + 2.75E+01 115.4 12.7 + 2.76E+01 153.4 + 2.77E+01 102.8 11.1 + 2.79E+01 76.7 10.3 + 2.82E+01 94.9 8.7 + 2.85E+01 110.7 9.5 + 2.89E+01 148.7 7.1 + 2.95E+01 143.1 + 2.97E+01 128.1 7.9 + 3.00E+01 113.1 7.9 + 3.03E+01 90.1 + 3.07E+01 54.5 + 3.10E+01 43.4 + 3.15E+01 41.8 10.3 + 3.17E+01 54.5 6.3 + 3.23E+01 52.1 + 3.27E+01 33.9 + 3.34E+01 29.2 + 3.39E+01 65.6 + 3.45E+01 72.7 + 3.51E+01 92.5 9.5 + 3.54E+01 132.0 + 3.60E+01 109.9 11.1 + 3.63E+01 133.6 11.1 + 3.70E+01 146.3 9.5 + 3.74E+01 69.5 + 3.79E+01 96.4 + 3.84E+01 105.1 9.5 + 3.88E+01 49.8 + 3.92E+01 58.5 + 3.95E+01 68.0 + 4.02E+01 73.5 + 4.08E+01 83.8 7.9 + 4.10E+01 28.4 + 4.16E+01 49.0 + 4.20E+01 56.9 + 4.26E+01 38.7 + 4.33E+01 26.8 + 4.42E+01 11.8 + 4.48E+01 16.5 + 4.51E+01 11.0 + 4.57E+01 20.5 + 4.61E+01 31.6 + 4.77E+01 28.4 8.7 + 4.82E+01 37.9 + 4.86E+01 71.1 7.9 + 4.92E+01 88.5 + 4.99E+01 93.3 11.9 + 5.08E+01 109.9 7.9 + 5.11E+01 98.0 + 5.14E+01 75.9 + 5.19E+01 64.8 + 5.27E+01 56.1 + 5.37E+01 45.8 7.9 + 5.45E+01 91.7 7.9 + 5.52E+01 69.5 6.3 + 5.59E+01 60.0 11.9 + 5.68E+01 72.7 6.3 + 5.76E+01 58.5 5.5 + 5.84E+01 41.8 9.5 + 5.92E+01 46.6 4.7 + 5.97E+01 39.5 6.3 + 6.08E+01 59.3 7.9 + 6.12E+01 41.8 7.1 + 6.23E+01 44.2 9.5 + 6.29E+01 54.5 4.7 + 6.34E+01 45.0 6.3 + 6.48E+01 53.7 4.7 + 6.56E+01 73.5 7.9 + 6.62E+01 61.6 + 6.71E+01 41.1 + 6.82E+01 44.2 + 6.92E+01 30.0 11.9 + 7.05E+01 37.1 7.1 + 7.19E+01 41.1 11.1 + 7.26E+01 50.6 7.1 + 7.40E+01 46.6 + 7.47E+01 62.4 7.1 + 7.56E+01 32.4 9.5 + 7.63E+01 42.6 + 7.73E+01 33.9 + 7.87E+01 23.7 7.1 + 7.99E+01 45.0 6.3 + 8.08E+01 34.7 + 8.20E+01 41.8 + 8.25E+01 22.9 7.9 + 8.45E+01 33.9 11.1 + 8.61E+01 33.9 + 8.70E+01 27.6 + 8.79E+01 41.8 + 8.94E+01 60.8 9.5 + 9.02E+01 36.3 + 9.14E+01 15.7 + 9.23E+01 30.0 + 9.37E+01 45.8 + 9.55E+01 54.5 + 9.76E+01 33.9 + 9.90E+01 49.8 7.1 +ENDDATA 307 +ENDSUBENT 315 +ENDENTRY 3 diff --git a/exforall/142/14289.x4 b/exforall/142/14289.x4 index 0b39a9973..6ded16a7b 100644 --- a/exforall/142/14289.x4 +++ b/exforall/142/14289.x4 @@ -1,6 +1,6 @@ -ENTRY 14289 20110412 20111102 20111017 1373 -SUBENT 14289001 20110412 20111102 20111017 1373 -BIB 10 22 +ENTRY 14289 20111110 20120207 20111126 1377 +SUBENT 14289001 20111110 20120207 20111126 1377 +BIB 10 23 TITLE A measurement of the change of the energy dependence of the total cross-section of phase II solid methane from confinement in aerogel glass @@ -14,7 +14,7 @@ FACILITY (LINAC,1USAINU) The transmission measurement was done DETECTOR Detector type not specified. Two identical monitors with the sample between them were used for the measurement. -METHOD (TRN,TOF) Transmission method used for total cros +METHOD (TRN,TOF) Transmission method used for total cross section measurement. Time of flight was used for neutron energy determination. INC-SOURCE (P-BE) 12 MeV high-current and variable pulse width @@ -23,19 +23,21 @@ INC-SOURCE (P-BE) 12 MeV high-current and variable pulse width ERR-ANALYS (DATA-ERR) No information given. Relative error of total cross section is few tenths of a percent. HISTORY (20110412C) Compiled by S.H. -ENDBIB 22 + (20111107U) Typogr. corr. in subs.2,3 +ENDBIB 23 NOCOMMON 0 0 -ENDSUBENT 25 -SUBENT 14289002 20110412 20111102 20111017 1373 -BIB 3 7 +ENDSUBENT 26 +SUBENT 14289002 20111110 20120207 20111126 1377 +BIB 4 8 REACTION (1-H-MTH(N,TOT),,SIG/TMP) Methane sample was used STATUS (CURVE) Data taken from fig. 5 of the reference. Waiting for data from author. -SAMPLE Solid methane terget contained in an aluminum cell with +SAMPLE Solid methane target contained in an aluminum cell with dimensions of 10cm x 12.4cm x 0.22 cm. Entrance and exit windows were 0.5mm thick. Target was kept at stable low temperature by a refrigerator and heater. -ENDBIB 7 +HISTORY (20111107U) Spelling corr. +ENDBIB 8 COMMON 1 3 TEMP K @@ -127,19 +129,20 @@ MILLI-EV B B 1.468E+02 120.8 6.6 1.663E+02 112.8 6.4 ENDDATA 84 -ENDSUBENT 100 -SUBENT 14289003 20110412 20111102 20111017 1373 -BIB 3 9 +ENDSUBENT 101 +SUBENT 14289003 20111110 20120207 20111126 1377 +BIB 4 10 REACTION (1-H-MTH(N,TOT),,SIG/TMP) Methane sample was used STATUS (CURVE) Data taken from fig. 6 of the reference. Waiting for data from author. -SAMPLE Solid methane terget contained in an aluminum cell with +SAMPLE Solid methane target contained in an aluminum cell with dimensions of 10cm x 12.4cm x 0.22 cm. Entrance and exit windows were 0.5mm thick. Target was kept at stable low temperature by a refrigerator and heater. Solid methane was confined in silica aerogel, which - represent approximatelly 1% volume of the target. -ENDBIB 9 + represent approximately 1% volume of the target. +HISTORY (20111107U) Spelling corr. +ENDBIB 10 COMMON 1 3 TEMP K @@ -231,5 +234,5 @@ MILLI-EV B B 1.497E+02 117.1 7.1 1.686E+02 107.3 7.1 ENDDATA 84 -ENDSUBENT 102 +ENDSUBENT 103 ENDENTRY 3 diff --git a/exforall/142/14291.x4 b/exforall/142/14291.x4 index 03d6671b7..1c142ee7a 100644 --- a/exforall/142/14291.x4 +++ b/exforall/142/14291.x4 @@ -1,12 +1,12 @@ -ENTRY 14291 20110525 20111102 20111017 1373 -SUBENT 14291001 20110525 20111102 20111017 1373 -BIB 14 55 +ENTRY 14291 20111110 20120207 20111126 1377 +SUBENT 14291001 20111110 20120207 20111126 1377 +BIB 14 56 TITLE Cross-section measurements of neutron-induced reactions on GaAs using monoenergetic beams from 7.5 to 15 MeV AUTHOR (R.Raut,A.S.Crowell,B.Fallin,C.R.Howell,C.Huibregtse, - J.H.Kelley,T.Kawano,E.Kwan, G.Rusev,A.P.Tonchev, - W.Tornow,D.J.Vieira,d J.B.Wilhelmy) + J.H.Kelley,T.Kawano,E.Kwan,G.Rusev,A.P.Tonchev, + W.Tornow,D.J.Vieira,J.B.Wilhelmy) INSTITUTE (1USADKE,1USATNL,1USANCS,1USALAS) REFERENCE (J,PR/C,83,044621,2011) FACILITY (VDGT,1USATNL) Experiment was carried out at the 10- @@ -30,7 +30,7 @@ MONITOR 1(79-AU-197(N,2N)79-AU-196,,SIG) 2(13-AL-27(N,A)11-NA-24,,SIG) DECAY-MON 1(79-AU-196,6.1669D,DG,355.73,0.0087) 2(11-NA-24,14.997HR,DG,1368.626,0.999936) -MONIT-REF 1(,J.Martynez-Rico,R,INDC(NDS)-285/G,1993) +MONIT-REF 1(,J.Martinez-Rico,R,INDC(NDS)-285/G,1993) 2(,H.Vonach,R,NEANDC-311,75,1992) = Report INDC(SEC)-101 INC-SOURCE (D-D) The monoenergetic neutron beam was produced via the 2H(d,n)3He reaction, known for its high neutron @@ -56,9 +56,10 @@ ERR-ANALYS (ERR-T) Total uncertainty (ERR-6,0.0,1.0) Systematic uncertainty in low energy neutron contribution HISTORY (20110525C) Compiled by S.H. -ENDBIB 55 + (20111107A) OS. BIB correction in sub.1. +ENDBIB 56 NOCOMMON 0 0 -ENDSUBENT 58 +ENDSUBENT 59 SUBENT 14291002 20110525 20111102 20111017 1373 BIB 3 3 REACTION (31-GA-69(N,2N)31-GA-68,,SIG) diff --git a/exforall/142/14292.x4 b/exforall/142/14292.x4 index 76e1e53e1..05492d4bd 100644 --- a/exforall/142/14292.x4 +++ b/exforall/142/14292.x4 @@ -1,6 +1,6 @@ -ENTRY 14292 20110608 20111102 20111017 1373 -SUBENT 14292001 20110608 20111102 20111017 1373 -BIB 11 39 +ENTRY 14292 20111110 20120207 20111126 1377 +SUBENT 14292001 20111110 20120207 20111126 1377 +BIB 11 40 TITLE Surrogate measurement of the 238Pu(n,f) cross section AUTHOR (J.J.Ressler,J.T.Burke,J.E.Escher,C.T.Angell, M.S.Basunia,C.W.Beausang,L.A.Bernstein,D.L.Bleuel, @@ -38,17 +38,18 @@ METHOD (EDE) Particle identification using E-dE method MONITOR 1(92-U-234(A,A+F),,SIG) 2(92-U-235(A,A+F),,SIG) HISTORY (20110608C) Compiled by S.H. + (20111107A) OS. Heading corrected in sub.2 ERR-ANALYS (ERR-T) Total uncertainty (EN-ERR) Energy uncertainty -ENDBIB 39 +ENDBIB 40 COMMON 1 3 EN-ERR KEV 126.0 ENDCOMMON 3 -ENDSUBENT 46 -SUBENT 14292002 20110608 20111102 20111017 1373 -BIB 3 18 +ENDSUBENT 47 +SUBENT 14292002 20111110 20120207 20111126 1377 +BIB 4 19 REACTION 1(94-PU-238(N,F),,SIG) XS determined using monitor 1 2(94-PU-238(N,F),,SIG) XS determined using monitor 2 STATUS (TABLE) Data presented in fig. 10 of the reference @@ -62,15 +63,16 @@ ANALYSIS (SURGT) Fission cross section of 238Pu was determined 239Pu(a,af)/235U(a,af) and 239Pu(a,af)/236U(a,af) were determined experimentally. Experimental ratios were multiplied by compound nucleus formation cross - section and reference 235U(n,f),235U(n,f) cross + section and reference 234U(n,f),235U(n,f) cross section. Reference cross sections were calculated using the statistical reactions code STAPRE. The formation cross sections were calculated using the optical-model potential Flap2.2. -ENDBIB 18 +HISTORY (20111107A) OS. Error heading corrected +ENDBIB 19 NOCOMMON 0 0 DATA 5 75 -EN DATA 1DATA-ERR 1DATA 2ERR-T 2 +EN DATA 1ERR-T 1DATA 2ERR-T 2 MEV B B B B 5.0 2.16 0.15 1.94 0.10 5.2 2.35 0.16 2.28 0.12 @@ -148,7 +150,7 @@ MEV B B B B 19.6 3.09 0.21 3.16 0.16 19.8 2.99 0.20 3.04 0.16 ENDDATA 77 -ENDSUBENT 100 +ENDSUBENT 101 SUBENT 14292003 20110608 20111102 20111017 1373 BIB 2 4 REACTION (94-PU-238(N,F),,SIG) Weighted average value diff --git a/exforall/143/14306.x4 b/exforall/143/14306.x4 new file mode 100644 index 000000000..2a868e0ac --- /dev/null +++ b/exforall/143/14306.x4 @@ -0,0 +1,206 @@ +ENTRY 14306 20110928 20120207 20111219 1376 +SUBENT 14306001 20110928 20120207 20111219 1376 +BIB 11 28 +TITLE Spin measurements for 147Sm + n resonances: Further + evidence for nonstatistical effects +AUTHOR (P.E.Koehler,J.L.Ullmann,T.A.Bredeweg,J.M.O'Donnell, + R.Reifarth,R.S.Rundberg,D.J.Vieira,J.M.Wouters) +INSTITUTE (1USAORL,1USALAS) +REFERENCE (J,PR/C,76,025804,2007) +FACILITY (LINAC,1USALAS) Experiment was performed using DANCE + on flight path 14 at the Manuel Lujan, Jr. Neutron + Scattering Center at LANSCE. +SAMPLE (62-SM-147,ENR=0.9793)Three samples of metallic + samarium, enriched to 97.93% in 147Sm, 1 cm in + diameter, and weighed 1.444, 3.208, and 10.410 mg + were used. +DETECTOR (BAF2)DANCE is a 4Pi array of 160 BaF2 crystals + designed for studying neutron capture cross sections + on small samples. DANCE was located on flight path 14, + positioned 20 m from the ambient-temperature water + moderator. +METHOD (TOF) Incident neutron energy was determined by time + of flight. Width of the proton pulses was 125 ns and + flight path was 20m. +INC-SOURCE (SPALL) Neutrons are generated at LANSCE via + spallation reactions when an 800-MeV proton beam + strikes a tungsten target. The resulting neutron flux + peaks near thermal energy and is approximately + proportional to 1/En over the range of measurements. +ERR-ANALYS No information on uncertainty +HISTORY (20110928C) Compiled by S.H. +ENDBIB 28 +NOCOMMON 0 0 +ENDSUBENT 31 +SUBENT 14306002 20110928 20120207 20111219 1376 +BIB 2 2 +REACTION (62-SM-147(N,G),,J) +STATUS (TABLE) Data taken from tab. 1 of the reference. +ENDBIB 2 +NOCOMMON 0 0 +DATA 2 141 +EN-RES DATA +KEV NO-DIM + 3.397 3.0 + 18.36 4.0 + 27.16 3.0 + 29.76 3.0 + 32.14 4.0 + 39.70 4.0 + 40.72 3.0 + 49.36 4.0 + 58.09 3.0 + 64.96 3.0 + 65.13 4.0 + 76.15 4.0 + 79.89 4.0 + 83.60 3.0 + 94.90 3.0 + 99.54 4.0 + 102.69 3.0 + 106.93 4.0 + 108.58 4.0 + 123.71 3.0 + 140.00 3.0 + 140.10 4.0 + 143.27 4.0 + 151.54 3.0 + 161.03 3.0 + 161.88 4.0 + 163.62 4.0 + 171.80 4.0 + 179.68 3.0 + 184.14 3.0 + 191.07 3.0 + 193.61 4.0 + 198.03 3.0 + 206.03 4.0 + 221.65 3.0 + 225.28 3.0 + 227.90 4.0 + 228.53 4.0 + 240.76 4.0 + 247.62 4.0 + 257.13 3.0 + 258.00 4.0 + 263.57 3.0 + 266.26 4.0 + 270.72 3.0 + 274.40 3.0 + 283.28 4.0 + 290.10 4.0 + 290.30 3.0 + 308.30 3.0 + 312.06 4.0 + 321.13 3.0 + 330.10 3.0 + 332.10 4.0 + 340.40 4.0 + 349.86 3.0 + 359.32 4.0 + 362.15 4.0 + 379.2 4.0 + 382.4 3.0 + 390.5 4.0 + 396.5 4.0 + 398.6 3.0 + 405.1 3.0 + 412.0 3.0 + 417.6 3.0 + 419.2 4.0 + 421.8 4.0 + 433.1 4.0 + 435.7 3.0 + 440.2 4.0 + 446.9 3.0 + 458.6 4.0 + 462.9 3.0 + 476.0 4.0 + 479.8 3.0 + 486.4 3.0 + 496.2 4.0 + 498.6 3.0 + 513.5 3.0 + 515.4 4.0 + 528.9 4.0 + 532.5 3.0 + 538.1 4.0 + 546.0 3.0 + 546.2 4.0 + 553.2 3.0 + 554.5 4.0 + 559.7 3.0 + 563.4 4.0 + 567.6 3.0 + 574.3 4.0 + 580.2 3.0 + 587.8 3.0 + 597.4 4.0 + 606.0 4.0 + 612.6 3.0 + 617.2 4.0 + 622.6 4.0 + 625.3 3.0 + 634.0 3.0 + 644.7 4.0 + 648.5 4.0 + 651.9 3.0 + 659.5 3.0 + 668.8 4.0 + 677.5 3.0 + 683.1 4.0 + 687.4 4.0 + 697.0 4.0 + 702.0 3.0 + 714.0 3.0 + 724.0 3.0 + 729.0 4.0 + 734.0 3.0 + 744.3 4.0 + 754.0 4.0 + 758.0 3.0 + 764.0 4.0 + 766.0 3.0 + 796.2 3.0 + 808.0 4.0 + 821.0 4.0 + 836.1 4.0 + 847.0 4.0 + 850.0 3.0 + 854.0 4.0 + 858.0 4.0 + 864.0 3.0 + 875.2 3.0 + 880.0 4.0 + 896.1 4.0 + 911.0 3.0 + 922.0 4.0 + 930.0 3.0 + 935.0 4.0 + 943.0 4.0 + 953.0 3.0 + 962.0 3.0 + 984.0 3.0 + 991.0 4.0 +ENDDATA 143 +ENDSUBENT 150 +SUBENT 14306003 20110928 20120207 20111219 1376 +BIB 3 4 +REACTION 1(62-SM-147(N,0),,D) + 2(62-SM-147(N,EL),,STF) +STATUS (TABLE) Data taken from text p.7,10 of the reference. +ERR-ANALYS (DATA-ERR) No information on source of uncertainty +ENDBIB 4 +COMMON 2 3 +EN-RES-MIN EN-RES-MAX +EV EV + 0. 700.0 +ENDCOMMON 3 +DATA 5 2 +SPIN J DATA 1DATA-ERR 1DATA 2DATA-ERR 2 +NO-DIM EV EV NO-DIM NO-DIM + 3.0 11.76 0.93 4.70E-04 0.91E-04 + 4.0 11.21 0.85 4.93E-04 0.92E-04 +ENDDATA 4 +ENDSUBENT 17 +ENDENTRY 3 diff --git a/exforall/304/30409.x4 b/exforall/304/30409.x4 index df9cc3798..76fcaea43 100644 --- a/exforall/304/30409.x4 +++ b/exforall/304/30409.x4 @@ -1,6 +1,6 @@ -ENTRY 30409 20090310 20090724 20090720 3135 -SUBENT 30409001 20090310 20090724 20090720 3135 -BIB 15 26 +ENTRY 30409 20111202 20120207 20120113 3153 +SUBENT 30409001 20111202 20120207 20120113 3153 +BIB 15 27 INSTITUTE (3SAFSCT) REFERENCE (R,INIS-MF-3596,197610) Thesis to Univ.of Cape Town. AUTHOR (A.P.Stevens) @@ -16,24 +16,25 @@ DETECTOR (SCIN) Deuterated anthracene crystal scintillator with Crystal was a cylinder of diameter 1 cm and length 2.1 cm. MONITOR (1-H-2(N,2N)1-H-1,,SIG) -MONIT-REF (30331002,G.PAULETTA+,J,NP/A,255,267,1975) +MONIT-REF (30331002,G.Pauletta+,J,NP/A,255,267,1975) PART-DET (A) STATUS (TABLE) Data taken from Table 5.1 of thesis by Stevens. HISTORY (19771005C) (20090309A) SD:Updated to new date formats,lower case. + (20111202A) 004 corrected ERR-ANALYS (DATA-ERR) Errors are mainly due to the uncertainty in fitting the analytic spectra to the experimental data. (ERR-1) A further error, of approximately 5%, can be attributed to the uncertainties in the stripping process, the deuteron 'bump' integral and (n,d) cross- section. -ENDBIB 26 +ENDBIB 27 COMMON 1 3 ERR-1 PER-CENT 5.0 ENDCOMMON 3 -ENDSUBENT 33 +ENDSUBENT 34 SUBENT 30409002 20090310 20090724 20090720 3135 BIB 2 3 REACTION (6-C-12(N,A)4-BE-9,,SIG) @@ -89,9 +90,9 @@ MEV MEV MB MB 2.1460E+01 2.8000E-01 1.4300E+02 5.0000E+01 ENDDATA 17 ENDSUBENT 26 -SUBENT 30409004 20090310 20090724 20090720 3135 -BIB 4 11 -REACTION (6-C-12(N,X)2-HE-4,,SIG) +SUBENT 30409004 20111202 20120207 20120113 3153 +BIB 5 12 +REACTION (6-C-12(N,X)2-HE-4,UNW,SIG) Total alpha emission cross-section ANALYSIS Sum of (C-12(n,a)Be-9) and (C-12(n,n')3-alpha). COMMENT This sum implies, @@ -102,7 +103,8 @@ COMMENT This sum implies, C-12(n,n',3a),where (*) stands for the excited state. STATUS (DEP,30409002) and (DEP,30409003). -ENDBIB 11 +HISTORY (20111202A) REACTION: SF5=UNW added +ENDBIB 12 NOCOMMON 0 0 DATA 4 15 EN EN-RSL DATA DATA-ERR @@ -123,5 +125,5 @@ MEV MEV MB MB 2.1220E+01 2.9000E-01 1.8000E+02 5.4000E+01 2.1460E+01 2.8000E-01 1.7400E+02 6.1000E+01 ENDDATA 17 -ENDSUBENT 33 +ENDSUBENT 34 ENDENTRY 4 diff --git a/exforall/304/30433.x4 b/exforall/304/30433.x4 index 84d45f598..7a8f689ef 100644 --- a/exforall/304/30433.x4 +++ b/exforall/304/30433.x4 @@ -1,16 +1,23 @@ -ENTRY 30433 20090605 20090724 20090724 3138 -SUBENT 30433001 20090605 20090724 20090724 3138 -BIB 15 41 +ENTRY 30433 20111202 20120207 20120113 3153 +SUBENT 30433001 20111202 20120207 20120113 3153 +BIB 16 51 INSTITUTE (3INDAUW) REFERENCE (C,76AHMEDABA,2,(19B),113,1976) (P,INDC(SEC)-61,121,1977) Ba-138(n,a),(n,2n),no data. - (J,NC/A,48,(2),500,1978) Also Ba138(n,2n),Ta181(n,2n) - see EXFOR 30433.002, 30471.004 (J,JP/G,6,1045,1980) -AUTHOR (N.LAKSHMANA DAS,C.V.SRINIVASA RAO,B.V.THIRUMALA RAO, - J.RAMA RAO) +AUTHOR (N.Lakshmana Das,C.V.Srinivasa Rao,B.V.Thirumala Rao, + J.Rama Rao) TITLE Some neutron activation cross sections in barium isotopes at 14 MeV. +REL-REF (O,30471002,N.Lankshmana Das+,J,NC/A,48,500,1978) The + exp. data on Ba-138(n,2n)Ba-137-M are given in EXFOR + Entry 30471 + (O,30471003,N.Lankshmana Das+,J,NC/A,48,500,1978) The + exp. data on Er-167(n,p)Ho-167 are given in EXFOR + Entry 30471 + (O,30471004,N.Lankshmana Das+,J,NC/A,48,500,1978) The + exp. data on Ta-181(n,2n)Ta-180-G are given in EXFOR + Entry 30471 FACILITY (CCW,3INDAUW) INC-SOURCE (D-T) INC-SPECT Resolution of incident neutron energy is not given. @@ -19,36 +26,39 @@ METHOD (ACTIV) Activation. Mixed powder technique with a large volume Ge(Li) detector. DETECTOR (GELI) Large volume high resolution Ge(Li) detector. PART-DET (DG) Internal transition. -COMMENT ===NOTE FROM THE AUTHOR,79/08/02, +COMMENT ===Note from the author,1979/08/02, Energy of incident neutron = 14.2+- 0.2 MeV.=== STATUS Data from a table of Proc. Nucl.Phys.and Solid State Phys.Symp.,Ahmedabad, Dec.27-31,1976,Vol19B(Nucl.Phys) p.18. - (APRVD)Approved by Lakshmana Das,790802.Use of monitors - clarified. + (APRVD)Approved by Lakshmana Das,1979-08-02.Use of + monitors clarified. HISTORY (19780331C) KO. - (19790412U) KO.-SUBENT .002 IS SUPERSEDED BY 30471.002- - (19800118A) ND. -CORRECTION OF INC.ENERGY,MONITOR, AND - ADDED 1 REF.- - (19810112U) ND. ERROR-ANALYSIS AND 1 REF. ADDED + (19790412U) KO.-subent .002 is superseded by 30471.002- + (19800118A) ND. -correction of INC.ENERGY,MONITOR, and + added 1 REF.- + (19810112U) ND. Error analysis and 1 Ref. added (20060712A) Date format and ref. corrected -ERR-ANALYS Root-mean-square corresponding to - -error in the rel. photo peak eff.=3 percent(estimate) + (20090604A) SD: Date of publication in ref. were + corrected + (20111201U) VS. Reference NC/A,48,(4),500,1978 deleted. + REL-REF added. +ERR-ANALYS (DATA-ERR) Root-mean-square corresponding to + -error in the rel. photo peak eff.=3 percent + (estimate) -error in the determination of photopeak=stan.dev.of count. Errors due to the dead-time loss,no.of nuclei,irradia- tion and counting times are negligible. The errors in monitor cross-sections, half-lives and absolute gamma ray abundances were not included. - (20090604A) SD: Date of publication in ref. were - corrected -ENDBIB 41 -COMMON 2 3 -EN EN-RSL -MEV MEV - 1.4200E+01 2.0000E-01 +ENDBIB 51 +COMMON 3 3 +EN EN-RSL ERR-1 +MEV MEV PER-CENT + 1.4200E+01 2.0000E-01 3. ENDCOMMON 3 -ENDSUBENT 48 +ENDSUBENT 58 SUBENT 30433002 20060712 20060814 20060809 3119 BIB 4 5 REACTION (56-BA-138(N,2N)56-BA-137-M,,SIG) diff --git a/exforall/305/30563.x4 b/exforall/305/30563.x4 index 172e55636..997e6ad4b 100644 --- a/exforall/305/30563.x4 +++ b/exforall/305/30563.x4 @@ -1,6 +1,6 @@ -ENTRY 30563 20090505 20090724 20090724 3137 -SUBENT 30563001 20090505 20090724 20090724 3137 -BIB 16 71 +ENTRY 30563 20111202 20120207 20120113 3153 +SUBENT 30563001 20111202 20120207 20120113 3153 +BIB 16 73 AUTHOR (W.Pilz,D.Schmidt,D.Seeliger,T.Streil) INSTITUTE (3DDRTUD) REFERENCE (J,NP/A,460,265,198612) Graphs @@ -14,8 +14,9 @@ REFERENCE (J,NP/A,460,265,198612) Graphs (P,ZFK-408,9,198005) (C,80BNL,,421,198005) EXP-YEAR (1980) -TITLE -Neutron elastic and inelastic scattering on natural - silicon in the energy range from 6.8 to 12 MeV- +TITLE Nuclear structure and direct reaction mechanism + in neutron scattering on 28Si in the energy range + 6.8 to 14.8 MeV COMMENT ----------------------------------------- Summary of contents ----------------------------------------- @@ -63,7 +64,7 @@ ERR-ANALYS (DATA-ERR) Includes statistical errors and * Detection efficiency = 7% * Monitoring and geometry = 4% Not included: - (ERR-1) Flux atten.and multiple scatt.= 5% + (ERR-3) Flux atten.and multiple scatt.= 5% STATUS (TABLE) Numerical data from authors HISTORY (19800124) Data from authors , compiled by D.Hermsdorf (19801229R) Received at NDS on magnetic tape @@ -72,13 +73,14 @@ HISTORY (19800124) Data from authors , compiled by D.Hermsdorf (19930315A) HW.- Reaction code altered in subents 2 - 4 (20090503A) SD:Updated to new date formats,lower case, made formal corrections. -ENDBIB 71 -COMMON 1 3 -ERR-1 -PER-CENT - 5.0 + (20111202A) VS. Title corrected. +ENDBIB 73 +COMMON 3 3 +ERR-1 ERR-2 ERR-3 +PER-CENT PER-CENT PER-CENT + 7.0 4.0 5.0 ENDCOMMON 3 -ENDSUBENT 78 +ENDSUBENT 80 SUBENT 30563002 20090505 20090724 20090724 3137 BIB 4 4 REACTION (14-SI-0(N,EL)14-SI-0,,SIG) diff --git a/exforall/306/30656.x4 b/exforall/306/30656.x4 index 42218ad85..50fa897c9 100644 --- a/exforall/306/30656.x4 +++ b/exforall/306/30656.x4 @@ -1,23 +1,23 @@ -ENTRY 30656 20090515 20090724 20090720 3136 -SUBENT 30656001 20090515 20090724 20090720 3136 -BIB 12 50 +ENTRY 30656 20111026 20120207 20120113 3153 +SUBENT 30656001 20111026 20120207 20120113 3153 +BIB 12 53 TITLE -Measurements of the induced gamma ray cross-sections by 14.2 MeV neutrons with Fe,Ni and Cu. (And data for Bi and Pb from another ref.).- AUTHOR (Shi Xiamin,Shen Ronglin,Xing Jinqiang,Wu Yongshun, Ding Dazhao) INSTITUTE (3CPRAEP) -REFERENCE (C,82ANTWER,,373,198209) an English. Only cross sect. - (J,CNP,4,(2),299,198205) in Chinese. +REFERENCE (C,82ANTWER,,373,1982) in English. Only cross sect. + (J,CNP,4,(4),299,1982) in Chinese. For diff. cros.sect.Bi and Pb. - (J,CNP,4,(2),120,198205) in Chinese. Full and detail. + (J,CNP,4,(2),120,1982) in Chinese. Full and detail. For diff. cros.sect.Fe,Ni and Cu. -SAMPLE Natural sample. Pure metallic disk with diameter of +SAMPLE Natural samples. Pure metallic disks with diameter of 100 to 130mm and thickness from 5 to 15mm. MONITOR Absolute, n-flux was detected by associated particle- method. FACILITY (CCW,3CPRAEP) 600 keV Cockcroft-Walton accelerator. -INC-SOURCE (D-T) Incident deutron energy of 200 keV. +INC-SOURCE (D-T) Incident deuteron energy of 200 keV. METHOD (TOF,ASSOP) .Time of flight is used to discriminate between the scattered neutrons and gamma-rays. @@ -25,33 +25,36 @@ METHOD (TOF,ASSOP) for tof, and for n-flux determination. DETECTOR (GELI) 40 cm3 Ge(Li) detector, the energy resolution of 3keV for 1332 keV gamma ray. Distance to sample = 91cm - (SOLST) Au-Si surface barrier dector at 90deg is used - for associated particle method and another Au-Si + (SOLST) Au-Si surface barrier detector at 90 deg is + used for associated particle method and another Au-Si detector at 135 deg as n-flux monitor. ERR-ANALYS (ERR-T) Total errors given. The contribution of errors are estimated as, (in %) - - Statistics of gamma counting 1 to 50. - and systematic errors (ERR-1 till ERR9) - (ERR-1) Error in background subtraction from gamma pea - (ERR-2) Error in background differences to sample in a - (ERR-3) Error in dead time correction - (ERR-4) Error in correction of discrimination levels - between real gamma counting and the bg - (ERR-5) Error in N-flux - (ERR-6) Error in corrections of attenuation and multip - scatt. of neutrons and corrections of average penetra - coeff. Of gammas in the sample - (ERR-7) Error in detector efficiency - (ERR-8) Error in distance between sample and detector - (ERR-9) Uncertainty in number of sample nuclei + (ERR-S,1.,50.) Statistics of gamma counting 1 to 50. + and systematic errors (ERR-1 till ERR-9) + (ERR-1) Error in background subtraction from gamma + peak + (ERR-2) Error in background differences due to sample + in and sample out + (ERR-3) Error in dead time correction + (ERR-4) Error in correction of discrimination levels + between real gamma counting and the background + (ERR-5) Error in neutron flux + (ERR-6) Error in corrections of attenuation and + multi-scatt. of neutrons in sample and corrections of + average penetrating coeff. of gammas in the sample + (ERR-7) Error in detector efficiency + (ERR-8) Error in distance between sample and detector + (ERR-9) Uncertainty in number of sample nuclei HISTORY (19830608C) KO. (19850215U) OS. Country code corrected. (19880527A) TMK. Reaction coding in subent 21 to 26 corrected (19890310U) VOF.-First author name corrected (20090405A) SD: BIB section updated. First ref. added. - Data from entry 32617 added. -ENDBIB 50 + Data from entry 32617 added. + (20111026U) VS. BIB corrected. +ENDBIB 53 COMMON 11 6 EN EN-RSL ERR-1 ERR-2 ERR-3 ERR-4 ERR-5 ERR-6 ERR-7 ERR-8 ERR-9 @@ -60,7 +63,7 @@ PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT 14.2 0.1 3. 3. 1. 1. 2. 3. 4. 1. 5. ENDCOMMON 6 -ENDSUBENT 60 +ENDSUBENT 63 SUBENT 30656002 20090515 20090724 20090720 3136 BIB 2 3 REACTION (26-FE-54(N,INL)26-FE-54,PAR,DA,G) diff --git a/exforall/306/30673.x4 b/exforall/306/30673.x4 index 6fdb5d505..f7ad19c2c 100644 --- a/exforall/306/30673.x4 +++ b/exforall/306/30673.x4 @@ -1,6 +1,6 @@ -ENTRY 30673 20090831 20091127 20091125 3140 -SUBENT 30673001 20090831 20091127 20091125 3140 -BIB 12 23 +ENTRY 30673 20111202 20120207 20120113 3153 +SUBENT 30673001 20111202 20120207 20120113 3153 +BIB 12 24 INSTITUTE (3IRQNRI) Fourth,fifth,sixth,seventh,eighth authors (4RUSKUR) First,second,third authors REFERENCE (J,IZV,44,(1),135,198001) in Russian @@ -10,8 +10,8 @@ AUTHOR (A.M.Demidov,L.I.Govor,I.B.Shukalob,M.R.Akhmed, C.al-Nadzhar,M.A.al-Amili,N.Rammo,N.al-Assafi) TITLE Gamma radiation from Te-124,126,128,130(n,n'g)reactions FACILITY (REAC,3IRQNRI) IRT-reactor in Baghdad -INC-SPECT Neutron beam was passed through a filter of B4-C,Cd, - and lead. At 1.5 MeV neutron spectrum falls off +INC-SPECT (FNB) Neutron beam was passed through a filter of B4-C, + Cd, and lead. At 1.5 MeV neutron spectrum falls off according to the exp(-0.72E(n))-law approximately, (Nucl.Inst.Meth.117(1974)533). SAMPLE 10 g. Te(2)-O(3) samples. Enrichment: @@ -23,15 +23,16 @@ MONITOR No further information HISTORY (19840111C) DG.- (20090725A) SD:Updated to new date formats,lower case. Reference BAS - english translation was added + (20111201A) VS. Corrected according to Memo CP-D/715. ERR-ANALYS No further information. -ENDBIB 23 +ENDBIB 24 COMMON 1 3 EN-DUMMY MEV 1.0000E+00 ENDCOMMON 3 -ENDSUBENT 30 -SUBENT 30673002 20090831 20091127 20091125 3140 +ENDSUBENT 31 +SUBENT 30673002 20111202 20120207 20120113 3153 BIB 2 3 REACTION (52-TE-124(N,INL)52-TE-124,PAR,DA,G,LEG/RS) STATUS (TABLE) Data taken from Izv.Akad.Nauk SSSR, ser.Fiz. @@ -54,7 +55,7 @@ NO-DIM KEV NO-DIM KEV 0.0000E+00 1.9187E+03 1.0000E+00 2.5215E+03 0.0000E+00 2.0792E+03 1.0000E+00 2.6820E+03 0.0000E+00 2.0913E+03 1.0000E+00 2.6941E+03 - 2.0000E+00 7.0930E+02 2.8000E-01 4.0000E-02 + 2.0000E+00 7.0930E+02 2.8000E-01 1.9579E+03 2.0000E+00 7.1380E+02-2.6000E-01 2.0394E+03 2.0000E+00 7.2280E+02-1.7000E-01 1.3256E+03 2.0000E+00 9.7630E+02 4.6000E-01 2.2249E+03 @@ -67,7 +68,7 @@ NO-DIM KEV NO-DIM KEV 2.0000E+00 1.9187E+03 1.2000E-01 2.5215E+03 2.0000E+00 2.0792E+03 8.0000E-02 2.6820E+03 2.0000E+00 2.0913E+03 1.6000E-01 2.6941E+03 - 4.0000E+00 7.0930E+02 0.0000E+00 6.0000E-02 + 4.0000E+00 7.0930E+02 0.0000E+00 1.9579E+03 4.0000E+00 7.1380E+02-4.0000E-02 2.0394E+03 4.0000E+00 7.2280E+02-2.0000E-02 1.3256E+03 4.0000E+00 9.7630E+02-9.0000E-02 2.2249E+03 @@ -82,7 +83,7 @@ NO-DIM KEV NO-DIM KEV 4.0000E+00 2.0913E+03 0.0000E+00 2.6941E+03 ENDDATA 41 ENDSUBENT 49 -SUBENT 30673003 20090831 20091127 20091125 3140 +SUBENT 30673003 20111202 20120207 20120113 3153 BIB 2 3 REACTION (52-TE-126(N,INL)52-TE-126,PAR,DA,G,LEG/RS) STATUS (TABLE) Data taken from Izv.Akad.Nauk SSSR,ser.Fiz. @@ -90,7 +91,7 @@ STATUS (TABLE) Data taken from Izv.Akad.Nauk SSSR,ser.Fiz. ENDBIB 3 NOCOMMON 0 0 DATA 4 42 -NUMBER E DATA E-LVL-INI +NUMBER E DATA LVL-INI NO-DIM KEV NO-DIM KEV 0.0000E+00 2.9730E+02 1.0000E+00 2.5157E+03 0.0000E+00 6.5180E+02 1.0000E+00 2.0133E+03 @@ -106,7 +107,7 @@ NO-DIM KEV NO-DIM KEV 0.0000E+00 1.7548E+03 1.0000E+00 2.4213E+03 0.0000E+00 1.8374E+03 1.0000E+00 2.5037E+03 0.0000E+00 1.9192E+03 1.0000E+00 2.5856E+03 - 2.0000E+00 2.9730E+02-1.6000E-01 9.0000E-02 + 2.0000E+00 2.9730E+02-1.6000E-01 2.5157E+03 2.0000E+00 6.5180E+02 2.5000E-01 2.0133E+03 2.0000E+00 7.0830E+02-1.9000E-01 2.1286E+03 2.0000E+00 7.5390E+02-1.3000E-01 1.4203E+03 @@ -120,7 +121,7 @@ NO-DIM KEV NO-DIM KEV 2.0000E+00 1.7548E+03 1.5000E-01 2.4213E+03 2.0000E+00 1.8374E+03 3.0000E-01 2.5037E+03 2.0000E+00 1.9192E+03-1.4000E-01 2.5856E+03 - 4.0000E+00 2.9730E+02-1.2000E-01 1.4000E-01 + 4.0000E+00 2.9730E+02-1.2000E-01 2.5157E+03 4.0000E+00 6.5180E+02-3.0000E-02 2.0133E+03 4.0000E+00 7.0830E+02 1.0000E-02 2.1286E+03 4.0000E+00 7.5390E+02-6.0000E-02 1.4203E+03 @@ -136,7 +137,7 @@ NO-DIM KEV NO-DIM KEV 4.0000E+00 1.9192E+03-4.0000E-02 2.5856E+03 ENDDATA 44 ENDSUBENT 52 -SUBENT 30673004 20090831 20091127 20091125 3140 +SUBENT 30673004 20111202 20120207 20120113 3153 BIB 2 3 REACTION (52-TE-128(N,INL)52-TE-128,PAR,DA,G,LEG/RS) STATUS (TABLE) Data taken from Izv.Akad.Nauk SSSR, ser.Fiz. @@ -144,7 +145,7 @@ STATUS (TABLE) Data taken from Izv.Akad.Nauk SSSR, ser.Fiz. ENDBIB 3 NOCOMMON 0 0 DATA 4 57 -NUMBER E DATA E-LVL-INI +NUMBER E DATA LVL-INI NO-DIM KEV NO-DIM KEV 0.0000E+00 2.6270E+02 1.0000E+00 2.3962E+03 0.0000E+00 5.2660E+02 1.0000E+00 2.3380E+03 @@ -165,7 +166,7 @@ NO-DIM KEV NO-DIM KEV 0.0000E+00 1.7648E+03 1.0000E+00 2.5082E+03 0.0000E+00 1.8870E+03 1.0000E+00 2.6303E+03 0.0000E+00 1.9634E+03 1.0000E+00 2.7067E+03 - 2.0000E+00 2.6270E+02-4.5000E-01 7.0000E-02 + 2.0000E+00 2.6270E+02-4.5000E-01 2.3962E+03 2.0000E+00 5.2660E+02 1.5000E-01 2.3380E+03 2.0000E+00 5.3100E+02 3.0000E-01 2.0280E+03 2.0000E+00 6.3630E+02-1.9000E-01 2.1335E+03 @@ -184,7 +185,7 @@ NO-DIM KEV NO-DIM KEV 2.0000E+00 1.7648E+03 8.0000E-02 2.5082E+03 2.0000E+00 1.8870E+03 2.0000E-01 2.6303E+03 2.0000E+00 1.9634E+03-1.0000E-01 2.7067E+03 - 4.0000E+00 2.6270E+02 9.0000E-02 1.1000E-01 + 4.0000E+00 2.6270E+02 9.0000E-02 2.3962E+03 4.0000E+00 5.2660E+02 9.0000E-02 2.3380E+03 4.0000E+00 5.3100E+02 7.0000E-02 2.0280E+03 4.0000E+00 6.3630E+02-1.0000E-02 2.1335E+03 @@ -205,7 +206,7 @@ NO-DIM KEV NO-DIM KEV 4.0000E+00 1.9634E+03 5.0000E-02 2.7067E+03 ENDDATA 59 ENDSUBENT 67 -SUBENT 30673005 20090831 20091127 20091125 3140 +SUBENT 30673005 20111202 20120207 20120113 3153 BIB 2 3 REACTION (52-TE-130(N,INL)52-TE-130,PAR,DA,G,LEG/RS) STATUS (TABLE) Data taken from Izv.Akad.Nauk SSSR, ser.Fiz. @@ -233,7 +234,7 @@ NO-DIM KEV NO-DIM KEV 0.0000E+00 1.6876E+03 1.0000E+00 2.5272E+03 0.0000E+00 1.7418E+03 1.0000E+00 2.5814E+03 0.0000E+00 1.9055E+03 1.0000E+00 2.7451E+03 - 2.0000E+00 2.5820E+02-2.8000E-01 1.7000E-01 + 2.0000E+00 2.5820E+02-2.8000E-01 2.4048E+03 2.0000E+00 3.0330E+02-3.2000E-01 2.4048E+03 2.0000E+00 3.3110E+02-4.0000E-02 2.1467E+03 2.0000E+00 3.3440E+02-1.0000E-02 2.4358E+03 @@ -251,7 +252,7 @@ NO-DIM KEV NO-DIM KEV 2.0000E+00 1.6876E+03-2.4000E-01 2.5272E+03 2.0000E+00 1.7418E+03 1.9000E-01 2.5814E+03 2.0000E+00 1.9055E+03-2.3000E-01 2.7451E+03 - 4.0000E+00 2.5820E+02 1.6000E-01 2.4000E-01 + 4.0000E+00 2.5820E+02 1.6000E-01 2.4048E+03 4.0000E+00 3.0330E+02-3.0000E-02 2.4048E+03 4.0000E+00 3.3110E+02 1.4000E-01 2.1467E+03 4.0000E+00 3.3440E+02 3.0000E-02 2.4358E+03 diff --git a/exforall/313/31315.x4 b/exforall/313/31315.x4 index aeea551fb..24936c99a 100644 --- a/exforall/313/31315.x4 +++ b/exforall/313/31315.x4 @@ -1,6 +1,6 @@ -ENTRY 31315 20090930 20100128 20100126 3142 -SUBENT 31315001 20090930 20100128 20100126 3142 -BIB 12 37 +ENTRY 31315 20111202 20120207 20120113 3153 +SUBENT 31315001 20111202 20120207 20120113 3153 +BIB 11 31 TITLE Study of the Ne(n,p)F reaction. REFERENCE (J,NC/B,42,297,196604) AUTHOR (E.Kondaiah,R.Patell) @@ -8,11 +8,11 @@ INSTITUTE (3INDTAT) FACILITY (CCW,3INDTAT) SAMPLE A cylindrical brass chamber, 19 cm in diam. and 6.6 cm in height was filled with the gas under study at - atmospheric pressure. Natural neon gas consits of - 90.92% 20Ne, 0.26% 2lNe and 8.82% 22Ne. + atmospheric pressure. Natural neon gas consists of + 90.92% 20Ne, 0.26% 21Ne and 8.82% 22Ne. INC-SOURCE (D-T) METHOD Three exposures were made: - a) wlth neon gas at atmospheric pressure, + a) with neon gas at atmospheric pressure, b) with vacuum in the chamber which served as the background for hydrogen as well as neon, c) with hydrogen gas at atmospheric pressure which @@ -25,54 +25,59 @@ DETECTOR (PLATE) Ilford K2 emulsions of 400 mu-m thickness were used as detectors. (SCIN) The neutron flux was monitored with a gamma- insensitive boron-plastic zinc-sulphide scintillator. -ERR-ANALYS (ERR-T) Uncertainty includes: - (ERR-S) The statistical errors in the total number of - tracks in the hydrogen and neon spectra used for - the eross-section measurement are 8.4% and 16.4% - respectively. - (ERR-1) Error in the standard hydrogen cross-section - (ERR-2) Error due to the neutron monitor fluetuation, - gave a root mean square error of 18.5%, that is, <20%. STATUS (SCSRS) HISTORY (19771115T) Converted from EXFOR 70315 (20090912A) SD:Updated to new date formats,lower case. Monitor and description of experiment added, Subent 003 created. -ENDBIB 37 + (20111202A) VS. ERR-ANALYS moved from subent 001 to + subent 002. Subent 003 corrected. +ENDBIB 31 COMMON 4 3 EN EN-RSL ERR-1 ERR-2 MEV MEV PER-CENT PER-CENT 14.1 0.1 1.8 1.0 ENDCOMMON 3 -ENDSUBENT 44 -SUBENT 31315002 20090930 20100128 20100126 3142 -BIB 4 8 +ENDSUBENT 38 +SUBENT 31315002 20120113 20120207 20120113 3153 +BIB 5 16 REACTION (10-NE-20(N,P)9-F-20,PAR,SIG) MONITOR (1-H-1(N,TOT),,SIG) MONIT-REF (,J.L.Fowler+,J,RMP,28,103,1956) +ERR-ANALYS (ERR-T) Uncertainty includes: + (ERR-S) The statistical errors in the total number of + tracks in the hydrogen and neon spectra used for + the cross-section measurement are 8.4% and 16.4% + respectively. + (ERR-1) Error in the standard hydrogen cross-section + (ERR-2) Error due to the neutron monitor fluctuation, + gave a root mean square error of 18.5%, that is, <20%. COMMENT Author's comment:"22Ne is only 9 % abundant and its cross-section is expected to be only l/4th that of 20Ne hence its contribution to the cross-section given above is expected to be less than 2%. As such, the measured cross-section is almost entirely for the 20Ne isotope." -ENDBIB 8 +ENDBIB 16 NOCOMMON 0 0 DATA 6 1 E-MIN DATA ERR-T ERR-S MONIT MONIT-ERR MEV B B PER-CENT MB MB 2.9 0.142 0.028 16.4 689. 4. ENDDATA 3 -ENDSUBENT 16 -SUBENT 31315003 20090930 20100128 20100126 3142 -BIB 2 2 -REACTION (10-NE-20(N,P)9-F-20,,DA,,LEG/RS) +ENDSUBENT 24 +SUBENT 31315003 20111202 20120207 20120113 3153 +BIB 3 5 +REACTION (10-NE-20(N,P)9-F-20,PAR,DA,,LEG/RS) +ERR-ANALYS (DATA-ERR) No source of uncertainty given. HISTORY (20090930C) -ENDBIB 2 + (20111118A) VS. Corrected according to Memo CP-D/718. + ERR-ANALYS added. +ENDBIB 5 NOCOMMON 0 0 -DATA 3 1 -NUMBER-CM DATA-CM DATA-ERR -NO-DIM NO-DIM NO-DIM - 2. 1.35 0.2 +DATA 5 1 +E-MIN E-MAX NUMBER-CM DATA-CM DATA-ERR +MEV MEV NO-DIM NO-DIM NO-DIM + 2.5 6.7 2. 1.35 0.2 ENDDATA 3 -ENDSUBENT 10 +ENDSUBENT 13 ENDENTRY 3 diff --git a/exforall/315/31555.x4 b/exforall/315/31555.x4 index 94208c435..e3d625dce 100644 --- a/exforall/315/31555.x4 +++ b/exforall/315/31555.x4 @@ -1,31 +1,34 @@ -ENTRY 31555 20051129 20060327 20060323 3118 -SUBENT 31555001 20051129 20060327 20060323 3118 -BIB 13 18 +ENTRY 31555 20111026 20120207 20120113 3153 +SUBENT 31555001 20111026 20120207 20120113 3153 +BIB 14 21 TITLE New prompt k0 and partial cross section values - measured in the cold neutron beam of Budapest - Research Reactor -AUTHOR (Zs.Revay,T.Belgya,G.L.Molnar) + measured in the cold neutron beam of Budapest + Research Reactor +AUTHOR (Zs.Revay, T.Belgya, G.L.Molnar) INSTITUTE (3HUNII) REFERENCE (J,JRN,265,169,2005) -FACILITY (REAC) +FACILITY (REAC,3HUNKFI) METHOD (GSPEC) INC-SPECT The thermal equivalent neutron flux at the sample - position is 5 x 10**7 n/cm2/s -DETECTOR (HPGE) 25% HPGe detector equipped with a BGO - Compton-suppressor as in the case of the thermal - beam measurements. + position is 5 x 10**7 n/cm2/s. +DETECTOR (HPGE) 25% HPGe detector equipped with a BGO Compton- + suppressor as in the case of the thermal beam + measurements MONITOR ((MONIT)1-H-1(N,G)1-H-2,PAR,SIG) -ERR-ANALYS (DATA-ERR) relative error EN-SEC (E,G) -STATUS (TABLE) Data taken from tbl. 2 of main reference. +ERR-ANALYS (DATA-ERR) relative error +COMMENT T.Belgya (2011-10-20): + 2200 m/s cross sections are given in Table 2. +STATUS (TABLE) Table 2 of J.Radioanal.Nucl.Chem.265(2005)169 HISTORY (20051129C) SD -ENDBIB 18 + (20111026A) On. EN value corrected +ENDBIB 21 COMMON 4 3 -EN-DUMMY E-NRM MONIT MONIT-ERR +EN E-NRM MONIT MONIT-ERR EV KEV B B - 0.0005 2223. 0.3326 0.0007 + 0.0253 2223. 0.3326 0.0007 ENDCOMMON 3 -ENDSUBENT 25 +ENDSUBENT 28 SUBENT 31555002 20051129 20060327 20060323 3118 BIB 2 7 REACTION (6-C-0(N,G),PAR,SIG) diff --git a/exforall/315/31556.x4 b/exforall/315/31556.x4 index 4df5288bb..31fe09a43 100644 --- a/exforall/315/31556.x4 +++ b/exforall/315/31556.x4 @@ -1,48 +1,51 @@ -ENTRY 31556 20100623 20110107 20101203 3146 -SUBENT 31556001 20100623 20110107 20101203 3146 -BIB 11 19 -TITLE Accurate absolute intensities for the 35Cl(n,gamma) - reaction gamma-ray standard -AUTHOR (G.L.Molnar,Zs.Revay,T.Belgya) +ENTRY 31556 20111026 20120207 20120113 3153 +SUBENT 31556001 20111026 20120207 20120113 3153 +BIB 11 20 +TITLE Accurate absolute intensities for the 35Cl(n,g) + reaction gamma-ray standard +AUTHOR (G.L.Molnar, Zs.Revay, T.Belgya) INSTITUTE (3HUNII) REFERENCE (J,NIM/B,213,32,2004) -FACILITY (REAC,3HUNII) +FACILITY (REAC,3HUNKFI) METHOD (GSPEC) INC-SPECT The thermal equivalent neutron flux at the sample - position is 5 x 10**7 n/cm2/s + position is 5 x 10**7 n/cm2/s. DETECTOR (HPGE) HPGe-BGO Compton-suppressed spectrometer, - positioned at a distance of 23.5 cm from the target. + positioned at a distance of 23.5 cm from the target. SAMPLE Thin polyvinyl chloride (PVC) targets were used to - avoid high count rates and absorption problems. + avoid high count rates and absorption problems. ERR-ANALYS (DATA-ERR) Relative error. The errors do not - include, however, the possible systematic error - introduced by the intensity normalisation. + include, however, the possible systematic error + introduced by the intensity normalisation. HISTORY (20051129C) SD (20100622A) SD: data units in Subent 003 were - corrected: mb => barn -ENDBIB 19 + corrected: mb => barn + (20111026A) On. FACILITY (institute code) corrected +ENDBIB 20 NOCOMMON 0 0 -ENDSUBENT 22 -SUBENT 31556002 20100923 20110107 20101203 3146 -BIB 6 17 +ENDSUBENT 23 +SUBENT 31556002 20101026 20120207 20120113 3153 +BIB 7 19 REACTION (17-CL-35(N,G)17-CL-36,,SPC,,SPA) ANALYSIS Absolute gamma-ray intensities were obtained by - normalising to the sum of intensities of the 50 - possible ground state transitionsall of which were - identified in singles and coincidence spectra. -MONITOR (7-N-14(N,G)7-N-15,PAR,SIG,,SPA) reaction - on a melamine (C3H6N6) target - Efficiency calibrations were performed with the - help of radioactive sources and the 14N(n,c) reaction - on a melamine (C3H6N6) target + normalising to the sum of intensities of the + 50 possible ground state transitions, all of which + were identified in singles and coincidence spectra. +MONITOR (7-N-14(N,G)7-N-15,PAR,SIG,,SPA) + Reaction on a melamine (C3H6N6) target. + Efficiency calibrations were performed with the help + of radioactive sources and the 14N(n,gamma) reaction + on a melamine (C3H6N6) target. CORRECTION Data corrected for gamma-ray transmission. MONIT-REF (,E.T.Jurney+,J,PR/C,56,118,1997) - (,G.D.Loper+,J,NIM,105,453,1972) As it is not clear - how many ground-state transitions have been missed, - the normalisation was checked by the cross-section - ratio method, introduced by Loper and Thomas. -STATUS (TABLE) Data taken from tbl. 2 of main reference. -ENDBIB 17 + (,G.D.Loper+,J,NIM,105,453,1972) + As it is not clear how many ground-state transitions + have been missed, the normalisation was checked by + the cross-section ratio method, introduced by Loper + and Thomas. +STATUS (TABLE) Table 2 of Nucl.Instrum.Meth.B213(2004)32 +HISTORY (20111026U) On. Formal corrections +ENDBIB 19 COMMON 1 3 EN-DUMMY EV @@ -51,72 +54,75 @@ ENDCOMMON 3 DATA 3 36 E DATA DATA-ERR KEV PC/REAC PC/REAC - 292.1 0.271 0.003 - 436.2 0.939 0.006 - 517.1 23.02 0.15 - 632.4 0.338 0.005 - 786.3 10.38 0.09 - 788.4 16.45 0.15 - 936.9 0.523 0.004 - 1131.3 1.901 0.010 - 1164.9 27.06 0.12 - 1327.4 1.220 0.007 - 1601.1 3.675 0.022 - 1951.1 19.21 0.12 - 1959.3 12.44 0.09 - 2034.5 0.725 0.014 - 2676.3 1.617 0.012 - 2845.5 1.061 0.008 - 2863.8 5.52 0.03 - 2975.2 1.143 0.013 - 3016.0 0.997 0.008 - 3061.8 3.422 0.022 - 3116.0 0.903 0.008 - 3428.8 0.824 0.008 - 3981.0 1.006 0.022 - 4082.7 0.798 0.015 - 4440.4 1.143 0.011 - 4979.8 3.74 0.03 - 5517.3 1.699 0.014 - 5715.2 5.52 0.05 - 5902.7 1.128 0.013 - 6110.8 20.02 0.18 - 6619.6 7.68 0.07 - 6627.8 4.45 0.05 - 6977.8 2.25 0.03 - 7414.0 9.99 0.14 - 7790.3 8.07 0.10 - 8578.6 2.68 0.04 + 292.1 0.271 0.003 + 436.2 0.939 0.006 + 517.1 23.02 0.15 + 632.4 0.338 0.005 + 786.3 10.38 0.09 + 788.4 16.45 0.15 + 936.9 0.523 0.004 + 1131.3 1.901 0.010 + 1164.9 27.06 0.12 + 1327.4 1.220 0.007 + 1601.1 3.675 0.022 + 1951.1 19.21 0.12 + 1959.3 12.44 0.09 + 2034.5 0.725 0.014 + 2676.3 1.617 0.012 + 2845.5 1.061 0.008 + 2863.8 5.52 0.03 + 2975.2 1.143 0.013 + 3016.0 0.997 0.008 + 3061.8 3.422 0.022 + 3116.0 0.903 0.008 + 3428.8 0.824 0.008 + 3981.0 1.006 0.022 + 4082.7 0.798 0.015 + 4440.4 1.143 0.011 + 4979.8 3.74 0.03 + 5517.3 1.699 0.014 + 5715.2 5.52 0.05 + 5902.7 1.128 0.013 + 6110.8 20.02 0.18 + 6619.6 7.68 0.07 + 6627.8 4.45 0.05 + 6977.8 2.25 0.03 + 7414.0 9.99 0.14 + 7790.3 8.07 0.10 + 8578.6 2.68 0.04 ENDDATA 38 -ENDSUBENT 64 -SUBENT 31556003 20100623 20110107 20101203 3146 -BIB 7 16 +ENDSUBENT 66 +SUBENT 31556003 20111026 20120207 20120113 3153 +BIB 7 19 REACTION (17-CL-35(N,G)17-CL-36,,SIG,,A) -ANALYSIS Thirty gamma-rays from Tbl.2 could be used to deduce - the capture cross-section of 35Cl with respect to the - hydrogen line. -MONITOR (1-H-1(N,G)1-H-2,PAR,SIG,G) +ANALYSIS Deduced from intensities of 30 gamma-rays +MONITOR ((MONIT)1-H-1(N,G)1-H-2,PAR,SIG) MONIT-REF (31558002,Zs.Revay+,J,RCA,91,361,2003) -COMMENT Author's comment: They are elemental cross-secs, not - isotopic ones (implicitly contain isotopic abundance). +COMMENT Author's comment: They are elemental cross sections, + not isotopic ones (implicitly contain isotopic + abundance). The experiment was done in cold neutron beam, but the - cross-section is given in the units of thermal - cross-sec, as it was done with internal standardization - (just a small comment in the paper) relative to the - thermal cross-sec of H (0.3326(7)barn), i.e. at 0.025 e -STATUS (TABLE) Data taken from p.35 of reference. - (DEP,31556002) + cross sections are given in the units of thermal + cross sections, as it was done with internal + standardization (just a small comment in the paper) + relative to the 1H(n,g)2H thermal cross section + (0.3326(7)barn). + T.Belgya (2011-10-20): + 2200 m/s cross section is given. +STATUS (TABLE) Text (p35) of Nucl.Instrum.Meth.B213(2004)32 + (DEP,31556002) Relative gamma ray intensity HISTORY (20100622A) SD: data units were corrected: mb => barn -ENDBIB 16 + (20111026A) On. EN-DUMMY -> EN +ENDBIB 19 COMMON 4 3 -EN-DUMMY E-NRM MONIT MONIT-ERR +EN E-NRM MONIT MONIT-ERR EV KEV B B - 0.0253 2223. 0.3326 0.0007 + 0.0253 2223. 0.3326 0.0007 ENDCOMMON 3 DATA 2 1 DATA DATA-ERR B B - 32.94 0.14 + 32.94 0.14 ENDDATA 3 -ENDSUBENT 28 +ENDSUBENT 31 ENDENTRY 3 diff --git a/exforall/315/31586.x4 b/exforall/315/31586.x4 index e927ca887..03bba33f6 100644 --- a/exforall/315/31586.x4 +++ b/exforall/315/31586.x4 @@ -1,62 +1,76 @@ -ENTRY 31586 20061213 20070213 20070209 3121 -SUBENT 31586001 20061213 20070213 20070209 3121 -BIB 14 22 +ENTRY 31586 20111026 20120207 20120113 3153 +SUBENT 31586001 20111026 20120207 20120113 3153 +BIB 15 25 TITLE Improved accuracy of gamma-ray intensities from basic - principles for the calibration reaction 14N(n,g)15N + principles for the calibration reaction 14N(n,g)15N AUTHOR (T.Belgya) -INSTITUTE (3HUNII) urea-d (ND2COND2) were performed at the - PGAA-NIPS facilities of the Budapest research reactor. +INSTITUTE (3HUNII) REFERENCE (J,PR/C,74,024603,2006) INC-SPECT The cold neutron flux was measured to be 5x10**7n/s/cm2 - at the target position. -FACILITY (REAC) -SAMPLE A mass of 1.194 g of urea-d powder was put into a thin - Teflon bag of 2x3 cm2 area to minimize gamma -ray - absorption. An experiment with a 2mm thick and 2 cm - diameter pressed pellet of urea-d was also performed - to determine the contribution of the Teflon bag. + at the target position. +FACILITY (REAC,3HUNKFI) PGAA-NIPS facilities +SAMPLE (7-N-14,NAT=0.99632) + Urea-d (ND2COND2) powder (1.194 g) was put into a + thin Teflon bag of 2x3 cm2 area to minimize gamma- + ray absorption. + An experiment with a 2 mm thick and 2 cm diameter + pressed pellet of urea-d was also performed to + determine the contribution of the Teflon bag. DETECTOR (HPGE) Compton-suppressed HPGe detector -METHOD (ACTIV) Activation - (SITA) Single target irradiation +METHOD (ACTIV) Activation INC-SOURCE (REAC) MONITOR ((MONIT)7-N-0(N,G),PAR,SIG) MONIT-REF (31555002,Zs.Revay+,J,JRN,265,169,2005) -STATUS (TABLE) Table from the referen. +COMMENT T.Belgya (2011-10-20): + 2200 m/s cross sections are given in Table II. +STATUS (TABLE) Table II of Phys.Rev.C74(2006)024603 HISTORY (20061213C) -ENDBIB 22 + (20111026A) On. EN value changed +ENDBIB 25 COMMON 4 3 -EN-DUMMY E-LVL-NRM MONIT MONIT-ERR -EV KEV B B - 0.0005 1885. 0.01452 0.00007 +EN E-NRM MONIT MONIT-ERR +EV KEV MB MB + 0.0253 1885. 14.52 0.07 +ENDCOMMON 3 +ENDSUBENT 32 +SUBENT 31586002 20111026 20120207 20120113 3153 +BIB 3 8 +REACTION (7-N-14(N,G)7-N-15,PAR,SIG) +ERR-ANALYS (ERR-T) Quadrature sum of statistical uncertainty + and uncertainties due to neglected pair conversion + correction and absorption correction uncertainty + (0.5%). + (ERR-1,0.5) uncertainties due to neglected pair + conversion correction and absorption correction (0.5%) +HISTORY (20111026A) On. ERR-ANALYSIS added +ENDBIB 8 +COMMON 1 3 +ERR-1 +PER-CENT + 0.5 ENDCOMMON 3 -ENDSUBENT 29 -SUBENT 31586002 20061213 20070213 20070209 3121 -BIB 1 1 -REACTION (7-N-14(N,G)7-N-15,PAR,SIG,,MXW) -ENDBIB 1 -NOCOMMON 0 0 DATA 3 19 -E DATA DATA-ERR +E DATA ERR-T KEV MB MB - 1678. 6.26 0.04 - 1681. 1.28 0.01 - 1885. 14.57 0.09 - 1999. 3.15 0.02 - 2521. 4.29 0.04 - 2831. 1.33 0.01 - 3532. 7.13 0.06 - 3678. 11.47 0.10 - 4509. 13.28 0.11 - 5269. 24.03 0.21 - 5298. 17.08 0.19 - 5533. 15.82 0.15 - 5562. 8.67 0.09 - 6322. 14.89 0.13 - 7299. 7.68 0.08 - 8310. 3.34 0.05 - 9149. 1.14 0.05 - 9152. 0.11 0.05 - 10289. 11.3 1.5 + 1678. 6.26 0.04 + 1681. 1.28 0.01 + 1885. 14.57 0.09 + 1999. 3.15 0.02 + 2521. 4.29 0.04 + 2831. 1.33 0.01 + 3532. 7.13 0.06 + 3678. 11.47 0.10 + 4509. 13.28 0.11 + 5269. 24.03 0.21 + 5298. 17.08 0.19 + 5533. 15.82 0.15 + 5562. 8.67 0.09 + 6322. 14.89 0.13 + 7299. 7.68 0.08 + 8310. 3.34 0.05 + 9149. 1.14 0.05 + 9152. 0.11 0.05 + 10289. 11.3 1.5 ENDDATA 21 -ENDSUBENT 27 +ENDSUBENT 38 ENDENTRY 2 diff --git a/exforall/316/31604.x4 b/exforall/316/31604.x4 index 1b60d911c..c54dd6409 100644 --- a/exforall/316/31604.x4 +++ b/exforall/316/31604.x4 @@ -1,40 +1,44 @@ -ENTRY 31604 20080125 20080710 20080710 3127 -SUBENT 31604001 20080125 20080710 20080710 3127 -BIB 11 25 +ENTRY 31604 20111013 20120207 20120113 3153 +SUBENT 31604001 20111013 20120207 20120113 3153 +BIB 12 28 TITLE Nuclear structure study of semi-magic 125Sn via (n,gamma) and (d,p) reactions AUTHOR (I.Tomandl,T.von Egidy,H.-F.Wirth,T.Faestermann, J.Honzatko,V.Yu.Ponomarev,S.Pasic,R.Hertenberger, Y.Eisermann,G.Graw) -INSTITUTE (3CZRCZR) Research Centrum, CZ-25068 Rez,Czech Republic - (2GERMUN,3CZRUJF,2GERTHD,3CROZAG,2GERLMU) -REFERENCE (W,TOMANDL,2008) Article submitted to Phys.Rev. C -FACILITY (REAC,3CZRUJF) LVR-15 reactor +INSTITUTE (3CZRUJF,2GERMUN,2GERTHD,3CROZAG,2GERLMU) +REFERENCE (J,PR/C,83,044326,2011) + #doi:10.1103/PhysRevC.83.044326 + (W,TOMANDL,2008) Private communication +FACILITY (REAC,3CZRUJV) LVR-15 reactor SAMPLE The target of about 3.0 g with the enrichment of 97.9% in 124Sn was inserted into a 6Li-target holder. This holder was placed between the detectors. In this position, the three metallic target pellets each of 10 mm diameter were irradiated with a thermal neutron - beam of about 10**6 n/cm2/s from the external - mirror neutron guide. -DETECTOR (HPGE) Two HPGe detectors with relative effciencies + beam. +INC-SPECT Thermal neutron beam of about 10**6 n/cm2/s from the + external mirror neutron guide. +DETECTOR (HPGE) Two HPGe detectors with relative efficiencies of 25% and 28% and with the energy resolution of 1.9 keV at 1332 keV and 4.8 keV at 6 MeV for the both detectors. METHOD (GSPEC,COINC) -ADD-RES Results from (d,p) reaction are - included in Entry D0457 +REL-REF (O,D0457003,I.Tomandl+,J,PR/C,83,044326,2011) Results + from (d,p) reaction are included in Entry D0457 STATUS (APRVD) Entry approved by I.Tomandl HISTORY (20080125C) SD -ENDBIB 25 + (20111013A) VS. REFERENCE, STATUS in subentry 2 updated +ENDBIB 28 NOCOMMON 0 0 -ENDSUBENT 28 -SUBENT 31604002 20080125 20080710 20080710 3127 -BIB 4 17 +ENDSUBENT 31 +SUBENT 31604002 20111013 20120207 20120113 3153 +BIB 5 18 REACTION (50-SN-124(N,G)50-SN-125,,SPC,,MXW) DECAY-DATA (50-SN-125-G,9.64D,B-,27.5) From R.B.Firestone,S.Y.F.Chu,C.M. Baglin(Eds.), Table of Isotopes, Wiley 1999. +REL-REF (R,,R.B.Fierstone+,B,FIRESTONE,,1999) Decay data. ERR-ANALYS (ERR-SYS) The systematic uncertainty in absolute intensities taking into account the population ratio of the ground state and the isomeric state and the @@ -47,8 +51,8 @@ ERR-ANALYS (ERR-SYS) The systematic uncertainty in absolute Only statistical errors are given for the gamma intensities. A systematic error of 5% has to be added in quadrature to relative intensity errors. -STATUS (TABLE) Data from the table 3 of this paper -ENDBIB 17 +STATUS (TABLE) Data from the table 5 in J,PR/C,83,044326,2011 +ENDBIB 18 COMMON 2 3 EN-DUMMY ERR-SYS EV PER-CENT @@ -810,5 +814,5 @@ KEV KEV PC/INC PC/INC PER-CENT KEV 5278.20 0.10 0.01 55.0 5306.0 5309.16 0.43 0.02 30.0 5337.0 ENDDATA 754 -ENDSUBENT 780 +ENDSUBENT 781 ENDENTRY 2 diff --git a/exforall/316/31691.x4 b/exforall/316/31691.x4 new file mode 100644 index 000000000..9040d7782 --- /dev/null +++ b/exforall/316/31691.x4 @@ -0,0 +1,76 @@ +ENTRY 31691 20110923 20120207 20120113 3153 +SUBENT 31691001 20110923 20120207 20120113 3153 +BIB 11 21 +TITLE Neutron activation experiments on niobium in NPI p-7Li + quasi-monoenergetic neutron field +AUTHOR (M.Honusek, P.Bem, V.Burjan, M.Goetz, V.Kroha, J.Novak, + E.Simeckova, U.Fischer, S.P.Simakov) +INSTITUTE (3CZRUJF,2GERKFK) +REFERENCE (J,KPS,59,1374,2011) + (J,EPJ/CS,8,07004,2010) Same data in figure +FACILITY (CYCLO,3CZRUJF) U-120M cyclotron +INC-SOURCE (P-LI7) +METHOD (ACTIV) Irradiated by ~3 uA proton for ~20 hours +SAMPLE Diam. 15 mm, weights ~0.75 g, 48 or 88 mm from Li + target +DETECTOR (HPGE) 23 and 50% efficiencies, FWHM=1.8 keV @ 1.33 MeV +STATUS (UNOBT) Milan Honusek (2011-06-15): + Due to an improvement in the determination of + spectral neutron flux at foil positions, we have + taken in the spread in data reported in J.Korean Phys. + Soc.59(2011)1374. The work will be completed soon. + Therefore, we decide to publish the upgraded data + later. +HISTORY (20110923C) On +ENDBIB 21 +NOCOMMON 0 0 +ENDSUBENT 24 +SUBENT 31691002 20110923 20120207 20120113 3153 +BIB 2 2 +REACTION (41-NB-93(N,2N)41-NB-92-M,,SIG) +DECAY-DATA (41-NB-92-M,10.15D) +ENDBIB 2 +NOCOMMON 0 0 +NODATA 0 0 +ENDSUBENT 6 +SUBENT 31691003 20110923 20120207 20120113 3153 +BIB 2 2 +REACTION (41-NB-93(N,A)39-Y-90-M,,SIG) +DECAY-DATA (39-Y-90-M,3.19HR) +ENDBIB 2 +NOCOMMON 0 0 +NODATA 0 0 +ENDSUBENT 6 +SUBENT 31691004 20110923 20120207 20120113 3153 +BIB 2 2 +REACTION (41-NB-93(N,3N)41-NB-91-M,,SIG) +DECAY-DATA (41-NB-91-M,60.86D) +ENDBIB 2 +NOCOMMON 0 0 +NODATA 0 0 +ENDSUBENT 6 +SUBENT 31691005 20110923 20120207 20120113 3153 +BIB 2 2 +REACTION (41-NB-93(N,4N)41-NB-90,,SIG) +DECAY-DATA (41-NB-90,14.60HR) +ENDBIB 2 +NOCOMMON 0 0 +NODATA 0 0 +ENDSUBENT 6 +SUBENT 31691006 20110923 20120207 20120113 3153 +BIB 2 2 +REACTION (41-NB-93(N,HE3)39-Y-91-M,,SIG) +DECAY-DATA (39-Y-91-M,49.71MIN) +ENDBIB 2 +NOCOMMON 0 0 +NODATA 0 0 +ENDSUBENT 6 +SUBENT 31691007 20110923 20120207 20120113 3153 +BIB 2 2 +REACTION (41-NB-93(N,2N+A)39-Y-88,,SIG) +DECAY-DATA (39-Y-88,106.65D) +ENDBIB 2 +NOCOMMON 0 0 +NODATA 0 0 +ENDSUBENT 6 +ENDENTRY 7 diff --git a/exforall/317/31713.x4 b/exforall/317/31713.x4 new file mode 100644 index 000000000..fd12baf0c --- /dev/null +++ b/exforall/317/31713.x4 @@ -0,0 +1,75 @@ +ENTRY 31713 20110923 20120207 20120113 3153 +SUBENT 31713001 20110923 20120207 20120113 3153 +BIB 16 36 +TITLE Capture cross section measurements of 185,187Re with + filtered neutron beams at the Dalat Research Reactor +AUTHOR (V.H.Tan, P.N.Son, T.T.Anh, M.X.Trung) +INSTITUTE (3VN VN) Vietnam Atomic Energy Institute, Hanoi + (3VN DAL) + (3VN VN) The University of Dalat, Dalat +REFERENCE (J,KPS,59,1757,2011) +FACILITY (REAC,3VN DAL) Dalat Research Reactor +INC-SOURCE (REAC) Horizontal channel No.4. Neutron flux is + 2.6E+5 n/cm2/s (24 keV), 1.7E+5 n/cm2/s (54 keV), + 1.1E+5 n/cm2/s (59 keV), 0.5E+5 n/cm2/s (133 keV), + 7.2E+5 n/cm2/s (148 keV) +METHOD (ACTIV,FNB) Irradiated for 48 hours +SAMPLE Re (99.98%, 1.3 cm x 1.3 cm, 0.125 mm in thickness), + Au (99.99%, 1.3 cm x 1.3 cm, 0.05 mm in thickness). + Re sample was sandwiched between two Au disks, and + then wrapped in Cd-covers (0.5 mm thick.) to reject + most of thermal neutron background. +DETECTOR (HPGE) 58% efficiency, 1.9 keV energy resolution at + 1.332 MeV +MONITOR (79-AU-197(N,G)79-AU-198,,SIG) +MONIT-REF (,V.Pronyaev+,R,STI/PUB-1291,122,2007) Table 8.5 +DECAY-MON (79-AU-198,2.6952D,DG,411.8,0.956) +CORRECTION Corrected for + - self-shielding + - multiple scattering + - resonance capture in low energy background + with MCNP5 code. +ERR-ANALYS (ERR-T) Uncertainties are mainly due to + (ERR-S,0.1,1.0) - statistics (0.1%-1.0%) + (MONIT-ERR) - reference cross section (3.0%) + (ERR-1) - gamma-ray detector efficiency (2.7%) + (ERR-2) - corrections (3.0%) +STATUS (TABLE) Table 5 of J.Korean Phys.Soc.59(2011)1757 + (APRVD) Approved by Pham Ngoc Son (2011-09-27) +HISTORY (20110923C) On +ENDBIB 36 +NOCOMMON 0 0 +ENDSUBENT 39 +SUBENT 31713002 20110923 20120207 20120113 3153 +BIB 2 2 +REACTION (75-RE-185(N,G)75-RE-186,,SIG) +DECAY-DATA (75-RE-186,3.7183D,DG,137.157,0.0942) +ENDBIB 2 +NOCOMMON 0 0 +DATA 6 5 +EN EN-RSL-FW DATA ERR-T MONIT MONIT-ERR +KEV KEV B B B B + 24. 1.8 1.080 0.073 0.6438 0.0054 + 54. 1.5 0.655 0.047 0.4236 0.0040 + 59. 2.7 0.609 0.042 0.4057 0.0038 + 133. 3.0 0.418 0.032 0.2845 0.0028 + 148. 14.8 0.509 0.043 0.2762 0.0027 +ENDDATA 7 +ENDSUBENT 14 +SUBENT 31713003 20110923 20120207 20120113 3153 +BIB 2 2 +REACTION (75-RE-187(N,G)75-RE-188,,SIG) +DECAY-DATA (75-RE-188,17.005HR,DG,103.2,0.293) +ENDBIB 2 +NOCOMMON 0 0 +DATA 6 5 +EN EN-RSL-FW DATA ERR-T MONIT MONIT-ERR +KEV KEV B B B B + 24. 1.8 0.802 0.048 0.6438 0.0054 + 54. 1.5 0.464 0.035 0.4236 0.0040 + 59. 2.7 0.425 0.027 0.4057 0.0038 + 133. 3.0 0.396 0.033 0.2845 0.0028 + 148. 14.8 0.356 0.024 0.2762 0.0027 +ENDDATA 7 +ENDSUBENT 14 +ENDENTRY 3 diff --git a/exforall/317/31715.x4 b/exforall/317/31715.x4 new file mode 100644 index 000000000..b7ea93894 --- /dev/null +++ b/exforall/317/31715.x4 @@ -0,0 +1,94 @@ +ENTRY 31715 20110923 20120207 20120113 3153 +SUBENT 31715001 20110923 20120207 20120113 3153 +BIB 14 31 +TITLE Measurement of thermal neutron cross-section and + resonance integrals of the 69Ga(n,g)70Ga and + 71Ga(n,g)72Ga reactions at Dalat Research Reactor +AUTHOR (P.N.Son, T.T.Anh, C.D.Vu, V.H.Tan) +INSTITUTE (3VN DAL) + (3VN VN) Vietnam Atomic Energy Institute, Hanoi +REFERENCE (J,KPS,59,1757,2011) +FACILITY (REAC,3VN DAL) Dalat Research Reactor +INC-SOURCE (THCOL) Thermal neutron channel +METHOD (ACTIV) Irradiated for + 5 min (Ga+Au, with Cd cover), + 10 min (Ga+Au, without Cd cover), + 1 hrs (Au/Zr/W/Co, with Cd cover), + 6 hrs (Au/Zr/W/Co w/o Cd cover). +SAMPLE Ga (99.95%, 2 mm x 4 mm, 0.5 mm in thickness), +DETECTOR (HPGE) 58% efficiency relative to 7.6 cm x 7.6 cm + NaI(Tl) detector, 1.9 keV energy resolution at + 1.33 MeV. +DECAY-MON (79-AU-198,2.69517D,DG,411.8,0.960) +CORRECTION Corrected for + - Epithermal spectrum shape parameter + (alpha=0.164+/-0.013) determined by Au/Al wire, + Co/Al wire, W foil, Zr foil + - Neutron self-shielding correction factors (Gth,Gepi) +ERR-ANALYS (ERR-T) Uncertainties are due to + (MONIT-ERR) Reference value (0.1%-1.8%) + (ERR-S,0.1,1.2) - statistics (0.1%-1.2%) + (ERR-1) - gamma-ray detector efficiency (2.5%) + (ERR-2) - epithermal shape parameter (7.9%) +STATUS (APRVD) Approved by Pham Ngoc Son (2011-09-27) +HISTORY (20110923C) On +ENDBIB 31 +NOCOMMON 0 0 +ENDSUBENT 34 +SUBENT 31715002 20110923 20120207 20120113 3153 +BIB 4 4 +REACTION (31-GA-69(N,G)31-GA-70,,SIG) +MONITOR (79-AU-197(N,G)79-AU-198,,SIG) +DECAY-DATA (31-GA-70,21.14MIN,DG,1039.,0.0065) +STATUS (TABLE) Table 4 of J.Korean Phys.Soc.59(2011)1761 +ENDBIB 4 +NOCOMMON 0 0 +DATA 5 1 +EN DATA ERR-T MONIT MONIT-ERR +EV B B B B + 0.0253 1.69 0.08 98.65 0.09 +ENDDATA 3 +ENDSUBENT 12 +SUBENT 31715003 20110923 20120207 20120113 3153 +BIB 4 4 +REACTION (31-GA-69(N,G)31-GA-70,,RI) +MONITOR (79-AU-197(N,G)79-AU-198,,RI) +DECAY-DATA (31-GA-70,21.14MIN,DG,1039.,0.0065) +STATUS (TABLE) Table 4 of J.Korean Phys.Soc.59(2011)1761 +ENDBIB 4 +NOCOMMON 0 0 +DATA 5 1 +EN-MIN DATA ERR-T MONIT MONIT-ERR +EV B B B B + 0.55 16.52 1.48 1550. 28. +ENDDATA 3 +ENDSUBENT 12 +SUBENT 31715004 20110923 20120207 20120113 3153 +BIB 4 4 +REACTION (31-GA-71(N,G)31-GA-72,,SIG) +MONITOR (79-AU-197(N,G)79-AU-198,,SIG) +DECAY-DATA (31-GA-72,14.10HR,DG,834.,0.960) +STATUS (TABLE) Table 5 of J.Korean Phys.Soc.59(2011)1761 +ENDBIB 4 +NOCOMMON 0 0 +DATA 5 1 +EN DATA ERR-T MONIT MONIT-ERR +EV B B B B + 0.0253 4.45 0.25 98.65 0.09 +ENDDATA 3 +ENDSUBENT 12 +SUBENT 31715005 20110923 20120207 20120113 3153 +BIB 4 4 +REACTION (31-GA-71(N,G)31-GA-72,,RI) +MONITOR (79-AU-197(N,G)79-AU-198,,RI) +DECAY-DATA (31-GA-72,14.10HR,DG,834.,0.960) +STATUS (TABLE) Table 5 of J.Korean Phys.Soc.59(2011)1761 +ENDBIB 4 +NOCOMMON 0 0 +DATA 5 1 +EN DATA ERR-T MONIT MONIT-ERR +EV B B B B + 0.55 33.09 2.97 1550. 28. +ENDDATA 3 +ENDSUBENT 12 +ENDENTRY 5 diff --git a/exforall/317/31716.x4 b/exforall/317/31716.x4 new file mode 100644 index 000000000..1692af014 --- /dev/null +++ b/exforall/317/31716.x4 @@ -0,0 +1,119 @@ +ENTRY 31716 20111024 20120207 20120113 3153 +SUBENT 31716001 20111024 20120207 20120113 3153 +BIB 14 35 +TITLE Measurement of thermal neutron and resonance integral + cross sections of the reaction 51V(n,gamma)52V using + a 20 Ci Am-Be isotopic neutron source +AUTHOR (S.E.Agbemava,B.J.B.Nyarko,J.J.Fletcher, + R.B.M.Sogbadji, E.Mensimah,M.Asamoah) +INSTITUTE (3GHALGN) +REFERENCE (J,ANE,38,1616,2011) Main reference + (R,INDC(NDS)-0574,72,2010) Data for V, I, Sm and U-238 +INC-SOURCE (AM-BE)20 Ci 241Am-Be isotopic neutron source, + moderated with water. +SAMPLE (23-V-51,NAT=0.9975) 10 ppm standard solution of + vanadium, and the comparator isotope Mn-56 as also + contained in a 10 ppm standard solution of manganese. + The certified concentration of manganese in the + manganese standard solution was 10.01 +/- 0.03 mg/g + and that of vanadium was 4.86 +/- 0.02 mg/g in the + vanadium standard solution. +INC-SPECT The extent of non-ideality of epithermal flux shape, + alpha-factor at the sample irradiation position was + experimentally determined to be 0.134 +/- 0.01 by + dual monitor method using 197Au and 95Zr. The thermal + neutron flux is (1.46+/-0.01)x10**4 n/cm**2/s and the + epithermal neutron flux is + (7.23+/-0.02)x10**2 n/cm**2/s. +DETECTOR (HPGE) Induced radioactivity in the samples were + counted by HPGe coaxial detector, which has a + relative efficiency of 25%. +METHOD (CADMB,ACTIV) +MONITOR ((MONIT1)25-MN-55(N,G)25-MN-56,,SIG) +DECAY-MON ((MONIT1)25-MN-56,2.58HR,DG,846.8,0.989) +MONIT-REF ((MONIT),De Corte+,C,88MITO,,583,1988) +HISTORY (20111024C) +STATUS (TABLE) Data were taken from TABLE 3 + in the J,ANE,38,1616,2011. + (APRVD) Approved by Dr. S.E.Agbemava, 19 Nov. 2011 +ENDBIB 35 +COMMON 2 3 +EN-NRM1 MONIT1 +EV B +0.0253 13.2 +ENDCOMMON 3 +ENDSUBENT 42 +SUBENT 31716002 20111024 20120207 20120113 3153 +BIB 3 18 +REACTION (23-V-51(N,G)23-V-52,,SIG) +DECAY-DATA (23-V-52,3.75MIN,DG,1434.0,1.) +ERR-ANALYS (ERR-T) Total uncertainty of the reported value. + Total experimental uncertainty (3.23%) + (ERR-S) Statistical uncertainty (2.2%). + (ERR-1) Detector efficiency (2.23%) + (ERR-2) Mass of the sample (V) (0.02%) + (ERR-3) Gamma-ray emission probability (0.8%) + (ERR-4) Thermal neutron self-shielding factor (0.01%) + (ERR-5) Total experimental uncertainty due to + normalization to 25-MN-55(N,G)25-MN-56 thermal + neutron cross section 1.81%. + Partial uncertainties of normalization: + - Statistical uncertainty (1.35%) + - Detector efficiency (1.17%) + - Mass of the sample (Mn) (0.02%) + - Gamma-ray emission probability (0.3%) + - Thermal neutron self-shielding factor (0.01%) +ENDBIB 18 +NOCOMMON 0 0 +DATA 9 1 +EN DATA ERR-T ERR-S ERR-1 ERR-2 +ERR-3 ERR-4 ERR-5 +EV B B PER-CENT PER-CENT PER-CENT +PER-CENT PER-CENT PER-CENT + 0.0253 5.15 0.19 2.2 2.23 0.02 + 0.8 0.01 1.81 +ENDDATA 6 +ENDSUBENT 29 +SUBENT 31716003 20111104 20120207 20120113 3153 +BIB 4 26 +REACTION (23-V-51(N,G)23-V-52,,RI) +DECAY-DATA (23-V-52,3.75MIN,DG,1434.0,1.0) +MONITOR ((MONIT2)25-MN-55(N,G)25-MN-56,,RI) + ((MONIT3)23-V-51(N,G)23-V-52,,SIG) +ERR-ANALYS (ERR-T) Total uncertainty of the reported value. + Total experimental uncertainty (4.01%) + (ERR-S) Statistical uncertainty (2.2%) + (ERR-1) Detector efficiency (2.23%) + (ERR-2) Mass of the sample (V) (0.02%) + (ERR-3) Gamma-ray emission probability (0.8%) + (ERR-4) Thermal neutron self-shielding factor (0.01%) + (ERR-5) Alpha-shape parameter studied reaction (2.13%) + (ERR-6) Effective resonance energy of 51V (1.02%) + (ERR-7) Epithermal neutron self-shielding fact. (0.1%) + (ERR-8) Total experimental uncertainty due to + normalization to 25-MN-55(N,G)25-MN-56 + resonance integral (2.91%). + Partial uncertainties of normalization: + - Statistical uncertainty (1.35%) + - Detector efficiency (1.17%) + - Mass of the sample (Mn) (0.02%) + - Gamma-ray emission probability (0.3%) + - Thermal neutron self-shielding factor (0.01%) + - Alpha-shape parameter (2.13%) + - Effective resonance energy of 55Mn (0.79%) + - Epithermal neutron self-shielding fact. (0.1%) +ENDBIB 26 +NOCOMMON 0 09 +DATA 15 1 +EN-MIN DATA ERR-T MONIT2 ERR-S ERR-1 +ERR-2 ERR-3 ERR-4 ERR-5 ERR-6 ERR-7 +ERR-8 EN-NRM3 MONIT3 +EV B B B PER-CENT PER-CENT +PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT +PER-CENT EV B + 0.55 2.53 0.1 13.9 2.2 2.23 + 0.02 0.8 0.01 2.13 1.02 0.1 + 2.91 0.0253 4.79 +ENDDATA 9 +ENDSUBENT 40 +ENDENTRY 3 diff --git a/exforall/317/31717.x4 b/exforall/317/31717.x4 new file mode 100644 index 000000000..6de9bea5c --- /dev/null +++ b/exforall/317/31717.x4 @@ -0,0 +1,162 @@ +ENTRY 31717 20111106 20120207 20120113 3153 +SUBENT 31717001 20111106 20120207 20120113 3153 +BIB 14 39 +TITLE Thermal neutron cross section determination of + short-to-medium lived nuclides using a 20 Ci Am-Be + neutron source +AUTHOR (S.E.Agbemava,B.J.B.Nyarko,J.J.Fletcher, + R.B.M.Sogbadji, E.Mensimah,M.Asamoah) +INSTITUTE (3GHALGN) + (3GHAGHA) University of Ghana, Graduate School of + Nuclear and Allied Science, Accra, Ghana +REFERENCE (J,ANE,38,1737,2011) + #doi:10.1016/j.anucene.2011.04.004 +INC-SOURCE (AM-BE)20 Ci 241Am-Be isotopic neutron source, + moderated with water. +METHOD (ACTIV,CADMB) The samples were irradiated with and + without a Cd cover. +DETECTOR (HPGE) A HPGe coaxial detector with a relative + efficiency of 25%. The gamma- rays for all the + targets were counted from a distance of 1.20 cm from + the detector The gamma detection efficiency as a + function of energy was determined using a mixed + standard radionuclide solution containing different + radioactive nuclides (241Am, 109Cd, 57Co, 203Hg, 85Sr, + 137Sr, 137Cs, 54Mn and 60C0) of known activities. +MONITOR (25-MN-55(N,G)25-MN-56,,SIG) +DECAY-MON (25-MN-56,2.58HR,DG,846.76,0.9887) +REL-REF (R,,,R,IAEA-TECDOC-564,1990) Reference for nuclear data +CORRECTION Westcott factor for the monitor reaction - 1.000 + Thermal neutron self-shielding factor for the monitor + reaction - 0.9253 +/- 0.007 +ERR-ANALYS (ERR-1) Total experimental uncertainty due to monitor + normalization (1.81%): + Partial uncertainties for the monitor reaction: + - Statistical uncertainty (1.35%) + - Detector efficiency (1.17%) + - Mass of the Mn sample (0.02%) + - Gamma-ray emission probability (0.3%) + - Thermal neutron self-shielding factor (0.1%) +STATUS (TABLE) Table 3 of ANE,38,1737,2011 + (APRVD) Approved by Dr. S.E.Agbemava, 19 Nov. 2011 +HISTORY (20111106C) +ENDBIB 39 +COMMON 4 3 +EN MONIT MONIT-ERR ERR-1 +EV B B PER-CENT +0.0253 13.3 0.1 1.81 +ENDCOMMON 3 +ENDSUBENT 46 +SUBENT 31717002 20111106 20120207 20120113 3153 +BIB 5 14 +REACTION (53-I-127(N,G)53-I-128,,SIG) +DECAY-DATA (53-I-128,24.99MIN,DG,442.90,0.1690) +SAMPLE (53-I-127,NAT=1.0) Ten parts per million standard + solution of iodine was used for the cross section + measurements. +CORRECTION Westcott factor - 0.999. Thermal neutron self-shielding + factor - 0.9416 +/- 0.003. +ERR-ANALYS (ERR-T) Total uncertainty of the reported value. + Total experimental uncertainty (2.61%). + (ERR-S) Statistical uncertainty (0.98%) + (ERR-2) Detector efficiency (2.31%) + (ERR-3) Mass of I sample (0.02%) + (ERR-4) Gamma-ray emission probability (0.7%) + (ERR-5) Thermal neutron self-shielding factor (0.1%) +ENDBIB 14 +NOCOMMON 0 0 +DATA 7 1 +DATA ERR-T ERR-S ERR-2 ERR-3 ERR-4 +ERR-5 +B B PER-CENT PER-CENT PER-CENT PER-CENT +PER-CENT + 5.93 0.52 0.98 2.31 0.02 0.7 + 0.1 +ENDDATA 6 +ENDSUBENT 25 +SUBENT 31717003 20111107 20120207 20120113 3153 +BIB 5 16 +REACTION (62-SM-152(N,G)62-SM-153,,SIG) +DECAY-DATA (62-SM-153,46.27HR,DG,103.18,0.2882) +SAMPLE (62-SM-152,NAT=0.2675) Ten parts per million standard + solution of samarium. The certified concentration of + the elemental samarium (Sm) in the samarium standard + solution was 9.94 +/- 0.03 mg/g. +CORRECTION Westcott factor - 1.003. Thermal neutron self-shielding + factor - 0.9195 +/- 0.004. +ERR-ANALYS (ERR-T) Total uncertainty of the reported value + Total experimental uncertainty (3.33%). + (ERR-S) Statistical uncertainty (1.73%) + (ERR-2) Detector efficiency (2.52%) + (ERR-3) Mass of I sample (0.02%) + (ERR-4) Gamma-ray emission probability (1.30%) + (ERR-5) Thermal neutron self-shielding factor (0.1%) + (ERR-6) Half-live (0.2%) +ENDBIB 16 +NOCOMMON 0 0 +DATA 8 1 +DATA ERR-T ERR-S ERR-2 ERR-3 ERR-4 +ERR-5 ERR-6 +B B PER-CENT PER-CENT PER-CENT PER-CENT +PER-CENT PER-CENT + 207.3 9.4 1.73 2.52 0.02 1.30 + 0.1 0.2 +ENDDATA 6 +ENDSUBENT 27 +SUBENT 31717004 20111110 20120207 20120113 3153 +BIB 5 15 +REACTION (62-SM-154(N,G)62-SM-155,,SIG) +DECAY-DATA (62-SM-155,22.30MIN,DG,104.35,0.7460) +SAMPLE (62-SM-154,NAT=0.2275) Ten parts per million standard + solution of samarium. The certified concentration of + the elemental samarium (Sm) in the samarium standard + solution was 9.94 +/- 0.03 mg/g. +CORRECTION Westcott factor - 1.000. Thermal neutron self-shielding + factor - 0.9641 +/- 0.006. +ERR-ANALYS (ERR-T) Total uncertainty of the reported value + Total experimental uncertainty (3.45%) + (ERR-S) Statistical uncertainty (2.01%) + (ERR-2) Detector efficiency (2.79%) + (ERR-3) Mass of I sample (0.02%) + (ERR-4) Thermal neutron self-shielding factor (0.1%) + (ERR-5) Half-live (0.21%) +ENDBIB 15 +NOCOMMON 0 0 +DATA 7 1 +DATA ERR-T ERR-S ERR-2 ERR-3 ERR-4 +ERR-5 +B B PER-CENT PER-CENT PER-CENT PER-CENT +PER-CENT + 7.7 0.3 2.01 2.79 0.02 0.1 + 0.21 +ENDDATA 6 +ENDSUBENT 26 +SUBENT 31717005 20111110 20120207 20120113 3153 +BIB 5 15 +REACTION (92-U-238(N,G)92-U-239,,SIG) +DECAY-DATA (92-U-239,23.47MIN,DG,74.66,0.5000) +SAMPLE (92-U-238,NAT=0.992742) Ten parts per million standard + solution of uranium. The certified concentration of + the elemental uranium (U) in the samarium standard + solution was 9.993 +/- 0.017 mg/g. +ERR-ANALYS (ERR-T) Total uncertainty of the reported value + Total experimental uncertainty (2.72%) + (ERR-S) Statistical uncertainty (0.85%) + (ERR-2) Detector efficiency (2.14%) + (ERR-3) Mass of I sample (0.02%) + (ERR-4) Gamma-ray emission probability (1.45%) + (ERR-5) Thermal neutron self-shielding factor (0.1%) +CORRECTION Westcott factor - 1.002. Thermal neutron self-shielding + factor - 0.9074 +/- 0.004. +ENDBIB 15 +NOCOMMON 0 0 +DATA 7 1 +DATA ERR-T ERR-S ERR-2 ERR-3 ERR-4 +ERR-5 +B B PER-CENT PER-CENT PER-CENT PER-CENT +PER-CENT + 2.79 0.09 0.85 2.14 0.02 1.45 + 0.1 +ENDDATA 6 +ENDSUBENT 26 +ENDENTRY 5 diff --git a/exforall/322/32223.x4 b/exforall/322/32223.x4 index 8162fc59e..32e0128fc 100644 --- a/exforall/322/32223.x4 +++ b/exforall/322/32223.x4 @@ -1,6 +1,6 @@ -ENTRY 32223 20110503 20110621 20110619 3149 -SUBENT 32223001 20110503 20110621 20110619 3149 -BIB 10 39 +ENTRY 32223 20111025 20120207 20120113 3153 +SUBENT 32223001 20111025 20120207 20120113 3153 +BIB 10 41 TITLE Cross section of prompt gamma-ray yield produced by 14 MeV neutrons on iron and bismuth AUTHOR (V.M.Bondar, I.M.Kadenko, B.Yu.Leshchenko, @@ -13,13 +13,14 @@ REFERENCE (J,IZV,73,(11),1607,2009) (C,2008KYIV,,232,2008)These data were presented at the NPAE-Kyiv2008 ID# 245-252. (J,YFE,9,(1/23),16,2008) The data for Fe were published -FACILITY (CCW)Reaction T(d,n)4He in Ti-T target was used as - neutron source. Deuterons were accelerating by + (S,ISINN-18,135,2011) +FACILITY (CCW,4UKRKGU)Reaction T(d,n)4He in Ti-T target was used + as neutron source. Deuterons were accelerating by low-voltage accelerator with klystron bunching of - deuteron beam and finally Ed was 130 KeV which + deuteron beam and finally Ed was 130 keV which corresponds to the angle 90 degrees relatively to the deuteron beam line.Pulse generation frequency was equal - to 7.25 MG, average neutron intensity 10E7/s in 4PI . + to 7.25 MHz, average neutron intensity 10E7/s in 4PI. SAMPLE Ring samples of iron and bismuth with mean radius 16 cm DETECTOR (NAICR)15x10 cm NaI(Tl) detector. Flight path between the neutron source and detector was equal to 172 cm @@ -36,17 +37,18 @@ ANALYSIS Differential cross sections of gamma-rays were analyzed. STATUS (TABLE,APRVD) Approved by V.Bondar HISTORY (20081226C) UKRNDC - (20100602U) OG: ref. on IZV,73 and BAS,73, + (20100602U) OG: Ref. on IZV,73 and BAS,73, #doi and #NSR were added (20101208A) OG: Conference code was added (20110503U) On. REFERENCE and HISTORY corrected -ENDBIB 39 + (20111025A) OG: Ref. on ISINN-18 was added +ENDBIB 41 COMMON 1 3 EN MEV 14.1 ENDCOMMON 3 -ENDSUBENT 46 +ENDSUBENT 48 SUBENT 32223002 20101208 20110323 20110323 3148 BIB 2 7 REACTION (26-FE-0(N,X)0-G-0,,DE) diff --git a/exforall/322/32232.x4 b/exforall/322/32232.x4 new file mode 100644 index 000000000..f5a579c92 --- /dev/null +++ b/exforall/322/32232.x4 @@ -0,0 +1,118 @@ +ENTRY 32232 20111025 20120207 20120113 3153 +SUBENT 32232001 20111025 20120207 20120113 3153 +BIB 11 36 +TITLE Differential cross sections of gamma-ray emission in + the interactions of fast neutrons with cadmium +AUTHOR (B.M.Bondar,V.M.Bondar, I.M.Kadenko, B.Yu.Leshchenko, + Yu.M.Onishchuk, V.A.Plujko) +INSTITUTE (4UKRKGU) +REFERENCE (J,YFE,12,(2),129,2011) +FACILITY (CCW,4UKRKGU)Reaction T(d,n)4He in Ti-T target was used + as neutron source. Deuterons were accelerating by + low-voltage accelerator with klystron bunching of + deuteron beam and finally Ed was 130 keV which + corresponds to the angle 90 degrees relatively to the + deuteron beam line.Pulse generation frequency was equal + to 7.25 MHz, average neutron intensity 10E7/s in 4PI. +SAMPLE Ring sample of natural cadmium with big radius 16.5 cm, + thickness 2 cm, mass 6050 g. +DETECTOR (NAICR)15x10 cm NaI(Tl) detector. Flight path between + the neutron source and detector was equal to 172 cm + which provides reliable separation of prompt gamma-rays + from neutron and gamma-ray background. Geiger counters + applied in anti-coincidence with spectrometer signals + were used in order to reduce influence of cosmic rays. +ANALYSIS Differential cross sections of gamma-rays were + unfolded from amplitude spectra by using regularization + procedure on the compact set of limited variations. + Theoretical calculations have been performed using the + Hauser-Feshbach statistical model. Sensitivity of the + calculations to characteristics of excited nuclei were + analyzed. +ERR-ANALYS (ERR-T) Total errors given. The contribution of errors + are estimated as + (ERR-S,10.,15.) - statistical error - 10-15% + and systematic errors (ERR-1 and ERR-2) + (ERR-1) neutron flux error-2%, + (ERR-2) gamma absorption error-2%. +STATUS (TABLE) Data were received from V.Bondar +HISTORY (20111025C) UKRNDC +ENDBIB 36 +COMMON 3 3 +EN ERR-1 ERR-2 +MEV PER-CENT PER-CENT +14.1 2. 2. +ENDCOMMON 3 +ENDSUBENT 43 +SUBENT 32232002 20111025 20120207 20120113 3153 +BIB 2 2 +REACTION (48-CD-0(N,X)0-G-0,,DE) +STATUS (TABLE) Correspond to figure 3. +ENDBIB 2 +NOCOMMON 0 0 +DATA 3 60 +E DATA ERR-T +MEV MB/MEV MB/MEV +2.188708 815.9316 122.3897 +2.510036 578.4531 86.7680 +2.830715 365.7962 54.8694 +3.087296 255.1836 38.2775 +3.365706 186.9440 28.0416 +3.708955 141.4695 21.2204 +4.009379 112.4476 16.8671 +4.331631 93.8606 14.0791 +4.653884 78.3459 11.7519 +4.911945 70.9741 10.6461 +5.212923 52.2213 9.3332 +5.556172 46.0858 9.0629 +5.855485 44.7663 9.6149 +6.155447 41.5374 8.3806 +6.458183 39.9456 8.0418 +6.783950 34.8323 8.2748 +7.001221 28.0103 8.5515 +7.346319 23.8056 8.5708 +7.646743 18.5368 8.3596 +7.945502 15.1620 8.3221 +8.264517 9.2734 5.4511 +8.561241 5.4903 2.4275 +8.816342 2.9494 0.7669 +9.160886 2.8053 0.7294 +9.484618 3.0407 0.7906 +9.764231 2.7544 0.7161 +10.086298 2.2253 0.3338 +10.386444 1.6842 0.2526 +10.664947 1.2541 0.1881 +10.986644 0.9491 0.1424 +11.286975 0.8422 0.1113 +11.587399 0.7422 0.1113 +11.887822 0.7122 0.1113 +12.188338 0.7422 0.1113 +12.424664 0.7022 0.1113 +12.747471 0.7122 0.1113 +13.070555 0.7322 0.1113 +13.372273 0.7112 0.1113 +13.717095 0.7422 0.1113 +14.018814 0.7322 0.1113 +14.277337 0.7122 0.1113 +14.557320 0.7322 0.1113 +14.880590 0.7422 0.1113 +15.203397 0.7122 0.1113 +15.526390 0.7322 0.1113 +15.827923 0.7422 0.1113 +16.129456 0.7222 0.1113 +16.409161 0.7122 0.1113 +16.753798 0.7422 0.1113 +17.012320 0.7222 0.1113 +17.129456 0.7122 0.1113 +17.409161 0.7422 0.1113 +17.753798 0.7122 0.1113 +18.012320 0.7222 0.1113 +18.409161 0.7322 0.1113 +18.753798 0.7122 0.1113 +19.012320 0.7422 0.1113 +19.409161 0.7122 0.1113 +19.753798 0.7222 0.1113 +20.012320 0.7322 0.1113 +ENDDATA 62 +ENDSUBENT 69 +ENDENTRY 2 diff --git a/exforall/326/32674.x4 b/exforall/326/32674.x4 new file mode 100644 index 000000000..65d8d00ab --- /dev/null +++ b/exforall/326/32674.x4 @@ -0,0 +1,92 @@ +ENTRY 32674 20110412 20120207 20120113 3153 +SUBENT 32674001 20110412 20120207 20120113 3153 +BIB 16 62 +TITLE Cross sections for formation of 195m-Pt through nat- + Pt(n,x)195m-Pt reaction over neutron energy range 13- + 15 MeV +AUTHOR (Junhua Luo,Xinxing Wang,Zhenlai Liu,Fei Tuo, + Xiangzhong Kong) +INSTITUTE (3CPRHXU) Department of Physics, Hexi University + Zhangye city, Gansu Province, China. + (3CPRLNZ) School of Nuclear Science and Technology, + Lanzhou University, Lanzhou, China. +REFERENCE (J,IPC,79,(10),1018,201010) + #doi:10.1016/j.radphyschem.2010.05.005 +FACILITY (NGEN,3CHPLNZ) ZF-300-II Intense Neutron Generator at + Lanzhou University. +INC-SOURCE (D-T) The tritium-titanium (T-Ti) target used in the + generator was 1.35 mg/cm2 thick. +DETECTOR (HPGE)CH8403 coaxial high-purity germanium detector + made in the People Republic of China with a relative + efficiency of 20% and an energy resolution of 3 keV at + 1332 keV. +SAMPLE About 1.5 gram Pt(>99.99% purity) was made into a + pellet(10mm diameter). Thin Nb(>99.999% purity) or + Al(>99.999% purity) foils were attached in the front + and at the back of each sample. +METHOD (ACTIV) +MONITOR ((MONIT1)41-NB-93(N,2N)41-NB-92-M,,SIG) + ((MONIT2)13-AL-27(N,A)11-NA-24,,SIG) +DECAY-MON ((MONIT1)41-NB-92-M,10.15D,DG,934.4,0.9907) + ((MONIT2)11-NA-24,14.959HR,DG,1368.6,1.00) +MONIT-REF (,M.Wagner+,B,PH-DAT,13-5,1990) + The cross section of monitor reaction were obtained by + interpolating the evaluated values of the reference as + "Physik Daten-Physics Data, Evaluation of Cross + Sections for 14 Important Neutron-Dosimetry Reactions. + Fachinformationszentrum Karlsruhe, Gesellschaft fur + wissenschaftlich-technische Information mbH, Federal + Republic of Germany, No. 13-5 (1990)". +ERR-ANALYS (ERR-T) Total uncertainty. + (ERR-S,0.1,5.) Counting statistics. + (ERR-1,2.,3.) Detector efficiency (2%-3%) + (ERR-2) Weight of sample (0.1%) + (ERR-3) Self-absorption of gamma-ray (0.5%) + (ERR-4,0.,5.) Coincidence sum effect of cascade + gamma-rays (0%-5%) + (ERR-5,0.1,1.0) Uncertainties of irradiation, cooling + and measuring times (0.1%-1.0%) + (MONIT1-ERR) Uncertainties of standard cross section + of 93-Nb(n,2n)92m-Nb is 6.8, 6.8 and 5.0 mb for 13.5, + 14.1 and 14.6 MeV, respectively. + (MONIT2-ERR) Uncertainties of standard cross section + of 27-Al(n,a)24-Na is 0.8, 0.6 and 0.6 mb for 13.5, + 14.1 and 14.6 MeV, respectively. +CORRECTION The neutron flux was monitored by a uranium fission + chamber so that corrections were made for small + variations in the yield. The self-absorption of the + sample at a given gamma-energy, the coincidence sum + effect of cascade gamma-rays in the investigated + nuclide and in the counting geometry were taken into + account in data analysis, respectively. +HISTORY (20110412C)Compiled by Jimin WANG(CNDC); +STATUS (TABLE) All measured reactions data and monitor + reaction data are taken from Table2 at page 1020 in + J,IPC,79,(10),1018,201010. +ENDBIB 62 +COMMON 2 3 +ERR-2 ERR-3 +PER-CENT PER-CENT +0.1 0.5 +ENDCOMMON 3 +ENDSUBENT 69 +SUBENT 32674002 20110412 20120207 20120113 3153 +BIB 2 2 +REACTION (78-PT-0(N,X)78-PT-195-M,,SIG) +DECAY-DATA (78-PT-195-M,4.02D,DG,98.85,0.1146) +ENDBIB 2 +NOCOMMON 0 0 +DATA 8 3 +EN EN-ERR DATA ERR-T MONIT1 MONIT1-ERR +MONIT2 MONIT2-ERR +MEV MEV MB MB MB MB +MB MB + 13.5 0.2 438. 16. 457.9 6.8 +125.7 0.8 + 14.1 0.1 399. 14. 459.8 6.8 +121.6 0.6 + 14.6 0.2 372. 13. 459.7 5.0 +114.1 0.6 +ENDDATA 10 +ENDSUBENT 17 +ENDENTRY 2 diff --git a/exforall/330/33025.x4 b/exforall/330/33025.x4 index 8e27983b5..c2e4455f8 100644 --- a/exforall/330/33025.x4 +++ b/exforall/330/33025.x4 @@ -1,6 +1,6 @@ -ENTRY 33025 20091103 20100128 20100126 3143 -SUBENT 33025001 20091103 20100128 20100126 3143 -BIB 13 40 +ENTRY 33025 20111202 20120207 20120113 3153 +SUBENT 33025001 20111202 20120207 20120113 3153 +BIB 13 41 TITLE Double differential cross-sections of (n,alpha) reaction in aluminium and nickel at 14.77 MeV neutrons AUTHOR (B.Lalremruata,S.D.Dhole,S.Ganesan,V.N.Bhoraskar) @@ -19,7 +19,7 @@ INC-SOURCE (D-T)incident deuteron energy ~175keV on the nickel or aluminium scattering foil MONITOR (13-AL-27(N,P)12-MG-27,,SIG) For neutron flux measurement -DECAY-MON (12-MG-27,9.5MIN) +DECAY-MON (12-MG-27,9.5MIN,DG,840.) ERR-ANALYS (DATA-ERR1) an error 10% to the cross-section also appears from the statistics and uncertainty in estimating the total cross-section from the least @@ -40,8 +40,9 @@ ERR-ANALYS (DATA-ERR1) an error 10% to the cross-section also STATUS (TABLE) Tables from the author B.Lalremruata (APRVD) Approved by the author HISTORY (20091103C)compiled by the author B.Lalremruata and - his colleaques A.B. Pawar, V.K. Mulik. -ENDBIB 40 + his colleagues A.B. Pawar, V.K. Mulik. + (20111118A) VS. 008 corrected +ENDBIB 41 COMMON 9 6 EN ERR-1 ERR-2 ERR-3 ERR-4 ERR-5 ERR-6 ERR-7 DATA-ERR1 @@ -50,7 +51,7 @@ PER-CENT PER-CENT PER-CENT 14.77 2.5 2. 0.01 0.25 1. 2.0 0.5 10. ENDCOMMON 6 -ENDSUBENT 50 +ENDSUBENT 51 SUBENT 33025002 20091103 20100128 20100126 3143 BIB 2 2 REACTION (13-AL-27(N,A)11-NA-24,,DA/DE) @@ -214,12 +215,18 @@ ADEG MB/SR/MEV MB/SR/MEV 110. 0.54 4.E-02 ENDDATA 6 ENDSUBENT 17 -SUBENT 33025008 20091104 20100128 20100126 3143 -BIB 2 2 -REACTION (13-AL-27(N,A)11-NA-24,,DA) +SUBENT 33025008 20111202 20120207 20120113 3153 +BIB 3 4 +REACTION (13-AL-27(N,A)11-NA-24,PAR,DA) SAMPLE Metallic aluminium foil of 1.9 mg/cm2 thick -ENDBIB 2 -NOCOMMON 0 0 +HISTORY (20111118A) VS. Corrected according to + Memo CP-D/718 +ENDBIB 4 +COMMON 2 3 +E-MIN E-MAX +MEV MEV + 4. 12. +ENDCOMMON 3 DATA 3 4 ANG DATA DATA-ERR2 ADEG MB/SR MB/SR @@ -228,7 +235,7 @@ ADEG MB/SR MB/SR 90. 5.51 0.2755 110. 5.57 0.278 ENDDATA 6 -ENDSUBENT 13 +ENDSUBENT 19 SUBENT 33025009 20091104 20100128 20100126 3143 BIB 2 2 REACTION (28-NI-0(N,X)2-HE-4,,DA) diff --git a/exforall/C16/C1694.x4 b/exforall/C16/C1694.x4 index a8377f87d..97f399c17 100644 --- a/exforall/C16/C1694.x4 +++ b/exforall/C16/C1694.x4 @@ -1,6 +1,6 @@ -ENTRY C1694 20090610 20091127 20091123 C092 -SUBENT C1694001 20090610 20091127 20091123 C092 -BIB 10 31 +ENTRY C1694 20111027 20120207 20111201 C111 +SUBENT C1694001 20111027 20120207 20111201 C111 +BIB 10 34 TITLE First direct measurement of the 17F(p,gamma)18Ne cross section AUTHOR (K.A.Chipps,D.W.Bardayan,J.C.Blackmon,K.Y.Chae, @@ -9,7 +9,9 @@ AUTHOR (K.A.Chipps,D.W.Bardayan,J.C.Blackmon,K.Y.Chae, J.F.Shriner Jr,M.S.Smith) INSTITUTE (1USACSM,1USAORL,1USALSU,1USATEN,1USARUT,1USATTU, 1USAOAU) -REFERENCE (J,PRL,102,152502,2009) +REFERENCE (J,PR/C,80,065810,2009) Main reference + (J,PRL,102,152502,2009) Same data + (C,2008MACKIN,059,2008) Preliminary data FACILITY (VDGT,1USAORL)Experiment used a 17F beam produced at the Holifield Radioactive Ion Beam Facility (HRIBF) and Daresbury Recoil Separator (DRS) at Oak Ridge @@ -24,53 +26,55 @@ DETECTOR (MAGSP) Reaction products were transported through (IOCH) Reaction products were detected unambiguously in a gas-filled ionization chamber containing three anodes placed in the focal plane of the spectrometer. - Details of the experimental setup were taken from the - experiment web page at www.phy.ornl.gov -METHOD (ASEP) Inverse knematics was used +METHOD (ASEP) Inverse kinematics was used INC-SOURCE (KINDT) 17F beam was produced at ORIC cyclotron via 16-O(d,n)17F reaction, separated and then accelerated by HRIBF tandem. Average rate on target - was (1-10) x 10**6 17F ions pre second. + was (1-10) x 10**6 17F ions per second. HISTORY (20090610C) Compiled by S.H. -ENDBIB 31 + (20111020A) S.H. Main reference PR/C and + preliminary reference MACKIN2008 added + status in all subs updated +ENDBIB 34 NOCOMMON 0 0 -ENDSUBENT 34 -SUBENT C1694002 20090610 20091127 20091123 C092 +ENDSUBENT 37 +SUBENT C1694002 20111027 20120207 20111201 C111 BIB 3 4 REACTION (1-H-1(9-F-17,G),,WID) -STATUS (TABLE) Data taken from text p.3 of the reference +STATUS (TABLE) Data taken from tab.1 of the main reference ERR-ANALYS (ERR-S) Statistical uncertainty (ERR-SYS) Systematic uncertainty ENDBIB 4 NOCOMMON 0 0 DATA 6 1 -EN-RES SPIN J PARITY DATA ERR-S ERR-SYS +EN-RES-CM SPIN J PARITY DATA ERR-S ERR-SYS KEV NO-DIM NO-DIM MILLI-EV MILLI-EV MILLI-EV 599.8 3.0 1.0 56.0 24.0 30.0 ENDDATA 3 ENDSUBENT 12 -SUBENT C1694003 20090610 20091127 20091123 C092 +SUBENT C1694003 20111027 20120207 20111201 C111 BIB 3 4 REACTION (1-H-1(9-F-17,G),,WID/STR) -STATUS (TABLE) Data taken from text p.3 of the reference +STATUS (TABLE) Data taken from text p.5 of the main reference ERR-ANALYS (ERR-S) Statistical uncertainty (ERR-SYS) Systematic uncertainty ENDBIB 4 NOCOMMON 0 0 DATA 6 1 -EN-RES SPIN J PARITY DATA ERR-S ERR-SYS +EN-RES-CM SPIN J PARITY DATA ERR-S ERR-SYS MEV NO-DIM NO-DIM MILLI-EV MILLI-EV MILLI-EV 599.8 3.0 1.0 33.0 14.0 17.0 ENDDATA 3 ENDSUBENT 12 -SUBENT C1694004 20090610 20091127 20091123 C092 -BIB 2 5 -REACTION (1-H-1(9-F-17,G)10-NE-18,,SGV,,MXW) -STATUS (TABLE) Data presented in fig. 4 of the reference +SUBENT C1694004 20111027 20120207 20111201 C111 +BIB 2 6 +REACTION ((1-H-1(9-F-17,G)10-NE-18,,SGV,,MXW)= + (9-F-17(P,G)10-NE-18,,SGV,,MXW)) +STATUS (TABLE) Data presented in fig. 8 of the main reference sent by author (K.A.C.) (DEP,C1694002) (DEP,C0759003) -ENDBIB 5 +ENDBIB 6 NOCOMMON 0 0 DATA 2 19 KT DATA @@ -95,5 +99,5 @@ K9 CM3/S/MOL 0.95 4.11E+00 1.00 5.47E+00 ENDDATA 21 -ENDSUBENT 31 +ENDSUBENT 32 ENDENTRY 4 diff --git a/exforall/C17/C1709.x4 b/exforall/C17/C1709.x4 new file mode 100644 index 000000000..c04b81690 --- /dev/null +++ b/exforall/C17/C1709.x4 @@ -0,0 +1,179 @@ +ENTRY C1709 20090618 20120207 20111201 C111 +SUBENT C1709001 20090618 20120207 20111201 C111 +BIB 8 20 +TITLE Systematic study of the surface properties of the + nuclear potential with high precision large-angle + quasi-elastic scatterings +AUTHOR (C.J.Lin,H.M.Jia,H.Q.Zhang,F.Yang,X.X.Xu,F.Jia, + Z.H.Liu,K.Hagino) +INSTITUTE (3CPRAEP,2JPNTOH) +REFERENCE (J,PR/C,79,064603,2009) +FACILITY (VDGT,3CPRAEP)The experiment was performed at the HI- + 13 tandem accelerator of the Beijing Tandem + Accelerator National Laboratory. +DETECTOR (SIBAR)The scattered particles were detected by four + Si(Au) surface-barrier detectors located at 175deg + relative to the beam direction. Four Si(Au) monitor + detectors (up and down, left and right) located at + the angle 41deg with respect to the beam direction + were used to detect the elastic scattering particles + for normalization. +ERR-ANALYS (ERR-S) Statistical uncertainty + (ERR-T) Total uncertainty +HISTORY (20090618C) +ENDBIB 20 +COMMON 2 3 +ERR-S ANG +PER-CENT ADEG +0.4 175.0 +ENDCOMMON 3 +ENDSUBENT 27 +SUBENT C1709002 20090618 20120207 20111201 C111 +BIB 3 6 +REACTION (82-PB-208(8-O-16,EL)82-PB-208,,DA,,RTH) +STATUS (TABLE) Data presented in fig.2 of the reference sent + by author (H.M.J.) +SAMPLE 208Pb target with thickness of (100-200) mu-g/cm2 and + diameter of 3mm evaporated on 20 mu-g/cm2 carbon + backing. +ENDBIB 6 +NOCOMMON 0 0 +DATA 3 19 +EN-CM DATA ERR-T +MEV NO-DIM NO-DIM + 37.47 9.95E-01 3.50E-03 + 41.19 1.01E+00 4.20E-03 + 47.23 9.96E-01 2.50E-03 + 48.63 1.00E+00 4.30E-03 + 51.42 9.96E-01 3.40E-03 + 55.60 1.01E+00 4.00E-03 + 58.39 9.94E-01 3.70E-03 + 61.17 9.93E-01 4.20E-03 + 62.57 9.96E-01 3.20E-03 + 63.26 9.87E-01 4.30E-03 + 63.96 9.85E-01 3.80E-03 + 64.66 9.83E-01 3.60E-03 + 65.35 9.75E-01 3.80E-03 + 66.05 9.82E-01 3.80E-03 + 66.75 9.70E-01 3.80E-03 + 66.75 9.66E-01 3.90E-03 + 67.45 9.69E-01 3.70E-03 + 68.14 9.54E-01 3.80E-03 + 68.84 9.42E-01 3.70E-03 +ENDDATA 21 +ENDSUBENT 32 +SUBENT C1709003 20090618 20120207 20111201 C111 +BIB 3 6 +REACTION (78-PT-196(8-O-16,EL)78-PT-196,,DA,,RTH) +STATUS (TABLE) Data presented in fig.3 of the reference sent + by author (H.M.J.) +SAMPLE Enriched 196Pt target with thickness of (100-200) + mu-g/cm2 and diameter of 3mm evaporated on 20 mu-g/cm2 + carbon backing. +ENDBIB 6 +NOCOMMON 0 0 +DATA 3 15 +EN-CM DATA ERR-T +MEV NO-DIM NO-DIM + 41.00 9.98E-01 3.67E-03 + 44.70 1.00E+00 3.73E-03 + 48.40 1.00E+00 2.74E-03 + 52.57 9.96E-01 3.94E-03 + 56.73 9.95E-01 3.21E-03 + 58.12 9.99E-01 3.26E-03 + 59.51 9.93E-01 3.50E-03 + 60.90 9.93E-01 3.78E-03 + 62.29 9.86E-01 3.26E-03 + 63.67 9.78E-01 3.47E-03 + 64.37 9.74E-01 3.63E-03 + 65.06 9.63E-01 3.40E-03 + 65.76 9.55E-01 3.15E-03 + 66.45 9.35E-01 3.00E-03 + 66.45 9.37E-01 2.76E-03 +ENDDATA 17 +ENDSUBENT 28 +SUBENT C1709004 20090618 20120207 20111201 C111 +BIB 3 6 +REACTION (74-W-184(8-O-16,EL)74-W-184,,DA,,RTH) +STATUS (TABLE) Data presented in fig.4 of the reference sent + by author (H.M.J.) +SAMPLE Enriched 184W target with thickness of (100-200) + mu-g/cm2 and diameter of 3mm evaporated on 20 mu-g/cm2 + carbon backing. +ENDBIB 6 +NOCOMMON 0 0 +DATA 3 13 +EN-CM DATA ERR-T +MEV NO-DIM NO-DIM + 37.17 1.00E+00 2.40E-03 + 37.17 9.96E-01 3.70E-03 + 40.85 1.00E+00 3.50E-03 + 46.83 1.00E+00 3.00E-03 + 50.98 9.97E-01 4.00E-03 + 53.74 9.95E-01 4.00E-03 + 55.12 9.96E-01 4.00E-03 + 56.50 9.94E-01 3.90E-03 + 57.88 9.94E-01 3.90E-03 + 59.26 9.89E-01 3.90E-03 + 60.64 9.77E-01 3.80E-03 + 62.02 9.60E-01 3.90E-03 + 62.71 9.44E-01 3.75E-03 +ENDDATA 15 +ENDSUBENT 26 +SUBENT C1709005 20090618 20120207 20111201 C111 +BIB 3 6 +REACTION (62-SM-154(8-O-16,EL)62-SM-154,,DA,,RTH) +STATUS (TABLE) Data presented in fig.5 of the reference sent + by author (H.M.J.) +SAMPLE Enriched 154SM target with thickness of (100-200) + mu-g/cm2 and diameter of 3mm evaporated on 20 mu-g/cm2 + carbon backing. +ENDBIB 6 +NOCOMMON 0 0 +DATA 3 13 +EN-CM DATA ERR-T +MEV NO-DIM NO-DIM + 32.84 1.00E+00 3.90E-03 + 36.47 1.00E+00 3.80E-03 + 36.47 9.98E-01 3.81E-03 + 40.11 9.91E-01 3.90E-03 + 43.74 9.97E-01 3.94E-03 + 46.01 1.00E+00 3.54E-03 + 47.37 9.93E-01 3.93E-03 + 48.73 1.00E+00 4.04E-03 + 50.09 9.95E-01 3.82E-03 + 51.45 9.80E-01 4.10E-03 + 51.45 9.87E-01 4.23E-03 + 52.81 9.63E-01 3.87E-03 + 53.49 9.48E-01 3.80E-03 +ENDDATA 15 +ENDSUBENT 26 +SUBENT C1709006 20090618 20120207 20111201 C111 +BIB 3 6 +REACTION (62-SM-152(8-O-16,EL)62-SM-152,,DA,,RTH) +STATUS (TABLE) Data presented in fig.5 of the reference sent + by author (H.M.J.) +SAMPLE Enriched 152SM target with thickness of (100-200) + mu-g/cm2 and diameter of 3mm evaporated on 20 mu-g/cm2 + carbon backing. +ENDBIB 6 +NOCOMMON 0 0 +DATA 3 13 +EN-CM DATA ERR-T +MEV NO-DIM NO-DIM + 36.45 1.00E+00 3.80E-03 + 36.46 9.94E-01 3.50E-03 + 40.08 9.96E-01 4.30E-03 + 43.71 9.98E-01 3.90E-03 + 45.97 9.95E-01 3.20E-03 + 47.33 9.95E-01 2.90E-03 + 48.69 9.97E-01 3.30E-03 + 50.05 9.92E-01 3.40E-03 + 51.40 9.76E-01 3.90E-03 + 51.41 9.71E-01 3.70E-03 + 52.76 9.66E-01 3.70E-03 + 53.44 9.60E-01 3.80E-03 + 54.12 9.38E-01 3.70E-03 +ENDDATA 15 +ENDSUBENT 26 +ENDENTRY 6 diff --git a/exforall/C17/C1765.x4 b/exforall/C17/C1765.x4 new file mode 100644 index 000000000..07b994423 --- /dev/null +++ b/exforall/C17/C1765.x4 @@ -0,0 +1,62 @@ +ENTRY C1765 20091217 20120207 20111201 C111 +SUBENT C1765001 20091217 20120207 20111201 C111 +BIB 9 13 +TITLE Gamma-ray spectroscopy study of states in 27Si + relevant for the 26mAl(p,g)27Si reaction in novae + and supernovae +AUTHOR (G.Lotay,P.J.Woods,D.Seweryniak,M.P.Carpenter, + R.V.F.Janssens,S.Zhu) +INSTITUTE (1USAANL) +REFERENCE (J,PR/C,80,055802,2009) +FACILITY (LINAC,1USAANL) +SAMPLE 12C target with thickness of 150 mu-g/cm2 +DETECTOR (HPGE)Gamma decays were detected with the + Gammasphere array +ERR-ANALYS (DATA-ERR) No information given +HISTORY (20091217C) Compiled by S.H. +ENDBIB 13 +NOCOMMON 0 0 +ENDSUBENT 16 +SUBENT C1765002 20091217 20120207 20111201 C111 +BIB 3 5 +REACTION 1(13-AL-26(P,0),,EN) + 2(13-AL-26(P,0),,J) + 3(13-AL-26(P,0),,PTY) +CORRECTION Level energies corrected for compound nucleus recoil +STATUS (TABLE) Data taken from tab. 1 of the reference +ENDBIB 5 +NOCOMMON 0 0 +DATA 4 28 +DATA 1DATA-ERR 1DATA 2DATA 3 +KEV KEV NO-DIM NO-DIM + 6.0 6.0 2.5 1.0 + 68.3 7.0 2.5 1.0 + 94.0 30.0 1.5 1.0 +126.7 8.0 4.5 1.0 +188.6 4.0 5.5 1.0 +230.8 9.0 2.5 1.0 +241.3 3.0 3.5 -1.0 +276.3 4.0 4.5 1.0 +331.8 19.0 3.5 1.0 +368.5 4.0 4.5 -1.0 +374.6 3.0 0.5 1.0 +436.0 8.0 2.5 1.0 +446.1 7.0 1.5 1.0 +503.3 8.0 2.5 1.0 +568.5 11.0 2.5 1.0 +606.6 30.0 1.5 -1.0 +676.0 6.0 0.5 +693.5 35.0 3.5 +705.2 20.0 5.5 1.0 +720.5 4.0 1.5 -1.0 +736.8 7.0 0.5 +746.0 22.0 3.5 -1.0 +763.0 30.0 3.5 1.0 +831.0 40.0 3.5 +860.0 25.0 0.5 +881.5 10.0 3.5 +893.0 25.0 1.5 1.0 +912.5 9.0 2.5 +ENDDATA 30 +ENDSUBENT 40 +ENDENTRY 2 diff --git a/exforall/C17/C1786.x4 b/exforall/C17/C1786.x4 index 3aa3dbfa4..d5dfdbfe3 100644 --- a/exforall/C17/C1786.x4 +++ b/exforall/C17/C1786.x4 @@ -1,9 +1,9 @@ -ENTRY C1786 20100308 20101201 20101019 C100 -SUBENT C1786001 20100308 20101201 20101019 C100 -BIB 11 41 +ENTRY C1786 20111010 20120207 20111201 C111 +SUBENT C1786001 20111010 20120207 20111201 C111 +BIB 11 44 TITLE Structure of states in 12Be via the 11Be(d,p) reaction -AUTHOR (R.Kanungo,A.T.Gallant,M.Uchida,C.Andreoiu, - R.A.E.Austin,D.Bandyopadhyay,G.C.Ball,J.A.Becker, +AUTHOR (R.Kanungo,A.T.Gallant,M.Uchida,C.Andreoiuc, + R.A.E.Austin,D.Bandyop Adhyay,G.C.Ball,J.A.Becker, A.J.Boston,H.C.Boston,B.A.Brown,L.Buchmann, S.J.Colosimo,R.M.Clark,D.Cline,D.S.Cross,H.Dare, B.Davids,T.E.Drake,M.Djongolov,P.Finlay,N.Galinski, @@ -17,11 +17,12 @@ AUTHOR (R.Kanungo,A.T.Gallant,M.Uchida,C.Andreoiu, INSTITUTE (1CANTMF,1USALRL,2UK LVP,1USAMSU,1USABRK,1USAROC, 1CANTOR,1CANGUE,1CANSFU,1USACSM,2UK EDG,2JPNOSA) (1CANCAN)Saint Mary's University, Halifax, Nova Scotia -REFERENCE (J,PL/B,682,391,2010) -FACILITY (LINAC,1CANTMF) Experiment was performed at the ISAC-II - facility, TRIUMF, Canada. -SAMPLE Self supporting (CD2)n reaction target with - thickness of 40 mu- g/cm2. +REFERENCE (J,PL/B,682,391,2010) Main reference + (J,NP/A,834,505,2010) Preliminary data, Beijing conf. +FACILITY (LINAC,1CANTMF) Experiment was performed at the ISAC- + II facility, TRIUMF, Canada. +SAMPLE Self supporting (CD2)n reaction target with thickness + of 40 mu-g/cm2. DETECTOR (SISD)A 140 mu-m thick annular S3 type double-sided silicon strip detector detected the protons in the backward direction covering laboratory angles of @@ -42,18 +43,20 @@ INC-SOURCE The radioactive 11Be beam was extracted from the accelerator. ERR-ANALYS (ERR-S) Statistical uncertainty HISTORY (20100308C) Compiled by S.H. -ENDBIB 41 + (20110921A) S.H. Second reference added + STATUS of subs 2-4 updated +ENDBIB 44 COMMON 2 3 EN EN-ERR MEV/A MEV/A 5.0 0.01 ENDCOMMON 3 -ENDSUBENT 48 -SUBENT C1786002 20100308 20101201 20101019 C100 +ENDSUBENT 51 +SUBENT C1786002 20111031 20120207 20111201 C111 BIB 3 5 REACTION ((1-H-2(4-BE-11,P)4-BE-12,PAR,DA,RSD)= (4-BE-11(D,P)4-BE-12,PAR,DA)) -STATUS (TABLE) Data presented in fig. 3a of the reference +STATUS (TABLE) Data presented in fig.3a of the main reference sent by author (R.K.) EN-SEC (E-LVL,4-BE-12) ENDBIB 5 @@ -73,11 +76,11 @@ ADEG MB/SR MB/SR 19.0 1.16 0.55 ENDDATA 8 ENDSUBENT 22 -SUBENT C1786003 20100308 20101201 20101019 C100 +SUBENT C1786003 20111027 20120207 20111201 C111 BIB 3 5 REACTION ((1-H-2(4-BE-11,P)4-BE-12,PAR,DA,RSD)= (4-BE-11(D,P)4-BE-12,PAR,DA)) -STATUS (TABLE) Data presented in fig. 3b of the reference +STATUS (TABLE) Data presented in fig.3b of the main reference sent by author (R.K.) EN-SEC (E-LVL,4-BE-12) ENDBIB 5 @@ -97,11 +100,11 @@ ADEG MB/SR MB/SR 15.0 12.13 1.30 ENDDATA 8 ENDSUBENT 22 -SUBENT C1786004 20100308 20101201 20101019 C100 +SUBENT C1786004 20111027 20120207 20111201 C111 BIB 3 5 REACTION ((1-H-2(4-BE-11,P)4-BE-12,PAR,DA,RSD)= (4-BE-11(D,P)4-BE-12,PAR,DA)) -STATUS (TABLE) Data presented in fig. 3c of the reference +STATUS (TABLE) Data presented in fig.3c of the main reference sent by author (R.K.) EN-SEC (E-LVL,4-BE-12) ENDBIB 5 diff --git a/exforall/C18/C1826.x4 b/exforall/C18/C1826.x4 index 201c92bb1..fc893ee9f 100644 --- a/exforall/C18/C1826.x4 +++ b/exforall/C18/C1826.x4 @@ -1,16 +1,16 @@ -ENTRY C1826 20110317 20111102 20111011 C108 -SUBENT C1826001 20110317 20111102 20111011 C108 -BIB 10 33 +ENTRY C1826 20111206 20120207 20120202 C112 +SUBENT C1826001 20111206 20120207 20120202 C112 +BIB 10 34 TITLE The Texas-Edinburgh-Catania Silicon Array (TECSA): A detector for nuclear astrophysics and nuclear structure studies with rare isotope beams AUTHOR (B.T.Roeder,M.McCleskey,L.Trache,A.A.Alharbi,A.Banu, S.Cherubini,T.Davinson,V.Z.Goldberg,M.Gulino, - R.G.Pizzone,E.Simmons,R.Sparta,A.Sp Iridon, + R.G.Pizzone,E.Simmons,R.Sparta,A.Spiridon, C.Spitaleri,J.P.Wallace,R.E.Tribble,P.J.Woods) INSTITUTE (1USATAM,2ITYLNS,2ITYCAT,2UK EDG) REFERENCE (J,NIM/A,634,71,2011) -FACILITY (CYCLO,1USATAM) Experiment performad using the K500 +FACILITY (CYCLO,1USATAM) Experiment performed using the K500 cyclotron at Texas A&M University SAMPLE Deuterated-polyethylene (CD2) with an areal density of 251 +-5 mu -g/cm2 and the D:H ratio enriched to 98%. @@ -24,23 +24,24 @@ DETECTOR (SISD) Charged particles were detected with a TESCA depending on the distance between the array and the target. INC-SOURCE The primary beam of 14C from K500 cyclotron was - tuned through MARS spectometer with no primary + tuned through MARS spectrometer with no primary production target in place. ERR-ANALYS (ERR-1,2.0,6.0) Systematic uncertainty in beam current integration - (ERR-2) Systematic ucnertainty in target thickness + (ERR-2) Systematic uncertainty in target thickness (ERR-3) Systematic uncertainty in repeatability of the analysis (ERR-S) Statistical uncertainty (ERR-T) Total uncertainty HISTORY (20110317C) Compiled by S.H. -ENDBIB 33 + (20111107A) OS. Author's name corr. +ENDBIB 34 COMMON 4 3 EN ERR-2 ERR-3 ERR-S MEV/A PER-CENT PER-CENT PER-CENT 11.7 2.0 2.0 2.0 ENDCOMMON 3 -ENDSUBENT 40 +ENDSUBENT 41 SUBENT C1826002 20110317 20111102 20111011 C108 BIB 2 4 REACTION ((1-H-2(6-C-14,P)6-C-15,PAR,DA)= diff --git a/exforall/C18/C1827.x4 b/exforall/C18/C1827.x4 index 11f316843..5f40d90e3 100644 --- a/exforall/C18/C1827.x4 +++ b/exforall/C18/C1827.x4 @@ -1,10 +1,10 @@ -ENTRY C1827 20110408 20111102 20111011 C108 -SUBENT C1827001 20110408 20111102 20111011 C108 -BIB 8 30 +ENTRY C1827 20111107 20120207 20120202 C112 +SUBENT C1827001 20111107 20120207 20120202 C112 +BIB 8 32 TITLE Absolute determination of the 22Na(p,g)23Mg reaction rate in novae AUTHOR (A.L.Sallaska,C.Wrede,A.Garcia,D.W.Storm,T.A.D.Brown, - C.Ruiz,K .A.Snover,D.F.Ottewell, L.Buchmann, + C.Ruiz,K.A.Snover,D.F.Ottewell, L.Buchmann, C.Vockenhuber,D.A.Hutcheon,J.A.Caggiano,J.Jose) INSTITUTE (1USAWAU,1CANTMF) (2SPNSPN) Institute for Space Studies of Catalonia, @@ -31,9 +31,11 @@ DETECTOR (HPGE)Two sets of detector systems were positioned at system to reduce the event rate in the detectors to a few tens of kHz. HISTORY (20110408C) Compiled by S.H. -ENDBIB 30 + (20111107A) OS. Author's name corr., + corrections in subs. 6,8,9 +ENDBIB 32 NOCOMMON 0 0 -ENDSUBENT 33 +ENDSUBENT 35 SUBENT C1827002 20110408 20111102 20111011 C108 BIB 5 18 REACTION (11-NA-22(P,G)12-MG-23,,TTY/MLT) 198 keV resonance @@ -184,11 +186,11 @@ KEV PRT/MUCOUL PRT/MUCOUL 305.17 4.79E+05 3.73E+05 ENDDATA 14 ENDSUBENT 41 -SUBENT C1827006 20110408 20111102 20111011 C108 -BIB 6 23 +SUBENT C1827006 20111206 20120207 20120202 C112 +BIB 7 24 REACTION 1(11-NA-22(P,G)12-MG-23,,TTY/MLT) at the begining of bombardment - 2(11-NA-22(P,G)12-MG-23,,TTY/PY,,MSC) at the end of + 2(11-NA-22(P,G)12-MG-23,,TTY/MLT,,MSC) at the end of irradiation after deposition of 17.0 C SAMPLE 22Na target was produced by ion implantation, made at TRIUMF-ISAC by implanting a 10-nA, 30-keV 22Na+ @@ -209,7 +211,8 @@ ERR-ANALYS (ERR-T) Total uncertainty (ERR-3) Systematic uncertainty in number of target atoms MISC-COL (MISC) Accumulated charge at the end of irradiation -ENDBIB 23 +HISTORY (20111107A) OS. Reaction 2 corrected +ENDBIB 24 COMMON 5 3 ERR-1 ERR-2 ERR-3 ERR-3 MISC PER-CENT PER-CENT PER-CENT PER-CENT CM @@ -236,7 +239,7 @@ KEV PRT/MUCOUL PRT/MUCOUL PRT/MUCOUL PRT/MUCOUL 471.78 3.85E+05 9.04E+05 475.80 9.89E+05 1.08E+06 1.30E+06 1.36E+06 ENDDATA 19 -ENDSUBENT 51 +ENDSUBENT 52 SUBENT C1827007 20110408 20111102 20111011 C108 BIB 5 15 REACTION (11-NA-22(P,G)12-MG-23,,TTY/MLT) 512keV resonance @@ -276,15 +279,15 @@ KEV PRT/MUCOUL PRT/MUCOUL 530.00 2.72E+05 2.59E+05 ENDDATA 17 ENDSUBENT 37 -SUBENT C1827008 20110408 20111102 20111011 C108 -BIB 6 28 +SUBENT C1827008 20111206 20120207 20120202 C112 +BIB 7 29 REACTION 1(11-NA-22(P,G)12-MG-23,,TTY/MLT,,MSC) at the end of irradiation after deposition of accumulated charge of 3.0 C - 2(11-NA-22(P,G)12-MG-23,,TTY/PY,,MSC) at the end + 2(11-NA-22(P,G)12-MG-23,,TTY/MLT,,MSC) at the end of irradiation after deposition of accumulated charge of 11.0 C - 3(11-NA-22(P,G)12-MG-23,,TTY/PY,,MSC)at the end + 3(11-NA-22(P,G)12-MG-23,,TTY/MLT,,MSC)at the end of irradiation after deposition of accumulated charge of 19.0 C SAMPLE 22Na target was produced by ion implantation, made @@ -306,7 +309,8 @@ ERR-ANALYS (ERR-T) Total uncertainty (ERR-3) Systematic uncertainty in number of target atoms MISC-COL (MISC) Accumulated charge at the end of irradiation -ENDBIB 28 +HISTORY (20111107A) OS. Reactions 2,3 corrected +ENDBIB 29 COMMON 6 3 ERR-1 ERR-2 ERR-3 MISC 1MISC 2MISC 3 PER-CENT PER-CENT PER-CENT CM CM CM @@ -344,20 +348,21 @@ PRT/MUCOUL 625.35 5.93E+05 9.88E+05 3.19E+06 1.02E+06 3.67E+06 1.21E+06 ENDDATA 30 -ENDSUBENT 67 -SUBENT C1827009 20110408 20111102 20111011 C108 -BIB 3 4 +ENDSUBENT 68 +SUBENT C1827009 20111206 20120207 20120202 C112 +BIB 4 5 REACTION (11-NA-22(P,G),PAR,WID/STR) STATUS (TABLE) Data taken from tab. 3 of the reference ERR-ANALYS (EN-ERR) Statistical uncertainty in incident energy (ERR-S) Statistical uncertainty -ENDBIB 4 +HISTORY (20111107A) OS. Level energy at 2nd data point corr. +ENDBIB 5 NOCOMMON 0 0 DATA 5 30 EN-RES E-LVL DATA ERR-S DATA-MAX KEV KEV MILLI-EV MILLI-EV MILLI-EV 198.0 2715.0 0.30 - 209.0 2052.0 0.26 + 209.0 2715.0 0.26 213.0 0.0 0.09 213.0 451.0 5.1 0.5 213.0 2052.0 0.6 0.3 @@ -387,7 +392,7 @@ KEV KEV MILLI-EV MILLI-EV MILLI-EV 610.0 2771.0 18.0 610.0 2908.0 18.0 ENDDATA 32 -ENDSUBENT 41 +ENDSUBENT 42 SUBENT C1827010 20110408 20111102 20111011 C108 BIB 4 6 REACTION (11-NA-22(P,G),,WID/STR) diff --git a/exforall/C18/C1830.x4 b/exforall/C18/C1830.x4 index ec4ac6467..ecfa07d2d 100644 --- a/exforall/C18/C1830.x4 +++ b/exforall/C18/C1830.x4 @@ -1,6 +1,6 @@ -ENTRY C1830 20110524 20111102 20111011 C108 -SUBENT C1830001 20110524 20111102 20111011 C108 -BIB 9 31 +ENTRY C1830 20111206 20120207 20120202 C112 +SUBENT C1830001 20111206 20120207 20120202 C112 +BIB 9 32 TITLE Knockout Reactions from p-Shell Nuclei: Tests of Ab Initio Structure Models AUTHOR (G.F.Grinyer,D.Bazin,A.Gade,J.A.Tostevin,P.Adrich, @@ -17,7 +17,7 @@ DETECTOR (MAGSP)Sample was positioned at the pivot point of the S800 spectrograph. The S800 selected the secondary reaction residue of interest based on magnetic rigidity and identified on event-by-event - baasis in focal plane detector + basis in focal plane detector (TELES,SCIN,SCIN) The focal-plane detection system consisted of two x-y position-sensitive detectors and t plastic scintillators (5 and 10 cm thickness). The @@ -25,20 +25,21 @@ DETECTOR (MAGSP)Sample was positioned at the pivot point of residue energy E measurement and in addition a start signal for the time-of-flight measurement. ERR-ANALYS (ERR-T) Total uncertainty - (ERR-S) Systematic uncecrtainty of 5% was dominated by + (ERR-SYS) Systematic uncertainty of 5% was dominated by systematic losses due to finite acceptance of S800 spectrometer, that ere limited to to +-2.5% in momentum, and 3.5 deg and 5.0 deg in the dispersive and nondispersive directions, respectively. METHOD (EDE,TOF) HISTORY (20110524C) Compiled by S.H. -ENDBIB 31 + (20111107U) OS. Spelling corr. +ENDBIB 32 COMMON 1 3 -ERR-S +ERR-SYS PER-CENT 5.0 ENDCOMMON 3 -ENDSUBENT 38 +ENDSUBENT 39 SUBENT C1830002 20110524 20111102 20111011 C108 BIB 4 9 REACTION (4-BE-9(4-BE-10,X)4-BE-9,,SIG) diff --git a/exforall/C18/C1831.x4 b/exforall/C18/C1831.x4 index d7bd2a6e7..07db87ffd 100644 --- a/exforall/C18/C1831.x4 +++ b/exforall/C18/C1831.x4 @@ -1,11 +1,11 @@ -ENTRY C1831 20110523 20111102 20111011 C108 -SUBENT C1831001 20110523 20111102 20111011 C108 -BIB 11 30 +ENTRY C1831 20111206 20120207 20120202 C112 +SUBENT C1831001 20111206 20120207 20120202 C112 +BIB 11 31 TITLE Fusion Reactions with the One-Neutron Halo Nucleus 15C AUTHOR (M.Alcorta,K.E.Rehm,B.B.Back,S.Bedoor,P.F.Bertone, C.M.Deibel,B.Digiovine,H.Esbensen,J.P.Greene, C.R.Hoffmann,C.L.Jiang,J.C.Lighthall,S.T.Marley, - R.C.Pardo,M.Paul,A.M.Rogers,C.Ugalde,D A.H.Wuosmaa) + R.C.Pardo,M.Paul,A.M.Rogers,C.Ugalde,A.H.Wuosmaa) INSTITUTE (1USAANL,1USAWMU,1USAMSU,3ISLHEB,1USACHI) REFERENCE (J,PRL,106,172701,2011) FACILITY (LINAC,1USAANL) Experiment performed at ATLAS @@ -26,14 +26,15 @@ INC-SOURCE The 15C beam was produced via the in-flight technique superconducting resonator.Energy changes for excitation function measurement were achieved by Au energy degrading foils. -ERR-ANALYS (DATA-ERR) No infromation given -ANALYSIS Realtive normalization of 13,14,15C measurements +ERR-ANALYS (DATA-ERR) No information given +ANALYSIS Relative normalization of 13,14,15C measurements was achieved by using elastically scattered particles detected by Si detectors at forward angles of 35 deg. HISTORY (20110523C) Compiled by S.H. -ENDBIB 30 + (20111107A) OS. Author's name corr. +ENDBIB 31 NOCOMMON 0 0 -ENDSUBENT 33 +ENDSUBENT 34 SUBENT C1831002 20110523 20111102 20111011 C108 BIB 4 6 REACTION (90-TH-232(6-C-13,F),,SIG) diff --git a/exforall/C18/C1832.x4 b/exforall/C18/C1832.x4 index 632022ecb..a1cf0fa83 100644 --- a/exforall/C18/C1832.x4 +++ b/exforall/C18/C1832.x4 @@ -1,6 +1,6 @@ -ENTRY C1832 20110530 20111102 20111011 C108 -SUBENT C1832001 20110530 20111102 20111011 C108 -BIB 7 12 +ENTRY C1832 20111206 20120207 20120202 C112 +SUBENT C1832001 20111206 20120207 20120202 C112 +BIB 7 13 TITLE Characteristics of an intense neutron source based on the d+Be Reaction AUTHOR (M.J.Saltmarsh,C.A.Ludemann,C.B.Fulmer,R.C.Styles) @@ -13,13 +13,14 @@ SAMPLE Beryllium cylinder 38 mm in diameter and 38 mm long. cylinder to within 6.3 mm of the end, thereby leaving just enough material to stop the 40MeV deuteron beam HISTORY (20110530C) Compiled by S.H. -ENDBIB 12 + (20111107U) OS. Minor corr. in sub.8 +ENDBIB 13 COMMON 2 3 EN THICKNESS MEV G/CM-SQ 40.0 1.165 ENDCOMMON 3 -ENDSUBENT 19 +ENDSUBENT 20 SUBENT C1832002 20110530 20111102 20111011 C108 BIB 5 9 REACTION (4-BE-9(D,X)0-NN-1,,TTY/PY/DA/DE) @@ -326,8 +327,8 @@ PRD/MUC/SR 0.08E+10 ENDDATA 26 ENDSUBENT 59 -SUBENT C1832008 20110601 20111102 20111011 C108 -BIB 3 8 +SUBENT C1832008 20111206 20120207 20120202 C112 +BIB 4 9 REACTION (4-BE-9(D,X)0-NN-1,PAR,TTY/PY/DA) Average value from TOF and activation measurements STATUS (TABLE) Data taken from tab.3 of the reference @@ -335,8 +336,9 @@ STATUS (TABLE) Data taken from tab.3 of the reference (DEP,C1832007) ERR-ANALYS (ERR-1) Uncertainty at specific angle, determined from scatter of experimental data - (ERR-2) Overal uncertainty in normalization -ENDBIB 8 + (ERR-2) Overall uncertainty in normalization +HISTORY (20111107U) OS. Spelling corr. +ENDBIB 9 COMMON 3 3 ANG E-MIN ERR-2 ADEG MEV PER-CENT @@ -344,7 +346,7 @@ ADEG MEV PER-CENT ENDCOMMON 3 DATA 3 14 ANG DATA ERR-1 -ADEG PRT/MUC/SR PRD/MUC/SR +ADEG PRD/MUC/SR PRD/MUC/SR 0.0 36.00E+10 1.80E+10 5.0 30.00E+10 1.50E+10 7.0 26.60E+10 1.30E+10 @@ -360,7 +362,7 @@ ADEG PRT/MUC/SR PRD/MUC/SR 80.0 1.67E+10 0.08E+10 90.0 1.21E+10 0.06E+10 ENDDATA 16 -ENDSUBENT 33 +ENDSUBENT 34 SUBENT C1832009 20110601 20111102 20111011 C108 BIB 5 9 REACTION (3-LI-7(D,X)0-NN-1,PAR,TTY/PY/DA) Flight path 0.75 m diff --git a/exforall/C18/C1833.x4 b/exforall/C18/C1833.x4 index d7782c847..e395b3ff4 100644 --- a/exforall/C18/C1833.x4 +++ b/exforall/C18/C1833.x4 @@ -1,6 +1,6 @@ -ENTRY C1833 20110529 20111102 20111011 C108 -SUBENT C1833001 20110529 20111102 20111011 C108 -BIB 8 21 +ENTRY C1833 20111206 20120207 20120202 C112 +SUBENT C1833001 20111206 20120207 20120202 C112 +BIB 8 22 TITLE Neutron spectra at 0deg from 83.7-MeV deuterons and 100.2-MeV protons on beryllium AUTHOR (R.Madey,F.M.Waterman,A.R.Baldwin) @@ -12,7 +12,7 @@ FACILITY (CYCLO,1USAMRY) Experiment performed at the DETECTOR (SCIN) Neutron spectra were measured using neutron spectrometer consisting of two scintillation counters. First counter with scintillators NE102 and - partialy NE228 served as proton recoil detector and + partially NE228 served as proton recoil detector and time of flight start counter. The second detector with thick NE102 plastic scintillator served as time of flight stop detector. Sum of recoiled proton energy @@ -22,9 +22,10 @@ DETECTOR (SCIN) Neutron spectra were measured using neutron particle veto detectors for background reduction. METHOD (TOF) HISTORY (20110529C) Compiled by S.H. -ENDBIB 21 + (20111107U) OS. Spelling corr. +ENDBIB 22 NOCOMMON 0 0 -ENDSUBENT 24 +ENDSUBENT 25 SUBENT C1833002 20110529 20111102 20111011 C108 BIB 3 3 REACTION (4-BE-9(D,X)0-NN-1,,TTY/PY/DA/DE,,REL) diff --git a/exforall/C18/C1834.x4 b/exforall/C18/C1834.x4 index 3febb8306..78e6ebec5 100644 --- a/exforall/C18/C1834.x4 +++ b/exforall/C18/C1834.x4 @@ -1,6 +1,6 @@ -ENTRY C1834 20110527 20111102 20111011 C108 -SUBENT C1834001 20110527 20111102 20111011 C108 -BIB 14 36 +ENTRY C1834 20111107 20120207 20120202 C112 +SUBENT C1834001 20111107 20120207 20120202 C112 +BIB 14 37 TITLE Improved measurement of neutron spectrum from 35 MeV protons on thick beryllium AUTHOR (J.L.Ullmann,N.Peek,S.W.Johnsen,A.Raventos,P.Heintz) @@ -19,7 +19,7 @@ DETECTOR (TELES,SI,NAICR) Protons recoiling from the CH2 were 1.6 cm thick Nal scintillator. METHOD Neutron spectrum was measured by proton recoil method. Neutrons at 0 deg interacted in CH2 target - wuth thickness of 57.9 mg/cm2 C H 2and recoil protons + with thickness of 57.9 mg/cm2 C H 2and recoil protons were detected at 15 deg by a E-dE telescope. CORRECTION The detected proton energy spectrum was corrected for carbon contribution, energy loss in the target and dE @@ -33,17 +33,18 @@ ANALYSIS Corrected proton spectrum was divided by the n+p obtained from the parameterization of Hopkins and Breit for the energy range 0-25 MeV, and from Binstock for energies above 25 MeV. -ERR-ANALYS (ERR-T) Total unccertainty - (ERR-SYS) Systematic uncertaiinty in the normalization +ERR-ANALYS (ERR-T) Total uncertainty + (ERR-1) Systematic uncertainty in the normalization (ERR-S) Statistical uncertainty HISTORY (20110527C) Compiled by S.H. -ENDBIB 36 + (20111107U) OS. Spelling corr. +ENDBIB 37 COMMON 5 3 -EN ERR-T ERR-SYS ERR-S THICKNESS +EN ERR-T ERR-1 ERR-S THICKNESS MEV PER-CENT PER-CENT PER-CENT G/CM-SQ 35.0 6.0 5.0 3.0 2.149 ENDCOMMON 3 -ENDSUBENT 43 +ENDSUBENT 44 SUBENT C1834002 20110527 20111102 20111011 C108 BIB 2 2 REACTION (4-BE-9(P,X)0-NN-1,,TTY/PY/DA/DE) diff --git a/exforall/C18/C1836.x4 b/exforall/C18/C1836.x4 index 10c1a9a96..f3c5dee2c 100644 --- a/exforall/C18/C1836.x4 +++ b/exforall/C18/C1836.x4 @@ -1,6 +1,6 @@ -ENTRY C1836 20110528 20111102 20111011 C108 -SUBENT C1836001 20110528 20111102 20111011 C108 -BIB 8 18 +ENTRY C1836 20111107 20120207 20120202 C112 +SUBENT C1836001 20111107 20120207 20120202 C112 +BIB 8 19 TITLE Measurements of low-energy (d,n) reactions for BNCT AUTHOR (N.Colonna,L.Beaulieu,L.Phair,G.J.Wozniak, L.G.Moretto,W.T.Chu,B.A.Ludewigt) @@ -19,9 +19,10 @@ METHOD (TOF,PSD) The neutron energy was determined from the time-of-flight relative to the cyclotron radiofrequency signal. HISTORY (20110528C) Compiled b S.H. -ENDBIB 18 + (20111107A) Corrections in subs.4,5 +ENDBIB 19 NOCOMMON 0 0 -ENDSUBENT 21 +ENDSUBENT 22 SUBENT C1836002 20110528 20111102 20111011 C108 BIB 3 3 REACTION (4-BE-9(D,X)0-NN-1,,TTY/PY/DA/DE) @@ -230,46 +231,51 @@ MEV P/MEVMUCSR 6.87 3.37E+07 ENDDATA 70 ENDSUBENT 82 -SUBENT C1836004 20110528 20111102 20111011 C108 -BIB 3 3 +SUBENT C1836004 20111107 20120207 20120202 C112 +BIB 4 4 REACTION (4-BE-9(D,X)0-NN-1,,TTY/PY/DA) STATUS (CURVE) Data taken from fig. 1c of the reference -SAMPLE Beryllium sample with thickness of 0.8 mg/cm2 -ENDBIB 3 +SAMPLE Beryllium sample with thickness of 20.0 mg/cm2 +HISTORY (20111107A) Data table and thickness corrected +ENDBIB 4 COMMON 2 3 EN THICKNESS MEV G/CM-SQ -1.5 0.0008 +1.5 0.020 ENDCOMMON 3 -DATA 2 4 +DATA 2 5 ANG DATA ADEG PRD/MUC/SR 0.0 3.09E+07 + 15.0 3.32E+07 30.0 3.11E+07 60.0 2.72E+07 90.0 2.50E+07 -ENDDATA 6 -ENDSUBENT 18 -SUBENT C1836005 20110528 20111102 20111011 C108 -BIB 3 3 -REACTION (4-BE-9(D,X)0-NN-1,,TTY/PY/DA) +ENDDATA 7 +ENDSUBENT 20 +SUBENT C1836005 20111107 20120207 20120202 C112 +BIB 4 5 +REACTION (4-BE-9(D,X)0-NN-1,PAR,TTY/PY/DA) STATUS (CURVE) Data taken from fig. 1c of the reference SAMPLE Beryllium sample with thickness of 20.0 mg/cm2 -ENDBIB 3 -COMMON 2 3 -EN THICKNESS -MEV G/CM-SQ -1.5 0.020 +HISTORY (20111107A) Reaction and data table corrected, + E-MAX added +ENDBIB 5 +COMMON 3 3 +EN THICKNESS E-MAX +MEV G/CM-SQ MEV +1.5 0.020 1.0 ENDCOMMON 3 -DATA 2 4 +DATA 2 5 ANG DATA ADEG PRD/MUC/SR - 0.0 3.09E+07 - 30.0 3.11E+07 - 60.0 2.72E+07 - 90.0 2.50E+07 -ENDDATA 6 -ENDSUBENT 18 + 0.0 1.60E+07 + 15.0 1.33E+07 + 30.0 1.07E+07 + 60.0 5.56E+06 + 90.0 4.17E+06 +ENDDATA 7 +ENDSUBENT 21 SUBENT C1836006 20110528 20111102 20111011 C108 BIB 3 3 REACTION (6-C-12(D,X)0-NN-1,,TTY/PY/DA/DE) diff --git a/exforall/C18/C1838.x4 b/exforall/C18/C1838.x4 index 2f83ba4a2..484349207 100644 --- a/exforall/C18/C1838.x4 +++ b/exforall/C18/C1838.x4 @@ -1,6 +1,6 @@ -ENTRY C1838 20110602 20111102 20111011 C108 -SUBENT C1838001 20110602 20111102 20111011 C108 -BIB 10 18 +ENTRY C1838 20111206 20120207 20120202 C112 +SUBENT C1838001 20111206 20120207 20120202 C112 +BIB 10 19 TITLE Multipole deformation of 238U AUTHOR (D.L.Hendrie,B.G.Harvey,J.R.Meriwether,J.Mahoney, J.-C.Faivre,D.G.Kovar) @@ -11,21 +11,22 @@ FACILITY (CYCLO,1USABRK)Experiment performed at 88-in. SAMPLE The target was made by evaporating 75 mu-g/cm2 of uranium metal on to a 50 mu-g/cm2 carbon backing. DETECTOR (MAGSP,SI) Scattered beam was analyzed by magnetic - spectrometera and alpha particles were detected in + spectrometer and alpha particles were detected in spectrometer focal plane by a 1-cm high, 5-cm-long position-sensitive silicon detector. METHOD (ASPEC) ERR-ANALYS (ERR-S,2.0,5.0) Statistical uncertainty - (ERR-SYS,1.0,2.0) Systematic uncertainty in absolute + (ERR-1,1.0,2.0) Systematic uncertainty in absolute normalization HISTORY (20110602C) Compiled by S.H. -ENDBIB 18 + (20111107U) OS. Spelling corr. +ENDBIB 19 COMMON 1 3 EN MEV 50.0 ENDCOMMON 3 -ENDSUBENT 25 +ENDSUBENT 26 SUBENT C1838002 20110602 20111102 20111011 C108 BIB 2 2 REACTION (92-U-238(A,EL)92-U-238,,DA,,RTH) diff --git a/exforall/C18/C1853.x4 b/exforall/C18/C1853.x4 new file mode 100644 index 000000000..15fb099e4 --- /dev/null +++ b/exforall/C18/C1853.x4 @@ -0,0 +1,525 @@ +ENTRY C1853 20110927 20120207 20111201 C111 +SUBENT C1853001 20110927 20120207 20111201 C111 +BIB 7 16 +TITLE Study of the 14C(p,n)14N and 14C(a,n)17-O reactions +AUTHOR (R.M.Sanders) +INSTITUTE (1USAWIS) +REFERENCE (J,PR,104,1434,1956) +FACILITY (VDG,1USAWIS) Experiment performed at the Wisconsin + electrostatic generator. +SAMPLE (6-C-14,ENR=0.387) Target prepared by high-frequency + discharge in acetylene at a pressure of about 0.7 mm + Hg between electrodes containing the 10-mil tungsten + target backings spaced 1 cm apart. The acetylene was + converted from barium carbonate enriched to 38.7% in + 14C. Deposit of unknown composition, which turned + dark brown upon heating in air to 400 deg C and black + upon bombardment was assumed to be carbon of the same + isotopic constitution as the barium carbonate. +HISTORY (20110927C) Compiled by S.H. +ENDBIB 16 +NOCOMMON 0 0 +ENDSUBENT 19 +SUBENT C1853002 20110927 20120207 20111201 C111 +BIB 3 4 +REACTION (6-C-14(P,N)7-N-14,,SIG,,REL) +STATUS (CURVE) Data taken from fig.4 of the reference +DETECTOR (LONGC,BF3) Long counter based on a BF3 proportional + counter +ENDBIB 4 +NOCOMMON 0 0 +DATA 2 205 +EN DATA +MEV ARB-UNITS + 0.663 4.93E+02 + 0.678 8.06E+02 + 0.684 1.70E+03 + 0.701 1.88E+03 + 0.714 2.45E+03 + 0.721 3.91E+03 + 0.731 3.14E+03 + 0.747 3.58E+03 + 0.765 3.32E+03 + 0.782 3.88E+03 + 0.796 4.26E+03 + 0.810 4.83E+03 + 0.820 4.42E+03 + 0.831 4.18E+03 + 0.843 5.64E+03 + 0.857 5.31E+03 + 0.873 5.12E+03 + 0.882 6.77E+03 + 0.900 7.34E+03 + 0.902 6.31E+03 + 0.920 6.00E+03 + 0.933 7.07E+03 + 0.949 7.63E+03 + 0.958 6.48E+03 + 0.969 7.24E+03 + 0.986 6.59E+03 + 0.998 6.97E+03 + 1.007 8.05E+03 + 1.016 6.77E+03 + 1.033 7.91E+03 + 1.052 8.10E+03 + 1.065 7.26E+03 + 1.078 7.89E+03 + 1.084 8.72E+03 + 1.095 9.41E+03 + 1.105 5.42E+02 + 1.122 5.34E+02 + 1.134 3.37E+02 + 1.147 9.69E+02 + 1.157 1.79E+03 + 1.162 9.89E+03 + 1.177 2.34E+04 + 1.186 1.56E+04 + 1.196 8.41E+03 + 1.207 4.26E+03 + 1.217 2.85E+03 + 1.223 1.51E+03 + 1.244 1.05E+03 + 1.264 1.68E+03 + 1.275 2.57E+03 + 1.283 4.99E+03 + 1.291 9.45E+03 + 1.306 1.73E+04 + 1.318 2.82E+04 + 1.323 3.49E+04 + 1.334 3.22E+04 + 1.345 2.74E+04 + 1.356 2.16E+04 + 1.363 1.59E+04 + 1.371 1.27E+04 + 1.382 9.54E+03 + 1.392 7.68E+03 + 1.401 6.72E+03 + 1.412 5.44E+03 + 1.430 4.43E+03 + 1.441 3.77E+03 + 1.460 3.16E+03 + 1.478 2.66E+03 + 1.500 2.26E+03 + 1.513 1.88E+03 + 1.536 1.68E+03 + 1.554 1.48E+03 + 1.575 1.22E+03 + 1.589 1.53E+03 + 1.607 1.33E+03 + 1.625 1.64E+03 + 1.639 2.08E+03 + 1.652 2.84E+03 + 1.663 3.98E+03 + 1.672 4.68E+03 + 1.687 4.93E+03 + 1.695 3.84E+03 + 1.706 2.69E+03 + 1.722 1.28E+03 + 1.742 6.28E+02 + 1.763 8.73E+02 + 1.782 1.31E+03 + 1.804 2.26E+03 + 1.822 1.61E+03 + 1.842 1.41E+03 + 1.863 1.78E+03 + 1.880 2.60E+03 + 1.888 4.13E+03 + 1.899 4.89E+03 + 1.911 4.44E+03 + 1.930 3.83E+03 + 1.950 4.56E+03 + 1.967 5.37E+03 + 1.985 6.26E+03 + 1.997 7.97E+03 + 2.009 9.95E+03 + 2.017 1.42E+04 + 2.027 3.17E+04 + 2.037 4.54E+04 + 2.044 4.16E+04 + 2.060 4.12E+04 + 2.068 5.07E+04 + 2.075 6.50E+04 + 2.081 7.80E+04 + 2.097 7.56E+04 + 2.106 6.10E+04 + 2.117 4.39E+04 + 2.126 3.42E+04 + 2.136 2.44E+04 + 2.141 1.73E+04 + 2.156 1.31E+04 + 2.164 7.45E+03 + 2.172 6.30E+03 + 2.187 5.52E+03 + 2.204 5.01E+03 + 2.222 4.87E+03 + 2.240 4.06E+03 + 2.240 4.06E+03 + 2.256 4.34E+03 + 2.261 5.68E+03 + 2.270 1.05E+04 + 2.280 1.01E+04 + 2.290 7.14E+03 + 2.302 5.15E+03 + 2.307 3.87E+03 + 2.321 3.10E+03 + 2.339 2.58E+03 + 2.357 2.51E+03 + 2.375 2.63E+03 + 2.395 2.49E+03 + 2.412 2.74E+03 + 2.430 3.31E+03 + 2.430 3.30E+03 + 2.440 4.04E+03 + 2.446 4.70E+03 + 2.456 5.53E+03 + 2.466 4.69E+03 + 2.474 3.60E+03 + 2.486 2.64E+03 + 2.502 2.06E+03 + 2.517 1.67E+03 + 2.535 1.72E+03 + 2.556 1.65E+03 + 2.575 1.45E+03 + 2.602 1.50E+03 + 2.622 1.30E+03 + 2.643 1.48E+03 + 2.660 1.57E+03 + 2.676 1.40E+03 + 2.695 1.33E+03 + 2.711 1.32E+03 + 2.733 1.38E+03 + 2.754 1.37E+03 + 2.770 1.81E+03 + 2.791 1.80E+03 + 2.805 1.98E+03 + 2.823 2.36E+03 + 2.837 3.12E+03 + 2.850 3.62E+03 + 2.860 4.58E+03 + 2.870 5.98E+03 + 2.881 7.11E+03 + 2.891 9.66E+03 + 2.900 1.19E+04 + 2.916 1.27E+04 + 2.930 1.13E+04 + 2.938 9.70E+03 + 2.948 8.10E+03 + 2.962 6.88E+03 + 2.977 5.54E+03 + 2.991 4.64E+03 + 3.007 4.06E+03 + 3.030 4.13E+03 + 3.047 3.91E+03 + 3.068 3.90E+03 + 3.086 3.83E+03 + 3.106 3.69E+03 + 3.124 3.49E+03 + 3.144 4.12E+03 + 3.156 5.20E+03 + 3.166 8.38E+03 + 3.175 9.98E+03 + 3.184 1.15E+04 + 3.195 1.23E+04 + 3.214 1.26E+04 + 3.231 1.35E+04 + 3.246 1.41E+04 + 3.256 1.47E+04 + 3.272 1.55E+04 + 3.293 1.63E+04 + 3.305 1.76E+04 + 3.322 1.87E+04 + 3.332 1.98E+04 + 3.342 2.13E+04 + 3.353 2.35E+04 + 3.362 2.63E+04 + 3.374 3.23E+04 + 3.383 3.69E+04 + 3.391 3.93E+04 + 3.400 4.33E+04 +ENDDATA 207 +ENDSUBENT 216 +SUBENT C1853003 20110927 20120207 20111201 C111 +BIB 3 5 +REACTION (6-C-14(A,N)8-O-17,,SIG,,REL) +STATUS (CURVE) Data taken from fig.5 of the reference +DETECTOR (SCIN) Neutron detector was a National Radiac Company + Type NBS-1 boron-loaded ZnS(Ag) scintillator on a + 6467 photomultiplier tube. +ENDBIB 5 +NOCOMMON 0 0 +DATA 2 162 +EN DATA +MEV ARB-UNITS + 2.345 1.39E+01 + 2.351 1.39E+01 + 2.358 1.57E+01 + 2.367 1.57E+01 + 2.375 1.93E+01 + 2.382 1.21E+01 + 2.391 1.57E+01 + 2.398 2.66E+01 + 2.405 1.39E+01 + 2.413 1.57E+01 + 2.422 2.30E+01 + 2.429 2.11E+01 + 2.437 2.48E+01 + 2.445 1.93E+01 + 2.455 2.48E+01 + 2.462 1.93E+01 + 2.470 2.66E+01 + 2.477 1.93E+01 + 2.484 3.02E+01 + 2.493 2.84E+01 + 2.501 2.30E+01 + 2.508 1.21E+01 + 2.514 2.48E+01 + 2.523 2.30E+01 + 2.533 1.57E+01 + 2.539 3.20E+01 + 2.548 8.52E+00 + 2.555 3.92E+01 + 2.563 1.11E+02 + 2.571 7.35E+01 + 2.578 6.08E+01 + 2.587 7.71E+01 + 2.594 7.53E+01 + 2.602 7.35E+01 + 2.610 1.04E+02 + 2.618 1.28E+02 + 2.625 1.55E+02 + 2.634 3.15E+02 + 2.642 7.32E+02 + 2.649 1.54E+03 + 2.658 1.95E+03 + 2.665 1.61E+03 + 2.672 1.22E+03 + 2.681 1.00E+03 + 2.689 7.71E+02 + 2.697 6.20E+02 + 2.705 4.41E+02 + 2.713 3.67E+02 + 2.721 2.86E+02 + 2.729 2.00E+02 + 2.737 1.58E+02 + 2.745 1.38E+02 + 2.751 1.11E+02 + 2.762 9.87E+01 + 2.767 7.53E+01 + 2.776 6.62E+01 + 2.784 4.10E+01 + 2.784 4.10E+01 + 2.784 4.10E+01 + 2.791 5.72E+01 + 2.799 5.00E+01 + 2.808 6.62E+01 + 2.814 4.82E+01 + 2.822 5.72E+01 + 2.829 5.18E+01 + 2.839 5.36E+01 + 2.845 2.66E+01 + 2.854 3.56E+01 + 2.862 2.84E+01 + 2.868 1.75E+01 + 2.876 1.93E+01 + 2.883 2.30E+01 + 2.891 2.66E+01 + 2.900 3.56E+01 + 2.909 3.38E+01 + 2.916 2.11E+01 + 2.924 3.74E+01 + 2.932 2.66E+01 + 2.939 3.92E+01 + 2.945 2.48E+01 + 2.956 2.11E+01 + 2.965 4.46E+01 + 2.972 1.75E+01 + 2.978 3.38E+01 + 2.984 3.92E+01 + 2.993 2.30E+01 + 3.002 2.66E+01 + 3.009 2.30E+01 + 3.017 2.48E+01 + 3.027 2.66E+01 + 3.034 2.84E+01 + 3.043 2.66E+01 + 3.050 2.30E+01 + 3.058 1.57E+01 + 3.065 2.66E+01 + 3.072 3.02E+01 + 3.080 3.20E+01 + 3.088 3.20E+01 + 3.096 2.30E+01 + 3.102 4.64E+01 + 3.112 3.56E+01 + 3.119 3.56E+01 + 3.126 4.64E+01 + 3.134 3.56E+01 + 3.143 4.10E+01 + 3.144 4.10E+01 + 3.151 4.28E+01 + 3.159 3.56E+01 + 3.167 4.46E+01 + 3.174 3.20E+01 + 3.182 4.82E+01 + 3.190 3.56E+01 + 3.197 4.64E+01 + 3.206 5.90E+01 + 3.214 4.46E+01 + 3.220 6.08E+01 + 3.229 4.28E+01 + 3.236 6.44E+01 + 3.245 4.82E+01 + 3.251 7.16E+01 + 3.260 7.35E+01 + 3.267 9.51E+01 + 3.275 9.87E+01 + 3.285 1.01E+02 + 3.291 1.29E+02 + 3.299 1.19E+02 + 3.305 1.60E+02 + 3.313 1.56E+02 + 3.320 1.53E+02 + 3.329 1.71E+02 + 3.339 1.56E+02 + 3.344 1.83E+02 + 3.352 1.65E+02 + 3.360 1.47E+02 + 3.368 1.69E+02 + 3.376 1.56E+02 + 3.385 1.47E+02 + 3.393 1.55E+02 + 3.400 1.46E+02 + 3.408 1.60E+02 + 3.416 1.67E+02 + 3.424 1.64E+02 + 3.433 1.37E+02 + 3.438 1.76E+02 + 3.447 1.67E+02 + 3.448 1.67E+02 + 3.455 1.83E+02 + 3.462 1.96E+02 + 3.469 2.32E+02 + 3.478 2.65E+02 + 3.487 3.30E+02 + 3.492 3.87E+02 + 3.504 5.48E+02 + 3.509 6.29E+02 + 3.517 6.27E+02 + 3.523 6.67E+02 + 3.533 6.47E+02 + 3.540 5.86E+02 + 3.548 5.87E+02 + 3.559 5.75E+02 + 3.563 5.44E+02 + 3.571 5.03E+02 +ENDDATA 164 +ENDSUBENT 174 +SUBENT C1853004 20110927 20120207 20111201 C111 +BIB 2 2 +REACTION (6-C-14(A,N)8-O-17,,DA) +STATUS (CURVE) Data taken from fig.6 of the reference +ENDBIB 2 +COMMON 1 3 +EN +MEV +2.64 +ENDCOMMON 3 +DATA 3 12 +COS DATA DATA-ERR +NO-DIM MB/SR MB/SR + -0.837 1.98E+01 8.51E+00 + -0.657 3.82E+01 6.68E+00 + -0.499 2.19E+01 5.27E+00 + -0.333 2.36E+01 4.45E+00 + -0.169 2.08E+01 4.40E+00 + -0.002 1.63E+01 3.53E+00 + 0.168 1.84E+01 3.10E+00 + 0.332 2.45E+01 2.81E+00 + 0.499 2.10E+01 2.95E+00 + 0.676 2.23E+01 2.71E+00 + 0.839 2.63E+01 2.61E+00 + 1.010 3.12E+01 2.61E+00 +ENDDATA 14 +ENDSUBENT 25 +SUBENT C1853005 20110927 20120207 20111201 C111 +BIB 2 8 +REACTION 1(6-C-14(P,0),,EN) + 2(6-C-14(P,TOT),,WID) + 3(6-C-14(P,N)7-N-14,,SIG,,RES) + 4(6-C-14(P,N),,J) + 5(6-C-14(P,N),,WID) + 6(6-C-14(P,INL),,WID) + 7(6-C-14(P,A),,WID) +STATUS (TABLE) Data taken from tab.4 of the reference +ENDBIB 8 +NOCOMMON 0 0 +DATA 11 10 +DATA 1DATA-ERR 1DATA 2DATA-ERR 2DATA 3DATA 4 +DATA 5DATA-MAX 5DATA 6DATA-MIN 6DATA 7 +KEV KEV KEV KEV MB NO-DIM +KEV KEV KEV KEV KEV + 1162.0 2.0 6.0 1.0 400.0 0.5 + 1.0 5.0 + 1314.0 3.0 54.0 3.0 315.0 0.5 + 44.0 10.0 + 1670.0 3.0 56.0 3.0 45.0 1.5 + 55.0 0.8 + 1788.0 3.0 22.0 2.0 21.0 1.5 + 22.0 0.1 0.05 + 1884.0 3.0 18.0 2.0 48.0 0.5 + 17.0 0.7 0.26 + 2026.0 4.0 27.0 5.0 330.0 0.5 + 24.0 2.5 0.6 + 2079.0 4.0 58.0 8.0 650.0 1.5 + 38.0 18.0 2.2 + 2271.0 4.0 23.0 3.0 73.0 2.5 + 22.5 0.4 0.1 + 2450.0 4.0 34.0 4.0 1.5 + 28.0 0.3 5.5 + 2908.0 4.0 71.0 5.0 + +ENDDATA 24 +ENDSUBENT 37 +SUBENT C1853006 20110927 20120207 20111201 C111 +BIB 2 2 +REACTION (6-C-14(P,N)7-N-14,,DA,,RES) +STATUS (TABLE) Data taken from tab.4 of the reference +ENDBIB 2 +COMMON 1 3 +ANG +ADEG +0.0 +ENDCOMMON 3 +DATA 3 10 +EN-RES EN-ERR DATA +KEV KEV MB/SR + 1162.0 2.0 32.0 + 1314.0 3.0 25.0 + 1670.0 3.0 3.6 + 1788.0 3.0 1.7 + 1884.0 3.0 3.8 + 2026.0 4.0 35.0 + 2079.0 4.0 59.0 + 2271.0 4.0 8.7 + 2450.0 4.0 4.1 + 2908.0 4.0 9.7 +ENDDATA 12 +ENDSUBENT 23 +SUBENT C1853007 20110927 20120207 20111201 C111 +BIB 2 3 +REACTION 1(6-C-14(A,0),,EN) + 2(6-C-14(P,A),,WID) +STATUS (TABLE) Data taken from tab.5 of the reference +ENDBIB 3 +NOCOMMON 0 0 +DATA 4 5 +DATA 1DATA-ERR 1DATA 2DATA-ERR 2 +KEV KEV KEV KEV + 2553.0 4.0 1.6 1.0 + 2642.0 3.0 10.0 1.0 + 2798.0 11.0 22.0 10.0 + 3335.0 15.0 100.0 20.0 + 3508.0 4.0 54.0 3.0 +ENDDATA 7 +ENDSUBENT 15 +ENDENTRY 7 diff --git a/exforall/C18/C1854.x4 b/exforall/C18/C1854.x4 new file mode 100644 index 000000000..1501b098e --- /dev/null +++ b/exforall/C18/C1854.x4 @@ -0,0 +1,67 @@ +ENTRY C1854 20110924 20120207 20111201 C111 +SUBENT C1854001 20110924 20120207 20111201 C111 +BIB 9 28 +TITLE Direct total cross section measurement of the + 16-O(alpha,gamma)20Ne reaction at Ec.m. = 2.26 MeV +AUTHOR (U.Hager,J.R.Brown,L.Buchmann,M.Carmona-Gallardo, + L.Erikson,J.Fallis,U.Greife,D.Hutcheon,D.Ottewell, + C.Ruiz,S.Sjue,C.Vockenhuber) +INSTITUTE (1USACSM,1CANTMF,1USABNW,2SWTETH) + (2UK UK) University of York, York, United Kingdom + (2SPNSPN) Instituto de Estructura de la Materia, + Madrid, Spain +REFERENCE (J,PR/C,84,022801,2011) +FACILITY (VDG,1CANTMF) Data measured at the DRAGON recoil + separator, located at the ISAC facility at TRIUMF +SAMPLE Windowless gas target was filled with 4He maintained + at a pressure within 3% of 8 Torr. +DETECTOR (BGO) The DRAGON target was surrounded by an array of + 30 BGO gamma detectors in a tight geometry. 20Ne ions + produced in the reaction were detected in coincidence + with gamma events in the BGO array, after separation + from the beam using a two-stage electromagnetic + separator + (IOCH)20Ne ions produced in the reaction were + detected in ionization chamber after separation from + the beam using a two-stage electromagnetic separator +METHOD (COINC) Coincidence between gamma rays detected in BGO + array and separated 20Ne reaction products detected in + ionization chamber. Experiment performed in inverse + kinematics using 16-O beam +HISTORY (20110924C) Compiled by S.H. +ENDBIB 28 +NOCOMMON 0 0 +ENDSUBENT 31 +SUBENT C1854002 20110924 20120207 20111201 C111 +BIB 3 3 +REACTION (8-O-16(A,G)10-NE-20,,SIG,,SFC) +STATUS (TABLE) Data taken from text p. 3 of the reference +ERR-ANALYS (DATA-ERR) No information given +ENDBIB 3 +NOCOMMON 0 0 +DATA 3 1 +EN-CM DATA DATA-ERR +MEV B*MEV B*MEV +2.26 1.43 0.22 +ENDDATA 3 +ENDSUBENT 11 +SUBENT C1854003 20110924 20120207 20111201 C111 +BIB 4 4 +REACTION (8-O-16(A,G)10-NE-20,PAR,SIG,,SFC) +STATUS (TABLE) Data taken from text p. 3 of the reference +ERR-ANALYS (DATA-ERR) No information given +EN-SEC (E-LVL,10-NE-20) +ENDBIB 4 +COMMON 1 3 +EN-CM +MEV +2.26 +ENDCOMMON 3 +DATA 3 2 +E-LVL DATA DATA-ERR +MEV B*MEV B*MEV + 0.0 0.42 0.09 + 1.634 1.02 0.17 +ENDDATA 4 +ENDSUBENT 17 +ENDENTRY 3 diff --git a/exforall/C18/C1855.x4 b/exforall/C18/C1855.x4 new file mode 100644 index 000000000..d00cd2f9b --- /dev/null +++ b/exforall/C18/C1855.x4 @@ -0,0 +1,194 @@ +ENTRY C1855 20110924 20120207 20111201 C111 +SUBENT C1855001 20110924 20120207 20111201 C111 +BIB 9 21 +TITLE Single-neutron energies outside 136Xe +AUTHOR (B.P.Kay,J.P.Schiffer,S.J.Freeman,C.R.Hoffman,B.B.Back, + S.I.Baker,S.Bedoor,T.Bloxham,J.A.Clark,C.M.Deibel, + A.M.Howard,J.C.Lighthall,S.T.Marley,K.E.Rehm,D.K.Sharp, + D.V.Shetty, J.S.Thomas,A.H.Wuosmaa) +INSTITUTE (1USAANL,1USALAS,2UK MAN,1USAWMU,1USABRK,1USAMSU) +REFERENCE (J,PR/C,84,024325,2011) +FACILITY (LINAC,1USAANL) The measurement was performed at the + ATLAS facility at Argonne National Laboratory. +SAMPLE Deuterated polyethylene [(C2D4)n] targets. Several + targets were used with thicknesses ranging between + 125 and 175 mu-g/cm2. +DETECTOR (MAGSP) Outgoing protons, emitted at forward center- + of-mass (c.m.) angles (theta-lab > 90.) were analyzed + in HELIOS, at a field strength of 2 T. + (PS,SI) Energy, distance from the target, and time of + flight of outgoing protons were recorded by an array + of position-sensitive Si detectors surrounding the + magnetic axis, which corresponds to the beam axis. +METHOD (TOF) +HISTORY (20110924C) Compiled by S.H. +ENDBIB 21 +COMMON 1 3 +EN +MEV/A +10.0 +ENDCOMMON 3 +ENDSUBENT 28 +SUBENT C1855002 20110924 20120207 20111201 C111 +BIB 4 14 +REACTION (1-H-2(54-XE-136,P)54-XE-137,PAR,DA) +STATUS (TABLE) Data taken from tab.1 of the reference +ERR-ANALYS (ERR-1) Systematic uncertainty in monitor detector + solid angle + (ERR-2) Systematic uncertainty in beam intensity) + (ERR-3) Systematic uncertainty due to performance of + individual position sensitive counters + (ERR-4) Systematic uncertainty of Rutherford + scattering + (ERR-5) Systematic uncertainty due to background + subtraction + (ERR-T) Total uncertainty +FLAG (1.0) Possibility of doublets at these energies + cannot be ruled out +ENDBIB 14 +COMMON 6 3 +ERR-1 ERR-2 ERR-3 ERR-4 ERR-5 ERR-T +PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT +11.0 5.0 7.0 3.0 5.0 15.0 +ENDCOMMON 3 +DATA 4 20 +E-LVL ANG DATA FLAG +KEV ADEG MB/SR NO-DIM + 0.0 15.0 18.8 + 601.0 12.0 0.6 + 986.0 17.0 2.2 + 1218.0 33.0 1.1 + 1303.0 15.0 4.4 + 1534.0 20.0 2.2 + 1590.0 33.0 0.7 + 1751.0 38.0 1.8 + 1841.0 25.0 3.9 + 1930.0 18.0 2.8 + 2025.0 20.0 2.1 + 2120.0 19.0 0.9 + 2510.0 23.0 2.0 + 2650.0 22.0 2.1 + 2905.0 16.0 0.8 1.0 + 2995.0 21.0 1.4 1.0 + 3150.0 35.0 0.3 1.0 + 3310.0 35.0 0.3 1.0 + 3470.0 34.0 0.5 1.0 + 3610.0 34.0 0.4 1.0 +ENDDATA 22 +ENDSUBENT 45 +SUBENT C1855003 20110924 20120207 20111201 C111 +BIB 3 5 +REACTION ((1-H-2(54-XE-136,P)54-XE-137,PAR,DA)= + (54-XE-136(D,P)54-XE-137,PAR,DA)) +STATUS (CURVE) Data presented in fig.3 of the reference + sent by author (B.P.K.) +ERR-ANALYS (ERR-S) Statistical uncertainty +ENDBIB 5 +NOCOMMON 0 0 +DATA 4 101 +E-LVL ANG-CM DATA-CM ERR-S +KEV ADEG MB/SR MB/SR + 0.0 6.1 15.17 0.83 + 0.0 15.2 18.86 0.28 + 0.0 20.5 16.94 0.25 + 0.0 24.7 14.33 0.24 + 0.0 26.4 12.30 0.24 + 0.0 28.3 12.76 0.25 + 0.0 29.8 10.29 0.26 + 0.0 31.5 9.62 0.38 + 0.0 32.9 8.35 0.23 + 0.0 35.8 6.89 0.22 + 0.0 38.4 8.39 0.35 + 0.0 40.9 6.14 0.38 + 601.0 11.8 10.57 0.21 + 601.0 18.2 6.95 0.16 + 601.0 22.9 7.08 0.17 + 601.0 24.7 6.81 0.18 + 601.0 26.8 7.31 0.19 + 601.0 30.1 6.75 0.34 + 601.0 31.6 5.18 0.18 + 601.0 34.6 4.26 0.18 + 601.0 37.4 4.66 0.27 + 601.0 39.9 3.05 0.29 + 986.0 16.5 2.16 0.09 + 986.0 21.6 2.25 0.10 + 986.0 23.5 2.29 0.10 + 986.0 25.7 2.34 0.12 + 986.0 27.4 2.39 0.13 + 986.0 29.2 1.87 0.27 + 986.0 30.8 1.79 0.10 + 986.0 33.8 1.66 0.11 + 986.0 36.7 1.58 0.16 + 986.0 39.3 1.52 0.34 + 1218.0 15.4 0.57 0.08 + 1218.0 20.7 0.94 0.17 + 1218.0 22.8 0.91 0.22 + 1218.0 25.0 1.38 0.11 + 1218.0 26.7 1.09 0.23 + 1218.0 30.2 1.09 0.14 + 1218.0 33.3 1.14 0.15 + 1218.0 36.2 1.07 0.17 + 1218.0 38.9 0.74 0.18 + 1303.0 14.9 4.38 0.14 + 1303.0 20.4 4.10 0.18 + 1303.0 22.5 3.91 0.25 + 1303.0 24.7 3.35 0.15 + 1303.0 26.5 3.21 0.26 + 1303.0 30.0 2.81 0.14 + 1303.0 33.2 2.03 0.15 + 1303.0 36.1 2.32 0.25 + 1303.0 38.7 1.70 0.22 + 1534.0 13.6 2.40 0.09 + 1534.0 19.5 2.26 0.11 + 1534.0 21.7 1.87 0.19 + 1534.0 24.0 2.11 0.15 + 1534.0 25.8 1.70 0.15 + 1534.0 29.4 1.25 0.12 + 1534.0 32.7 1.24 0.12 + 1590.0 13.3 0.35 0.12 + 1590.0 19.3 0.59 0.11 + 1590.0 21.5 0.63 0.07 + 1590.0 23.8 0.69 0.13 + 1590.0 27.6 0.64 0.14 + 1590.0 29.3 0.57 0.11 + 1590.0 32.5 0.73 0.13 + 1590.0 35.5 0.50 0.13 + 1751.0 18.6 1.40 0.12 + 1751.0 20.9 1.90 0.24 + 1751.0 23.3 1.22 0.22 + 1751.0 25.2 1.79 0.17 + 1751.0 28.9 1.72 0.25 + 1751.0 32.2 2.12 0.34 + 1751.0 35.2 2.22 0.36 + 1751.0 37.9 2.15 0.52 + 1841.0 18.2 3.24 0.24 + 1841.0 20.5 3.92 0.23 + 1841.0 23.0 3.25 0.93 + 1841.0 24.9 4.35 0.23 + 1841.0 28.6 3.59 0.34 + 1841.0 32.0 3.13 0.29 + 1841.0 35.0 2.86 0.39 + 1841.0 37.8 2.17 0.63 + 1930.0 17.8 2.75 0.13 + 1930.0 20.2 1.78 0.22 + 1930.0 22.7 2.08 0.13 + 1930.0 24.6 2.08 0.19 + 1930.0 28.4 1.33 0.08 + 1930.0 31.8 1.41 0.27 + 2510.0 17.6 2.21 0.10 + 2510.0 20.5 2.24 0.12 + 2510.0 22.6 2.31 0.10 + 2510.0 24.9 2.34 0.28 + 2510.0 26.8 2.02 0.11 + 2510.0 30.3 1.86 0.08 + 2510.0 36.5 1.78 0.04 + 2650.0 14.0 2.44 0.45 + 2650.0 17.0 2.33 0.10 + 2650.0 22.1 2.31 0.10 + 2650.0 24.4 2.89 0.28 + 2650.0 26.3 2.02 0.11 + 2650.0 30.0 1.86 0.08 + 2650.0 36.2 1.78 0.04 +ENDDATA 103 +ENDSUBENT 113 +ENDENTRY 3 diff --git a/exforall/C18/C1856.x4 b/exforall/C18/C1856.x4 new file mode 100644 index 000000000..354319461 --- /dev/null +++ b/exforall/C18/C1856.x4 @@ -0,0 +1,57 @@ +ENTRY C1856 20110925 20120207 20111201 C111 +SUBENT C1856001 20110925 20120207 20111201 C111 +BIB 8 17 +TITLE Further evidence for the broad 2+(sub 2) state at 9.6 + MeV in 12C +AUTHOR (W.R.Zimmerman,N.E.Destefano,M.Freer,M.Gai,F.D.Smit) +INSTITUTE (1USAYAL,2UK BIR,3SAFITH) + (1USAUSA) University of Connecticut, Groton, + Connecticut +REFERENCE (J,PR/C,84,027304,2011) +FACILITY (VDGT,1USAYAL) Experiment performed at Yale tandem + using Yale Enge Split Pole Spectrometer +SAMPLE Natural 12C target with thickness of 40 mu-g/cm2. + Background contaminant lines were observed + using 13C target enriched to 93%. +DETECTOR (MAGSP) The protons were detected in the Yale Enge + Split Pole Spectrometer with a solid angle of 2.8 msr + and angular opening of +-1.0deg at laboratory angles + of 20, 35, and 45deg. +HISTORY (20110925C) Compiled by S.H. +ENDBIB 17 +NOCOMMON 0 0 +ENDSUBENT 20 +SUBENT C1856002 20110925 20120207 20111201 C111 +BIB 4 9 +REACTION (6-C-12(P,INL)6-C-12,PAR,DA) +STATUS (CURVE) DAta taken from fig. 4 of the reference + Waiting for data from author +LEVEL-PROP (6-C-12,E-LVL=7.6,SPIN=0.0,PARITY=+1.) + (6-C-12,E-LVL=9.6,SPIN=2.0,PARITY=+1.) + (6-C-12,E-LVL=9.6,SPIN=3.0,PARITY=-1.) + (6-C-12,E-LVL=10.8,SPIN=0.0,PARITY=-1.) +FLAG (1.0) E-LVL=9.6,SPIN=2.0,PARITY=+1.0 + (2.0) E-LVL=9.6,SPIN=3.0,PARITY=-1.0 +ENDBIB 9 +COMMON 1 3 +EN +MEV +25.0 +ENDCOMMON 3 +DATA 5 11 +E-LVL ANG DATA DATA-ERR FLAG +MEV ADEG MB/SR MB/SR NO-DIM + 7.6 22.0 0.38 0.04 + 7.6 39.1 0.11 0.01 + 7.6 50.2 0.17 0.02 + 9.6 22.0 0.35 0.04 1.0 + 9.6 22.0 1.02 2.0 + 9.6 39.1 0.27 0.03 1.0 + 9.6 39.1 1.13 2.0 + 9.6 50.2 1.29 2.0 + 10.8 22.0 0.21 + 10.8 39.1 0.29 0.03 + 10.8 50.2 0.28 0.03 +ENDDATA 13 +ENDSUBENT 31 +ENDENTRY 2 diff --git a/exforall/C18/C1857.x4 b/exforall/C18/C1857.x4 new file mode 100644 index 000000000..987c67499 --- /dev/null +++ b/exforall/C18/C1857.x4 @@ -0,0 +1,116 @@ +ENTRY C1857 20111006 20120207 20111201 C111 +SUBENT C1857001 20111006 20120207 20111201 C111 +BIB 10 31 +TITLE Direct reaction measurements with a 132Sn radioactive + ion beam +AUTHOR (K.L.Jones,F.M.Nunes,A.S.Adekola,D.W.Bardayan, + J.C.Blackmon,K.Y.Chae,K.A.Chipps,J.A.Cizewski, + L.Erikson,C.Harlin,R.Hatarik,R.Kapler,R.L.Kozub, + J.F.Liang,R.Livesay,Z.Ma,B.Moazen,C.D Nesaraja, + S.D.Pain,N.P.Patterson,D.Shapira,J.F.Shriner Jr, + M.S.Smith,T.P.Swan,J.S.Thomas) +INSTITUTE (1USATEN,1USARUT,1USAMSU,1USAOHO,1USAORL,1USACSM, + 2UK SUR,1USATTU) +REFERENCE (J,PR/C,84,034601,2011) +FACILITY (VDGT,1USAORL) Experiment was performed at the + Holifield Radioactive Ion Beam Facility at Oak Ridge + National Laboratory using on-line isotope separation + technique. +SAMPLE Deuterated polyethylene target with an areal density + of 80 mu- g/cm2. The target was turned 30deg to the + beam axis, resulting in an effective target thickness + of 160 mu-g/cm2. +DETECTOR (TELES,SI,SI) Scattered light ions and protons + emitted from the (d,p) reaction were measured in a + system of silicon detectors incorporating the Silicon + Detector Array (SIDAR) and an early implementation of + the Oak Ridge Rutgers University Barrel Array + (ORRUBA). Four telescopes of ORUBA array covered + polar angles between 69deg and 107deg. Energy loss + detectors with thickness of 140 and 65 mu-m were used + with 1000 mu-m thick E detectors. +METHOD (EDE) +ERR-ANALYS (ERR-SYS) Systematic uncertainty +HISTORY (20111006C) Compiled by S.H. +ENDBIB 31 +COMMON 2 3 +EN ERR-SYS +MEV PER-CENT +630.0 5.0 +ENDCOMMON 3 +ENDSUBENT 38 +SUBENT C1857002 20111006 20120207 20111201 C111 +BIB 3 4 +REACTION ((1-H-2(50-SN-132,EL)1-H-2,,DA,,RTH)= + (50-SN-132(D,EL)50-SN-132,,DA,,RTH)) +STATUS (TABLE) Data taken from tab. 3 of the reference +ERR-ANALYS (ERR-S) Statistical uncertainty +ENDBIB 4 +COMMON 1 3 +ERR-SYS +PER-CENT +5.0 +ENDCOMMON 3 +DATA 3 12 +ANG-CM DATA ERR-S +ADEG NO-DIM NO-DIM + 28.4 1.042 0.010 + 29.4 1.066 0.010 + 30.4 1.061 0.010 + 31.4 1.016 0.011 + 32.4 1.005 0.012 + 33.4 0.987 0.013 + 34.3 1.000 0.014 + 35.3 1.019 0.014 + 36.3 0.998 0.015 + 37.3 0.970 0.015 + 38.3 1.002 0.016 + 39.3 0.948 0.018 +ENDDATA 14 +ENDSUBENT 27 +SUBENT C1857003 20111006 20120207 20111201 C111 +BIB 4 5 +REACTION ((1-H-2(50-SN-132,P)50-SN-133,PAR,DA,RSD,AV)= + (50-SN-132(D,P)50-SN-133,PAR,DA,,AV)) +STATUS (TABLE) Data taken from tabs.4,5 of the reference +EN-SEC (E-LVL,50-SN-132) +ERR-ANALYS (ERR-T) Total uncertainty +ENDBIB 5 +NOCOMMON 0 0 +DATA 4 15 +E-LVL ANG-CM DATA-CM ERR-T +KEV ADEG MB/SR MB/SR + 0.0 28.8 4.3 0.7 + 0.0 31.7 6.9 0.8 + 0.0 34.7 6.3 0.7 + 0.0 37.6 8.2 0.9 + 0.0 42.1 6.9 1.1 + 0.0 47.5 9.3 1.5 + 0.0 54.5 8.8 1.5 + 0.0 59.8 8.8 1.3 + 0.0 64.1 8.4 0.9 + 854.0 26.4 11.5 1.2 + 854.0 29.1 11.7 1.1 + 854.0 32.1 13.1 1.1 + 854.0 43.8 16.5 1.7 + 854.0 50.2 15.1 1.5 + 854.0 61.6 11.9 1.3 +ENDDATA 17 +ENDSUBENT 27 +SUBENT C1857004 20111006 20120207 20111201 C111 +BIB 4 5 +REACTION ((1-H-2(50-SN-132,P)50-SN-133,PAR,DA,RSD,AV)= + (50-SN-132(D,P)50-SN-133,PAR,DA,,AV)) +STATUS (TABLE) Data taken from tab.6 of the reference +EN-SEC (E-LVL,50-SN-132) +ERR-ANALYS (ERR-T) Total uncertainty +ENDBIB 5 +NOCOMMON 0 0 +DATA 5 2 +E-LVL ANG-CM-MIN ANG-CM-MAX DATA-CM ERR-T +KEV ADEG ADEG MB/SR MB/SR + 1363.0 33.3 54.0 8.7 1.7 + 2005.0 48.4 54.7 11.3 1.9 +ENDDATA 4 +ENDSUBENT 14 +ENDENTRY 4 diff --git a/exforall/C18/C1858.x4 b/exforall/C18/C1858.x4 new file mode 100644 index 000000000..e50b8d738 --- /dev/null +++ b/exforall/C18/C1858.x4 @@ -0,0 +1,1084 @@ +ENTRY C1858 20111028 20120207 20120202 C112 +SUBENT C1858001 20111028 20120207 20120202 C112 +BIB 10 33 +TITLE Fast-Neutron-Spectrum Measurements for the Thick- + Target 9Be(d,n)10B Reaction at Ed = 7 MeV +AUTHOR (D.L.Smith,J.W.Meadows,P.T.Guenther) +INSTITUTE (1USAANL) +REFERENCE (R,ANL-NDM-90,198504) Full report and tables + (J,NIM/A,241,507,1985) Summary, graphs given +FACILITY (VDG,1USAANL) The Argonne National Laboratory Fast- + Neutron Generator facility was employed to produce + pulsed and bunched deuteron beams +SAMPLE The beryllium target wafers were 0.05-cm thick disks + (more than thick enough to stop 7-MeV deuterons) in + target chamber of low mass design. The side walls of + assembly are 0.05 cm thick stainless steel. The end + caps where the beryllium target wafers are situated + were also 0.05 cm thick and they were made either of + stainless steel or tantalum. Most measurements were + performed with the beryllium target wafer placed + perpendicular to the incident deuteron beam. + In measurements near 90deg of a special target cap + which placed a beryllium wafer at 45deg to the deuteron + beam was used. +DETECTOR (SCIN) Neutron detector was a 2.54 cm diameter by + 0.635 cm thick NE-102A plastic scintillator. No pulse + shape discrimination was possible. Two other + scintillation detectors with NE-213 liquid scintillator + with thickness of 2 cm and diameter of 12.7 cm were + used as monitor detectors +METHOD (TOF) The distance from the beryllium target to the + center of the scintillator was measured to be 503.2+- + 0.2 cm. Deuteron beam was pulsed and bunched with + nominally 2 ns time resolutions for gamma rays. +ERR-ANALYS (ERR-S) Statistical uncertainty +HISTORY (20111028C) Compiled by S.H. +ENDBIB 33 +COMMON 1 3 +EN +MEV +7.0 +ENDCOMMON 3 +ENDSUBENT 40 +SUBENT C1858002 20111028 20120207 20120202 C112 +BIB 2 2 +REACTION (4-BE-9(D,X)0-NN-1,,TTY/PY/DA/DE) +STATUS (TABLE) Data taken from tab. 1 of ANL-NDM-90 +ENDBIB 2 +COMMON 1 3 +ANG +ADEG +0.0 +ENDCOMMON 3 +DATA 4 39 +E-MIN E-MAX DATA ERR-S +KEV KEV P/MEVMUCSR PER-CENT + 798.1 1002.0 7.7318E+08 0.6 + 1002.0 1203.7 8.1885E+08 0.4 + 1203.7 1416.0 8.4374E+08 0.4 + 1416.0 1620.0 8.8449E+08 0.3 + 1620.0 1816.7 9.1972E+08 0.3 + 1816.7 2019.8 9.6170E+08 0.3 + 2019.8 2222.2 9.7299E+08 0.3 + 2222.2 2435.8 9.7484E+08 0.3 + 2435.8 2634.3 9.7061E+08 0.3 + 2634.3 2831.8 9.5412E+08 0.3 + 2831.8 3052.5 9.3206E+08 0.3 + 3052.5 3267.4 9.0988E+08 0.3 + 3267.4 3470.2 8.6581E+08 0.3 + 3470.2 3692.4 8.0236E+08 0.3 + 3692.4 3894.4 7.7092E+08 0.3 + 3894.4 4113.4 7.5917E+08 0.3 + 4113.4 4302.2 7.1984E+08 0.4 + 4302.2 4504.3 6.9195E+08 0.4 + 4504.3 4720.9 6.6180E+08 0.4 + 4720.9 4953.6 6.4033E+08 0.4 + 4953.6 5203.9 6.2828E+08 0.4 + 5203.9 5404.3 5.5084E+08 0.4 + 5404.3 5616.6 4.9016E+08 0.5 + 5616.6 5841.5 4.8736E+08 0.4 + 5841.5 6080.3 4.5710E+08 0.5 + 6080.3 6333.9 2.5505E+08 0.6 + 6333.9 6603.8 9.4012E+07 1.0 + 6603.8 6891.4 8.1425E+07 1.1 + 6891.4 7198.1 8.2256E+07 1.0 + 7198.1 7525.8 8.5455E+07 1.0 + 7525.8 7876.3 8.5437E+07 1.0 + 7876.3 8252.0 7.6918E+07 1.0 + 8252.0 8655.1 8.0319E+07 0.9 + 8655.1 9088.6 7.6524E+07 0.9 + 9088.6 9555.4 6.6220E+07 1.0 + 9555.4 10059.2 4.7756E+07 1.1 + 10059.2 10603.8 3.8723E+07 1.2 + 10603.8 11194.0 2.6382E+07 1.4 + 11194.0 11834.8 8.8668E+06 2.6 +ENDDATA 41 +ENDSUBENT 52 +SUBENT C1858003 20111028 20120207 20120202 C112 +BIB 2 2 +REACTION (4-BE-9(D,X)0-NN-1,,TTY/PY/DA/DE) +STATUS (TABLE) Data taken from tab. 1 of ANL-NDM-90 +ENDBIB 2 +COMMON 1 3 +ANG +ADEG +2.5 +ENDCOMMON 3 +DATA 4 39 +E-MIN E-MAX DATA ERR-S +KEV KEV P/MEVMUCSR PER-CENT + 798.1 1002.0 8.0336E+08 1.2 + 1002.0 1203.7 8.6695E+08 0.8 + 1203.7 1416.0 8.5916E+08 0.7 + 1416.0 1620.0 9.0054E+08 0.7 + 1620.0 1816.7 9.3221E+08 0.6 + 1816.7 2019.8 9.9107E+08 0.6 + 2019.8 2222.2 1.0033E+09 0.6 + 2222.2 2435.8 9.9925E+08 0.5 + 2435.8 2634.3 9.9516E+08 0.6 + 2634.3 2831.8 9.7431E+08 0.6 + 2831.8 3052.5 9.5364E+08 0.5 + 3052.5 3267.4 9.2443E+08 0.5 + 3267.4 3470.2 8.9996E+08 0.6 + 3470.2 3692.4 8.1958E+08 0.6 + 3692.4 3894.4 7.8718E+08 0.6 + 3894.4 4113.4 7.6051E+08 0.6 + 4113.4 4302.2 7.3693E+08 0.7 + 4302.2 4504.3 7.1041E+08 0.7 + 4504.3 4720.9 6.8218E+08 0.7 + 4720.9 4953.6 6.5035E+08 0.7 + 4953.6 5203.9 6.4145E+08 0.7 + 5203.9 5404.3 5.5644E+08 0.8 + 5404.3 5616.6 4.9422E+08 0.8 + 5616.6 5841.5 4.9802E+08 0.8 + 5841.5 6080.3 4.7022E+08 0.8 + 6080.3 6333.9 2.5591E+08 1.1 + 6333.9 6603.8 1.0771E+08 1.7 + 6603.8 6891.4 8.5562E+07 1.9 + 6891.4 7198.1 8.3261E+07 1.9 + 7198.1 7525.8 8.7601E+07 1.8 + 7525.8 7876.3 8.7771E+07 1.7 + 7876.3 8252.0 8.2236E+07 1.7 + 8252.0 8655.1 8.5615E+07 1.6 + 8655.1 9088.6 8.5727E+07 1.6 + 9088.6 9555.4 7.5371E+07 1.6 + 9555.4 10059.2 5.3076E+07 1.9 + 10059.2 10603.8 4.5899E+07 2.0 + 10603.8 11194.0 3.1664E+07 2.3 + 11194.0 11834.8 1.0943E+07 4.0 +ENDDATA 41 +ENDSUBENT 52 +SUBENT C1858004 20111028 20120207 20120202 C112 +BIB 2 2 +REACTION (4-BE-9(D,X)0-NN-1,,TTY/PY/DA/DE) +STATUS (TABLE) Data taken from tab. 1 of ANL-NDM-90 +ENDBIB 2 +COMMON 1 3 +ANG +ADEG +5.0 +ENDCOMMON 3 +DATA 4 39 +E-MIN E-MAX DATA ERR-S +KEV KEV P/MEVMUCSR PER-CENT + 798.1 1002.0 7.5013E+08 0.80 + 1002.0 1203.7 8.3658E+08 0.60 + 1203.7 1416.0 8.3958E+08 0.50 + 1416.0 1620.0 8.7026E+08 0.50 + 1620.0 1816.7 9.0728E+08 0.40 + 1816.7 2019.8 9.5139E+08 0.40 + 2019.8 2222.2 9.6073E+08 0.40 + 2222.2 2435.8 9.5626E+08 0.40 + 2435.8 2634.3 9.4890E+08 0.40 + 2634.3 2831.8 9.3670E+08 0.40 + 2831.8 3052.5 9.1967E+08 0.40 + 3052.5 3267.4 8.8568E+08 0.40 + 3267.4 3470.2 8.5021E+08 0.40 + 3470.2 3692.4 8.0314E+08 0.40 + 3692.4 3894.4 7.5550E+08 0.40 + 3894.4 4113.4 7.3893E+08 0.40 + 4113.4 4302.2 7.1337E+08 0.50 + 4302.2 4504.3 6.7894E+08 0.50 + 4504.3 4720.9 6.4764E+08 0.50 + 4720.9 4953.6 6.2236E+08 0.50 + 4953.6 5203.9 6.0761E+08 0.50 + 5203.9 5404.3 5.3858E+08 0.60 + 5404.3 5616.6 4.7033E+08 0.60 + 5616.6 5841.5 4.6319E+08 0.60 + 5841.5 6080.3 4.3398E+08 0.60 + 6080.3 6333.9 2.8316E+08 0.70 + 6333.9 6603.8 1.1838E+08 1.10 + 6603.8 6891.4 8.9603E+07 1.30 + 6891.4 7198.1 9.0266E+07 1.20 + 7198.1 7525.8 9.3121E+07 1.20 + 7525.8 7876.3 9.7520E+07 1.10 + 7876.3 8252.0 9.1491E+07 1.10 + 8252.0 8655.1 9.3376E+07 1.10 + 8655.1 9088.6 9.4227E+07 1.00 + 9088.6 9555.4 8.7212E+07 1.10 + 9555.4 10059.2 6.8439E+07 1.20 + 10059.2 10603.8 5.4934E+07 1.30 + 10603.8 11194.0 4.0257E+07 1.40 + 11194.0 11834.8 1.7510E+07 2.10 +ENDDATA 41 +ENDSUBENT 52 +SUBENT C1858005 20111028 20120207 20120202 C112 +BIB 2 2 +REACTION (4-BE-9(D,X)0-NN-1,,TTY/PY/DA/DE) +STATUS (TABLE) Data taken from tab. 1 of ANL-NDM-90 +ENDBIB 2 +COMMON 1 3 +ANG +ADEG +7.5 +ENDCOMMON 3 +DATA 4 39 +E-MIN E-MAX DATA ERR-S +KEV KEV P/MEVMUCSR PER-CENT + 798.1 1002.0 7.1551E+08 1.2 + 1002.0 1203.7 8.0095E+08 0.8 + 1203.7 1416.0 8.2308E+08 0.7 + 1416.0 1620.0 8.4175E+08 0.7 + 1620.0 1816.7 8.7462E+08 0.6 + 1816.7 2019.8 9.2680E+08 0.6 + 2019.8 2222.2 9.4013E+08 0.6 + 2222.2 2435.8 9.2358E+08 0.5 + 2435.8 2634.3 9.1739E+08 0.6 + 2634.3 2831.8 9.0437E+08 0.6 + 2831.8 3052.5 8.8063E+08 0.5 + 3052.5 3267.4 8.4535E+08 0.5 + 3267.4 3470.2 8.0521E+08 0.6 + 3470.2 3692.4 7.4238E+08 0.6 + 3692.4 3894.4 7.1485E+08 0.6 + 3894.4 4113.4 6.9835E+08 0.6 + 4113.4 4302.2 6.6717E+08 0.7 + 4302.2 4504.3 6.3955E+08 0.7 + 4504.3 4720.9 6.0607E+08 0.7 + 4720.9 4953.6 5.9056E+08 0.7 + 4953.6 5203.9 5.5222E+08 0.7 + 5203.9 5404.3 4.5595E+08 0.8 + 5404.3 5616.6 4.2600E+08 0.8 + 5616.6 5841.5 4.2506E+08 0.8 + 5841.5 6080.3 3.8139E+08 0.9 + 6080.3 6333.9 1.7643E+08 1.3 + 6333.9 6603.8 1.0400E+08 1.6 + 6603.8 6891.4 9.3671E+07 1.7 + 6891.4 7198.1 9.9201E+07 1.6 + 7198.1 7525.8 1.0903E+08 1.5 + 7525.8 7876.3 1.1056E+08 1.4 + 7876.3 8252.0 1.0862E+08 1.4 + 8252.0 8655.1 1.1579E+08 1.3 + 8655.1 9088.6 1.1744E+08 1.3 + 9088.6 9555.4 1.0269E+08 1.4 + 9555.4 10059.2 8.0956E+07 1.5 + 10059.2 10603.8 7.2118E+07 1.5 + 10603.8 11194.0 4.4732E+07 1.9 + 11194.0 11834.8 1.0323E+07 4.0 +ENDDATA 41 +ENDSUBENT 52 +SUBENT C1858006 20111028 20120207 20120202 C112 +BIB 2 2 +REACTION (4-BE-9(D,X)0-NN-1,,TTY/PY/DA/DE) +STATUS (TABLE) Data taken from tab. 1 of ANL-NDM-90 +ENDBIB 2 +COMMON 1 3 +ANG +ADEG +10.0 +ENDCOMMON 3 +DATA 4 39 +E-MIN E-MAX DATA ERR-S +KEV KEV P/MEVMUCSR PER-CENT + 798.1 1002.0 7.2698E+08 0.8 + 1002.0 1203.7 7.7476E+08 0.5 + 1203.7 1416.0 7.8191E+08 0.4 + 1416.0 1620.0 6.0921E+08 0.4 + 1620.0 1816.7 8.2608E+08 0.4 + 1816.7 2019.8 8.5058E+08 0.4 + 2019.8 2222.2 8.5838E+08 0.4 + 2222.2 2435.8 8.4883E+08 0.4 + 2435.8 2634.3 8.4193E+08 0.4 + 2634.3 2831.8 8.1791E+08 0.4 + 2831.8 3052.5 7.9288E+08 0.4 + 3052.5 3267.4 7.6601E+08 0.4 + 3267.4 3470.2 7.2724E+08 0.4 + 3470.2 3692.4 6.8201E+08 0.4 + 3692.4 3894.4 6.4595E+08 0.5 + 3894.4 4113.4 6.3954E+08 0.4 + 4113.4 4302.2 6.0926E+08 0.5 + 4302.2 4504.3 5.8056E+08 0.5 + 4504.3 4720.9 5.5061E+08 0.5 + 4720.9 4953.6 5.3334E+08 0.5 + 4953.6 5203.9 5.1412E+08 0.5 + 5203.9 5404.3 4.3491E+08 0.6 + 5404.3 5616.6 3.6467E+08 0.6 + 5616.6 5841.5 3.6698E+08 0.6 + 5841.5 6080.3 3.5345E+08 0.6 + 6080.3 6333.9 2.3361E+08 0.8 + 6333.9 6603.8 1.1391E+08 1.1 + 6603.8 6891.4 1.0029E+08 1.2 + 6891.4 7198.1 1.0433E+08 1.1 + 7198.1 7525.8 1.1089E+08 1.0 + 7525.8 7876.3 1.1688E+08 1.0 + 7876.3 8252.0 1.1427E+08 1.0 + 8252.0 8655.1 1.2260E+08 0.9 + 8655.1 9088.6 1.2902E+08 0.9 + 9088.6 9555.4 1.2370E+08 0.9 + 9555.4 10059.2 1.0176E+08 0.9 + 10059.2 10603.8 8.7120E+07 1.0 + 10603.8 11194.0 6.1627E+07 1.1 + 11194.0 11834.8 2.6208E+07 1.7 +ENDDATA 41 +ENDSUBENT 52 +SUBENT C1858007 20111028 20120207 20120202 C112 +BIB 2 2 +REACTION (4-BE-9(D,X)0-NN-1,,TTY/PY/DA/DE) +STATUS (TABLE) Data taken from tab. 1 of ANL-NDM-90 +ENDBIB 2 +COMMON 1 3 +ANG +ADEG +15.0 +ENDCOMMON 3 +DATA 4 39 +E-MIN E-MAX DATA ERR-S +KEV KEV P/MEVMUCSR PER-CENT + 798.1 1002.0 6.7538E+08 0.9 + 1002.0 1203.7 7.3530E+08 0.6 + 1203.7 1416.0 7.2098E+08 0.5 + 1416.0 1620.0 7.2527E+08 0.5 + 1620.0 1816.7 7.3392E+08 0.5 + 1816.7 2019.8 7.6385E+08 0.5 + 2019.8 2222.2 7.4787E+08 0.5 + 2222.2 2435.8 7.3557E+08 0.4 + 2435.8 2634.3 7.2256E+08 0.4 + 2634.3 2831.8 6.9891E+08 0.5 + 2831.8 3052.5 6.7161E+08 0.4 + 3052.5 3267.4 6.3991E+08 0.4 + 3267.4 3470.2 6.0611E+08 0.5 + 3470.2 3692.4 5.5541E+08 0.5 + 3692.4 3894.4 5.3763E+08 0.5 + 3894.4 4113.4 5.2528E+08 0.5 + 4113.4 4302.2 5.0184E+08 0.6 + 4302.2 4504.3 4.8248E+08 0.6 + 4504.3 4720.9 4.4699E+08 0.6 + 4720.9 4953.6 4.2420E+08 0.6 + 4953.6 5203.9 3.9165E+08 0.6 + 5203.9 5404.3 3.1418E+08 0.7 + 5404.3 5616.6 2.7652E+08 0.8 + 5616.6 5841.5 2.7259E+08 0.7 + 5841.5 6080.3 2.5397E+08 0.8 + 6080.3 6333.9 1.6221E+08 0.9 + 6333.9 6603.8 1.2136E+08 1.1 + 6603.8 6891.4 1.1683E+08 1.1 + 6891.4 7198.1 1.2363E+08 1.0 + 7198.1 7525.8 1.3605E+08 0.9 + 7525.8 7876.3 1.4553E+08 0.9 + 7876.3 8252.0 1.5134E+08 0.9 + 8252.0 8655.1 1.6507E+08 0.8 + 8655.1 9088.6 1.7269E+08 0.8 + 9088.6 9555.4 1.6259E+08 0.8 + 9555.4 10059.2 1.3970E+08 0.8 + 10059.2 10603.8 1.2283E+08 0.8 + 10603.8 11194.0 7.8463E+07 1.0 + 11194.0 11834.8 2.6636E+07 1.7 +ENDDATA 41 +ENDSUBENT 52 +SUBENT C1858008 20111028 20120207 20120202 C112 +BIB 2 2 +REACTION (4-BE-9(D,X)0-NN-1,,TTY/PY/DA/DE) +STATUS (TABLE) Data taken from tab. 1 of ANL-NDM-90 +ENDBIB 2 +COMMON 1 3 +ANG +ADEG +20.0 +ENDCOMMON 3 +DATA 4 39 +E-MIN E-MAX DATA ERR-S +KEV KEV P/MEVMUCSR PER-CENT + 798.1 1002.0 6.3859E+08 1.0 + 1002.0 1203.7 6.4678E+08 0.7 + 1203.7 1416.0 6.3127E+08 0.6 + 1416.0 1620.0 6.4641E+08 0.6 + 1620.0 1816.7 6.4311E+08 0.6 + 1816.7 2019.8 6.3575E+08 0.6 + 2019.8 2222.0 6.2670E+08 0.6 + 2222.2 2435.8 5.9684E+08 0.6 + 2435.8 2634.3 5.6877E+08 0.6 + 2634.3 2831.8 5.4489E+08 0.6 + 2831.8 3052.5 5.2535E+08 0.6 + 3052.5 3267.4 4.8860E+08 0.7 + 3267.4 3470.2 4.6285E+08 0.7 + 3470.2 3692.4 4.2354E+08 0.7 + 3692.4 3894.4 4.1096E+08 0.8 + 3894.4 4113.4 4.0163E+08 0.8 + 4113.4 4302.2 3.7363E+08 0.8 + 4302.2 4504.3 3.6868E+08 0.8 + 4504.3 4720.9 3.3148E+08 0.9 + 4720.9 4953.6 3.2514E+08 0.9 + 4953.6 5203.9 2.7898E+08 0.9 + 5203.9 5404.3 2.0834E+08 1.2 + 5404.3 5616.6 1.9095E+08 1.2 + 5616.6 5841.5 1.9345E+08 1.2 + 5841.5 6080.3 1.8490E+08 1.2 + 6080.3 6333.0 1.3268E+08 1.4 + 6333.9 6603.8 1.2607E+08 1.4 + 6603.8 6891.4 1.2884E+08 1.4 + 6891.4 7198.1 1.3877E+08 1.3 + 7198.1 7525.8 1.5267E+08 1.2 + 7525.8 7876.3 1.5831E+08 1.1 + 7876.3 8252.0 1.6359E+08 1.1 + 8252.0 8655.1 1.8074E+08 1.0 + 8655.1 9088.6 1.8463E+08 1.0 + 9088.6 9555.4 1.7258E+08 1.0 + 9555.4 10059.2 1.4718E+08 1.0 + 10059.2 10603.8 1.2971E+08 1.1 + 10603.8 11194.0 7.5432E+07 1.3 + 11194.0 11834.8 2.0762E+07 2.5 +ENDDATA 41 +ENDSUBENT 52 +SUBENT C1858009 20111028 20120207 20120202 C112 +BIB 2 2 +REACTION (4-BE-9(D,X)0-NN-1,,TTY/PY/DA/DE) +STATUS (TABLE) Data taken from tab. 1 of ANL-NDM-90 +ENDBIB 2 +COMMON 1 3 +ANG +ADEG +30.0 +ENDCOMMON 3 +DATA 4 39 +E-MIN E-MAX DATA ERR-S +KEV KEV P/MEVMUCSR PER-CENT + 798.1 1002.0 5.4673E+08 0.8 + 1002.0 1203.7 5.3797E+08 0.6 + 1203.7 1416.0 4.9382E+08 0.6 + 1416.0 1620.0 4.7511E+08 0.6 + 1620.0 1816.7 4.6458E+08 0.6 + 1816.7 2019.8 4.5632E+08 0.6 + 2019.8 2222.0 4.3637E+08 0.6 + 2222.2 2435.8 4.0517E+08 0.5 + 2435.8 2634.3 3.8688E+08 0.6 + 2634.3 2831.8 3.7188E+08 0.6 + 2831.8 3052.5 3.4857E+08 0.6 + 3052.5 3267.4 3.2544E+08 0.6 + 3267.4 3470.2 3.0550E+08 0.6 + 3470.2 3692.4 2.8500E+08 0.6 + 3692.4 3894.4 2.7399E+08 0.7 + 3894.4 4113.4 2.6218E+08 0.7 + 4113.4 4302.2 2.5118E+08 0.8 + 4302.2 4504.3 2.2790E+08 0.8 + 4504.3 4720.9 2.0052E+08 0.8 + 4720.9 4953.6 1.9234E+08 0.8 + 4953.6 5203.9 1.5061E+08 0.9 + 5203.9 5404.3 1.2675E+08 1.1 + 5404.3 5616.6 1.2990E+08 1.1 + 5616.6 5841.5 1.3640E+08 1.0 + 5841.5 6080.3 1.2548E+08 1.1 + 6080.3 6333.0 1.1529E+08 1.1 + 6333.9 6603.8 1.1767E+08 1.1 + 6603.8 6891.4 1.2394E+08 1.0 + 6891.4 7198.1 1.3103E+08 1.0 + 7198.1 7525.8 1.4178E+08 0.9 + 7525.8 7876.3 1.4481E+08 0.9 + 7876.3 8252.0 1.5317E+08 0.8 + 8252.0 8655.1 1.5903E+08 0.8 + 8655.1 9088.6 1.5796E+08 0.8 + 9088.6 9555.4 1.4527E+08 0.8 + 9555.4 10059.2 1.2254E+08 0.8 + 10059.2 10603.8 1.0065E+08 0.9 + 10603.8 11194.0 5.7079E+07 1.1 + 11194.0 11834.8 1.2875E+07 2.4 +ENDDATA 41 +ENDSUBENT 52 +SUBENT C1858010 20111028 20120207 20120202 C112 +BIB 2 2 +REACTION (4-BE-9(D,X)0-NN-1,,TTY/PY/DA/DE) +STATUS (TABLE) Data taken from tab. 1 of ANL-NDM-90 +ENDBIB 2 +COMMON 1 3 +ANG +ADEG +45.0 +ENDCOMMON 3 +DATA 4 39 +E-MIN E-MAX DATA ERR-S +KEV KEV P/MEVMUCSR PER-CENT + 798.1 1002.0 4.1069E+08 0.9 + 1002.0 1203.7 3.9362E+08 0.7 + 1203.7 1416.0 3.5823E+08 0.6 + 1416.0 1620.0 3.4840E+08 0.6 + 1620.0 1816.7 3.2660E+08 0.6 + 1816.7 2019.8 3.1813E+08 0.6 + 2019.8 2222.0 3.0023E+08 0.6 + 2222.2 2435.8 2.7822E+08 0.6 + 2435.8 2634.3 2.7179E+08 0.6 + 2634.3 2831.8 2.5079E+08 0.7 + 2831.8 3052.5 2.3351E+08 0.6 + 3052.5 3267.4 2.1794E+08 0.7 + 3267.4 3470.2 2.0146E+08 0.7 + 3470.2 3692.4 1.9269E+08 0.7 + 3692.4 3894.4 1.7820E+08 0.8 + 3894.4 4113.4 1.6470E+08 0.8 + 4113.4 4302.2 1.4206E+08 0.9 + 4302.2 4504.3 1.3353E+08 0.9 + 4504.3 4720.9 1.2105E+08 1.0 + 4720.9 4953.6 1.0579E+08 1.0 + 4953.6 5203.9 1.0168E+08 1.0 + 5203.9 5404.3 1.0309E+08 1.1 + 5404.3 5616.6 9.8684E+07 1.1 + 5616.6 5841.5 8.6633E+07 1.2 + 5841.5 6080.3 8.4295E+07 1.2 + 6080.3 6333.0 8.3271E+07 1.2 + 6333.9 6603.8 8.3699E+07 1.2 + 6603.8 6891.4 8.6917E+07 1.1 + 6891.4 7198.1 8.5605E+07 1.1 + 7198.1 7525.8 7.8419E+07 1.1 + 7525.8 7876.3 7.6374E+07 1.1 + 7876.3 8252.0 7.3954E+07 1.1 + 8252.0 8655.1 6.8026E+07 1.1 + 8655.1 9088.6 5.5540E+07 1.2 + 9088.6 9555.4 4.5865E+07 1.3 + 9555.4 10059.2 3.7225E+07 1.4 + 10059.2 10603.8 2.2490E+07 1.8 + 10603.8 11194.0 7.6821E+06 3.1 + 11194.0 11834.8 5.5563E+05 17.2 +ENDDATA 41 +ENDSUBENT 52 +SUBENT C1858011 20111028 20120207 20120202 C112 +BIB 2 2 +REACTION (4-BE-9(D,X)0-NN-1,,TTY/PY/DA/DE) +STATUS (TABLE) Data taken from tab. 1 of ANL-NDM-90 +ENDBIB 2 +COMMON 1 3 +ANG +ADEG +53.0 +ENDCOMMON 3 +DATA 4 39 +E-MIN E-MAX DATA ERR-S +KEV KEV P/MEVMUCSR PER-CENT + 798.1 1002.0 3.6429E+08 1.6 + 1002.0 1203.7 3.4764E+08 1.3 + 1203.7 1416.0 3.1763E+08 1.1 + 1416.0 1620.0 3.1677E+08 1.0 + 1620.0 1816.7 2.9042E+08 1.1 + 1816.7 2019.8 2.8775E+08 1.0 + 2019.6 2222.2 2.7157E+08 1.0 + 2222.2 2435.8 2.5722E+08 1.0 + 2435.8 2634.3 2.4328E+08 1.0 + 2634.3 2831.8 2.2254E+08 1.1 + 2831.8 3052.5 2.0863E+08 1.0 + 3052.5 3267.4 1.8877E+08 1.1 + 3267.4 3470.2 1.7658E+08 1.2 + 3470.2 3692.4 1.6036E+08 1.2 + 3692.4 3894.4 1.4821E+08 1.3 + 3894.4 4113.4 1.3043E+08 1.3 + 4113.4 4302.2 1.2107E+08 1.5 + 4302.2 4504.3 1.1151E+08 1.6 + 4504.3 4720.9 9.3650E+07 1.6 + 4720.9 4953.6 9.1664E+07 1.6 + 4953.6 5203.9 9.4841E+07 1.6 + 5203.9 5404.3 8.9005E+07 1.8 + 5404.3 5616.6 7.2412E+07 2.0 + 5616.6 5841.5 6.8870E+07 2.0 + 5841.5 6080.3 7.1438E+07 1.9 + 6080.3 6333.9 7.3362E+07 1.9 + 6333.9 6603.8 7.0960E+07 1.9 + 6603.8 6891.4 6.9396E+07 1.9 + 6891.4 7198.1 5.9526E+07 2.0 + 7198.1 7525.8 5.5822E+07 2.0 + 7525.8 7876.3 5.2366E+07 2.0 + 7876.3 8252.0 4.7371E+07 2.1 + 8252.0 8655.1 3.5614E+07 2.3 + 8655.1 9088.6 3.1104E+07 2.5 + 9088.6 9555.4 2.8248E+07 2.5 + 9555.4 10059.2 1.8636E+07 3.0 + 10059.2 10603.8 8.2970E+06 4.5 + 10603.8 11194.0 7.2773E+05 21.2 + 11194.0 11834.8 3.4602E+05 36.1 +ENDDATA 41 +ENDSUBENT 52 +SUBENT C1858012 20111028 20120207 20120202 C112 +BIB 2 2 +REACTION (4-BE-9(D,X)0-NN-1,,TTY/PY/DA/DE) +STATUS (TABLE) Data taken from tab. 1 of ANL-NDM-90 +ENDBIB 2 +COMMON 1 3 +ANG +ADEG +68.0 +ENDCOMMON 3 +DATA 4 37 +E-MIN E-MAX DATA ERR-S +KEV KEV P/MEVMUCSR PER-CENT + 798.1 1002.0 2.7644E+08 1.3 + 1002.0 1203.7 2.9365E+08 1.0 + 1203.7 1416.0 2.7882E+08 0.8 + 1416.0 1620.0 2.6166E+08 0.8 + 1620.0 1816.7 2.4993E+08 0.8 + 1816.7 2019.8 2.3953E+08 0.8 + 2019.6 2222.2 2.2629E+08 0.8 + 2222.2 2435.8 2.0905E+08 0.8 + 2435.8 2634.3 1.9026E+08 0.9 + 2634.3 2831.8 1.7201E+08 0.9 + 2831.8 3052.5 1.5878E+08 0.9 + 3052.5 3267.4 1.4913E+08 0.9 + 3267.4 3470.2 1.3782E+08 1.0 + 3470.2 3692.4 1.2147E+08 1.0 + 3692.4 3894.4 1.0695E+08 1.1 + 3894.4 4113.4 9.8620E+07 1.1 + 4113.4 4302.2 8.3232E+07 1.3 + 4302.2 4504.3 7.5892E+07 1.4 + 4504.3 4720.9 7.3139E+07 1.4 + 4720.9 4953.6 7.6405E+07 1.3 + 4953.6 5203.9 6.8017E+07 1.4 + 5203.9 5404.3 6.0445E+07 1.6 + 5404.3 5616.6 5.4246E+07 1.7 + 5616.6 5841.5 5.5869E+07 1.6 + 5841.5 6080.3 5.8232E+07 1.6 + 6080.3 6333.9 5.6348E+07 1.5 + 6333.9 6603.8 5.1933E+07 1.6 + 6603.8 6891.4 4.3566E+07 1.7 + 6891.4 7198.1 4.0064E+07 1.7 + 7198.1 7525.8 3.8855E+07 1.7 + 7525.8 7876.3 3.5383E+07 1.8 + 7876.3 8252.0 3.0145E+07 1.8 + 8252.0 8655.1 2.7326E+07 1.9 + 8655.1 9088.6 2.5037E+07 1.9 + 9088.6 9555.4 1.9341E+07 2.2 + 9555.4 10059.2 9.9870E+06 3.0 + 10059.2 10603.8 1.3026E+06 10.4 +ENDDATA 39 +ENDSUBENT 50 +SUBENT C1858013 20111028 20120207 20120202 C112 +BIB 2 2 +REACTION (4-BE-9(D,X)0-NN-1,,TTY/PY/DA/DE) +STATUS (TABLE) Data taken from tab. 1 of ANL-NDM-90 +ENDBIB 2 +COMMON 1 3 +ANG +ADEG +75.0 +ENDCOMMON 3 +DATA 4 37 +E-MIN E-MAX DATA ERR-S +KEV KEV P/MEVMUCSR PER-CENT + 798.1 1002.0 2.5438E+08 0.8 + 1002.0 1203.7 2.7290E+08 0.8 + 1203.7 1416.0 2.6102E+08 0.8 + 1416.0 1620.0 2.4134E+08 0.7 + 1620.0 1816.7 2.2810E+08 0.7 + 1816.7 2019.8 2.2011E+08 0.7 + 2019.6 2222.2 2.0312E+08 0.7 + 2222.2 2435.8 1.8573E+08 0.7 + 2435.8 2634.3 1.6922E+08 0.7 + 2634.3 2831.8 1.5578E+08 0.8 + 2831.8 3052.5 1.4320E+08 0.7 + 3052.5 3267.4 1.3113E+08 0.8 + 3267.4 3470.2 1.1859E+08 0.8 + 3470.2 3692.4 1.0312E+08 0.9 + 3692.4 3894.4 9.6801E+07 0.9 + 3894.4 4113.4 8.0596E+07 1.0 + 4113.4 4302.2 7.0111E+07 1.2 + 4302.2 4504.3 7.1408E+07 1.1 + 4504.3 4720.9 7.1163E+07 1.1 + 4720.9 4953.6 6.8134E+07 1.1 + 4953.6 5203.9 5.9771E+07 1.2 + 5203.9 5404.3 5.2492E+07 1.4 + 5404.3 5616.6 5.3569E+07 1.4 + 5616.6 5841.5 5.5255E+07 1.3 + 5841.5 6080.3 5.4315E+07 1.3 + 6080.3 6333.9 5.0583E+07 1.3 + 6333.9 6603.8 4.4445E+07 1.4 + 6603.8 6891.4 3.9768E+07 1.4 + 6891.4 7198.1 3.8305E+07 1.4 + 7198.1 7525.8 3.5467E+07 1.5 + 7525.8 7876.3 3.2869E+07 1.5 + 7876.3 8252.0 2.8028E+07 1.6 + 8252.0 8655.1 2.5279E+07 1.7 + 8655.1 9088.6 2.0854E+07 1.8 + 9088.6 9555.4 1.3242E+07 2.2 + 9555.4 10059.2 3.8423E+06 4.1 + 10059.2 10603.8 7.7439E+04 95.8 +ENDDATA 39 +ENDSUBENT 50 +SUBENT C1858014 20111028 20120207 20120202 C112 +BIB 2 2 +REACTION (4-BE-9(D,X)0-NN-1,,TTY/PY/DA/DE) +STATUS (TABLE) Data taken from tab. 1 of ANL-NDM-90 +ENDBIB 2 +COMMON 1 3 +ANG +ADEG +83.0 +ENDCOMMON 3 +DATA 4 37 +E-MIN E-MAX DATA ERR-S +KEV KEV P/MEVMUCSR PER-CENT + 798.1 1002.0 2.3648E+08 2.0 + 1002.0 1203.7 2.6030E+08 1.5 + 1203.7 1416.0 2.4326E+08 1.3 + 1416.0 1620.0 2.3204E+08 1.2 + 1620.0 1816.7 2.0948E+08 1.2 + 1816.7 2019.8 2.0727E+08 1.2 + 2019.8 2222.2 1.8596E+08 1.2 + 2222.2 2435.8 1.7110E+08 1.2 + 2435.8 2634.3 1.5684E+08 1.3 + 2634.3 2831.8 1.4632E+08 1.3 + 2831.8 3052.5 1.3222E+08 1.3 + 3052.5 3267.4 1.2182E+08 1.4 + 3267.4 3470.2 1.0717E+08 1.5 + 3470.2 3692.4 9.6786E+07 1.5 + 3692.4 3894.4 8.2066E+07 1.8 + 3894.4 4113.4 6.9324E+07 1.9 + 4113.4 4302.2 7.1495E+07 2.0 + 4302.2 4504.3 7.1378E+07 2.0 + 4504.3 4720.9 6.7573E+07 2.0 + 4720.9 4953.6 6.4870E+07 2.0 + 4953.6 5203.9 5.5857E+07 2.1 + 5203.9 5404.3 5.3811E+07 2.4 + 5404.3 5616.6 5.4497E+07 2.3 + 5616.6 5841.5 5.4330E+07 2.3 + 5841.5 6080.3 5.2444E+07 2.3 + 6080.3 6333.9 4.5174E+07 2.4 + 6333.9 6603.8 4.2684E+07 2.5 + 6603.8 6891.4 3.9734E+07 2.5 + 6891.4 7198.1 3.6091E+07 2.6 + 7198.1 7525.8 3.3670E+07 2.5 + 7525.8 7876.3 2.9349E+07 2.7 + 7876.3 8252.0 2.6426E+07 2.8 + 8252.0 8655.1 2.3791E+07 2.8 + 8655.1 9088.6 1.7315E+07 3.2 + 9088.6 9555.4 9.2606E+06 4.5 + 9555.4 10059.2 1.4255E+06 12.3 + 10059.2 10603.8 1.4935E+05 83.9 +ENDDATA 39 +ENDSUBENT 50 +SUBENT C1858015 20111028 20120207 20120202 C112 +BIB 2 2 +REACTION (4-BE-9(D,X)0-NN-1,,TTY/PY/DA/DE) +STATUS (TABLE) Data taken from tab. 1 of ANL-NDM-90 +ENDBIB 2 +COMMON 1 3 +ANG +ADEG +90.0 +ENDCOMMON 3 +DATA 4 35 +E-MIN E-MAX DATA ERR-S +KEV KEV P/MEVMUCSR PER-CENT + 798.1 1002.0 2.3435E+08 2.0 + 1002.0 1203.7 2.5446E+08 1.5 + 1203.7 1416.0 2.3340E+08 1.3 + 1416.0 1620.0 2.1192E+08 1.3 + 1620.0 1816.7 1.9917E+08 1.3 + 1816.7 2019.8 1.8576E+08 1.3 + 2019.8 2222.2 1.7550E+08 1.3 + 2222.2 2435.8 1.5374E+08 1.2 + 2435.8 2634.3 1.4704E+08 1.3 + 2634.3 2831.8 1.3734E+08 1.4 + 2831.8 3052.5 1.2446E+08 1.3 + 3052.5 3267.4 1.0796E+08 1.4 + 3267.4 3470.2 9.9240E+07 1.5 + 3470.2 3692.4 8.0579E+07 1.6 + 3692.4 3894.4 6.9756E+07 1.9 + 3894.4 4113.4 6.8502E+07 1.8 + 4113.4 4302.2 6.9327E+07 2.0 + 4302.2 4504.3 6.6981E+07 2.0 + 4504.3 4720.9 6.0810E+07 2.0 + 4720.9 4953.6 5.3296E+07 2.1 + 4953.6 5203.9 5.2782E+07 2.0 + 5203.9 5404.3 5.6796E+07 2.3 + 5404.3 5616.6 5.5059E+07 2.3 + 5616.6 5841.5 5.2822E+07 2.2 + 5841.5 6080.3 4.6743E+07 2.4 + 6080.3 6333.9 4.3574E+07 2.4 + 6333.9 6603.8 3.9380E+07 2.5 + 6603.8 6891.4 3.8478E+07 2.5 + 6891.4 7198.1 3.6091E+07 2.5 + 7198.1 7525.8 3.1922E+07 2.7 + 7525.8 7876.3 2.7383E+07 2.8 + 7876.3 8252.0 2.4425E+07 2.9 + 8252.0 8655.1 1.8582E+07 3.2 + 8655.1 9088.6 1.2174E+07 3.9 + 9088.6 9555.4 2.4223E+06 9.5 +ENDDATA 37 +ENDSUBENT 48 +SUBENT C1858016 20111028 20120207 20120202 C112 +BIB 2 2 +REACTION (4-BE-9(D,X)0-NN-1,,TTY/PY/DA/DE) +STATUS (TABLE) Data taken from tab. 1 of ANL-NDM-90 +ENDBIB 2 +COMMON 1 3 +ANG +ADEG +100.0 +ENDCOMMON 3 +DATA 4 35 +E-MIN E-MAX DATA ERR-S +KEV KEV P/MEVMUCSR PER-CENT + 798.1 1002.0 2.0933E+08 2.1 + 1002.0 1203.7 2.2647E+08 1.5 + 1203.7 1416.0 2.0717E+08 1.3 + 1416.0 1620.0 1.8883E+08 1.4 + 1620.0 1816.7 1.7187E+08 1.4 + 1816.7 2019.8 1.6428E+08 1.2 + 2019.8 2222.2 1.5108E+08 1.3 + 2222.2 2435.8 1.4085E+08 1.3 + 2435.8 2634.3 1.3078E+08 1.4 + 2634.3 2831.8 1.1740E+08 1.5 + 2831.8 3052.5 1.0444E+08 1.5 + 3052.5 3267.4 9.3359E+07 1.6 + 3267.4 3470.2 7.7520E+07 1.8 + 3470.2 3692.4 6.3672E+07 1.9 + 3692.4 3894.4 6.3765E+07 2.0 + 3894.4 4113.4 6.4215E+07 1.9 + 4113.4 4302.2 6.0993E+07 2.1 + 4302.2 4504.3 5.6905E+07 2.2 + 4504.3 4720.9 5.2266E+07 2.2 + 4720.9 4953.6 5.4174E+07 2.1 + 4953.6 5203.9 5.5934E+07 2.0 + 5203.9 5404.3 5.5595E+07 2.3 + 5404.3 5616.6 5.3340E+07 2.3 + 5616.6 5841.5 4.5190E+07 2.4 + 5841.5 6080.3 4.4154E+07 2.5 + 6080.3 6333.9 4.2395E+07 2.4 + 6333.9 6603.8 3.9542E+07 2.5 + 6603.8 6891.4 3.6856E+07 2.5 + 6891.4 7198.1 3.0903E+07 2.7 + 7198.1 7525.8 2.6845E+07 2.8 + 7525.8 7876.3 2.6194E+07 2.7 + 7876.3 8252.0 2.0836E+07 3.1 + 8252.0 8655.1 1.4800E+07 3.6 + 8655.1 9088.6 4.4124E+06 6.7 + 9088.6 9555.4 1.4906E+05 72.9 +ENDDATA 37 +ENDSUBENT 48 +SUBENT C1858017 20111028 20120207 20120202 C112 +BIB 2 2 +REACTION (4-BE-9(D,X)0-NN-1,,TTY/PY/DA/DE) +STATUS (TABLE) Data taken from tab. 1 of ANL-NDM-90 +ENDBIB 2 +COMMON 1 3 +ANG +ADEG +110.0 +ENDCOMMON 3 +DATA 4 34 +E-MIN E-MAX DATA ERR-S +KEV KEV P/MEVMUCSR PER-CENT + 798.1 1002.0 1.9631E+08 1.6 + 1002.0 1203.7 2.2036E+08 1.1 + 1203.7 1416.0 1.9139E+08 1.0 + 1416.0 1620.0 1.7725E+08 1.0 + 1620.0 1816.7 1.5510E+08 1.0 + 1816.7 2019.8 1.4996E+08 1.0 + 2019.8 2222.2 1.3804E+08 1.0 + 2222.2 2435.8 1.2531E+08 1.0 + 2435.8 2634.3 1.1633E+08 1.1 + 2634.3 2831.8 1.0685E+08 1.1 + 2831.8 3052.5 9.3299E+07 1.1 + 3052.5 3267.4 8.0290E+07 1.2 + 3267.4 3470.2 6.2123E+07 1.4 + 3470.2 3692.4 6.0090E+07 1.4 + 3692.4 3894.4 6.1823E+07 1.4 + 3894.4 4113.4 5.6281E+07 1.4 + 4113.4 4302.2 4.9851E+07 1.7 + 4302.2 4504.3 4.9362E+07 1.6 + 4504.3 4720.9 5.5118E+07 1.5 + 4720.9 4953.6 5.6755E+07 1.5 + 4953.6 5203.9 6.0584E+07 1.4 + 5203.9 5404.3 5.6844E+07 1.6 + 5404.3 5616.6 5.1417E+07 1.7 + 5616.6 5841.5 5.0318E+07 1.7 + 5841.5 6080.3 4.6074E+07 1.7 + 6080.3 6333.9 4.1791E+07 1.7 + 6333.9 6603.8 3.6902E+07 1.8 + 6603.8 6891.4 3.1363E+07 2.0 + 6891.4 7198.1 3.0051E+07 2.0 + 7198.1 7525.8 2.6714E+07 2.1 + 7525.8 7876.3 2.3726E+07 2.1 + 7876.3 8252.0 1.8759E+07 2.4 + 8252.0 8655.1 8.5677E+06 3.5 + 8655.1 9088.6 5.2201E+05 23.4 +ENDDATA 36 +ENDSUBENT 47 +SUBENT C1858018 20111028 20120207 20120202 C112 +BIB 2 2 +REACTION (4-BE-9(D,X)0-NN-1,,TTY/PY/DA/DE) +STATUS (TABLE) Data taken from tab. 1 of ANL-NDM-90 +ENDBIB 2 +COMMON 1 3 +ANG +ADEG +120.0 +ENDCOMMON 3 +DATA 4 35 +E-MIN E-MAX DATA ERR-S +KEV KEV P/MEVMUCSR PER-CENT + 798.1 1002.0 1.9324E+08 1.6 + 1002.0 1203.7 2.0872E+08 1.1 + 1203.7 1416.0 1.7744E+08 1.1 + 1416.0 1620.0 1.5966E+08 1.1 + 1620.0 1816.7 1.4755E+08 1.1 + 1816.7 2019.8 1.3646E+08 1.1 + 2019.8 2222.2 1.2708E+08 1.1 + 2222.2 2435.8 1.1243E+08 1.1 + 2435.8 2634.3 1.0371E+08 1.1 + 2634.3 2831.8 9.3119E+07 1.2 + 2831.8 3052.5 8.3642E+07 1.2 + 3052.5 3267.4 6.3256E+07 1.4 + 3267.4 3470.2 5.7286E+07 1.5 + 3470.2 3692.4 5.6195E+07 1.4 + 3692.4 3894.4 5.3562E+07 1.6 + 3894.4 4113.4 4.8629E+07 1.6 + 4113.4 4302.2 4.3730E+07 1.8 + 4302.2 4504.3 5.3046E+07 1.6 + 4504.3 4720.9 5.6204E+07 1.5 + 4720.9 4953.6 6.1398E+07 1.4 + 4953.6 5203.9 5.9771E+07 1.4 + 5203.9 5404.3 5.6423E+07 1.7 + 5404.3 5616.6 5.2449E+07 1.7 + 5616.6 5841.5 4.9760E+07 1.7 + 5841.5 6080.3 4.6060E+07 1.8 + 6080.3 6333.9 4.2535E+07 1.8 + 6333.9 6603.8 3.4573E+07 2.0 + 6603.8 6891.4 3.1742E+07 2.0 + 6891.4 7198.1 3.0866E+07 2.0 + 7198.1 7525.8 2.8270E+07 2.0 + 7525.8 7876.3 2.5109E+07 2.1 + 7876.3 8252.0 1.5899E+07 2.6 + 8252.0 8655.1 2.6354E+06 7.0 + 8655.1 9088.6 4.8261E+05 23.4 + 9088.6 9555.4 1.2111E+05 82.8 +ENDDATA 37 +ENDSUBENT 48 +SUBENT C1858019 20111028 20120207 20120202 C112 +BIB 2 2 +REACTION (4-BE-9(D,X)0-NN-1,,TTY/PY/DA/DE) +STATUS (TABLE) Data taken from tab. 1 of ANL-NDM-90 +ENDBIB 2 +COMMON 1 3 +ANG +ADEG +130.0 +ENDCOMMON 3 +DATA 4 33 +E-MIN E-MAX DATA ERR-S +KEV KEV P/MEVMUCSR PER-CENT + 798.1 1002.0 1.8133E+08 1.4 + 1002.0 1203.7 1.9838E+08 1.7 + 1203.7 1416.0 1.6412E+08 1.6 + 1416.0 1620.0 1.5509E+08 1.5 + 1620.0 1816.7 1.3347E+08 1.6 + 1816.7 2019.8 1.2903E+08 1.6 + 2019.8 2222.2 1.1846E+08 1.6 + 2222.2 2435.8 1.0210E+08 1.6 + 2435.8 2634.3 9.2766E+07 1.8 + 2634.3 2831.8 8.8976E+07 1.8 + 2831.8 3052.5 6.7142E+07 1.9 + 3052.5 3267.4 5.7438E+07 2.1 + 3267.4 3470.2 5.4157E+07 2.2 + 3470.2 3692.4 4.9032E+07 2.2 + 3692.4 3894.4 4.6586E+07 2.4 + 3894.4 4113.4 4.0824E+07 2.5 + 4113.4 4302.2 5.0889E+07 2.5 + 4302.2 4504.3 5.8943E+07 2.2 + 4504.3 4720.9 5.9418E+07 2.2 + 4720.9 4953.6 6.2476E+07 2.1 + 4953.6 5203.9 5.9873E+07 2.0 + 5203.9 5404.3 5.6471E+07 2.4 + 5404.3 5616.6 5.3058E+07 2.4 + 5616.6 5841.5 4.7543E+07 2.5 + 5841.5 6080.3 4.4416E+07 2.6 + 6080.3 6333.9 3.6499E+07 2.8 + 6333.9 6603.8 3.5751E+07 2.7 + 6603.8 6891.4 3.4711E+07 2.8 + 6891.4 7198.1 3.2482E+07 2.8 + 7198.1 7525.8 2.6127E+07 3.0 + 7525.8 7876.3 1.9337E+07 3.5 + 7876.3 8252.0 3.2625E+06 9.2 + 8252.0 8655.1 3.1005E+05 50.3 +ENDDATA 35 +ENDSUBENT 46 +SUBENT C1858020 20111028 20120207 20120202 C112 +BIB 2 2 +REACTION (4-BE-9(D,X)0-NN-1,,TTY/PY/DA/DE) +STATUS (TABLE) Data taken from tab. 1 of ANL-NDM-90 +ENDBIB 2 +COMMON 1 3 +ANG +ADEG +141.0 +ENDCOMMON 3 +DATA 4 35 +E-MIN E-MAX DATA ERR-S +KEV KEV P/MEVMUCSR PER-CENT + 798.1 1002.0 1.7536E+08 1.5 + 1002.0 1203.7 1.7428E+08 1.4 + 1203.7 1416.0 1.5391E+08 1.3 + 1416.0 1620.0 1.4074E+08 1.2 + 1620.0 1816.7 1.1929E+08 1.3 + 1816.7 2019.8 1.1079E+08 1.3 + 2019.8 2222.2 1.0430E+08 1.3 + 2222.2 2435.8 9.1506E+07 1.2 + 2435.8 2634.3 8.2996E+07 1.4 + 2634.3 2831.8 7.4998E+07 1.4 + 2831.8 3052.5 5.7132E+07 1.5 + 3052.5 3267.4 5.2028E+07 1.6 + 3267.4 3470.2 4.4757E+07 1.8 + 3470.2 3692.4 4.2339E+07 1.8 + 3692.4 3894.4 4.1785E+07 1.9 + 3894.4 4113.4 4.1196E+07 1.8 + 4113.4 4302.2 5.0004E+07 1.8 + 4302.2 4504.3 5.6468E+07 1.7 + 4504.3 4720.9 5.9975E+07 1.6 + 4720.9 4953.6 5.6648E+07 1.6 + 4953.6 5203.9 5.6849E+07 1.5 + 5203.9 5404.3 5.3747E+07 1.8 + 5404.3 5616.6 5.1620E+07 1.8 + 5616.6 5841.5 4.9564E+07 1.8 + 5841.5 6080.3 4.3194E+07 1.9 + 6080.3 6333.9 3.9868E+07 1.9 + 6333.9 6603.8 3.7999E+07 2.0 + 6603.8 6891.4 3.6804E+07 2.0 + 6891.4 7198.1 3.1893E+07 2.1 + 7198.1 7525.8 2.4786E+07 2.3 + 7525.8 7876.3 1.3326E+07 3.2 + 7876.3 8252.0 2.8057E+06 7.4 + 8252.0 8655.1 8.4747E+05 18.3 + 8655.1 9088.6 3.9397E+05 30.9 + 9088.6 9555.4 1.3975E+05 57.7 +ENDDATA 37 +ENDSUBENT 48 +SUBENT C1858021 20111028 20120207 20120202 C112 +BIB 2 2 +REACTION (4-BE-9(D,X)0-NN-1,,TTY/PY/DA/DE) +STATUS (TABLE) Data taken from tab. 1 of ANL-NDM-90 +ENDBIB 2 +COMMON 1 3 +ANG +ADEG +155.0 +ENDCOMMON 3 +DATA 4 32 +E-MIN E-MAX DATA ERR-S +KEV KEV P/MEVMUCSR PER-CENT + 798.1 1002.0 1.6281E+08 2.6 + 1002.0 1203.7 1.7473E+08 1.7 + 1203.7 1416.0 1.4730E+08 1.7 + 1416.0 1620.0 1.3267E+08 1.6 + 1620.0 1816.7 1.1626E+08 1.7 + 1816.7 2019.8 1.0440E+08 1.7 + 2019.8 2222.2 9.5612E+07 1.7 + 2222.2 2435.8 8.7395E+07 1.6 + 2435.8 2634.3 8.0934E+07 1.8 + 2634.3 2831.8 6.5054E+07 1.9 + 2831.8 3052.5 5.5422E+07 2.0 + 3052.5 3267.4 4.9558E+07 2.1 + 3267.4 3470.2 4.1172E+07 2.4 + 3470.2 3692.4 4.4185E+07 2.2 + 3692.4 3894.4 4.2237E+07 2.4 + 3894.4 4113.4 4.8963E+07 2.2 + 4113.4 4302.2 5.8032E+07 2.2 + 4302.2 4504.3 5.9555E+07 2.1 + 4504.3 4720.9 5.6747E+07 2.1 + 4720.9 4953.6 5.7792E+07 2.0 + 4953.6 5203.9 5.4968E+07 2.0 + 5203.9 5404.3 5.6439E+07 2.2 + 5404.3 5616.6 5.2183E+07 2.2 + 5616.6 5841.5 4.6457E+07 2.4 + 5841.5 6080.3 4.6976E+07 2.3 + 6080.3 6333.9 4.4781E+07 2.3 + 6333.9 6603.8 3.9732E+07 2.5 + 6603.8 6891.4 3.5078E+07 2.6 + 6891.4 7198.1 2.3459E+07 3.0 + 7198.1 7525.8 1.2141E+07 4.3 + 7525.8 7876.3 9.6000E+05 22.1 + 7876.3 8252.0 3.2625E+05 42.7 +ENDDATA 34 +ENDSUBENT 45 +ENDENTRY 21 diff --git a/exforall/C18/C1859.x4 b/exforall/C18/C1859.x4 new file mode 100644 index 000000000..8aaf2501a --- /dev/null +++ b/exforall/C18/C1859.x4 @@ -0,0 +1,115 @@ +ENTRY C1859 20111030 20120207 20120202 C112 +SUBENT C1859001 20111030 20120207 20120202 C112 +BIB 11 25 +TITLE Total cross sections of 408-MeV protons for hydrogen + and eight elements +AUTHOR (J.Marshall,L.Marshall,A.V.Nedzel) +INSTITUTE (1USACHI) +REFERENCE (J,PR,91,767(2),1953) +FACILITY (SYNCY,1USACHI) Experiment performed at the Chicago + 170-inch synchrocyclotron. +DETECTOR (SCIN) Two 2.54 cm x 2.54 cm scintillators with + thickness of 0.635cm were used to define beam. A + 91/2-inch diameter liquid scintillator counter was + placed coaxial with the beam defined by the first two + counters and at variable distance. It was connected + in anticoincidence with the coincidence output of the + first two counters so as to count directly the number + of particles removed from the beam. Thin scatterers + (sample of 90-95 percent beam transmission) were + placed directly after the second crystal counter. +METHOD (TRN) Measured using transmission method. +ANALYSIS Correction for Coulomb scattering was made from + measured data at several small angles larger than + zero.Total cross section was obtained by extrapolation + of measured data to zero angle. +CORRECTION Corrected for Coulomb scattering +ERR-ANALYS (DATA-ERR) No information given +HISTORY (20111030C) Compiled by S.H. +ENDBIB 25 +COMMON 1 3 +EN +MEV +408.0 +ENDCOMMON 3 +ENDSUBENT 32 +SUBENT C1859002 20111030 20120207 20120202 C112 +BIB 5 6 +REACTION (1-H-1(P,TOT),,SIG,,MSC) Coulomb interaction part + subtracted from the total cross section +CORRECTION Corrected for deutron production +STATUS (TABLE) Data taken from text p. 768 of the reference +SAMPLE Liquid hydrogen +ANALYSIS Transmission measured for angles 1.5 to 6 deg. +ENDBIB 6 +NOCOMMON 0 0 +DATA 2 1 +DATA DATA-ERR +MB MB + 24.0 1.0 +ENDDATA 3 +ENDSUBENT 14 +SUBENT C1859003 20111030 20120207 20120202 C112 +BIB 4 5 +REACTION (3-LI-0(P,TOT),,SIG,,MSC) Coulomb interaction part + subtracted from the total cross section +STATUS (TABLE) Data taken from text p. 768 of the reference +SAMPLE Lithium metal +ANALYSIS Transmission measured for angles 3.5 to 14 deg. +ENDBIB 5 +NOCOMMON 0 0 +DATA 2 1 +DATA DATA-ERR +MB MB + 194.0 8.0 +ENDDATA 3 +ENDSUBENT 13 +SUBENT C1859004 20111030 20120207 20120202 C112 +BIB 4 5 +REACTION (4-BE-9(P,TOT),,SIG,,MSC) Coulomb interaction part + subtracted from the total cross section +STATUS (TABLE) Data taken from text p. 768 of the reference +SAMPLE Beryllium metal +ANALYSIS Transmission measured for angles 3.5 to 14 deg. +ENDBIB 5 +NOCOMMON 0 0 +DATA 2 1 +DATA DATA-ERR +MB MB + 242.0 6.0 +ENDDATA 3 +ENDSUBENT 13 +SUBENT C1859005 20111030 20120207 20120202 C112 +BIB 4 5 +REACTION (6-C-12(P,TOT),,SIG,,MSC) Coulomb interaction part + subtracted from the total cross section +STATUS (TABLE) Data taken from text p. 768 of the reference +SAMPLE Graphite +ANALYSIS Transmission measured for angles 3.5 to 14 deg. +ENDBIB 5 +NOCOMMON 0 0 +DATA 2 1 +DATA DATA-ERR +MB MB + 285.0 14.0 +ENDDATA 3 +ENDSUBENT 13 +SUBENT C1859006 20111030 20120207 20120202 C112 +BIB 5 8 +REACTION (8-O-16(P,TOT),,SIG,,MSC) Coulomb interaction part + subtracted from the total cross section +STATUS (TABLE) Data taken from text p. 768 of the reference + (DEP,C1859002) +SAMPLE Normal water +METHOD Total cross section obtained as difference of total + cross sections of water and hydrogen +ANALYSIS Transmission measured for angles 2.5 to 8 deg. +ENDBIB 8 +NOCOMMON 0 0 +DATA 2 1 +DATA DATA-ERR +MB MB + 406.0 3.0 +ENDDATA 3 +ENDSUBENT 16 +ENDENTRY 6 diff --git a/exforall/C18/C1860.x4 b/exforall/C18/C1860.x4 new file mode 100644 index 000000000..c35fe9f9b --- /dev/null +++ b/exforall/C18/C1860.x4 @@ -0,0 +1,201 @@ +ENTRY C1860 20111030 20120207 20120202 C112 +SUBENT C1860001 20111030 20120207 20120202 C112 +BIB 12 26 +TITLE Total cross sections of 208-MeV and 315-MeV protons + for light elements +AUTHOR (H.G.de Carvalho) +INSTITUTE (1USACHI) +REFERENCE (J,PR,96,398,1954) +FACILITY (SYNCY,1USACHI) Experiment performed at the Chicago + 170-inch synchrocyclotron +DETECTOR (SCIN) Two 2.54 cm x 2.54 cm scintillators with + thickness of 0.635cm were used to define beam. A + 91/2-inch diameter liquid scintillator counter was + placed coaxial with the beam defined by the first two + counters and at variable distance. It was connected + in anticoincidence with the coincidence output of the + first two counters to count directly the number + of particles removed from the beam. Thin scatterers + (sample of 90 - 95 percent beam transmission) were + placed directly after the second crystal counter. +METHOD (TRN) Measured using transmission method. +ANALYSIS Correction for Coulomb scattering was made from + measured data at several small angles larger than + zero. Total cross section was obtained by extrapolation + of measured data to zero angle. +CORRECTION Corrected for Coulomb scattering +INC-SOURCE Internal beam scattered on internal Be target +ERR-ANALYS (DATA-ERR) no information given +HISTORY (20111030C) Compiled by S.H. +ENDBIB 26 +NOCOMMON 0 0 +ENDSUBENT 29 +SUBENT C1860002 20111030 20120207 20120202 C112 +BIB 2 3 +REACTION (1-H-1(P,TOT),,SIG,,MSC) Coulomb interaction part + subtracted from total cross section +STATUS (TABLE) Data taken from tabs. 1,2 of the reference +ENDBIB 3 +NOCOMMON 0 0 +DATA 4 2 +EN EN-ERR DATA DATA-ERR +MEV MEV MB MB + 208.0 4.0 25.8 2.0 + 315.0 8.0 24.3 1.0 +ENDDATA 4 +ENDSUBENT 12 +SUBENT C1860003 20111030 20120207 20120202 C112 +BIB 2 3 +REACTION (0-NN-1(P,TOT),,SIG,,MSC) Coulomb interaction part + subtracted from total cross section +STATUS (TABLE) Data taken from tabs. 1,2 of the reference +ENDBIB 3 +NOCOMMON 0 0 +DATA 4 2 +EN EN-ERR DATA DATA-ERR +MEV MEV MB MB + 208.0 4.0 37.0 2.0 + 315.0 8.0 32.5 4.0 +ENDDATA 4 +ENDSUBENT 12 +SUBENT C1860004 20111030 20120207 20120202 C112 +BIB 2 3 +REACTION (1-H-2(P,TOT),,SIG,,MSC) Coulomb interaction part + subtracted from total cross section +STATUS (TABLE) Data taken from tabs. 1,2 of the reference +ENDBIB 3 +NOCOMMON 0 0 +DATA 4 2 +EN EN-ERR DATA DATA-ERR +MEV MEV MB MB + 208.0 4.0 62.8 3.0 + 315.0 8.0 56.8 5.0 +ENDDATA 4 +ENDSUBENT 12 +SUBENT C1860005 20111030 20120207 20120202 C112 +BIB 2 3 +REACTION (3-LI-6(P,TOT),,SIG,,MSC) Coulomb interaction part + subtracted from total cross section +STATUS (TABLE) Data taken from tabs. 1,2 of the reference +ENDBIB 3 +NOCOMMON 0 0 +DATA 4 2 +EN EN-ERR DATA DATA-ERR +MEV MEV MB MB + 208.0 4.0 192.0 3.0 + 315.0 8.0 190.0 6.0 +ENDDATA 4 +ENDSUBENT 12 +SUBENT C1860006 20111030 20120207 20120202 C112 +BIB 2 3 +REACTION (4-BE-9(P,TOT),,SIG,,MSC) Coulomb interaction part + subtracted from total cross section +STATUS (TABLE) Data taken from tabs. 1,2 of the reference +ENDBIB 3 +NOCOMMON 0 0 +DATA 4 2 +EN EN-ERR DATA DATA-ERR +MEV MEV MB MB + 208.0 4.0 247.0 6.0 + 315.0 8.0 229.0 6.0 +ENDDATA 4 +ENDSUBENT 12 +SUBENT C1860007 20111030 20120207 20120202 C112 +BIB 2 3 +REACTION (5-B-0(P,TOT),,SIG,,MSC) Coulomb interaction part + subtracted from total cross section +STATUS (TABLE) Data taken from tabs. 1,2 of the reference +ENDBIB 3 +NOCOMMON 0 0 +DATA 4 2 +EN EN-ERR DATA DATA-ERR +MEV MEV MB MB + 208.0 4.0 276.0 9.0 + 315.0 8.0 276.0 6.0 +ENDDATA 4 +ENDSUBENT 12 +SUBENT C1860008 20111030 20120207 20120202 C112 +BIB 2 3 +REACTION (6-C-12(P,TOT),,SIG,,MSC) Coulomb interaction part + subtracted from total cross section +STATUS (TABLE) Data taken from tabs. 1,2 of the reference +ENDBIB 3 +NOCOMMON 0 0 +DATA 4 2 +EN EN-ERR DATA DATA-ERR +MEV MEV MB MB + 208.0 4.0 296.0 3.0 + 315.0 8.0 292.0 6.0 +ENDDATA 4 +ENDSUBENT 12 +SUBENT C1860009 20111030 20120207 20120202 C112 +BIB 2 3 +REACTION (7-N-14(P,TOT),,SIG,,MSC) Coulomb interaction part + subtracted from total cross section +STATUS (TABLE) Data taken from tabs. 1,2 of the reference +ENDBIB 3 +NOCOMMON 0 0 +DATA 4 2 +EN EN-ERR DATA DATA-ERR +MEV MEV MB MB + 208.0 4.0 350.0 10.0 + 315.0 8.0 340.0 7.0 +ENDDATA 4 +ENDSUBENT 12 +SUBENT C1860010 20111030 20120207 20120202 C112 +BIB 2 3 +REACTION (8-O-16(P,TOT),,SIG,,MSC) Coulomb interaction part + subtracted from total cross section +STATUS (TABLE) Data taken from tabs. 1,2 of the reference +ENDBIB 3 +NOCOMMON 0 0 +DATA 4 2 +EN EN-ERR DATA DATA-ERR +MEV MEV MB MB + 208.0 4.0 395.0 10.0 + 315.0 8.0 379.0 10.0 +ENDDATA 4 +ENDSUBENT 12 +SUBENT C1860011 20111030 20120207 20120202 C112 +BIB 2 3 +REACTION (13-AL-27(P,TOT),,SIG,,MSC) Coulomb interaction part + subtracted from total cross section +STATUS (TABLE) Data taken from tabs. 1,2 of the reference +ENDBIB 3 +NOCOMMON 0 0 +DATA 4 2 +EN EN-ERR DATA DATA-ERR +MEV MEV MB MB + 208.0 4.0 592.0 10.0 + 315.0 8.0 580.0 16.0 +ENDDATA 4 +ENDSUBENT 12 +SUBENT C1860012 20111030 20120207 20120202 C112 +BIB 2 3 +REACTION (16-S-0(P,TOT),,SIG,,MSC) Coulomb interaction part + subtracted from total cross section +STATUS (TABLE) Data taken from tabs. 1,2 of the reference +ENDBIB 3 +NOCOMMON 0 0 +DATA 4 2 +EN EN-ERR DATA DATA-ERR +MEV MEV MB MB + 208.0 4.0 680.0 20.0 + 315.0 8.0 686.0 18.0 +ENDDATA 4 +ENDSUBENT 12 +SUBENT C1860013 20111030 20120207 20120202 C112 +BIB 2 3 +REACTION (17-CL-0(P,TOT),,SIG,,MSC) Coulomb interaction part + subtracted from total cross section +STATUS (TABLE) Data taken from tabs. 1,2 of the reference +ENDBIB 3 +NOCOMMON 0 0 +DATA 4 2 +EN EN-ERR DATA DATA-ERR +MEV MEV MB MB + 208.0 4.0 740.0 20.0 + 315.0 8.0 749.0 20.0 +ENDDATA 4 +ENDSUBENT 12 +ENDENTRY 13 diff --git a/exforall/C18/C1863.x4 b/exforall/C18/C1863.x4 new file mode 100644 index 000000000..b1924bf91 --- /dev/null +++ b/exforall/C18/C1863.x4 @@ -0,0 +1,107 @@ +ENTRY C1863 20111031 20120207 20120202 C112 +SUBENT C1863001 20111031 20120207 20120202 C112 +BIB 11 48 +TITLE Proton total reaction cross section measurements for + 40,44,48Ca at 700 MeV +AUTHOR (B.D.Anderson,P.R.Bevington,F.H.Cverna,M.W.McNaughton, + H.B.Willard,R.J.Barrett,N.S.P.King,D.J.Ernst) +INSTITUTE (1USAKNT,1USACSE,1USALAS,1USATAM) +REFERENCE (J,PR/C,19,905,1979) +FACILITY (LINAC,1USALAS) Experiment performed at the external + proton beam from the Los Alamos Meson Physics Facility +METHOD (TRN) +INC-SOURCE Incident protons with energy of 800 MeV elastically + scattered on hydrogen at an angle of 17.5deg + resulted in secondary proton beam with energy of 700 + MeV. Liquid hydrogen 2cm target cell was enclosed in + a scattering chamber with 0.051 mm Mylar windows. + Scattered protons were collimated by 40 cm long lead + collimator with aperture of 5cm x 5cm. + The incident beam of protons elastically scattered + on hydrogen was counted by a pair of multiwire + proportional chambers 16cm x 16cm immediately in + front of the calcium target. +DETECTOR (MWPC) Charged particles produced in interaction with + Ca target were detected by a pair of multiwire + chambers 32cm x 32cm located about 12 cm behind the + target. Proton interactions in the calcium target + which produced only a neutral particle could not be + detected. Largest detected scattering angle was 62deg. +ANALYSIS The total reaction cross sections were obtained + by integration over all angles of the inelastic + differential cross section and by extrapolation of + those cross sections to zero degrees. + The single reaction channel which produces only a + neutral particle in the final state is the (p,n) + reaction and has been estimated to be about 2% of + the total reaction cross section for + 660 MeV protons on medium-weight nuclei. +ERR-ANALYS (ERR-1) Syst. uncertainty in incident number of protons + (ERR-2) Syst. uncertainty in target thickness + (ERR-3) Syst. uncertainty in delta ray subtraction + (ERR-4) Syst. uncertainty in extrapolation to zero deg. + (ERR-5) Rel. uncertainty in extrapolation to zero deg. + (ERR-6) Rel. uncertainty in delta ray subtraction + (ERR-7) Rel. uncertainty in dead time losses + (ERR-S) Statistical uncertainty + (ERR-T) Total uncertainty + The inability to detect (p,n)channel introduce a + small error in the absolute values for the total + reaction cross sections. +HISTORY (20111031C) Compiled by S.H. +ENDBIB 48 +COMMON 10 6 +EN EN-ERR ERR-1 ERR-2 ERR-3 ERR-4 +ERR-5 ERR-6 ERR-S ERR-T +MEV MEV PER-CENT PER-CENT PER-CENT PER-CENT +PER-CENT PER-CENT PER-CENT PER-CENT +700.0 7.0 0.5 0.5 4.0 4.0 + 2.0 0.3 1.5 6.2 +ENDCOMMON 6 +ENDSUBENT 58 +SUBENT C1863002 20111031 20120207 20120202 C112 +BIB 3 5 +REACTION (20-CA-40(P,NON),,SIG) +STATUS (TABLE) Data taken from tab.2 of the reference +SAMPLE (20-CA-40,ENR=0.9996) Calcium target was 3.18 cm in + diameter by about 0.9 cm thick, covered with a 397 + mu-g/cm2 layer of aluminum to prevent oxidation. +ENDBIB 5 +NOCOMMON 0 0 +DATA 1 1 +DATA +MB +614.0 +ENDDATA 3 +ENDSUBENT 13 +SUBENT C1863003 20111031 20120207 20120202 C112 +BIB 3 5 +REACTION (20-CA-44(P,NON),,SIG) +STATUS (TABLE) Data taken from tab.2 of the reference +SAMPLE (20-CA-44,ENR=0.9844) Calcium target was 3.18 cm in + diameter by about 0.9 cm thick, covered with a 397 + mu-g/cm2 layer of aluminum to prevent oxidation. +ENDBIB 5 +NOCOMMON 0 0 +DATA 1 1 +DATA +MB +643.0 +ENDDATA 3 +ENDSUBENT 13 +SUBENT C1863004 20111031 20120207 20120202 C112 +BIB 3 5 +REACTION (20-CA-48(P,NON),,SIG) +STATUS (TABLE) Data taken from tab.2 of the reference +SAMPLE (20-CA-48,ENR=0.9447) Calcium target was 3.18 cm in + diameter by about 0.9 cm thick, covered with a 397 + mu-g/cm2 layer of aluminum to prevent oxidation. +ENDBIB 5 +NOCOMMON 0 0 +DATA 1 1 +DATA +MB +736.0 +ENDDATA 3 +ENDSUBENT 13 +ENDENTRY 4 diff --git a/exforall/C18/C1864.x4 b/exforall/C18/C1864.x4 new file mode 100644 index 000000000..27d705fca --- /dev/null +++ b/exforall/C18/C1864.x4 @@ -0,0 +1,96 @@ +ENTRY C1864 20111031 20120207 20120202 C112 +SUBENT C1864001 20111031 20120207 20120202 C112 +BIB 10 19 +TITLE An associated particle method for measuring total + proton reaction cross sections at 15.8 MeV +AUTHOR (C.Hojvat, G.Jones) +INSTITUTE (1CANUBC) +REFERENCE (J,NIM,66,13,1968) +FACILITY (CCW,1CANUBC) +DETECTOR (CSICR) CsI(Tl) scintillator was chosen as the proton + detector. + (SI) Silicon detector was used as associated particle + counter +INC-SOURCE D(3He,p)4He reaction was used to produce 15.8 MeV + protons. Associated particle (4He) method was used to + tag 15.8 MeV protons. The deuterium source target + was a heavy water ice deposited on a thin cooper foil + held at liquid nitrogen temperature. Thickness of the + source target was 100 keV for 3He energy of 690 keV +METHOD (TRN) +CORRECTION Corrected for scattering +HISTORY (20111031C) Compiled by S.H. +ENDBIB 19 +COMMON 1 3 +EN +MEV +15.8 +ENDCOMMON 3 +ENDSUBENT 26 +SUBENT C1864002 20111031 20120207 20120202 C112 +BIB 4 6 +REACTION (79-AU-197(P,NON),,SIG) Total reaction cross section +STATUS (TABLE) Data taken from tab. 2 of the reference +SAMPLE Natural Au sample with thickness of 0.03617 mm + Energy loss for 15.8 MeV protons was 0.95 MeV +ERR-ANALYS (DATA-ERR) Total uncertainty + (ERR-1) Uncertainty in elastic correction +ENDBIB 6 +COMMON 1 3 +ERR-1 +MB +24.0 +ENDCOMMON 3 +DATA 2 1 +DATA DATA-ERR +MB MB +971.0 207.0 +ENDDATA 3 +ENDSUBENT 18 +SUBENT C1864003 20111031 20120207 20120202 C112 +BIB 5 9 +REACTION (29-CU-0(P,NON),,SIG) Total reaction cross section +STATUS (TABLE) Data taken from tab. 2 of the reference +SAMPLE Natural Cu sample with thickness of 0.04998 mm + Energy loss for 15.8 MeV protons was 0.889 MeV +CORRECTION Corrections for elastic scattering and inelastic + scattering was made +ERR-ANALYS (DATA-ERR) Total uncertainty + (ERR-1) Uncertainty in elastic correction + (ERR-2) Uncertainty in inelastic correction +ENDBIB 9 +COMMON 2 3 +ERR-1 ERR-2 +MB MB + 5.0 7.0 +ENDCOMMON 3 +DATA 2 1 +DATA DATA-ERR +MB MB + 1038.0 107.0 +ENDDATA 3 +ENDSUBENT 21 +SUBENT C1864004 20111031 20120207 20120202 C112 +BIB 5 9 +REACTION (26-FE-0(P,NON),,SIG) Total reaction cross section +STATUS (TABLE) Data taken from tab. 2 of the reference +SAMPLE Natural Fe sample with thickness of 0.05674 mm + Energy loss for 15.8 MeV protons was 0.939 MeV +CORRECTION Corrections for elastic scattering and inelastic + scattering was made +ERR-ANALYS (DATA-ERR) Total uncertainty + (ERR-1) Uncertainty in elastic correction + (ERR-2) Uncertainty in inelastic correction +ENDBIB 9 +COMMON 2 3 +ERR-1 ERR-2 +MB MB + 5.0 7.0 +ENDCOMMON 3 +DATA 2 1 +DATA DATA-ERR +MB MB + 956.0 99.0 +ENDDATA 3 +ENDSUBENT 21 +ENDENTRY 4 diff --git a/exforall/C18/C1865.x4 b/exforall/C18/C1865.x4 new file mode 100644 index 000000000..7ba863dee --- /dev/null +++ b/exforall/C18/C1865.x4 @@ -0,0 +1,113 @@ +ENTRY C1865 20111103 20120207 20120202 C112 +SUBENT C1865001 20111103 20120207 20120202 C112 +BIB 10 22 +TITLE Measurement of proton inelastic cross sections between + 77 MeV and 133 MeV +AUTHOR (R.Goloskie,K.Strauch) +INSTITUTE (1USAHRV) +REFERENCE (J,NP,29,474,1962) +FACILITY (CYCLO,1USAHRV) +DETECTOR (SCIN) Protons in front of sample and behind of + sample were detected by 5 plastic scintillation + counters. Two counters with diameter of 1.3 cm and + thickness of 0.64 cm were used to define the incident + beam. Three plastic scintillators with diameter of + 6.98, 15.2 and 20.3 cm were used to detect outgoing + protons within the cut-off angle of 50deg. All plastic + scintillators were viewed by fast photomultipliers + RCA6810 and RCA 6810A to enable fast coincidence + counting. +METHOD (TRN,COINC) Transmission method was used. +CORRECTION Corrections for large angle elastic scattering and + inclusion of near elastic events as elastic + scattering +ERR-ANALYS (ERR-T) Total uncertainty +HISTORY (20111103C) Compiled by S.H. +ENDBIB 22 +COMMON 1 3 +EN-ERR +MEV +5.0 +ENDCOMMON 3 +ENDSUBENT 29 +SUBENT C1865002 20111103 20120207 20120202 C112 +BIB 3 3 +REACTION (6-C-12(P,NON),,SIG) +SAMPLE Natural carbon sample +STATUS (TABLE) Data taken from tab.1 of the reference +ENDBIB 3 +NOCOMMON 0 0 +DATA 3 4 +EN DATA ERR-T +MEV B B + 77.0 0.2187 0.0077 + 95.0 0.2325 0.0073 + 113.0 0.2194 0.0072 + 133.0 0.2231 0.0063 +ENDDATA 6 +ENDSUBENT 14 +SUBENT C1865003 20111103 20120207 20120202 C112 +BIB 3 3 +REACTION (13-AL-27(P,NON),,SIG) +SAMPLE Natural Al sample +STATUS (TABLE) Data taken from tab.1 of the reference +ENDBIB 3 +NOCOMMON 0 0 +DATA 3 4 +EN DATA ERR-T +MEV B B + 77.0 0.444 0.014 + 95.0 0.415 0.013 + 113.0 0.408 0.013 + 133.0 0.424 0.013 +ENDDATA 6 +ENDSUBENT 14 +SUBENT C1865004 20111103 20120207 20120202 C112 +BIB 3 3 +REACTION (29-CU-0(P,NON),,SIG) +SAMPLE Natural Cu sample +STATUS (TABLE) Data taken from tab.1 of the reference +ENDBIB 3 +NOCOMMON 0 0 +DATA 3 4 +EN DATA ERR-T +MEV B B + 77.0 0.746 0.021 + 95.0 0.774 0.022 + 113.0 0.751 0.025 + 133.0 0.779 0.023 +ENDDATA 6 +ENDSUBENT 14 +SUBENT C1865005 20111103 20120207 20120202 C112 +BIB 3 3 +REACTION (47-AG-0(P,NON),,SIG) +SAMPLE Natural Ag sample +STATUS (TABLE) Data taken from tab.1 of the reference +ENDBIB 3 +NOCOMMON 0 0 +DATA 3 4 +EN DATA ERR-T +MEV B B + 77.0 0.989 0.038 + 95.0 1.050 0.036 + 113.0 1.125 0.038 + 133.0 1.077 0.041 +ENDDATA 6 +ENDSUBENT 14 +SUBENT C1865006 20111103 20120207 20120202 C112 +BIB 3 3 +REACTION (82-PB-0(P,NON),,SIG) +SAMPLE Natural lead sample +STATUS (TABLE) Data taken from tab.1 of the reference +ENDBIB 3 +NOCOMMON 0 0 +DATA 3 4 +EN DATA ERR-T +MEV B B + 77.0 1.665 0.060 + 95.0 1.756 0.067 + 113.0 1.716 0.056 + 133.0 1.834 0.062 +ENDDATA 6 +ENDSUBENT 14 +ENDENTRY 6 diff --git a/exforall/C18/C1866.x4 b/exforall/C18/C1866.x4 new file mode 100644 index 000000000..b5794efec --- /dev/null +++ b/exforall/C18/C1866.x4 @@ -0,0 +1,41 @@ +ENTRY C1866 20111107 20120207 20120202 C112 +SUBENT C1866001 20111107 20120207 20120202 C112 +BIB 11 18 +TITLE Total nucleon-helium cross section near 147 MeV +AUTHOR (J.N.Palmieri,R.Goloskie) +INSTITUTE (1USAHRV,1USAOBR,1USAWPI) +REFERENCE (J,NP,59,253,1964) +FACILITY (CYCLO,1USAHRV) +SAMPLE Liquid helium target with length of 15 cm +DETECTOR (SCIN) Protons were detected with three plastic + scintillation counters. Two plastic scintillation + detectors with diameter of 0.7cm defined the incident + proton beam. Third plastic counter with diameter of + 15 cm, located 73 cm behind the target was used to + detect scattered protons. +METHOD (TRN) Transmission method was used +CORRECTION Following correction were made + - for multiple scattering + - for undetected (p,n) channel +ERR-ANALYS (DATA-ERR) No information given +HISTORY (20111107C) Compiled by S.H. +ENDBIB 18 +NOCOMMON 0 0 +ENDSUBENT 21 +SUBENT C1866002 20111107 20120207 20120202 C112 +BIB 2 5 +REACTION (2-HE-4(P,TOT),,SIG,,AV/MSC) Total p+He cross section + defined as the cross section for an incident proton + not to leave helium target in forward direction in a + cone with half-angle of 5.95 deg +STATUS (TABLE) Data taken from tab. 1 of the reference +ENDBIB 5 +NOCOMMON 0 0 +DATA 4 2 +EN-MIN EN-MAX DATA DATA-ERR +MEV MEV MB MB + 131.0 141.0 117.0 0.8 + 144.0 154.0 112.4 0.8 +ENDDATA 4 +ENDSUBENT 14 +ENDENTRY 2 diff --git a/exforall/C18/C1867.x4 b/exforall/C18/C1867.x4 new file mode 100644 index 000000000..4cbdc36e6 --- /dev/null +++ b/exforall/C18/C1867.x4 @@ -0,0 +1,119 @@ +ENTRY C1867 20111107 20120207 20120202 C112 +SUBENT C1867001 20111107 20120207 20120202 C112 +BIB 7 9 +TITLE Proton total reaction cross section of beryllium from + 16 to 28 MeV +AUTHOR (D.G.Montague,R.K.Cole,M.Makino,C.N.Waddell) +INSTITUTE (1USAUSC) +REFERENCE (J,NP/A,199,457,1973) +FACILITY (CYCLO,1USAUSC) +SAMPLE Reactor grade (99.5% Be) sample with thickness of + 97.4 mg/cm2 +HISTORY (20111107C) Compiled by S.H. +ENDBIB 9 +NOCOMMON 0 0 +ENDSUBENT 12 +SUBENT C1867002 20111107 20120207 20120202 C112 +BIB 5 6 +REACTION (4-BE-9(P,NON),,SIG) +METHOD (TRN,COINC) transmission method was used +DETECTOR (SCIN) Several plastic scintillation detectors in + coincidence/anticoincidence were used. +STATUS (TABLE) data taken from tab.1 of the reference +ERR-ANALYS (DATA-ERR) No information given +ENDBIB 6 +NOCOMMON 0 0 +DATA 4 8 +EN EN-ERR DATA DATA-ERR +MEV MEV MB MB + 16.2 2.5 571.0 18.0 + 17.0 2.4 599.0 17.0 + 18.5 2.3 555.0 15.0 + 20.0 2.1 542.0 15.0 + 21.9 2.0 530.0 16.0 + 24.2 1.8 519.0 17.0 + 26.6 1.7 484.0 17.0 + 28.0 1.6 474.0 13.0 +ENDDATA 10 +ENDSUBENT 21 +SUBENT C1867003 20111107 20120207 20120202 C112 +BIB 2 3 +REACTION (4-BE-9(P,INL)4-BE-9,PAR,SIG) +STATUS (TABLE) data taken from tab.2 of the reference + (DEP,C1207003) Angular differential cs given +ENDBIB 3 +COMMON 1 3 +E-LVL +MEV +2.45 +ENDCOMMON 3 +DATA 2 4 +EN DATA +MEV MB + 17.0 68.0 + 21.0 54.6 + 25.0 45.1 + 29.1 38.3 +ENDDATA 6 +ENDSUBENT 18 +SUBENT C1867004 20111107 20120207 20120202 C112 +BIB 2 3 +REACTION (4-BE-9(P,INL)4-BE-9,PAR,SIG) +STATUS (TABLE) data taken from tab.2 of the reference + (DEP,C1207003) Angular differential cs given +ENDBIB 3 +COMMON 1 3 +E-LVL +MEV +3.03 +ENDCOMMON 3 +DATA 2 4 +EN DATA +MEV MB + 17.0 5.4 + 21.0 5.6 + 25.0 4.3 + 29.1 3.1 +ENDDATA 6 +ENDSUBENT 18 +SUBENT C1867005 20111107 20120207 20120202 C112 +BIB 2 3 +REACTION (4-BE-9(P,D)4-BE-8,PAR,SIG) +STATUS (TABLE) data taken from tab.2 of the reference + (DEP,C1207004) Angular differential cs given +ENDBIB 3 +COMMON 1 3 +E-LVL +MEV +0.0 +ENDCOMMON 3 +DATA 2 4 +EN DATA +MEV MB + 17.0 21.5 + 21.0 13.5 + 25.0 8.7 + 29.1 6.5 +ENDDATA 6 +ENDSUBENT 18 +SUBENT C1867006 20111107 20120207 20120202 C112 +BIB 2 3 +REACTION (4-BE-9(P,D)4-BE-8,PAR,SIG) +STATUS (TABLE) data taken from tab.2 of the reference + (DEP,C1207004) Angular differential cs given +ENDBIB 3 +COMMON 1 3 +E-LVL +MEV +2.90 +ENDCOMMON 3 +DATA 2 4 +EN DATA +MEV MB + 17.0 38.4 + 21.0 30.6 + 25.0 22.2 + 29.1 17.2 +ENDDATA 6 +ENDSUBENT 18 +ENDENTRY 6 diff --git a/exforall/C18/C1868.x4 b/exforall/C18/C1868.x4 new file mode 100644 index 000000000..e6d816d12 --- /dev/null +++ b/exforall/C18/C1868.x4 @@ -0,0 +1,131 @@ +ENTRY C1868 20111119 20120207 20120202 C112 +SUBENT C1868001 20111119 20120207 20120202 C112 +BIB 9 26 +TITLE Measurements of the proton total reaction cross + section for 24Mg, 64,66,68Zn and 140Ce between 17.5 + and 48 MeV +AUTHOR (N.E.Davison,D.K.Hasell,A.M.Sourkes,W.T.H.Van Oers, + R.F.Carlson,A.J.Cox,D.J.Margaziotis) +INSTITUTE (1CANMNA,1USARDL,1USACLA) +REFERENCE (J,NP/A,290,45,1977) +FACILITY (CYCLO,1CANMNA) Experiment performed at the + University of Manitoba sector- focussed cyclotron +DETECTOR (SCIN,CSICR) Series of 4 plastic scintillation (two + button + two annular) detectors defined the incident + proton beam. Additional thin plastic scintillator + placed behind the target detected 98% of beam + protons. CsI scintillation detector subtended angle + of 45.5 deg detected elastically scattered protons at + angles less than 45.5 deg. +METHOD (TRN) Transmission method was used, elastically + scattered protons were not included in total cross + section. +CORRECTION To obtain total reaction cross section, to raw cross + section were applied corrections for + - elastic scattering + - inelastic scattering + - for protons which underwent nuclear reaction in + detector and did not deposited enough energy +HISTORY (20111119C) Compiled by S.H. +ENDBIB 26 +NOCOMMON 0 0 +ENDSUBENT 29 +SUBENT C1868002 20111119 20120207 20120202 C112 +BIB 3 7 +REACTION (12-MG-24(P,NON),,SIG) +STATUS (TABLE) data taken from tab. 2 of the reference +SAMPLE (12-MG-24,ENR=0.99) Thickness of the target was 39.3+- + 0.2 mg/cm2. The 24Mg target was transferred to the + apparatus in an argon atmosphere and surface + contamination with oxygen or nitrogen was estimated + to be less than 1% by weight +ENDBIB 7 +NOCOMMON 0 0 +DATA 3 7 +EN DATA DATA-ERR +MEV MB MB + 17.5 841.0 17.0 + 25.0 773.0 13.0 + 30.0 724.0 11.0 + 35.0 673.0 11.0 + 40.0 645.0 11.0 + 45.0 618.0 10.0 + 48.0 601.0 10.0 +ENDDATA 9 +ENDSUBENT 21 +SUBENT C1868003 20111119 20120207 20120202 C112 +BIB 3 4 +REACTION (30-ZN-64(P,NON),,SIG) +STATUS (TABLE) data taken from tab. 2 of the reference +SAMPLE (30-ZN-64,ENR=0.99) Thickness of the target was + 19.2+- 0.1 mg/cm2. +ENDBIB 4 +NOCOMMON 0 0 +DATA 3 4 +EN DATA DATA-ERR +MEV MB MB + 22.2 1149.0 29.0 + 30.5 1172.0 28.0 + 39.6 1092.0 23.0 + 48.0 1040.0 20.0 +ENDDATA 6 +ENDSUBENT 15 +SUBENT C1868004 20111119 20120207 20120202 C112 +BIB 3 4 +REACTION (30-ZN-66(P,NON),,SIG) +STATUS (TABLE) data taken from tab. 2 of the reference +SAMPLE (30-ZN-66,ENR=0.90) Thickness of the target was + 18.7+- 0.1 mg/cm2. +ENDBIB 4 +NOCOMMON 0 0 +DATA 3 4 +EN DATA DATA-ERR +MEV MB MB + 22.2 1192.0 29.0 + 30.5 1171.0 29.0 + 39.6 1148.0 23.0 + 48.0 1111.0 22.0 +ENDDATA 6 +ENDSUBENT 15 +SUBENT C1868005 20111119 20120207 20120202 C112 +BIB 3 4 +REACTION (30-ZN-68(P,NON),,SIG) +STATUS (TABLE) data taken from tab. 2 of the reference +SAMPLE (30-ZN-68,ENR=0.95) Thickness of the target was + 20.0+- 0.1 mg/cm2. +ENDBIB 4 +NOCOMMON 0 0 +DATA 3 5 +EN DATA DATA-ERR +MEV MB MB + 22.2 1236.0 32.0 + 30.5 1209.0 28.0 + 39.6 1143.0 22.0 + 44.6 1112.0 19.0 + 48.0 1101.0 20.0 +ENDDATA 7 +ENDSUBENT 16 +SUBENT C1868006 20111119 20120207 20120202 C112 +BIB 3 7 +REACTION (58-CE-140(P,NON),,SIG) +STATUS (TABLE) data taken from tab. 2 of the reference +SAMPLE (58-CE-140,ENR=0.99) Thickness of the target was + 48.3+- 0.2 mg/cm2. Target was transferred to the + apparatus in an argon atmosphere and surface + contamination with oxygen or nitrogen was estimated + to be less than 1% by weight +ENDBIB 7 +NOCOMMON 0 0 +DATA 3 7 +EN DATA DATA-ERR +MEV MB MB + 17.5 1441.0 110.0 + 25.0 1516.0 46.0 + 30.0 1580.0 33.0 + 35.0 1655.0 26.0 + 40.0 1613.0 26.0 + 45.0 1630.0 24.0 + 48.0 1588.0 22.0 +ENDDATA 9 +ENDSUBENT 21 +ENDENTRY 6 diff --git a/exforall/C18/C1869.x4 b/exforall/C18/C1869.x4 new file mode 100644 index 000000000..821280037 --- /dev/null +++ b/exforall/C18/C1869.x4 @@ -0,0 +1,111 @@ +ENTRY C1869 20111029 20120207 20120202 C112 +SUBENT C1869001 20111029 20120207 20120202 C112 +BIB 11 59 +TITLE First measurement of the 33Cl(p,alpha)30S reaction +AUTHOR (C.M.Deibel,K.E.Rehm,J.M.Figueira,J.P.Greene,C.L.Jiang, + B.P.Kay,H.Y.Lee,J.C.Lighthall,S.T.Marley,R.C.Pardo, + N.Patel,M.Paul,C.Ugalde,A.Woodard,A.H.Wuosmaa, + G.Zinkann) +INSTITUTE (1USAMSU,1USAANL,3ARGCNE,1USAWMU,1USACSM,3ISLHEB, + 1USACHI) +REFERENCE (J,PR/C,84,045802,2011) +FACILITY (LINAC,1USAANL) Experiment performed at the ATLAS + facility at Argonne National Laboratory +SAMPLE CH2 target with thickness of a 650 mu-g/cm2. +DETECTOR (SISD)The alpha particles were detected + in a 1000 mu-m thick annular double-sided Si detector + (DSSD) with a back plane segmented into 16 wedges and + a front plane divided into 16 rings segmented in + theta(lab). The detector was placed such that the 16 + rings covered an angular range of theta(lab) between + 8deg and 25deg with respect to the target. + (MAGSP,PGAC,IOCH) The 30S reaction products were + separated from the main beam (33Cl and 32S), and + other reaction products by an Enge split-pole magnetic + spectrograph. The particles were detected by an xy + position-sensitive parallel grid avalanche counter + and ionization chamber located at the focal plane of + the spectrograph and filled with 5 Torr of isobutane + and 15 Torr of CF4 gas, respectively. The PGAC + measured the time of flight and the focal-plane + position (or magnetic rigidity) of the particles, and + the IC gave the energy loss in the gas, allowing + rudimentary particle identification. +METHOD (COINC) Alpha particles and 30S reaction products + were detected in coincidence to avoid detection of + scattered beam. Inverse kinematics was used with + radioactive 33Cl beam +INC-SOURCE 33Cl beam was produced using the in-flight method. A + 320-MeV primary beam of stable 32S13+ was incident on + a gas cell, which was cryogenically cooled to -184 + deg C and filled with 1.4 atm of D2 gas. The + d(32S,33Cl)n reaction produced the desired + radioactive 33Cl ions, which were emitted in a cone + of 2.5deg. A 20 mu-g/cm2 carbon stripping foil was + located immediately following the gas cell to + increase the charge state fraction of fully stripped + 33Cl17+. The ions were then focused with a + superconducting solenoid and rebunched with a + superconducting resonator. After a 22 deg bending + magnet was used, a cocktail beam remained, which + consisted mostly of the different charge states of + the primary 32S beam and the secondary 33Cl17+ beam. + After a radio-frequency (RF) sweeper was used, the + 32S to 33Cl ratio of approximately 1.4:1. The final + beam consisted of the secondary 33Cl17+ ions at 250 + MeV and the low-energy tails of the primary beam with + different charge states +ERR-ANALYS (ERR-1,0.0,13.0) Systematic uncertainty in beam + current, which dominated total uncertainty + (ERR-2) Syst. uncertainty in background subtraction + (ERR-T) Total uncertainty +HISTORY (20111029C) Compiled by S.H. +ENDBIB 59 +COMMON 1 3 +ERR-2 +PER-CENT + 10.0 +ENDCOMMON 3 +ENDSUBENT 66 +SUBENT C1869002 20111029 20120207 20120202 C112 +BIB 3 4 +REACTION ((1-H-1(17-CL-33,A)16-S-30,PAR,SIG)= + (17-CL-33(P,A)16-S-30,PAR,SIG)) +STATUS (TABLE) Data taken from tab. 1 of the reference +MISC-COL (MISC) Laboratory energy +ENDBIB 4 +COMMON 2 3 +E-LVL EN-ERR +MEV MEV +0.0 0.4 +ENDCOMMON 3 +DATA 5 3 +EN-CM DATA ERR-T DATA-MAX MISC +MEV MB MB MB MEV + 7.43 7.1 1.3 250.6 + 6.79 11.8 4.0 229.1 + 6.17 4.5 208.1 +ENDDATA 5 +ENDSUBENT 18 +SUBENT C1869003 20111029 20120207 20120202 C112 +BIB 4 5 +REACTION (16-S-30(A,P)17-CL-33,PAR,SIG) +STATUS (TABLE) Data taken from tab. 1 of the reference + (DEP,C1869002) +MISC-COL (MISC) Laboratory energy +ANALYSIS Cross section determined using the reciprocity theorem +ENDBIB 5 +COMMON 2 3 +E-LVL EN-ERR +MEV MEV +0.0 0.4 +ENDCOMMON 3 +DATA 5 3 +EN-CM DATA ERR-T DATA-MAX MISC +MEV MB MB MB MEV + 5.35 21.8 4.0 250.6 + 4.71 37.8 12.8 229.1 + 4.09 1.3 208.1 +ENDDATA 5 +ENDSUBENT 19 +ENDENTRY 3 diff --git a/exforall/C18/C1870.x4 b/exforall/C18/C1870.x4 new file mode 100644 index 000000000..e86031715 --- /dev/null +++ b/exforall/C18/C1870.x4 @@ -0,0 +1,130 @@ +ENTRY C1870 20111109 20120207 20120202 C112 +SUBENT C1870001 20111109 20120207 20120202 C112 +BIB 11 26 +TITLE Search for a resonant enhancement of the 7Be+d + reaction and primordial 7Li abundances +AUTHOR (P.D.O'Malley,D.W.Bardayan,A.S.Adekola,S.Ahn,K.Y.Chae, + J.A.Cizewski,S.Graves,M.E.Howard,K.L.Jones,R.L.Kozub, + L.Lindhardt,M.Matos,B.M.Moazen,C.D.Nesaraja,S.D.Pain, + W.A.Peters,S.T.Pittman,M.S.Smith,I.Spassova, + S.Y.Strauss,J.L.Wheeler,K.T.Schmitt,J.F.Shriner Jr) +INSTITUTE (1USARUT,1USAORL,1USATEN,1USATTU,1USALSU,1USAOAU) + (3KORKOR) Sungkyunkwan University,Suwon +REFERENCE (J,PR/C,84,042801,2011) +FACILITY (VDGT,1USAORL) Experiment performed at the Holifield + Radioactive Ion Beam Facility (HRIBF) at Oak Ridge + National Laboratory +SAMPLE CD2 TARGET with thickness of 1.62 mg/cm2 +DETECTOR (SISD) Annular silicon strip detector with an inner + radius of 2.4 cm and an outer radius of 4.8 cm + divided into 16 1.5-mm strips. It was placed about 23 + cm from the target covering forward laboratory angles + between 6deg and 12deg. +METHOD Inverse kinematics was used +INC-SOURCE Pure 7Be beam was obtained by extracting + 7BeO(-)/7LiO(-) beam, breaking the oxide molecules at + the terminal, striping 7Be ions to charge state 4(+) + and accelerating the stripped 7Be beam to full energy. +ERR-ANALYS (DATA-ERR) No information given +HISTORY (20111109C) Compiled by S.H. +ENDBIB 26 +NOCOMMON 0 0 +ENDSUBENT 29 +SUBENT C1870002 20111109 20120207 20120202 C112 +BIB 2 3 +REACTION (1-H-2(4-BE-7,SCT)1-H-2,,DA,,AV/REL) +STATUS (CURVE) Data taken from fig. 3 of the reference, + waiting for data from author. +ENDBIB 3 +COMMON 1 3 +ANG +ADEG +10.2 +ENDCOMMON 3 +DATA 4 81 +EN-CM-MIN EN-CM-MAX DATA-CM DATA-ERR +KEV KEV ARB-UNITS ARB-UNITS + 97.5 102.5 19041.0 479.0 + 102.5 107.5 19120.8 492.3 + 107.5 112.5 15714.6 372.5 + 112.5 117.5 14690.1 372.5 + 117.5 122.5 13532.6 319.3 + 122.5 127.5 12667.7 306.0 + 127.5 132.5 11949.2 306.0 + 132.5 137.5 11350.5 306.0 + 137.5 142.5 10405.8 252.8 + 142.5 147.5 10033.3 252.8 + 147.5 152.5 9447.8 239.5 + 152.5 157.5 8982.1 252.8 + 157.5 162.5 8489.8 226.2 + 162.5 167.5 7465.3 199.6 + 167.5 172.5 8077.4 199.6 + 172.5 177.5 7412.1 186.3 + 177.5 182.5 6387.6 159.7 + 182.5 187.5 6919.8 199.6 + 187.5 192.5 6680.3 173.0 + 192.5 197.5 5669.1 173.0 + 197.5 202.5 5442.9 133.1 + 202.5 207.5 5895.3 159.7 + 207.5 212.5 5136.9 146.4 + 212.5 217.5 5043.8 133.1 + 217.5 222.5 5256.6 119.7 + 222.5 227.5 4445.0 106.4 + 227.5 232.5 4378.5 119.7 + 232.5 237.5 4285.4 119.7 + 237.5 242.5 4112.4 106.4 + 242.5 247.5 3952.7 119.7 + 247.5 252.5 3699.9 79.8 + 252.5 257.5 3606.8 106.4 + 257.5 262.5 3540.3 79.8 + 262.5 267.5 3433.8 79.8 + 267.5 272.5 3314.1 106.4 + 272.5 277.5 3061.3 66.5 + 277.5 282.5 2755.2 + 282.5 287.5 2994.7 + 287.5 292.5 2861.7 + 292.5 297.5 2449.2 + 297.5 302.5 2675.4 + 302.5 307.5 2316.2 + 307.5 312.5 2555.7 + 312.5 317.5 2090.0 + 317.5 322.5 2329.5 + 322.5 327.5 2063.4 + 327.5 332.5 2036.7 + 332.5 337.5 2223.0 + 337.5 342.5 1797.2 + 342.5 347.5 1770.6 + 347.5 352.5 1770.6 + 352.5 357.5 1597.7 + 357.5 362.5 1637.6 + 362.5 367.5 1677.5 + 367.5 372.5 1544.4 + 372.5 377.5 1424.7 + 377.5 382.5 1438.0 + 382.5 387.5 1185.2 + 387.5 392.5 1358.2 + 392.5 397.5 1265.0 + 397.5 402.5 1198.5 + 402.5 407.5 1238.4 + 407.5 412.5 998.9 + 412.5 417.5 1038.8 + 417.5 422.5 1105.4 + 422.5 427.5 1052.1 + 427.5 432.5 879.2 + 432.5 437.5 998.9 + 437.5 442.5 799.3 + 442.5 447.5 879.2 + 447.5 452.5 799.3 + 452.5 457.5 919.1 + 457.5 462.5 759.4 + 462.5 467.5 639.7 + 467.5 472.5 772.7 + 472.5 477.5 626.4 + 477.5 482.5 639.7 + 482.5 487.5 626.4 + 487.5 492.5 586.5 + 492.5 497.5 519.9 + 497.5 502.5 613.1 +ENDDATA 83 +ENDSUBENT 95 +ENDENTRY 2 diff --git a/exforall/C18/C1871.x4 b/exforall/C18/C1871.x4 new file mode 100644 index 000000000..0af9a06fe --- /dev/null +++ b/exforall/C18/C1871.x4 @@ -0,0 +1,124 @@ +ENTRY C1871 20111110 20120207 20120202 C112 +SUBENT C1871001 20111110 20120207 20120202 C112 +BIB 10 29 +TITLE Measurement of excitation functions for the + natMo(d,x)99Mo and natMo(p,x) 99Mo reactions +AUTHOR (P.Chodash,C.T.Angell,J.Benitez,E.B.Norman, + M.Pedretti,H.Shugart,E.Swanberg,R.Yee) +INSTITUTE (1USABRK,1USALRL) + (1USAUSA) University of California, Berkeley +REFERENCE (J,ARI,69,1447,2011) +FACILITY (CYCLO,1USABRK) Experiment performed at the the + 88inch cyclotron located at Lawrence Berkeley + National Laboratory. +DETECTOR (HPGE)The detector had a relative efficiency of 62% at + 1.33 MeV as compared with a standard NaI crystal.The + full width at half maximum resolution of the detector + was 1.3keV at 181 keV,2.0keV at 739keV, + and 2.9keV at 1368keV. The activity of each + foil was measured at a distance of 10cm from the front + face of the detector. +METHOD (ACTIV) +DECAY-DATA (42-MO-99,65.95HR,DG,181.09,0.0601, + DG,739.50,0.1212) +ERR-ANALYS (ERR-T) Total uncertainty + (ERR-1,1.0,5.0) Systematic uncertainty in target + thickness + (ERR-2,4.0,8.0) Systematic uncertainty in beam + current + (ERR-3,,2.0) Other syst. uncertainty in decay + constant, atomic mass and branching ratio + (ERR-S,1.0,3.0) Statistical uncertainty +HISTORY (20111110C) Compiled by S.H. +ENDBIB 29 +NOCOMMON 0 0 +ENDSUBENT 32 +SUBENT C1871002 20111110 20120207 20120202 C112 +BIB 6 13 +REACTION (42-MO-0(D,X)42-MO-99,,SIG) +STATUS (TABLE) data taken from tab. 3 of the reference +SAMPLE Stack of alternating layers of molybdenum and aluminum + foils. The molybdenum foils were 99.95% pure,of + natural isotopic composition, and were either 25 or + 102 mu-m thick. The aluminum foils were used as energy + degraders and beam monitors. The thickness of the + aluminum foils were 127,229 or 305 mu-m. Several Mo-Al + stacks were used to cover the whole energy range +MONITOR (13-AL-27(D,X)11-NA-24,,SIG) +MONIT-REF (,,R,IAEA-TECDOC-1211,98,2004) +DECAY-MON (11-NA-24,14.96HR,DG,1368.63,0.9999, + DG,2754.01,0.9987) +ENDBIB 13 +NOCOMMON 0 0 +DATA 4 31 +EN EN-ERR DATA ERR-T +MEV MEV MB MB + 58.5 0.6 27.7 1.5 + 56.8 0.7 28.0 1.5 + 55.1 0.7 28.7 1.6 + 53.3 0.8 28.9 1.6 + 51.6 0.8 29.1 1.6 + 50.4 0.5 32.3 1.8 + 49.7 1.0 30.5 1.7 + 48.5 0.6 33.2 1.8 + 46.6 0.6 34.4 1.9 + 44.6 0.7 35.4 1.9 + 42.6 0.8 36.0 1.9 + 41.8 0.5 36.0 2.7 + 40.5 0.9 36.7 2.0 + 39.9 0.5 36.2 2.7 + 37.8 0.5 35.9 2.7 + 35.7 0.6 37.6 2.8 + 33.4 0.7 35.8 2.7 + 32.8 0.4 39.0 2.9 + 31.1 0.8 34.9 2.6 + 30.9 0.4 37.5 2.8 + 28.9 0.5 34.5 2.5 + 26.8 0.6 32.3 2.4 + 24.5 0.7 30.0 2.2 + 22.1 0.9 29.4 2.2 + 21.7 0.3 27.9 2.1 + 20.0 0.3 30.3 2.3 + 18.2 0.4 29.6 2.2 + 16.1 0.5 34.7 2.6 + 13.9 0.6 42.0 3.1 + 11.4 0.8 48.6 3.5 + 9.7 0.9 55.1 4.0 +ENDDATA 33 +ENDSUBENT 51 +SUBENT C1871003 20111110 20120207 20120202 C112 +BIB 6 15 +REACTION (42-MO-0(P,X)42-MO-99,,SIG) +STATUS (TABLE) data taken from tab. 4 of the reference +SAMPLE Stack of alternating layers of molybdenum and copper + foils. The molybdenum foils were 99.95 %pure ,of + natural isotopic composition, and were either 25 or + 102 mu-m thick The copper foils were used as energy + degraders and beam monitors. The thickness of the + aluminum foils were 239 or 366 mu-m. Two Mo-Al + stacks were used to cover the whole energy range +MONITOR (29-CU-0(P,X)30-ZN-62,,SIG) + (29-CU-0(P,X)30-ZN-65,,SIG) +MONIT-REF (,,R,IAEA-TECDOC-1211,77,2004) +DECAY-MON (30-ZN-62,9.26HR,DG,548.36,0.153, + DG,596.56,0.26) + (30-ZN-65,243.86D,DG,1115.54,0.506) +ENDBIB 15 +NOCOMMON 0 0 +DATA 4 11 +EN EN-ERR DATA ERR-T +MEV MEV MB MB + 49.6 0.5 16.4 1.5 + 46.1 0.6 16.2 1.4 + 42.4 0.8 15.9 1.4 + 38.4 1.1 15.6 1.4 + 34.0 1.4 15.9 1.4 + 29.4 0.4 15.6 1.4 + 29.2 1.8 15.6 1.4 + 25.5 0.5 15.4 1.4 + 21.1 0.7 11.7 1.0 + 15.8 1.1 4.2 0.4 + 11.3 1.7 0.2 0.2 +ENDDATA 13 +ENDSUBENT 33 +ENDENTRY 3 diff --git a/exforall/E21/E2167.x4 b/exforall/E21/E2167.x4 new file mode 100644 index 000000000..bc4e44074 --- /dev/null +++ b/exforall/E21/E2167.x4 @@ -0,0 +1,2266 @@ +ENTRY E2167 20120130 20120207 20120130 E067 +SUBENT E2167001 20120130 20120207 20120130 E067 +BIB 8 14 +TITLE (d, alpha) reactions on C12 and O16 with deuterons in + the energy range from 15 MeV to 20 MeV +AUTHOR (T.Yanabu, S.Yamashita, T.Nakamura, K.Takamatsu, + A.Masaike, S.Kakigi, D.C.Nguen, K.Takimoto) +INSTITUTE (2JPNKTO) Institute for Chemical Research + (2JPNKTO) Department of Physics +REFERENCE (J,JPJ,18,(6),747,196306) + Main reference. See also TITLE and AUTHOR. + (J,BCR,43,68,196502) +PART-DET (A) +FACILITY (CYCLO,2JPNTOK) Institute for Nuclear Study +DETECTOR - Solid angle of detector is about 1 msr. + - p-n junction type solid state radiation detector +HISTORY (20110715C) TM +ENDBIB 14 +NOCOMMON 0 0 +ENDSUBENT 17 +SUBENT E2167002 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (6-C-12(D,A)5-B-10,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,5-B-10) +INC-SOURCE Beam intensity is 0.1 micro-Ampere. +SAMPLE - Chemical-form of target: Polystyrene + - Physical-form of target is solid. + - Target-thickness is 0.2 mg/cm**2. +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.1 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 15.1 0. +ENDCOMMON 3 +DATA 3 19 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 19.1 3.16 3. + 25.4 4.34 2.5 + 31.7 4.81 2.5 + 37.9 5.22 2.5 + 44.0 4.27 2.5 + 50.1 3.25 3. + 62.1 1.66 4. + 73.7 1.39 5. + 84.9 1.57 5. + 95.7 1.50 5. + 105.9 1.10 6.5 + 115.7 1.67 5.5 + 124.9 2.58 4.5 + 133.7 2.68 4.5 + 142.1 2.22 5.5 + 150.1 2.95 5. + 157.9 3.80 4.5 + 165.4 5.44 4. + 169.1 5.70 4. +ENDDATA 21 +ENDSUBENT 39 +SUBENT E2167003 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (6-C-12(D,A)5-B-10,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,5-B-10) +INC-SOURCE Beam intensity is 0.1 micro-Ampere. +SAMPLE - Chemical-form of target: Polystyrene + - Physical-form of target is solid. + - Target-thickness is 0.2 mg/cm**2. +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.1 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 15.9 0. +ENDCOMMON 3 +DATA 3 20 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 19.1 4.44 2. + 25.4 5.02 1.5 + 31.7 4.98 2. + 37.9 4.52 1.5 + 44.0 3.76 2. + 50.1 3.17 2. + 62.1 1.84 3. + 73.7 1.47 2. + 84.9 1.94 3. + 95.7 2.03 3. + 105.9 1.63 3.5 + 115.7 1.79 3.5 + 124.9 2.90 3. + 133.7 3.10 3. + 142.1 2.62 3.5 + 150.1 2.76 2.5 + 157.9 3.34 2.5 + 165.4 4.05 3. + 169.1 3.96 3. + 172.7 4.30 3. +ENDDATA 22 +ENDSUBENT 40 +SUBENT E2167004 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (6-C-12(D,A)5-B-10,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,5-B-10) +INC-SOURCE Beam intensity is 0.1 micro-Ampere. +SAMPLE - Chemical-form of target: Polystyrene + - Physical-form of target is solid. + - Target-thickness is 0.2 mg/cm**2. +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.1 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 16.7 0. +ENDCOMMON 3 +DATA 3 21 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 19.0 5.24 1.5 + 25.3 6.14 1.5 + 31.6 5.88 1.5 + 37.8 4.82 1.5 + 44.0 3.65 2. + 50.1 2.18 2. + 56.1 1.97 3. + 62.0 1.62 2.5 + 67.9 1.38 3.5 + 73.6 1.27 3. + 81.8 1.97 2.5 + 95.5 2.22 2. + 105.8 1.76 2.5 + 115.5 1.77 3. + 124.8 2.44 2.5 + 133.6 2.88 2. + 142.0 2.55 2.5 + 150.1 2.31 3. + 157.8 3.15 2.5 + 165.3 4.35 2. + 172.7 5.24 2. +ENDDATA 23 +ENDSUBENT 41 +SUBENT E2167005 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (6-C-12(D,A)5-B-10,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,5-B-10) +INC-SOURCE Beam intensity is 0.1 micro-Ampere. +SAMPLE - Chemical-form of target: Polystyrene + - Physical-form of target is solid. + - Target-thickness is 0.2 mg/cm**2. +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.1 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 17.5 0. +ENDCOMMON 3 +DATA 3 22 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 19.0 4.20 2. + 25.3 5.13 1. + 31.6 5.47 1.5 + 37.8 4.78 1. + 44.0 3.80 2. + 50.1 2.57 1.5 + 56.1 1.73 3. + 62.0 1.25 2.5 + 67.9 0.85 4.5 + 73.6 0.95 3. + 79.2 1.16 4.0 + 84.8 1.75 2.5 + 95.5 2.06 2.5 + 105.8 1.88 2.5 + 115.5 2.21 2.5 + 124.8 2.36 2.5 + 133.6 2.61 2.5 + 141.0 2.18 3. + 150.1 2.08 3. + 157.8 2.70 2.5 + 165.3 3.83 2.5 + 172.7 5.29 2. +ENDDATA 24 +ENDSUBENT 42 +SUBENT E2167006 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (6-C-12(D,A)5-B-10,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,5-B-10) +INC-SOURCE Beam intensity is 0.1 micro-Ampere. +SAMPLE - Chemical-form of target: Polystyrene + - Physical-form of target is solid. + - Target-thickness is 0.2 mg/cm**2. +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.1 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 18.2 0. +ENDCOMMON 3 +DATA 3 21 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 19.0 3.50 2. + 25.3 4.88 2. + 31.6 5.92 1.5 + 37.8 5.61 1.5 + 43.9 4.58 2. + 50.0 2.62 2.5 + 56.0 1.67 3. + 62.0 0.98 4. + 67.8 0.78 4.5 + 73.5 0.86 4.5 + 79.2 1.17 4. + 84.7 1.57 3.5 + 95.4 1.84 3. + 105.7 1.78 3.5 + 115.4 1.99 3.5 + 124.7 2.12 3.5 + 133.5 2.29 3.5 + 142.0 2.31 4. + 150.0 2.25 4. + 157.8 2.79 3.5 + 161.6 2.30 3.5 +ENDDATA 23 +ENDSUBENT 41 +SUBENT E2167007 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (6-C-12(D,A)5-B-10,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,5-B-10) +INC-SOURCE Beam intensity is 0.1 micro-Ampere. +SAMPLE - Chemical-form of target: Polystyrene + - Physical-form of target is solid. + - Target-thickness is 0.2 mg/cm**2. +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.1 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 19.0 0. +ENDCOMMON 3 +DATA 3 22 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 19.0 2.93 2.5 + 25.3 4.35 2. + 31.6 5.50 1. + 37.8 5.27 1.5 + 43.9 4.36 2. + 50.0 2.55 2.5 + 56.0 1.34 3. + 62.0 0.84 4.5 + 67.8 0.86 4.5 + 73.5 1.00 4. + 79.2 1.25 4. + 84.7 1.44 3.5 + 95.4 1.80 2.5 + 105.7 1.87 3.5 + 115.4 1.91 3.5 + 124.7 1.85 4. + 133.5 1.81 4. + 142.0 1.88 3. + 150.0 2.03 4. + 157.8 2.26 3.5 + 165.3 3.29 3.5 + 169.0 3.84 3. +ENDDATA 24 +ENDSUBENT 42 +SUBENT E2167008 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (6-C-12(D,A)5-B-10,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,5-B-10) +INC-SOURCE Beam intensity is 0.1 micro-Ampere. +SAMPLE - Chemical-form of target: Polystyrene + - Physical-form of target is solid. + - Target-thickness is 0.2 mg/cm**2. +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.1 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 19.7 0. +ENDCOMMON 3 +DATA 3 20 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 18.7 2.87 2. + 24.9 3.62 2. + 31.0 4.82 2. + 37.2 4.73 2. + 43.2 3.97 2. + 49.2 2.61 2.5 + 55.1 1.53 4. + 61.0 0.96 4. + 72.5 1.18 3.5 + 83.5 1.31 4. + 94.2 1.34 3.5 + 104.4 1.70 3.5 + 114.2 1.77 4.5 + 123.5 1.38 5. + 132.5 1.26 3.5 + 141.0 1.38 4.5 + 149.2 1.43 3.5 + 157.2 1.58 3. + 164.9 2.26 4. + 168.7 2.59 4. +ENDDATA 22 +ENDSUBENT 40 +SUBENT E2167009 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (6-C-12(D,A)5-B-10,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,5-B-10) +INC-SOURCE Beam intensity is 0.1 micro-Ampere. +SAMPLE - Chemical-form of target: Polystyrene + - Physical-form of target is solid. + - Target-thickness is 0.2 mg/cm**2. +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.1 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 15.1 0.718 +ENDCOMMON 3 +DATA 3 19 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 19.2 8.21 2. + 25.6 5.11 2.5 + 31.9 5.63 2. + 38.1 6.15 2. + 44.3 4.73 2.5 + 50.5 2.79 3. + 62.5 0.91 6. + 74.2 1.73 4.5 + 85.4 2.00 4. + 96.2 2.02 4.5 + 106.4 2.66 4. + 116.2 2.94 4. + 125.4 3.24 4. + 134.2 2.4 5. + 142.5 2.18 5.5 + 150.5 2.80 5. + 158.1 4.11 4.5 + 165.6 6.53 3.5 + 169.2 7.59 3.5 +ENDDATA 21 +ENDSUBENT 39 +SUBENT E2167010 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (6-C-12(D,A)5-B-10,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,5-B-10) +INC-SOURCE Beam intensity is 0.1 micro-Ampere. +SAMPLE - Chemical-form of target: Polystyrene + - Physical-form of target is solid. + - Target-thickness is 0.2 mg/cm**2. +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.1 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 15.9 0.718 +ENDCOMMON 3 +DATA 3 20 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 19.2 5.49 1.5 + 25.5 4.14 2. + 31.8 3.95 2. + 38.1 4.07 1.5 + 44.3 3.11 2. + 50.4 1.87 3. + 62.4 0.93 4.5 + 74.1 1.83 2. + 85.3 2.24 3. + 96.1 2.30 3. + 106.3 2.50 3. + 116.1 2.64 3. + 125.3 2.37 3.5 + 134.1 1.82 4. + 142.4 1.77 4.5 + 150.4 1.90 4.5 + 158.1 2.89 2.5 + 165.5 4.20 3. + 169.2 5.00 3. + 172.8 5.82 3. +ENDDATA 22 +ENDSUBENT 40 +SUBENT E2167011 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (6-C-12(D,A)5-B-10,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,5-B-10) +INC-SOURCE Beam intensity is 0.1 micro-Ampere. +SAMPLE - Chemical-form of target: Polystyrene + - Physical-form of target is solid. + - Target-thickness is 0.2 mg/cm**2. +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.1 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 16.7 0.718 +ENDCOMMON 3 +DATA 3 21 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 19.2 4.38 2. + 25.5 3.18 2. + 31.8 2.77 2.5 + 38.1 2.20 2. + 44.2 1.66 3. + 50.4 1.31 2.5 + 56.4 0.92 4. + 62.4 0.78 3.5 + 68.3 0.94 4.5 + 74.0 1.41 2.5 + 85.3 1.85 2.5 + 95.0 1.73 2.5 + 106.3 2.02 2.5 + 116.0 1.95 2.5 + 125.3 1.31 3.5 + 134.0 1.14 3. + 142.4 1.11 4. + 150.4 1.25 4. + 158.1 1.82 3.5 + 165.5 2.12 3. + 172.8 2.20 3. +ENDDATA 23 +ENDSUBENT 41 +SUBENT E2167012 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (6-C-12(D,A)5-B-10,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,5-B-10) +INC-SOURCE Beam intensity is 0.1 micro-Ampere. +SAMPLE - Chemical-form of target: Polystyrene + - Physical-form of target is solid. + - Target-thickness is 0.2 mg/cm**2. +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.1 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 17.5 0.718 +ENDCOMMON 3 +DATA 3 22 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 19.1 3.32 2. + 25.5 2.76 1.5 + 31.8 2.36 2.5 + 38.0 1.54 2. + 44.2 1.00 4. + 50.3 0.98 3. + 56.4 1.16 3.5 + 62.3 1.03 3. + 68.2 1.08 4.0 + 74.0 1.23 3. + 79.6 1.45 3.5 + 85.2 1.52 2.5 + 95.9 1.38 3. + 106.2 1.45 3. + 116.0 1.42 3. + 125.2 1.10 3.5 + 134.0 0.85 4. + 142.3 0.70 5. + 150.3 1.03 4.5 + 158.0 1.48 3. + 165.5 1.48 3. + 172.8 1.51 2.5 +ENDDATA 24 +ENDSUBENT 42 +SUBENT E2167013 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (6-C-12(D,A)5-B-10,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,5-B-10) +INC-SOURCE Beam intensity is 0.1 micro-Ampere. +SAMPLE - Chemical-form of target: Polystyrene + - Physical-form of target is solid. + - Target-thickness is 0.2 mg/cm**2. +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.1 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 18.2 0.718 +ENDCOMMON 3 +DATA 3 21 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 19.1 1.70 2.5 + 25.5 1.93 2.5 + 31.7 2.30 2.5 + 38.0 1.61 3. + 44.2 0.77 4.5 + 50.3 0.67 4.5 + 56.3 1.01 4. + 62.3 1.27 3.5 + 68.1 1.21 3.5 + 73.9 1.19 4. + 79.6 1.38 3.5 + 85.1 1.37 3.5 + 95.9 1.22 4. + 106.1 1.28 4. + 115.9 1.21 4.5 + 125.1 0.77 6. + 133.9 0.77 6.5 + 142.3 0.68 7. + 150.3 0.80 7. + 158.0 1.27 5.5 + 161.7 1.25 5.5 +ENDDATA 23 +ENDSUBENT 41 +SUBENT E2167014 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (6-C-12(D,A)5-B-10,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,5-B-10) +INC-SOURCE Beam intensity is 0.1 micro-Ampere. +SAMPLE - Chemical-form of target: Polystyrene + - Physical-form of target is solid. + - Target-thickness is 0.2 mg/cm**2. +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.1 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 19.0 0.718 +ENDCOMMON 3 +DATA 3 22 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 19.1 1.59 3. + 25.4 1.49 3. + 31.7 1.90 2. + 37.9 1.53 3. + 44.1 0.68 4.5 + 50.2 0.50 5.5 + 56.2 0.96 4. + 62.2 1.24 3.5 + 68.1 1.30 3.5 + 73.8 1.25 3.5 + 79.5 1.40 3.5 + 85.0 1.39 3.5 + 95.8 1.00 3. + 106.0 1.09 4.5 + 115.8 1.03 5. + 125.0 0.53 7. + 133.8 0.66 7. + 142.2 0.69 5. + 150.2 0.91 5. + 157.9 1.16 5. + 165.4 0.99 6.5 + 169.1 1.10 6. +ENDDATA 24 +ENDSUBENT 42 +SUBENT E2167015 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (6-C-12(D,A)5-B-10,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,5-B-10) +INC-SOURCE Beam intensity is 0.1 micro-Ampere. +SAMPLE - Chemical-form of target: Polystyrene + - Physical-form of target is solid. + - Target-thickness is 0.2 mg/cm**2. +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.1 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 19.7 0.718 +ENDCOMMON 3 +DATA 3 20 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 19.1 1.54 3. + 25.5 1.53 3. + 31.7 1.49 3. + 38.0 1.22 3. + 44.2 0.83 4. + 50.3 0.76 4.5 + 56.3 0.98 4. + 62.3 1.25 3.5 + 73.9 1.42 3.5 + 85.1 1.32 3.5 + 95.1 0.93 4.5 + 106.1 0.93 5. + 115.9 0.81 5.5 + 125.1 0.50 7.5 + 133.9 0.41 6. + 142.3 0.56 7.5 + 150.3 0.83 4.5 + 158.0 0.84 4. + 165.5 0.95 6.5 + 169.1 0.76 7.5 +ENDDATA 22 +ENDSUBENT 40 +SUBENT E2167016 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (6-C-12(D,A)5-B-10,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,5-B-10) +INC-SOURCE Beam intensity is 0.1 micro-Ampere. +SAMPLE - Chemical-form of target: Polystyrene + - Physical-form of target is solid. + - Target-thickness is 0.2 mg/cm**2. +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.1 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 15.1 2.15 +ENDCOMMON 3 +DATA 3 19 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 19.5 2.26 3. + 26.0 2.30 3. + 32.4 1.63 4. + 38.7 1.18 5. + 45.0 0.90 5.5 + 51.2 0.43 8. + 63.4 0.89 6. + 75.2 0.81 6.5 + 85.6 0.58 8. + 97.4 0.84 7. + 107.7 0.85 7. + 117.4 0.66 8.5 + 126.6 0.94 7.5 + 135.2 1.15 7. + 143.4 1.32 7. + 151.2 0.89 20. + 158.7 0.88 30. + 166.0 1.71 27. + 169.5 1.91 27. +ENDDATA 21 +ENDSUBENT 39 +SUBENT E2167017 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (6-C-12(D,A)5-B-10,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,5-B-10) +INC-SOURCE Beam intensity is 0.1 micro-Ampere. +SAMPLE - Chemical-form of target: Polystyrene + - Physical-form of target is solid. + - Target-thickness is 0.2 mg/cm**2. +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.1 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 15.9 2.15 +ENDCOMMON 3 +DATA 3 20 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 19.5 1.96 2.5 + 25.9 1.76 3. + 32.3 1.43 3. + 38.6 1.26 2.5 + 44.9 1.05 3.5 + 51.1 0.95 4. + 63.3 0.89 4. + 75.1 0.44 3.5 + 86.4 0.37 7. + 97.2 0.63 5.5 + 107.5 0.47 7. + 117.2 0.42 7.5 + 126.4 0.73 6. + 135.1 1.25 5. + 143.3 1.34 5. + 151.1 0.79 12. + 158.6 1.38 24. + 165.9 1.98 10. + 169.5 2.33 14. + 173.0 3.35 14. +ENDDATA 22 +ENDSUBENT 40 +SUBENT E2167018 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (6-C-12(D,A)5-B-10,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,5-B-10) +INC-SOURCE Beam intensity is 0.1 micro-Ampere. +SAMPLE - Chemical-form of target: Polystyrene + - Physical-form of target is solid. + - Target-thickness is 0.2 mg/cm**2. +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.1 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 16.7 2.15 +ENDCOMMON 3 +DATA 3 21 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 19.4 2.73 2. + 25.9 2.02 2.5 + 32.2 1.64 3. + 38.6 1.26 2.5 + 44.8 1.13 3. + 51.0 0.91 3. + 57.2 0.74 5. + 63.2 0.64 3.5 + 69.1 0.45 6.5 + 74.9 0.31 5.5 + 86.3 0.31 5.5 + 97.1 0.41 5. + 107.3 0.37 6. + 117.1 0.33 6.5 + 126.3 0.62 5. + 134.9 1.47 2.5 + 143.2 1.59 3.5 + 151.0 1.18 4. + 158.6 1.19 4.5 + 165.9 2.96 3. + 173.0 4.85 2. +ENDDATA 23 +ENDSUBENT 41 +SUBENT E2167019 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (6-C-12(D,A)5-B-10,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,5-B-10) +INC-SOURCE Beam intensity is 0.1 micro-Ampere. +SAMPLE - Chemical-form of target: Polystyrene + - Physical-form of target is solid. + - Target-thickness is 0.2 mg/cm**2. +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.1 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 17.5 2.15 +ENDCOMMON 3 +DATA 3 22 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 19.4 2.42 2.5 + 25.8 2.02 2. + 32.2 1.67 3. + 38.5 1.27 2.5 + 44.8 0.92 4. + 51.0 0.67 3.5 + 57.1 0.55 5. + 63.1 0.50 4. + 69.0 0.45 6. + 74.8 0.38 5. + 80.6 0.29 8. + 86.1 0.25 6. + 96.9 0.26 6.5 + 107.2 0.29 6.5 + 116.9 0.23 7.5 + 126.1 0.62 4.5 + 134.8 1.39 3.5 + 143.1 1.32 4. + 151.0 1.14 4. + 158.5 1.40 4. + 165.8 2.62 3. + 172.9 4.17 7.5 +ENDDATA 24 +ENDSUBENT 42 +SUBENT E2167020 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (6-C-12(D,A)5-B-10,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,5-B-10) +INC-SOURCE Beam intensity is 0.1 micro-Ampere. +SAMPLE - Chemical-form of target: Polystyrene + - Physical-form of target is solid. + - Target-thickness is 0.2 mg/cm**2. +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.1 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 18.2 2.15 +ENDCOMMON 3 +DATA 3 21 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 19.4 1.78 2.5 + 25.8 1.44 3. + 32.1 1.36 3. + 38.4 1.21 3. + 44.7 1.01 4. + 50.9 0.66 4.5 + 57.0 0.48 6. + 63.0 0.37 6.5 + 68.9 0.40 6.5 + 74.7 0.37 7. + 80.4 0.38 7. + 86.0 0.37 7. + 96.8 0.22 9. + 107.1 0.23 9.5 + 116.8 0.33 8.5 + 126.0 0.44 8. + 134.7 0.84 6. + 143.0 1.27 5. + 150.9 1.58 5. + 158.4 1.85 4.5 + 162.1 2.19 4.5 +ENDDATA 23 +ENDSUBENT 41 +SUBENT E2167021 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (6-C-12(D,A)5-B-10,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,5-B-10) +INC-SOURCE Beam intensity is 0.1 micro-Ampere. +SAMPLE - Chemical-form of target: Polystyrene + - Physical-form of target is solid. + - Target-thickness is 0.2 mg/cm**2. +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.1 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 19.0 2.15 +ENDCOMMON 3 +DATA 3 22 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 19.3 1.19 3. + 25.7 0.86 4. + 32.1 0.99 3.5 + 38.4 0.99 4. + 44.6 0.95 4. + 50.8 0.59 5. + 56.9 0.42 6. + 62.9 0.35 6.5 + 68.8 0.42 6.5 + 74.6 0.51 5.5 + 80.3 0.48 6. + 85.9 0.44 6.5 + 96.7 0.21 7. + 107.0 0.30 8.5 + 116.7 0.40 8. + 125.9 0.47 8. + 134.6 0.66 7. + 142.9 0.82 6.5 + 150.8 1.20 5.5 + 158.4 1.75 4. + 165.7 2.50 4. + 169.3 3.40 3.5 +ENDDATA 24 +ENDSUBENT 42 +SUBENT E2167022 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (6-C-12(D,A)5-B-10,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,5-B-10) +INC-SOURCE Beam intensity is 0.1 micro-Ampere. +SAMPLE - Chemical-form of target: Polystyrene + - Physical-form of target is solid. + - Target-thickness is 0.2 mg/cm**2. +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.1 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 19.7 2.15 +ENDCOMMON 3 +DATA 3 20 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 19.3 1.06 3.5 + 25.7 0.85 4. + 32.1 0.81 4. + 38.4 0.78 4. + 44.6 0.72 4.5 + 50.8 0.53 5. + 56.9 0.32 7. + 62.9 0.29 7. + 74.6 0.49 6. + 85.9 0.42 6.5 + 96.7 0.13 12. + 107.0 0.22 10. + 116.7 0.42 7.5 + 125.9 0.35 14. + 134.6 0.49 5.5 + 142.9 0.76 6.5 + 150.8 0.69 10. + 158.4 0.95 14. + 165.7 2.16 4.5 + 169.3 2.71 4. +ENDDATA 22 +ENDSUBENT 40 +SUBENT E2167023 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (6-C-12(D,A)5-B-10,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,5-B-10) +INC-SOURCE Beam intensity is 0.1 micro-Ampere. +SAMPLE - Chemical-form of target: Polystyrene + - Physical-form of target is solid. + - Target-thickness is 0.2 mg/cm**2. +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.1 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 15.1 3.59 +ENDCOMMON 3 +DATA 3 16 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 19.9 2.59 3. + 26.5 3.07 3. + 33.0 2.60 3. + 39.5 2.36 3. + 45.9 2.36 4. + 52.2 1.12 5. + 64.6 0.42 8. + 76.5 0.37 9.5 + 88.0 0.51 8.5 + 98.9 0.52 8.5 + 109.2 0.78 8. + 118.9 0.81 13. + 128.0 1.10 12. + 136.5 0.86 19. + 144.6 1.29 18. + 152.2 1.03 29. +ENDDATA 18 +ENDSUBENT 36 +SUBENT E2167024 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (6-C-12(D,A)5-B-10,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,5-B-10) +INC-SOURCE Beam intensity is 0.1 micro-Ampere. +SAMPLE - Chemical-form of target: Polystyrene + - Physical-form of target is solid. + - Target-thickness is 0.2 mg/cm**2. +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.1 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 15.9 3.59 +ENDCOMMON 3 +DATA 3 19 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 19.8 1.12 3. + 26.4 1.37 3. + 32.9 1.51 3. + 39.3 1.60 3. + 45.7 1.22 4. + 52.0 0.83 4. + 64.4 0.28 7.5 + 76.3 0.28 4.5 + 87.7 0.47 6. + 98.6 0.61 5.5 + 108.9 0.90 5. + 118.6 1.22 4.5 + 127.7 1.02 5. + 136.3 1.17 15. + 144.4 0.62 27. + 152.0 1.44 25. + 159.3 1.87 23. + 166.4 1.00 36. + 169.8 1.96 25. +ENDDATA 21 +ENDSUBENT 39 +SUBENT E2167025 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (6-C-12(D,A)5-B-10,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,5-B-10) +INC-SOURCE Beam intensity is 0.1 micro-Ampere. +SAMPLE - Chemical-form of target: Polystyrene + - Physical-form of target is solid. + - Target-thickness is 0.2 mg/cm**2. +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.1 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 16.7 3.59 +ENDCOMMON 3 +DATA 3 21 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 19.7 1.00 3.5 + 26.3 1.07 3.5 + 32.8 1.17 3.5 + 39.2 1.22 2.5 + 45.6 1.05 4. + 51.9 0.73 3. + 58.1 0.42 6. + 64.2 0.26 5.5 + 70.2 0.22 9. + 76.1 0.26 6. + 87.5 0.58 4. + 98.3 0.72 4. + 108.6 0.85 4. + 118.3 1.48 3. + 127.5 1.48 3. + 136.1 1.17 3. + 144.2 0.85 5. + 151.9 1.94 3.5 + 159.2 2.91 3. + 166.3 2.95 3. + 173.2 3.88 12.5 +ENDDATA 23 +ENDSUBENT 41 +SUBENT E2167026 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (6-C-12(D,A)5-B-10,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,5-B-10) +INC-SOURCE Beam intensity is 0.1 micro-Ampere. +SAMPLE - Chemical-form of target: Polystyrene + - Physical-form of target is solid. + - Target-thickness is 0.2 mg/cm**2. +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.1 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 17.5 3.59 +ENDCOMMON 3 +DATA 3 22 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 19.6 0.95 4. + 26.1 1.07 2.5 + 32.6 1.03 4. + 39.0 0.91 3. + 45.3 0.85 4. + 51.6 0.63 3.5 + 57.7 0.43 6. + 63.8 0.31 6. + 69.8 0.24 8.5 + 75.7 0.28 5. + 81.4 0.47 6. + 87.0 0.68 3.5 + 97.9 0.53 4.5 + 108.2 0.69 4. + 117.9 1.21 3.5 + 127.0 1.41 3. + 135.7 1.23 4. + 143.8 0.71 5. + 151.6 0.94 14.5 + 159.0 2.10 13. + 166.1 2.78 13. + 173.1 3.65 12.5 +ENDDATA 24 +ENDSUBENT 42 +SUBENT E2167027 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (6-C-12(D,A)5-B-10,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,5-B-10) +INC-SOURCE Beam intensity is 0.1 micro-Ampere. +SAMPLE - Chemical-form of target: Polystyrene + - Physical-form of target is solid. + - Target-thickness is 0.2 mg/cm**2. +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.1 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 18.2 3.59 +ENDCOMMON 3 +DATA 3 21 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 19.6 1.03 3.5 + 26.1 0.85 4. + 32.6 0.77 4. + 39.0 0.64 4.5 + 45.3 0.53 5. + 51.6 0.41 6. + 57.7 0.40 6. + 63.8 0.33 7. + 69.8 0.36 6.5 + 75.7 0.42 6.5 + 81.4 0.56 5.5 + 87.0 0.62 5.5 + 97.9 0.55 6. + 108.2 0.43 7. + 117.9 0.79 5.5 + 127.0 0.87 5.5 + 135.7 0.70 7. + 143.8 0.65 7.5 + 151.6 0.92 6.5 + 159.0 1.55 10.5 + 162.6 2.00 4.5 +ENDDATA 23 +ENDSUBENT 41 +SUBENT E2167028 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (6-C-12(D,A)5-B-10,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,5-B-10) +INC-SOURCE Beam intensity is 0.1 micro-Ampere. +SAMPLE - Chemical-form of target: Polystyrene + - Physical-form of target is solid. + - Target-thickness is 0.2 mg/cm**2. +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.1 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 19.0 3.59 +ENDCOMMON 3 +DATA 3 22 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 19.6 1.11 3.5 + 26.1 1.25 3. + 32.5 1.27 2.5 + 38.9 0.96 4. + 45.2 0.54 5. + 51.4 0.36 6. + 57.6 0.34 6.5 + 63.7 0.35 6.5 + 69.6 0.44 6. + 75.5 0.49 5.5 + 81.2 0.49 6. + 86.8 0.44 6.5 + 97.7 0.47 6.5 + 108.0 0.44 7. + 117.7 0.49 7. + 126.8 0.49 7.5 + 135.5 0.50 8. + 143.7 0.52 8. + 151.4 0.82 7. + 158.9 1.48 5. + 166.1 1.85 5. + 169.6 2.79 4. +ENDDATA 24 +ENDSUBENT 42 +SUBENT E2167029 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (6-C-12(D,A)5-B-10,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,5-B-10) +INC-SOURCE Beam intensity is 0.1 micro-Ampere. +SAMPLE - Chemical-form of target: Polystyrene + - Physical-form of target is solid. + - Target-thickness is 0.2 mg/cm**2. +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.1 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 19.7 3.59 +ENDCOMMON 3 +DATA 3 20 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 19.6 1.49 3. + 26.1 1.71 2.5 + 32.5 1.68 3. + 38.9 1.32 3. + 45.2 0.82 4. + 51.4 0.44 5.5 + 57.6 0.29 7. + 63.7 0.32 7. + 75.5 0.40 6.5 + 86.8 0.33 7.5 + 97.7 0.37 7. + 108.0 0.46 7. + 117.7 0.47 7. + 126.8 0.37 18.5 + 135.5 0.27 31. + 143.7 0.55 12.5 + 151.4 0.72 20. + 158.9 1.26 13.5 + 166.1 2.10 14.5 + 169.6 5.12 14. +ENDDATA 22 +ENDSUBENT 40 +SUBENT E2167030 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (8-O-16(D,A)7-N-14,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,7-N-14) +INC-SOURCE Beam intensity is 0.2 micro-Ampere. +SAMPLE - Chemical-form of target is element. + - Physical-form of target is gas. + - Target-thickness: 20cm Hg pressure +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.2 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 14.9 0. +ENDCOMMON 3 +DATA 3 17 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 23.3 1.03 3. + 29.1 0.90 2. + 34.9 1.01 3. + 40.6 1.05 3. + 46.3 1.09 3. + 57.5 0.54 3. + 68.5 0.33 3. + 79.2 0.18 8. + 89.7 0.23 5. + 99.8 0.36 5. + 109.7 0.35 5. + 119.2 0.43 5. + 128.5 0.26 8. + 137.5 0.55 5. + 146.3 1.17 5. + 154.9 1.33 5. + 159.1 1.00 5. +ENDDATA 19 +ENDSUBENT 37 +SUBENT E2167031 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (8-O-16(D,A)7-N-14,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,7-N-14) +INC-SOURCE Beam intensity is 0.2 micro-Ampere. +SAMPLE - Chemical-form of target is element. + - Physical-form of target is gas. + - Target-thickness: 20cm Hg pressure +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.2 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 15.4 0. +ENDCOMMON 3 +DATA 3 18 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 17.5 0.95 1. + 23.3 0.81 1. + 29.1 0.70 2. + 34.9 0.78 2. + 40.6 0.88 3. + 46.3 0.89 3. + 57.5 0.48 3. + 68.5 0.27 5. + 79.2 0.17 7. + 89.7 0.20 7. + 99.8 0.30 6. + 109.7 0.27 6. + 119.2 0.36 6. + 128.5 0.28 6. + 137.5 0.39 5. + 146.3 0.83 3. + 154.9 0.77 3. + 159.1 0.65 3. +ENDDATA 20 +ENDSUBENT 38 +SUBENT E2167032 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (8-O-16(D,A)7-N-14,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,7-N-14) +INC-SOURCE Beam intensity is 0.2 micro-Ampere. +SAMPLE - Chemical-form of target is element. + - Physical-form of target is gas. + - Target-thickness: 20cm Hg pressure +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.2 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 15.7 0. +ENDCOMMON 3 +DATA 3 15 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 23.3 0.70 2. + 34.9 0.90 2. + 46.3 0.80 3. + 57.5 0.32 5. + 68.5 0.31 5. + 79.2 0.15 7. + 89.7 0.21 6. + 99.8 0.33 6. + 109.7 0.23 6. + 119.2 0.33 5. + 128.5 0.27 6. + 137.5 0.26 6. + 146.3 0.50 6. + 154.9 0.55 6. + 159.1 0.40 6. +ENDDATA 17 +ENDSUBENT 35 +SUBENT E2167033 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (8-O-16(D,A)7-N-14,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,7-N-14) +INC-SOURCE Beam intensity is 0.2 micro-Ampere. +SAMPLE - Chemical-form of target is element. + - Physical-form of target is gas. + - Target-thickness: 20cm Hg pressure +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.2 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 16.0 0. +ENDCOMMON 3 +DATA 3 28 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 23.3 1.21 1. + 29.1 1.31 1. + 34.9 1.29 1. + 40.6 1.20 2. + 46.3 0.86 2. + 51.9 0.49 3. + 57.5 0.28 4. + 63.0 0.26 4. + 68.5 0.34 4. + 73.9 0.30 4. + 79.2 0.23 6. + 85.5 0.16 7. + 89.7 0.19 7. + 94.8 0.32 5. + 99.8 0.40 5. + 104.8 0.34 5. + 109.7 0.25 6. + 114.5 0.21 7. + 119.2 0.24 7. + 123.9 0.28 7. + 128.5 0.29 7. + 133.0 0.23 7. + 137.5 0.19 7. + 141.9 0.17 7. + 146.3 0.29 7. + 150.6 0.45 7. + 154.9 0.54 7. + 159.1 0.51 7. +ENDDATA 30 +ENDSUBENT 48 +SUBENT E2167034 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (8-O-16(D,A)7-N-14,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,7-N-14) +INC-SOURCE Beam intensity is 0.2 micro-Ampere. +SAMPLE - Chemical-form of target is element. + - Physical-form of target is gas. + - Target-thickness: 20cm Hg pressure +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.2 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 16.5 0. +ENDCOMMON 3 +DATA 3 20 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 23.4 1.13 3. + 34.9 1.03 1. + 46.3 0.93 2. + 52.0 0.55 3. + 57.6 0.32 3. + 63.1 0.32 5. + 68.5 0.46 4. + 74.0 0.55 3. + 79.3 0.40 3. + 84.6 0.23 6. + 89.7 0.18 6. + 94.8 0.24 6. + 99.9 0.29 5. + 109.7 0.25 6. + 119.3 0.18 7. + 128.5 0.23 6. + 137.6 0.32 4. + 146.3 0.51 4. + 154.9 0.64 3. + 159.2 0.67 3. +ENDDATA 22 +ENDSUBENT 40 +SUBENT E2167035 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (8-O-16(D,A)7-N-14,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,7-N-14) +INC-SOURCE Beam intensity is 0.2 micro-Ampere. +SAMPLE - Chemical-form of target is element. + - Physical-form of target is gas. + - Target-thickness: 20cm Hg pressure +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.2 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 16.9 0. +ENDCOMMON 3 +DATA 3 19 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 23.4 1.19 3. + 34.9 0.87 3. + 40.7 0.97 3. + 46.4 0.79 3. + 50.8 0.64 3. + 57.6 0.34 4. + 63.1 0.37 5. + 68.6 0.51 3. + 79.3 0.49 3. + 89.8 0.29 5. + 99.9 0.22 6. + 109.8 0.14 8. + 119.3 0.13 8. + 128.6 0.11 7. + 137.6 0.29 4. + 142.0 0.47 5. + 146.4 0.58 2. + 154.9 0.68 3. + 159.2 0.68 2. +ENDDATA 21 +ENDSUBENT 39 +SUBENT E2167036 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (8-O-16(D,A)7-N-14,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,7-N-14) +INC-SOURCE Beam intensity is 0.2 micro-Ampere. +SAMPLE - Chemical-form of target is element. + - Physical-form of target is gas. + - Target-thickness: 20cm Hg pressure +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.2 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 17.3 0. +ENDCOMMON 3 +DATA 3 17 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 23.4 1.25 2. + 34.9 0.72 2. + 40.7 0.68 2. + 46.4 0.63 3. + 52.0 0.42 3. + 57.6 0.31 3. + 68.6 0.57 3. + 79.3 0.43 4. + 89.8 0.22 6. + 99.9 0.25 6. + 109.8 0.12 8. + 119.3 0.09 10. + 128.6 0.10 9. + 137.6 0.25 6. + 146.4 0.49 4. + 154.9 0.57 3. + 159.2 0.46 3. +ENDDATA 19 +ENDSUBENT 37 +SUBENT E2167037 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (8-O-16(D,A)7-N-14,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,7-N-14) +INC-SOURCE Beam intensity is 0.2 micro-Ampere. +SAMPLE - Chemical-form of target is element. + - Physical-form of target is gas. + - Target-thickness: 20cm Hg pressure +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.2 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 18.1 0. +ENDCOMMON 3 +DATA 3 21 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 23.4 0.90 2. + 29.2 0.76 2. + 35.0 0.65 2. + 40.7 0.65 2. + 46.4 0.65 3. + 52.0 0.51 3. + 57.6 0.34 4. + 63.2 0.25 5. + 68.6 0.27 5. + 74.0 0.25 5. + 79.4 0.28 5. + 84.6 0.28 5. + 89.8 0.26 6. + 100.0 0.29 5. + 109.8 0.14 8. + 119.4 0.10 9. + 128.6 0.11 9. + 137.6 0.19 6. + 146.4 0.38 5. + 155.0 0.26 6. + 159.2 0.16 7. +ENDDATA 23 +ENDSUBENT 41 +SUBENT E2167038 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (8-O-16(D,A)7-N-14,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,7-N-14) +INC-SOURCE Beam intensity is 0.2 micro-Ampere. +SAMPLE - Chemical-form of target is element. + - Physical-form of target is gas. + - Target-thickness: 20cm Hg pressure +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.2 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 18.8 0. +ENDCOMMON 3 +DATA 3 19 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 17.5 0.81 8. + 23.4 0.62 6. + 29.2 0.40 5. + 34.9 0.33 5. + 40.7 0.51 6. + 46.3 0.65 6. + 52.0 0.61 6. + 57.6 0.43 5. + 68.6 0.19 3. + 79.3 0.21 4. + 89.8 0.28 4. + 99.9 0.32 2. + 109.8 0.22 3. + 119.3 0.26 2. + 128.6 0.22 5. + 137.6 0.31 2. + 146.3 0.55 3. + 154.9 0.37 4. + 159.2 0.23 4. +ENDDATA 21 +ENDSUBENT 39 +SUBENT E2167039 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (8-O-16(D,A)7-N-14,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,7-N-14) +INC-SOURCE Beam intensity is 0.2 micro-Ampere. +SAMPLE - Chemical-form of target is element. + - Physical-form of target is gas. + - Target-thickness: 20cm Hg pressure +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.2 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 19.6 0. +ENDCOMMON 3 +DATA 3 19 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 17.5 1.05 10. + 23.4 0.70 9. + 29.2 0.35 9. + 34.9 0.30 11. + 40.7 0.50 14. + 46.4 0.60 14. + 52.0 0.53 14. + 57.6 0.34 11. + 68.6 0.14 9. + 79.4 0.18 9. + 89.8 0.22 11. + 100.0 0.18 6. + 109.8 0.17 4. + 119.4 0.16 5. + 128.6 0.16 3. + 137.6 0.27 2. + 146.4 0.38 4. + 155.0 0.29 4. + 159.2 0.19 5. +ENDDATA 21 +ENDSUBENT 39 +SUBENT E2167040 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (8-O-16(D,A)7-N-14,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,7-N-14) +INC-SOURCE Beam intensity is 0.2 micro-Ampere. +SAMPLE - Chemical-form of target is element. + - Physical-form of target is gas. + - Target-thickness: 20cm Hg pressure +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.2 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 14.9 3.95 +ENDCOMMON 3 +DATA 3 17 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 23.8 1.67 2. + 29.7 2.57 1. + 35.6 2.74 2. + 41.4 1.82 2. + 47.2 0.77 2. + 58.6 0.43 3. + 69.7 0.64 3. + 80.6 1.04 4. + 91.1 1.18 4. + 101.2 0.84 4. + 111.1 0.50 5. + 120.6 0.59 6. + 129.7 0.98 6. + 138.6 0.75 6. + 147.2 0.60 6. + 155.6 0.94 6. + 159.7 0.98 6. +ENDDATA 19 +ENDSUBENT 37 +SUBENT E2167041 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (8-O-16(D,A)7-N-14,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,7-N-14) +INC-SOURCE Beam intensity is 0.2 micro-Ampere. +SAMPLE - Chemical-form of target is element. + - Physical-form of target is gas. + - Target-thickness: 20cm Hg pressure +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.2 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 15.4 3.95 +ENDCOMMON 3 +DATA 3 18 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 17.9 2.00 1. + 23.8 1.79 1. + 29.7 1.89 2. + 35.6 1.73 2. + 41.4 1.31 3. + 47.2 0.61 3. + 58.6 0.31 3. + 69.7 0.63 4. + 80.6 1.03 4. + 91.1 1.22 4. + 101.2 0.84 5. + 111.1 0.55 5. + 120.6 0.70 5. + 129.7 1.08 4. + 138.6 0.86 4. + 147.2 1.14 4. + 155.6 1.96 4. + 159.7 1.99 4. +ENDDATA 20 +ENDSUBENT 38 +SUBENT E2167042 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (8-O-16(D,A)7-N-14,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,7-N-14) +INC-SOURCE Beam intensity is 0.2 micro-Ampere. +SAMPLE - Chemical-form of target is element. + - Physical-form of target is gas. + - Target-thickness: 20cm Hg pressure +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.2 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 15.7 3.95 +ENDCOMMON 3 +DATA 3 15 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 23.8 2.05 2. + 35.6 1.99 2. + 47.2 0.57 4. + 58.6 0.23 5. + 69.7 0.63 4. + 80.6 1.01 4. + 91.1 1.27 4. + 101.2 0.96 4. + 111.1 0.68 6. + 120.6 0.80 6. + 129.7 1.17 6. + 138.6 0.94 8. + 147.2 1.27 8. + 155.6 2.40 8. + 159.7 2.40 8. +ENDDATA 17 +ENDSUBENT 35 +SUBENT E2167043 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (8-O-16(D,A)7-N-14,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,7-N-14) +INC-SOURCE Beam intensity is 0.2 micro-Ampere. +SAMPLE - Chemical-form of target is element. + - Physical-form of target is gas. + - Target-thickness: 20cm Hg pressure +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.2 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 16.0 3.95 +ENDCOMMON 3 +DATA 3 28 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 23.8 2.72 1. + 29.7 2.48 1. + 35.6 1.88 3. + 41.4 1.05 3. + 47.2 0.43 3. + 52.9 0.18 5. + 58.6 0.34 5. + 64.2 0.62 4. + 69.7 0.87 4. + 75.2 0.85 4. + 80.6 0.79 4. + 85.9 0.92 4. + 91.1 1.07 4. + 96.2 1.26 4. + 101.2 1.19 4. + 106.2 1.02 4. + 111.1 0.76 5. + 115.9 0.71 7. + 120.6 0.80 7. + 125.2 0.95 8. + 129.7 1.06 8. + 134.2 0.89 10. + 138.6 0.76 10. + 142.9 0.63 10. + 147.2 0.78 10. + 151.4 1.04 10. + 155.6 1.75 10. + 159.7 1.97 10. +ENDDATA 30 +ENDSUBENT 48 +SUBENT E2167044 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (8-O-16(D,A)7-N-14,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,7-N-14) +INC-SOURCE Beam intensity is 0.2 micro-Ampere. +SAMPLE - Chemical-form of target is element. + - Physical-form of target is gas. + - Target-thickness: 20cm Hg pressure +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.2 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 16.5 3.95 +ENDCOMMON 3 +DATA 3 20 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 23.8 2.45 5. + 35.6 1.80 3. + 47.2 0.46 3. + 52.9 0.28 4. + 58.6 0.31 3. + 64.2 0.68 3. + 69.7 0.82 3. + 75.2 0.79 3. + 80.5 0.72 4. + 85.8 0.75 4. + 91.1 0.82 4. + 96.2 0.85 4. + 101.2 0.77 4. + 111.1 0.58 4. + 120.5 0.66 5. + 129.7 0.57 10. + 138.6 0.28 10. + 147.2 0.32 14. + 155.6 0.93 10. + 159.7 0.91 12. +ENDDATA 22 +ENDSUBENT 40 +SUBENT E2167045 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (8-O-16(D,A)7-N-14,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,7-N-14) +INC-SOURCE Beam intensity is 0.2 micro-Ampere. +SAMPLE - Chemical-form of target is element. + - Physical-form of target is gas. + - Target-thickness: 20cm Hg pressure +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.2 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 16.9 3.95 +ENDCOMMON 3 +DATA 3 19 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 23.8 1.98 3. + 35.6 1.96 3. + 41.4 1.20 3. + 47.2 0.70 3. + 51.8 0.46 3. + 58.6 0.45 3. + 64.6 0.61 4. + 69.7 0.61 3. + 80.5 0.76 3. + 91.0 0.59 4. + 101.2 0.55 4. + 111.0 0.63 6. + 120.5 0.52 8. + 129.7 0.38 14. + 138.6 0.19 15. + 142.9 0.26 14. + 147.2 0.30 14. + 155.6 0.36 7. + 159.7 0.36 11. +ENDDATA 21 +ENDSUBENT 39 +SUBENT E2167046 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (8-O-16(D,A)7-N-14,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,7-N-14) +INC-SOURCE Beam intensity is 0.2 micro-Ampere. +SAMPLE - Chemical-form of target is element. + - Physical-form of target is gas. + - Target-thickness: 20cm Hg pressure +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.2 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 17.3 3.95 +ENDCOMMON 3 +DATA 3 17 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 23.8 1.87 2. + 35.6 1.79 1. + 41.4 1.09 2. + 47.2 0.66 2. + 52.9 0.52 3. + 58.6 0.45 3. + 69.7 0.58 3. + 80.5 0.75 3. + 91.0 0.59 4. + 101.2 0.50 4. + 111.0 0.48 4. + 120.5 0.41 5. + 129.7 0.19 7. + 138.6 0.17 10. + 147.2 0.26 5. + 155.6 0.22 6. + 159.7 0.24 6. +ENDDATA 19 +ENDSUBENT 37 +SUBENT E2167047 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (8-O-16(D,A)7-N-14,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,7-N-14) +INC-SOURCE Beam intensity is 0.2 micro-Ampere. +SAMPLE - Chemical-form of target is element. + - Physical-form of target is gas. + - Target-thickness: 20cm Hg pressure +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.2 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 18.1 3.95 +ENDCOMMON 3 +DATA 3 21 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 23.8 0.91 2. + 29.7 1.65 2. + 35.6 1.38 2. + 41.4 0.75 2. + 47.2 0.57 4. + 52.9 0.71 2. + 58.6 0.68 3. + 64.2 0.49 3. + 67.7 0.32 4. + 75.2 0.40 4. + 80.6 0.59 4. + 85.9 0.68 3. + 91.1 0.55 4. + 101.2 0.25 6. + 111.1 0.26 6. + 120.6 0.33 6. + 129.7 0.43 5. + 138.6 0.34 5. + 147.2 0.28 5. + 155.6 0.27 5. + 159.7 0.17 6. +ENDDATA 23 +ENDSUBENT 41 +SUBENT E2167048 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (8-O-16(D,A)7-N-14,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,7-N-14) +INC-SOURCE Beam intensity is 0.2 micro-Ampere. +SAMPLE - Chemical-form of target is element. + - Physical-form of target is gas. + - Target-thickness: 20cm Hg pressure +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.2 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 18.8 3.95 +ENDCOMMON 3 +DATA 3 19 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 17.8 0.83 5. + 23.8 0.74 4. + 29.6 1.27 4. + 35.5 1.21 6. + 41.3 0.77 8. + 47.1 0.58 6. + 52.8 0.57 5. + 58.5 0.45 5. + 69.5 0.43 6. + 80.4 0.53 4. + 90.9 0.37 3. + 101.0 0.24 2. + 110.9 0.14 2. + 120.4 0.22 3. + 129.6 0.33 5. + 138.4 0.37 2. + 147.1 0.18 2. + 155.5 0.29 3. + 159.7 0.51 4. +ENDDATA 21 +ENDSUBENT 39 +SUBENT E2167049 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (8-O-16(D,A)7-N-14,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and alpha + (E-LVL,7-N-14) +INC-SOURCE Beam intensity is 0.2 micro-Ampere. +SAMPLE - Chemical-form of target is element. + - Physical-form of target is gas. + - Target-thickness: 20cm Hg pressure +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table.2 of J,BCR,43,68,1965 +ENDBIB 9 +COMMON 2 3 +EN E-LVL +MEV MEV + 19.6 3.95 +ENDCOMMON 3 +DATA 3 19 +ANG-CM DATA-CM ERR-S +ADEG MB/SR PER-CENT + 17.8 1.39 5. + 23.8 0.97 6. + 29.7 1.41 10. + 35.5 1.14 9. + 41.3 0.57 9. + 47.1 0.31 14. + 52.8 0.41 20. + 58.5 0.42 11. + 69.6 0.32 8. + 80.5 0.45 6. + 91.0 0.32 7. + 101.2 0.18 6. + 111.0 0.08 6. + 120.5 0.18 3. + 129.6 0.42 2. + 138.5 0.40 2. + 147.1 0.32 2. + 155.5 0.63 4. + 159.7 0.84 5. +ENDDATA 21 +ENDSUBENT 39 +SUBENT E2167050 20120130 20120207 20120130 E067 +BIB 5 7 +REACTION (6-C-12(D,A)5-B-10,PAR,SIG) +EN-SEC (E-LVL,5-B-10) +INC-SOURCE Beam intensity is 0.1 micro-Ampere. +SAMPLE - Chemical-form of target: Polystyrene + - Physical-form of target is solid. + - Target-thickness is 0.2 mg/cm**2. +STATUS (TABLE) Table.I of J,JPJ,18,(6),747,1963 +ENDBIB 7 +COMMON 1 3 +E-LVL +MEV + 0. +ENDCOMMON 3 +DATA 2 7 +EN DATA +MEV MB + 15.1 30.7 + 15.9 33.0 + 16.7 32.9 + 17.5 29.4 + 18.2 29.1 + 19.0 27.0 + 19.7 23.4 +ENDDATA 9 +ENDSUBENT 25 +SUBENT E2167051 20120130 20120207 20120130 E067 +BIB 5 7 +REACTION (6-C-12(D,A)5-B-10,PAR,SIG) +EN-SEC (E-LVL,5-B-10) +INC-SOURCE Beam intensity is 0.1 micro-Ampere. +SAMPLE - Chemical-form of target: Polystyrene + - Physical-form of target is solid. + - Target-thickness is 0.2 mg/cm**2. +STATUS (TABLE) Table.I of J,JPJ,18,(6),747,1963 +ENDBIB 7 +COMMON 1 3 +E-LVL +MEV + 0.718 +ENDCOMMON 3 +DATA 2 7 +EN DATA +MEV MB + 15.1 37.6 + 15.9 30.9 + 16.7 20.5 + 17.5 15.8 + 18.2 14.8 + 19.0 13.5 + 19.7 12.6 +ENDDATA 9 +ENDSUBENT 25 +SUBENT E2167052 20120130 20120207 20120130 E067 +BIB 5 7 +REACTION (6-C-12(D,A)5-B-10,PAR,SIG) +EN-SEC (E-LVL,5-B-10) +INC-SOURCE Beam intensity is 0.1 micro-Ampere. +SAMPLE - Chemical-form of target: Polystyrene + - Physical-form of target is solid. + - Target-thickness is 0.2 mg/cm**2. +STATUS (TABLE) Table.I of J,JPJ,18,(6),747,1963 +ENDBIB 7 +COMMON 1 3 +E-LVL +MEV + 2.15 +ENDCOMMON 3 +DATA 2 7 +EN DATA +MEV MB + 15.1 12.3 + 15.9 11.1 + 16.7 11.3 + 17.5 10.1 + 18.2 8.9 + 19.0 8.1 + 19.7 6.6 +ENDDATA 9 +ENDSUBENT 25 +SUBENT E2167053 20120130 20120207 20120130 E067 +BIB 5 7 +REACTION (6-C-12(D,A)5-B-10,PAR,SIG) +EN-SEC (E-LVL,5-B-10) +INC-SOURCE Beam intensity is 0.1 micro-Ampere. +SAMPLE - Chemical-form of target: Polystyrene + - Physical-form of target is solid. + - Target-thickness is 0.2 mg/cm**2. +STATUS (TABLE) Table.I of J,JPJ,18,(6),747,1963 +ENDBIB 7 +COMMON 1 3 +E-LVL +MEV + 3.59 +ENDCOMMON 3 +DATA 2 7 +EN DATA +MEV MB + 15.1 13.2 + 15.9 10.7 + 16.7 12.0 + 17.5 10.5 + 18.2 8.3 + 19.0 7.8 + 19.7 8.1 +ENDDATA 9 +ENDSUBENT 25 +SUBENT E2167054 20120130 20120207 20120130 E067 +BIB 5 7 +REACTION (8-O-16(D,A)7-N-14,PAR,SIG) +EN-SEC (E-LVL,7-N-14) +INC-SOURCE Beam intensity is 0.2 micro-Ampere. +SAMPLE - Chemical-form of target is element. + - Physical-form of target is gas. + - Target-thickness: 20cm Hg pressure +STATUS (TABLE) Table.II of J,JPJ,18,(6),747,1963 +ENDBIB 7 +COMMON 1 3 +E-LVL +MEV + 0. +ENDCOMMON 3 +DATA 2 10 +EN DATA +MEV MB + 14.9 7.0 + 15.4 5.7 + 15.7 4.9 + 16.0 5.7 + 16.5 5.9 + 16.9 5.7 + 17.3 5.1 + 18.1 4.2 + 18.8 4.3 + 19.6 3.6 +ENDDATA 12 +ENDSUBENT 28 +SUBENT E2167055 20120130 20120207 20120130 E067 +BIB 5 7 +REACTION (8-O-16(D,A)7-N-14,PAR,SIG) +EN-SEC (E-LVL,7-N-14) +INC-SOURCE Beam intensity is 0.2 micro-Ampere. +SAMPLE - Chemical-form of target is element. + - Physical-form of target is gas. + - Target-thickness: 20cm Hg pressure +STATUS (TABLE) Table.II of J,JPJ,18,(6),747,1963 +ENDBIB 7 +COMMON 1 3 +E-LVL +MEV + 3.95 +ENDCOMMON 3 +DATA 2 10 +EN DATA +MEV MB + 14.9 12.1 + 15.4 12.9 + 15.7 13.5 + 16.0 13.2 + 16.5 10.5 + 16.9 9.0 + 17.3 8.1 + 18.1 6.3 + 18.8 5.6 + 19.6 5.5 +ENDDATA 12 +ENDSUBENT 28 +SUBENT E2167056 20120130 20120207 20120130 E067 +BIB 5 8 +REACTION (6-C-12(D,A)5-B-10,PAR,DA) +EN-SEC ANG is polar angle (lab.) between beam and alpha + (E-LVL,5-B-10) +INC-SOURCE Beam intensity is 0.1 micro-Ampere. +SAMPLE - Chemical-form of target: Polystyrene + - Physical-form of target is solid. + - Target-thickness is 0.2 mg/cm**2. +STATUS (CURVE) Fig.11 of J,JPJ,18,(6),747,1963 +ENDBIB 8 +COMMON 1 3 +E-LVL +MEV + 1.74 +ENDCOMMON 3 +DATA 3 7 +EN ANG DATA +MEV ADEG MU-B/SR + 15.1 130.0 4.035E+01 + 15.9 130.0 9.791E+00 + 16.7 130.0 2.025E+01 + 17.5 140.0 2.017E+01 + 18.2 140.0 3.971E+01 + 19.0 160.0 1.943E+01 + 19.7 130.0 5.013E+01 +ENDDATA 9 +ENDSUBENT 26 +SUBENT E2167057 20120130 20120207 20120130 E067 +BIB 5 8 +REACTION (8-O-16(D,A)7-N-14,PAR,DA) +EN-SEC ANG is polar angle (lab.) between beam and alpha + (E-LVL,7-N-14) +INC-SOURCE Beam intensity is 0.2 micro-Ampere. +SAMPLE - Chemical-form of target is element. + - Physical-form of target is gas. + - Target-thickness: 20cm Hg pressure +STATUS (CURVE) Fig.12 of J,JPJ,18,(6),747,1963 +ENDBIB 8 +COMMON 2 3 +E-LVL ANG +MEV ADEG + 2.31 20. +ENDCOMMON 3 +DATA 2 10 +EN DATA +MEV MU-B/SR + 14.9 4.006E+01 + 15.4 3.009E+01 + 15.7 1.466E+01 + 16.0 1.025E+01 + 16.5 2.025E+01 + 16.9 1.023E+01 + 17.3 9.181E+00 + 18.1 1.006E+01 + 18.8 6.849E+00 + 19.6 3.545E-02 +ENDDATA 12 +ENDSUBENT 29 +ENDENTRY 57 diff --git a/exforall/E22/E2216.x4 b/exforall/E22/E2216.x4 new file mode 100644 index 000000000..a2b251465 --- /dev/null +++ b/exforall/E22/E2216.x4 @@ -0,0 +1,734 @@ +ENTRY E2216 20120130 20120207 20120130 E067 +SUBENT E2216001 20120130 20120207 20120130 E067 +BIB 7 13 +TITLE The reactions Li7(p,n)Be7, B11(p,n)C11 and + Al27(p,n)Si27 at 8 to 14 MeV +AUTHOR (K.Hisatake, Y.Ishizaki, A.Isoya, T.Nakamura, Y.Nakano, + B.Saheki, Y.Saji, K.Yuasa) +INSTITUTE (2JPNTOK) Institute for Nuclear Study + (2JPNTIT) + (2JPNKTO) + (2JPNJPN) Hokkaido Gakugei University + (2JPNKON) +REFERENCE (J,JPJ,15,(5),741,196005) +INC-SOURCE Beam intensity is 0.3 to 1.5 micro-Ampere. +FACILITY (CYCLO,2JPNTOK) The 160 cm variable energy cyclotron +HISTORY (20110927C) MA +ENDBIB 13 +NOCOMMON 0 0 +ENDSUBENT 16 +SUBENT E2216002 20120130 20120207 20120130 E067 +BIB 6 14 +REACTION (3-LI-7(P,N)4-BE-7,PAR,DA) +PART-DET (N) +EN-SEC ANG-CM is polar angle (c.m.) between beam and neutron + (E-LVL,4-BE-7) +SAMPLE - Target is natural. + - Chemical-form of target is element. + - Physical-form of target is solid. + - Target-thickness: 100 microns +DETECTOR (SCIN,NAICR) The NaI scintillator detects the recoil + protons produced in the first + scintillator, which is an anthracene + crystal. + (PROPC,NAICR) +STATUS (CURVE) Fig.5 of J,JPJ,15,741,1960 +ENDBIB 14 +COMMON 3 3 +EN EN-ERR E-LVL +MEV MEV MEV + 9.2 0.11 0. +ENDCOMMON 3 +DATA 2 12 +ANG-CM DATA-CM +ADEG MB/SR + 1.030E+01 4.664E+00 + 2.377E+01 4.757E+00 + 3.439E+01 4.960E+00 + 5.220E+01 3.856E+00 + 6.893E+01 2.952E+00 + 8.452E+01 3.045E+00 + 9.867E+01 3.449E+00 + 1.008E+02 3.139E+00 + 1.175E+02 3.255E+00 + 1.239E+02 3.058E+00 + 1.419E+02 3.596E+00 + 1.473E+02 2.466E+00 +ENDDATA 14 +ENDSUBENT 37 +SUBENT E2216003 20120130 20120207 20120130 E067 +BIB 6 14 +REACTION (3-LI-7(P,N)4-BE-7,PAR,DA) +PART-DET (N) +EN-SEC ANG-CM is polar angle (c.m.) between beam and neutron + (E-LVL,4-BE-7) +SAMPLE - Target is natural. + - Chemical-form of target is element. + - Physical-form of target is solid. + - Target-thickness: 100 microns +DETECTOR (SCIN,NAICR) The NaI scintillator detects the recoil + protons produced in the first + scintillator, which is an anthracene + crystal. + (PROPC,NAICR) +STATUS (CURVE) Fig.5 of J,JPJ,15,741,1960 +ENDBIB 14 +COMMON 3 3 +EN EN-ERR E-LVL +MEV MEV MEV + 9.2 0.11 0.43 +ENDCOMMON 3 +DATA 2 12 +ANG-CM DATA-CM +ADEG MB/SR + 1.081E+01 2.800E+00 + 2.396E+01 2.405E+00 + 3.599E+01 2.653E+00 + 5.230E+01 2.591E+00 + 6.863E+01 2.286E+00 + 8.489E+01 2.868E+00 + 9.901E+01 3.649E+00 + 1.011E+02 3.650E+00 + 1.182E+02 3.655E+00 + 1.242E+02 3.413E+00 + 1.416E+02 2.841E+00 + 1.475E+02 3.953E+00 +ENDDATA 14 +ENDSUBENT 37 +SUBENT E2216004 20120130 20120207 20120130 E067 +BIB 7 17 +REACTION (3-LI-7(P,N)4-BE-7,PAR,DA) +PART-DET (N) +EN-SEC ANG-CM is polar angle (c.m.) between beam and neutron + (E-LVL,4-BE-7) +SAMPLE - Target is natural. + - Chemical-form of target is element. + - Physical-form of target is solid. + - Target-thickness: 100 microns +DETECTOR (SCIN,NAICR) The NaI scintillator detects the recoil + protons produced in the first + scintillator, which is an anthracene + crystal. + (PROPC,NAICR) +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (CURVE) Fig.5 of J,JPJ,15,741,1960 + (DEP,E2216002) Data for ground state transition + (DEP,E2216003) Data for 1st exc. state transition +ENDBIB 17 +COMMON 4 3 +EN EN-ERR E-LVL E-LVL +MEV MEV MEV MEV + 9.2 0.11 0. 0.43 +ENDCOMMON 3 +DATA 3 12 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 1.043E+01 7.483E+00 1.777E-01 + 2.357E+01 7.176E+00 1.330E-01 + 3.489E+01 7.557E+00 1.111E-01 + 5.199E+01 6.431E+00 1.110E-01 + 6.840E+01 5.215E+00 1.330E-01 + 8.430E+01 5.864E+00 1.555E-01 + 9.838E+01 7.045E+00 1.332E-01 + 9.983E+01 6.690E+00 1.777E-01 + 1.168E+02 6.851E+00 1.332E-01 + 1.236E+02 6.453E+00 1.997E-01 + 1.417E+02 6.370E+00 1.332E-01 + 1.470E+02 6.350E+00 1.330E-01 +ENDDATA 14 +ENDSUBENT 40 +SUBENT E2216005 20120130 20120207 20120130 E067 +BIB 6 14 +REACTION (3-LI-7(P,N)4-BE-7,PAR,DA) +PART-DET (N) +EN-SEC ANG-CM is polar angle (c.m.) between beam and neutron + (E-LVL,4-BE-7) +SAMPLE - Target is natural. + - Chemical-form of target is element. + - Physical-form of target is solid. + - Target-thickness: 100 microns +DETECTOR (SCIN,NAICR) The NaI scintillator detects the recoil + protons produced in the first + scintillator, which is an anthracene + crystal. + (PROPC,NAICR) +STATUS (CURVE) Fig.7 of J,JPJ,15,741,1960 +ENDBIB 14 +COMMON 3 3 +EN E-LVL E-LVL +MEV MEV MEV + 8.1 0. 0.43 +ENDCOMMON 3 +DATA 2 8 +ANG-CM DATA-CM +ADEG MB/SR + 1.163E+01 1.038E+01 + 2.261E+01 1.023E+01 + 3.614E+01 9.747E+00 + 5.220E+01 8.385E+00 + 6.906E+01 8.628E+00 + 9.038E+01 1.020E+01 + 1.088E+02 1.218E+01 + 1.295E+02 8.874E+00 +ENDDATA 10 +ENDSUBENT 33 +SUBENT E2216006 20120130 20120207 20120130 E067 +BIB 6 14 +REACTION (3-LI-7(P,N)4-BE-7,PAR,DA) +PART-DET (N) +EN-SEC ANG-CM is polar angle (c.m.) between beam and neutron + (E-LVL,4-BE-7) +SAMPLE - Target is natural. + - Chemical-form of target is element. + - Physical-form of target is solid. + - Target-thickness: 100 microns +DETECTOR (SCIN,NAICR) The NaI scintillator detects the recoil + protons produced in the first + scintillator, which is an anthracene + crystal. + (PROPC,NAICR) +STATUS (CURVE) Fig.7 of J,JPJ,15,741,1960 +ENDBIB 14 +COMMON 3 3 +EN E-LVL E-LVL +MEV MEV MEV + 8.7 0. 0.43 +ENDCOMMON 3 +DATA 2 11 +ANG-CM DATA-CM +ADEG MB/SR + 1.113E+01 7.784E+00 + 2.318E+01 7.488E+00 + 3.527E+01 7.730E+00 + 4.621E+01 7.167E+00 + 5.746E+01 5.728E+00 + 6.957E+01 6.374E+00 + 8.059E+01 6.955E+00 + 1.008E+02 7.717E+00 + 1.202E+02 8.414E+00 + 1.385E+02 8.642E+00 + 1.461E+02 7.750E+00 +ENDDATA 13 +ENDSUBENT 36 +SUBENT E2216007 20120130 20120207 20120130 E067 +BIB 6 14 +REACTION (3-LI-7(P,N)4-BE-7,PAR,DA) +PART-DET (N) +EN-SEC ANG-CM is polar angle (c.m.) between beam and neutron + (E-LVL,4-BE-7) +SAMPLE - Target is natural. + - Chemical-form of target is element. + - Physical-form of target is solid. + - Target-thickness: 100 microns +DETECTOR (SCIN,NAICR) The NaI scintillator detects the recoil + protons produced in the first + scintillator, which is an anthracene + crystal. + (PROPC,NAICR) +STATUS (CURVE) Fig.7 of J,JPJ,15,741,1960 +ENDBIB 14 +COMMON 3 3 +EN E-LVL E-LVL +MEV MEV MEV + 10.6 0. 0.43 +ENDCOMMON 3 +DATA 2 12 +ANG-CM DATA-CM +ADEG MB/SR + 1.041E+01 5.594E+00 + 2.358E+01 5.609E+00 + 3.491E+01 6.029E+00 + 4.223E+01 6.038E+00 + 5.030E+01 5.438E+00 + 6.716E+01 4.374E+00 + 8.362E+01 4.529E+00 + 9.861E+01 4.750E+00 + 1.114E+02 4.968E+00 + 1.268E+02 4.512E+00 + 1.381E+02 4.593E+00 + 1.451E+02 5.008E+00 +ENDDATA 14 +ENDSUBENT 37 +SUBENT E2216008 20120130 20120207 20120130 E067 +BIB 6 14 +REACTION (3-LI-7(P,N)4-BE-7,PAR,DA) +PART-DET (N) +EN-SEC ANG-CM is polar angle (c.m.) between beam and neutron + (E-LVL,4-BE-7) +SAMPLE - Target is natural. + - Chemical-form of target is element. + - Physical-form of target is solid. + - Target-thickness: 100 microns +DETECTOR (SCIN,NAICR) The NaI scintillator detects the recoil + protons produced in the first + scintillator, which is an anthracene + crystal. + (PROPC,NAICR) +STATUS (CURVE) Fig.7 of J,JPJ,15,741,1960 +ENDBIB 14 +COMMON 3 3 +EN E-LVL E-LVL +MEV MEV MEV + 12.1 0. 0.43 +ENDCOMMON 3 +DATA 2 16 +ANG-CM DATA-CM +ADEG MB/SR + 8.470E+00 3.976E+00 + 1.827E+01 4.964E+00 + 2.187E+01 5.660E+00 + 2.879E+01 6.091E+00 + 3.968E+01 7.151E+00 + 4.553E+01 7.236E+00 + 5.728E+01 6.651E+00 + 6.577E+01 5.714E+00 + 8.337E+01 5.214E+00 + 9.801E+01 5.254E+00 + 1.049E+02 5.891E+00 + 1.122E+02 6.117E+00 + 1.181E+02 5.996E+00 + 1.280E+02 5.338E+00 + 1.401E+02 5.234E+00 + 1.474E+02 5.323E+00 +ENDDATA 18 +ENDSUBENT 41 +SUBENT E2216009 20120130 20120207 20120130 E067 +BIB 6 14 +REACTION (3-LI-7(P,N)4-BE-7,PAR,DA) +PART-DET (N) +EN-SEC ANG-CM is polar angle (c.m.) between beam and neutron + (E-LVL,4-BE-7) +SAMPLE - Target is natural. + - Chemical-form of target is element. + - Physical-form of target is solid. + - Target-thickness: 100 microns +DETECTOR (SCIN,NAICR) The NaI scintillator detects the recoil + protons produced in the first + scintillator, which is an anthracene + crystal. + (PROPC,NAICR) +STATUS (CURVE) Fig.7 of J,JPJ,15,741,1960 +ENDBIB 14 +COMMON 3 3 +EN E-LVL E-LVL +MEV MEV MEV + 14.1 0. 0.43 +ENDCOMMON 3 +DATA 2 21 +ANG-CM DATA-CM +ADEG MB/SR + -1.212E+01 5.554E+00 + -1.912E+00 6.398E+00 + 3.993E+00 5.866E+00 + 9.213E+00 4.649E+00 + 1.470E+01 4.868E+00 + 2.205E+01 4.612E+00 + 2.648E+01 4.282E+00 + 3.231E+01 4.842E+00 + 4.433E+01 5.896E+00 + 5.131E+01 5.845E+00 + 5.463E+01 5.511E+00 + 6.718E+01 4.381E+00 + 7.785E+01 3.929E+00 + 8.890E+01 3.273E+00 + 9.733E+01 3.293E+00 + 1.086E+02 4.140E+00 + 1.134E+02 4.425E+00 + 1.174E+02 4.366E+00 + 1.278E+02 3.572E+00 + 1.369E+02 3.321E+00 + 1.491E+02 2.873E+00 +ENDDATA 23 +ENDSUBENT 46 +SUBENT E2216010 20120130 20120207 20120130 E067 +BIB 7 15 +REACTION (3-LI-7(P,N)4-BE-7,PAR,DA) +PART-DET (N) +EN-SEC ANG-CM is polar angle (c.m.) between beam and neutron + (E-LVL,4-BE-7) +SAMPLE - Target is natural. + - Chemical-form of target is element. + - Physical-form of target is solid. + - Target-thickness: 100 microns +DETECTOR (SCIN,NAICR) The NaI scintillator detects the recoil + protons produced in the first + scintillator, which is an anthracene + crystal. + (PROPC,NAICR) +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (CURVE) Fig.8 of J,JPJ,15,741,1960 +ENDBIB 15 +COMMON 2 3 +EN E-LVL +MEV MEV + 14.1 4.65 +ENDCOMMON 3 +DATA 3 8 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 1.084E+01 2.077E+00 1.989E-01 + 2.292E+01 1.441E+00 8.525E-02 + 3.380E+01 1.146E+00 7.387E-02 + 4.582E+01 1.180E+00 6.250E-02 + 5.636E+01 1.476E+00 6.819E-02 + 6.751E+01 1.414E+00 1.023E-01 + 7.746E+01 1.727E+00 1.193E-01 + 9.832E+01 1.284E+00 1.193E-01 +ENDDATA 10 +ENDSUBENT 34 +SUBENT E2216011 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (3-LI-7(P,N)4-BE-7,,SIG) +DECAY-DATA (4-BE-7,53.D,DG,477.) +SAMPLE - Target is natural. + - Chemical-form of target is element. + - Physical-form of target is solid. + - Target-thickness: 100 microns +METHOD (SITA) +DETECTOR (NAICR) +STATUS (CURVE) Fig.9 of J,JPJ,15,741,1960 +ENDBIB 9 +NOCOMMON 0 0 +DATA 2 6 +EN DATA +MEV MB + 8.1 118.69 + 8.7 89.824 + 9.2 67.887 + 10.6 55.617 + 12.1 71.566 + 14.1 45.556 +ENDDATA 8 +ENDSUBENT 22 +SUBENT E2216012 20120130 20120207 20120130 E067 +BIB 6 9 +REACTION (3-LI-7(P,N)4-BE-7,,SIG) +DECAY-DATA (4-BE-7,53.D,DG,477.) +SAMPLE - Target is natural. + - Chemical-form of target is element. + - Physical-form of target is solid. + - Target-thickness: 100 microns +METHOD (STTA) +DETECTOR (NAICR) +STATUS (CURVE) Fig.9 of J,JPJ,15,741,1960 +ENDBIB 9 +NOCOMMON 0 0 +DATA 2 40 +EN DATA +MEV MB + 2.8929 47.597 + 3.5698 138.71 + 4.1428 214.66 + 4.6728 219.51 + 5.2999 262.39 + 5.6767 296.22 + 6.1654 293.81 + 6.5328 212.82 + 6.9307 170.79 + 7.2571 148.92 + 7.6081 129.97 + 7.9042 123.05 + 8.2593 102.06 + 8.5851 84.489 + 8.9193 95.897 + 9.2412 86.683 + 9.5223 77.263 + 9.8125 66.932 + 10.105 62.477 + 10.369 60.747 + 10.626 61.059 + 10.898 58.646 + 11.157 58.942 + 11.419 52.685 + 11.667 50.285 + 11.943 49.455 + 12.181 48.843 + 12.407 52.102 + 12.654 50.366 + 12.883 47.055 + 13.125 46.220 + 13.335 41.782 + 13.579 40.494 + 13.808 40.799 + 14.002 45.204 + 14.214 44.798 + 14.405 43.981 + 14.594 39.769 + 14.813 39.612 + 15.012 40.148 +ENDDATA 42 +ENDSUBENT 56 +SUBENT E2216013 20120130 20120207 20120130 E067 +BIB 7 16 +REACTION (5-B-11(P,N)6-C-11,PAR,DA) +PART-DET (N) +EN-SEC ANG-CM is polar angle (c.m.) between beam and neutron + (E-LVL,6-C-11) +SAMPLE - Target is natural. + - Chemical-form of target is element. + - Physical-form of target: Boron powder mixed with + lacqer + - Backing is mylar film. +DETECTOR (SCIN,NAICR) The NaI scintillator detects the recoil + protons produced in the first + scintillator, which is an anthracene + crystal. + (PROPC,NAICR) +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (CURVE) Fig.11 of J,JPJ,15,741,1960 +ENDBIB 16 +COMMON 3 3 +EN EN-ERR E-LVL +MEV MEV MEV + 8.1 0.1 0. +ENDCOMMON 3 +DATA 3 10 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 1.362E+01 2.152E+01 1.736E+00 + 2.579E+01 1.981E+01 1.111E+00 + 3.469E+01 1.727E+01 8.331E-01 + 5.191E+01 1.460E+01 5.559E-01 + 6.684E+01 1.457E+01 4.165E-01 + 8.190E+01 1.642E+01 9.030E-01 + 9.806E+01 1.563E+01 6.947E-01 + 1.130E+02 1.476E+01 4.860E-01 + 1.274E+02 1.473E+01 4.165E-01 + 1.394E+02 1.476E+01 5.545E-01 +ENDDATA 12 +ENDSUBENT 37 +SUBENT E2216014 20120130 20120207 20120130 E067 +BIB 7 16 +REACTION (5-B-11(P,N)6-C-11,PAR,DA) +PART-DET (N) +EN-SEC ANG-CM is polar angle (c.m.) between beam and neutron + (E-LVL,6-C-11) +SAMPLE - Target is natural. + - Chemical-form of target is element. + - Physical-form of target: Boron powder mixed with + lacqer + - Backing is mylar film. +DETECTOR (SCIN,NAICR) The NaI scintillator detects the recoil + protons produced in the first + scintillator, which is an anthracene + crystal. + (PROPC,NAICR) +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (CURVE) Fig.11 of J,JPJ,15,741,1960 +ENDBIB 16 +COMMON 3 3 +EN EN-ERR E-LVL +MEV MEV MEV + 8.9 0.1 0. +ENDCOMMON 3 +DATA 3 10 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 1.589E+01 2.682E+01 1.884E+00 + 2.587E+01 2.455E+01 9.761E-01 + 3.561E+01 1.789E+01 1.116E+00 + 5.194E+01 1.216E+01 7.674E-01 + 6.698E+01 9.501E+00 8.379E-01 + 8.286E+01 7.958E+00 4.200E-01 + 9.906E+01 7.532E+00 5.588E-01 + 1.137E+02 7.449E+00 5.588E-01 + 1.269E+02 7.291E+00 4.186E-01 + 1.398E+02 1.292E+01 9.070E-01 +ENDDATA 12 +ENDSUBENT 37 +SUBENT E2216015 20120130 20120207 20120130 E067 +BIB 7 16 +REACTION (5-B-11(P,N)6-C-11,PAR,DA) +PART-DET (N) +EN-SEC ANG-CM is polar angle (c.m.) between beam and neutron + (E-LVL,6-C-11) +SAMPLE - Target is natural. + - Chemical-form of target is element. + - Physical-form of target: Boron powder mixed with + lacqer + - Backing is mylar film. +DETECTOR (SCIN,NAICR) The NaI scintillator detects the recoil + protons produced in the first + scintillator, which is an anthracene + crystal. + (PROPC,NAICR) +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (CURVE) Fig.11 of J,JPJ,15,741,1960 +ENDBIB 16 +COMMON 3 3 +EN EN-ERR E-LVL +MEV MEV MEV + 9.8 0.12 0. +ENDCOMMON 3 +DATA 3 13 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 7.348E+00 3.872E+01 1.732E+00 + 2.401E+01 3.008E+01 9.010E-01 + 3.389E+01 2.126E+01 9.020E-01 + 5.106E+01 1.276E+01 4.159E-01 + 6.664E+01 1.035E+01 4.842E-01 + 8.232E+01 9.812E+00 4.159E-01 + 9.815E+01 9.900E+00 4.852E-01 + 1.059E+02 1.112E+01 4.168E-01 + 1.129E+02 1.171E+01 4.149E-01 + 1.190E+02 1.015E+01 4.159E-01 + 1.262E+02 9.569E+00 4.159E-01 + 1.356E+02 1.281E+01 4.852E-01 + 1.410E+02 1.388E+01 5.545E-01 +ENDDATA 15 +ENDSUBENT 40 +SUBENT E2216016 20120130 20120207 20120130 E067 +BIB 7 16 +REACTION (5-B-11(P,N)6-C-11,PAR,DA) +PART-DET (N) +EN-SEC ANG-CM is polar angle (c.m.) between beam and neutron + (E-LVL,6-C-11) +SAMPLE - Target is natural. + - Chemical-form of target is element. + - Physical-form of target: Boron powder mixed with + lacqer + - Backing is mylar film. +DETECTOR (SCIN,NAICR) The NaI scintillator detects the recoil + protons produced in the first + scintillator, which is an anthracene + crystal. + (PROPC,NAICR) +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (CURVE) Fig.11 of J,JPJ,15,741,1960 +ENDBIB 16 +COMMON 3 3 +EN EN-ERR E-LVL +MEV MEV MEV + 12.1 0.15 0. +ENDCOMMON 3 +DATA 3 10 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 1.328E+01 1.328E+01 4.181E-01 + 2.312E+01 9.406E+00 4.176E-01 + 3.397E+01 7.835E+00 4.181E-01 + 5.057E+01 5.863E+00 4.176E-01 + 6.594E+01 4.932E+00 3.489E-01 + 8.198E+01 5.327E+00 3.484E-01 + 9.716E+01 4.953E+00 3.489E-01 + 1.125E+02 4.441E+00 2.787E-01 + 1.260E+02 3.783E+00 4.186E-01 + 1.401E+02 3.546E+00 3.484E-01 +ENDDATA 12 +ENDSUBENT 37 +SUBENT E2216017 20120130 20120207 20120130 E067 +BIB 7 16 +REACTION (5-B-11(P,N)6-C-11,PAR,DA) +PART-DET (N) +EN-SEC ANG-CM is polar angle (c.m.) between beam and neutron + (E-LVL,6-C-11) +SAMPLE - Target is natural. + - Chemical-form of target is element. + - Physical-form of target: Boron powder mixed with + lacqer + - Backing is mylar film. +DETECTOR (SCIN,NAICR) The NaI scintillator detects the recoil + protons produced in the first + scintillator, which is an anthracene + crystal. + (PROPC,NAICR) +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (CURVE) Fig.11 of J,JPJ,15,741,1960 +ENDBIB 16 +COMMON 3 3 +EN EN-ERR E-LVL +MEV MEV MEV + 14.1 0.17 0. +ENDCOMMON 3 +DATA 3 10 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 1.322E+01 6.816E+00 4.502E-01 + 2.321E+01 7.106E+00 4.208E-01 + 3.400E+01 5.838E+00 9.293E-01 + 5.029E+01 5.066E+00 3.514E-01 + 6.658E+01 2.337E+00 3.514E-01 + 8.228E+01 1.926E+00 3.531E-01 + 9.741E+01 3.058E+00 3.505E-01 + 1.127E+02 3.979E+00 3.522E-01 + 1.260E+02 3.485E+00 4.208E-01 + 1.403E+02 2.503E+00 2.820E-01 +ENDDATA 12 +ENDSUBENT 37 +SUBENT E2216018 20120130 20120207 20120130 E067 +BIB 7 15 +REACTION (13-AL-27(P,N)14-SI-27,PAR,DA,,REL) +PART-DET (N) +EN-SEC ANG-CM is polar angle (c.m.) between beam and neutron + (E-LVL,14-SI-27) +SAMPLE - Target is natural. + - Chemical-form of target is element. + - Physical-form of target is solid. + - Target-thickness: 40 microns +DETECTOR (SCIN,NAICR) The NaI scintillator detects the recoil + protons produced in the first + scintillator, which is an anthracene + crystal. + (PROPC,NAICR) +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (CURVE) Fig.12 of J,JPJ,15,741,1960 +ENDBIB 15 +COMMON 2 3 +EN E-LVL +MEV MEV + 14.1 0. +ENDCOMMON 3 +DATA 3 10 +ANG-CM DATA-CM DATA-ERR +ADEG ARB-UNITS ARB-UNITS + 1.253E+01 1.782E+01 2.800E+00 + 2.081E+01 9.865E+00 1.002E+00 + 2.565E+01 7.096E+00 6.190E-01 + 3.061E+01 9.190E+00 7.664E-01 + 4.058E+01 3.623E+00 5.010E-01 + 5.158E+01 2.448E+00 2.652E-01 + 6.252E+01 2.953E+00 3.243E-01 + 7.343E+01 4.106E+00 7.075E-01 + 8.994E+01 5.881E+00 8.844E-01 + 1.058E+02 1.907E+00 5.306E-01 +ENDDATA 12 +ENDSUBENT 36 +SUBENT E2216019 20120130 20120207 20120130 E067 +BIB 7 15 +REACTION (13-AL-27(P,N)14-SI-27,PAR,DA,,REL) +PART-DET (N) +EN-SEC ANG-CM is polar angle (c.m.) between beam and neutron + (E-LVL,14-SI-27) +SAMPLE - Target is natural. + - Chemical-form of target is element. + - Physical-form of target is solid. + - Target-thickness: 40 microns +DETECTOR (SCIN,NAICR) The NaI scintillator detects the recoil + protons produced in the first + scintillator, which is an anthracene + crystal. + (PROPC,NAICR) +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (CURVE) Fig.13 of J,JPJ,15,741,1960 +ENDBIB 15 +COMMON 2 3 +EN E-LVL +MEV MEV + 14.1 0. +ENDCOMMON 3 +DATA 3 9 +ANG-CM DATA-CM DATA-ERR +ADEG ARB-UNITS ARB-UNITS + 1.262E+01 2.420E-01 2.433E-01 + 2.118E+01 1.854E+00 2.191E-01 + 3.027E+01 2.973E+00 3.560E-01 + 4.065E+01 2.476E+00 3.559E-01 + 5.158E+01 1.869E+00 4.108E-01 + 6.305E+01 1.015E+00 3.011E-01 + 7.347E+01 1.339E+00 3.014E-01 + 8.911E+01 1.990E+00 3.560E-01 + 1.053E+02 2.640E+00 4.382E-01 +ENDDATA 11 +ENDSUBENT 35 +ENDENTRY 19 diff --git a/exforall/E22/E2298.x4 b/exforall/E22/E2298.x4 new file mode 100644 index 000000000..9e864d75d --- /dev/null +++ b/exforall/E22/E2298.x4 @@ -0,0 +1,1260 @@ +ENTRY E2298 20120130 20120207 20120130 E067 +SUBENT E2298001 20120130 20120207 20120130 E067 +BIB 16 36 +TITLE Development of a quasi-monoenergetic neutron field + using the 7Li(p,n)7Be reaction in the 70-210 MeV + energy range at RIKEN +AUTHOR (N.Nakao, Y.Uwamino, T.Nakamura, T.Shibata, + N.Nakanishi, M.Takada, E.Kim, T.Kurosawa) +INSTITUTE (2JPNKEK) + (2JPNIPC) + (2JPNTOH) Cyclotron and Radioisotope Center (CYRIC) +REFERENCE (J,NIM/A,420,(1-2),218,1999) +MONITOR (3-LI-7(P,X)0-NN-1,,TTY/PY) +DECAY-DATA (4-BE-7,53.3D,DG,478.,0.1035) To derive absolute flux +PART-DET (N) +EN-SEC ANG is polar angle (lab.) between beam and neutron +INC-SOURCE Beam intensity is less than 100 nA. +SAMPLE - Chemical-form of target: 7Li + - Physical-form of target is solid. + - Target-thickness: 10 mm + (3-LI-7,ENR=0.9998) +METHOD (TOF) +FACILITY (CYCLO,2JPNIPC) +DETECTOR Efficiency: The efficiency was determined with 3% + accuracy. + (SCIN) NE213 (organic liquid scintillator) + (GE) Determination of target activity +ERR-ANALYS (ERR-SYS) Uncertainty in 0deg neutron yield determined + by number of 7Be in target (6.9%) + (ERR-1,,1.0) Uncertainty in gamma-ray counting + statistics (<1.0%) + (ERR-2) Uncertainty in Ge detector efficiency (3.0%) + (ERR-3) Uncertainty in R-values (6.0%) + (ERR-4,,1.0) Uncertainty in angular straggling effect + (<1.0%) +STATUS (TABLE) Data (Fig. 6, 7, p.218 of reference) sent by + e-mail from Y.Uwamino +HISTORY (20110131R) Received by e-mail from Y.Uwamino + (20110414C) Ichinkhorloo +ENDBIB 36 +COMMON 4 3 +ANG ERR-SYS ERR-2 ERR-3 +ADEG PER-CENT PER-CENT PER-CENT + 0. 6.9 3.0 6.0 +ENDCOMMON 3 +ENDSUBENT 43 +SUBENT E2298002 20120130 20120207 20120130 E067 +BIB 2 2 +REACTION (3-LI-7(P,X)0-NN-1,,TTY/PY/DA/DE) +EN-SEC (E,N) +ENDBIB 2 +COMMON 1 3 +EN +MEV + 70. +ENDCOMMON 3 +DATA 2 129 +E DATA +MEV P/MEVMUCSR + 6.0 1.64E+08 + 6.5 1.91E+08 + 7.0 1.82E+08 + 7.5 1.89E+08 + 8.0 1.70E+08 + 8.5 1.98E+08 + 9.0 1.91E+08 + 9.5 1.90E+08 + 10.0 1.98E+08 + 10.5 1.97E+08 + 11.0 1.93E+08 + 11.5 2.04E+08 + 12.0 1.96E+08 + 12.5 2.04E+08 + 13.0 2.10E+08 + 13.5 2.10E+08 + 14.0 2.15E+08 + 14.5 2.17E+08 + 15.0 2.13E+08 + 15.5 2.16E+08 + 16.0 2.10E+08 + 16.5 2.08E+08 + 17.0 2.13E+08 + 17.5 2.08E+08 + 18.0 2.16E+08 + 18.5 2.10E+08 + 19.0 2.26E+08 + 19.5 2.24E+08 + 20.0 2.21E+08 + 20.5 2.25E+08 + 21.0 2.37E+08 + 21.5 2.38E+08 + 22.0 2.43E+08 + 22.5 2.51E+08 + 23.0 2.57E+08 + 23.5 2.60E+08 + 24.0 2.70E+08 + 24.5 2.77E+08 + 25.0 2.76E+08 + 25.5 2.77E+08 + 26.0 2.83E+08 + 26.5 2.79E+08 + 27.0 2.87E+08 + 27.5 2.92E+08 + 28.0 2.92E+08 + 28.5 2.89E+08 + 29.0 3.02E+08 + 29.5 3.04E+08 + 30.0 3.01E+08 + 30.5 3.10E+08 + 31.0 3.15E+08 + 31.5 3.05E+08 + 32.0 3.05E+08 + 32.5 3.09E+08 + 33.0 3.04E+08 + 33.5 3.13E+08 + 34.0 3.05E+08 + 34.5 3.11E+08 + 35.0 3.10E+08 + 35.5 3.08E+08 + 36.0 3.01E+08 + 36.5 3.11E+08 + 37.0 3.06E+08 + 37.5 3.05E+08 + 38.0 3.00E+08 + 38.5 2.92E+08 + 39.0 3.01E+08 + 39.5 2.89E+08 + 40.0 2.90E+08 + 40.5 2.89E+08 + 41.0 2.85E+08 + 41.5 2.89E+08 + 42.0 2.91E+08 + 42.5 2.85E+08 + 43.0 2.85E+08 + 43.5 2.85E+08 + 44.0 2.92E+08 + 44.5 2.88E+08 + 45.0 2.91E+08 + 45.5 3.00E+08 + 46.0 2.99E+08 + 46.5 3.00E+08 + 47.0 2.92E+08 + 47.5 3.02E+08 + 48.0 2.96E+08 + 48.5 2.94E+08 + 49.0 2.97E+08 + 49.5 2.95E+08 + 50.0 2.89E+08 + 50.5 2.89E+08 + 51.0 2.89E+08 + 51.5 2.85E+08 + 52.0 2.81E+08 + 52.5 2.70E+08 + 53.0 2.79E+08 + 53.5 2.67E+08 + 54.0 2.64E+08 + 54.5 2.57E+08 + 55.0 2.58E+08 + 55.5 2.48E+08 + 56.0 2.36E+08 + 56.5 2.28E+08 + 57.0 2.22E+08 + 57.5 2.04E+08 + 58.0 1.87E+08 + 58.5 1.75E+08 + 59.0 1.57E+08 + 59.5 1.39E+08 + 60.0 1.41E+08 + 60.5 1.40E+08 + 61.0 1.31E+08 + 61.5 1.26E+08 + 62.0 1.26E+08 + 62.5 1.43E+08 + 63.0 2.30E+08 + 63.5 6.55E+08 + 64.0 1.49E+09 + 64.5 2.08E+09 + 65.0 2.27E+09 + 65.5 2.28E+09 + 66.0 2.34E+09 + 66.5 2.31E+09 + 67.0 2.29E+09 + 67.5 2.07E+09 + 68.0 1.39E+09 + 68.5 4.28E+08 + 69.0 2.90E+07 + 69.5 3.31E+06 + 70.0 2.91E+06 +ENDDATA 131 +ENDSUBENT 142 +SUBENT E2298003 20120130 20120207 20120130 E067 +BIB 2 2 +REACTION (3-LI-7(P,X)0-NN-1,,TTY/PY/DA/DE) +EN-SEC (E,N) +ENDBIB 2 +COMMON 1 3 +EN +MEV + 80. +ENDCOMMON 3 +DATA 2 72 +E DATA +MEV P/MEVMUCSR + 20.0 1.31E+08 + 21.0 1.40E+08 + 22.0 1.52E+08 + 23.0 1.63E+08 + 24.0 1.70E+08 + 25.0 1.80E+08 + 26.0 1.83E+08 + 27.0 1.91E+08 + 28.0 1.94E+08 + 29.0 2.03E+08 + 30.0 2.20E+08 + 31.0 2.31E+08 + 32.0 2.32E+08 + 33.0 2.41E+08 + 34.0 2.50E+08 + 35.0 2.49E+08 + 36.0 2.63E+08 + 37.0 2.58E+08 + 38.0 2.57E+08 + 39.0 2.61E+08 + 40.0 2.66E+08 + 41.0 2.69E+08 + 42.0 2.65E+08 + 43.0 2.67E+08 + 44.0 2.69E+08 + 45.0 2.72E+08 + 46.0 2.68E+08 + 47.0 2.60E+08 + 48.0 2.57E+08 + 49.0 2.52E+08 + 50.0 2.49E+08 + 51.0 2.45E+08 + 52.0 2.44E+08 + 53.0 2.45E+08 + 54.0 2.39E+08 + 55.0 2.47E+08 + 56.0 2.55E+08 + 57.0 2.49E+08 + 58.0 2.45E+08 + 59.0 2.51E+08 + 60.0 2.53E+08 + 61.0 2.43E+08 + 62.0 2.41E+08 + 63.0 2.31E+08 + 64.0 2.21E+08 + 65.0 2.20E+08 + 66.0 2.09E+08 + 67.0 1.90E+08 + 68.0 1.68E+08 + 69.0 1.42E+08 + 69.5 1.25E+08 + 70.0 1.14E+08 + 70.5 9.52E+07 + 71.0 9.11E+07 + 71.5 7.39E+07 + 72.0 6.46E+07 + 72.5 6.87E+07 + 73.0 1.32E+08 + 73.5 3.56E+08 + 74.0 7.27E+08 + 74.5 1.31E+09 + 75.0 1.99E+09 + 75.5 2.52E+09 + 76.0 2.67E+09 + 76.5 2.66E+09 + 77.0 2.48E+09 + 77.5 2.13E+09 + 78.0 1.67E+09 + 78.5 9.79E+08 + 79.0 3.44E+08 + 79.5 3.77E+07 + 80.0 1.52E+06 +ENDDATA 74 +ENDSUBENT 85 +SUBENT E2298004 20120130 20120207 20120130 E067 +BIB 2 2 +REACTION (3-LI-7(P,X)0-NN-1,,TTY/PY/DA/DE) +EN-SEC (E,N) +ENDBIB 2 +COMMON 1 3 +EN +MEV + 90. +ENDCOMMON 3 +DATA 2 93 +E DATA +MEV P/MEVMUCSR + 8.0 1.59E+08 + 9.0 1.59E+08 + 10.0 1.55E+08 + 11.0 1.53E+08 + 12.0 1.46E+08 + 13.0 1.50E+08 + 14.0 1.51E+08 + 15.0 1.54E+08 + 16.0 1.53E+08 + 17.0 1.53E+08 + 18.0 1.60E+08 + 19.0 1.63E+08 + 20.0 1.68E+08 + 21.0 1.82E+08 + 22.0 1.95E+08 + 23.0 1.92E+08 + 24.0 2.05E+08 + 25.0 2.00E+08 + 26.0 2.09E+08 + 27.0 2.06E+08 + 28.0 2.06E+08 + 29.0 2.17E+08 + 30.0 2.20E+08 + 31.0 2.31E+08 + 32.0 2.35E+08 + 33.0 2.29E+08 + 34.0 2.33E+08 + 35.0 2.47E+08 + 36.0 2.50E+08 + 37.0 2.42E+08 + 38.0 2.55E+08 + 39.0 2.46E+08 + 40.0 2.53E+08 + 41.0 2.49E+08 + 42.0 2.50E+08 + 43.0 2.37E+08 + 44.0 2.43E+08 + 45.0 2.37E+08 + 46.0 2.42E+08 + 47.0 2.50E+08 + 48.0 2.48E+08 + 49.0 2.46E+08 + 50.0 2.47E+08 + 51.0 2.51E+08 + 52.0 2.50E+08 + 53.0 2.47E+08 + 54.0 2.55E+08 + 55.0 2.64E+08 + 56.0 2.63E+08 + 57.0 2.62E+08 + 58.0 2.52E+08 + 59.0 2.56E+08 + 60.0 2.51E+08 + 61.0 2.43E+08 + 62.0 2.46E+08 + 63.0 2.56E+08 + 64.0 2.51E+08 + 65.0 2.49E+08 + 66.0 2.63E+08 + 67.0 2.62E+08 + 68.0 2.69E+08 + 69.0 2.64E+08 + 70.0 2.66E+08 + 71.0 2.75E+08 + 72.0 2.75E+08 + 73.0 2.62E+08 + 74.0 2.46E+08 + 75.0 2.60E+08 + 76.0 2.51E+08 + 77.0 2.47E+08 + 78.0 2.44E+08 + 79.0 1.96E+08 + 80.0 1.78E+08 + 80.5 1.57E+08 + 81.0 1.44E+08 + 81.5 1.44E+08 + 82.0 1.51E+08 + 82.5 1.65E+08 + 83.0 1.79E+08 + 83.5 2.52E+08 + 84.0 4.42E+08 + 84.5 1.07E+09 + 85.0 1.80E+09 + 85.5 2.38E+09 + 86.0 2.72E+09 + 86.5 2.77E+09 + 87.0 2.63E+09 + 87.5 2.44E+09 + 88.0 1.74E+09 + 88.5 9.63E+08 + 89.0 3.19E+08 + 89.5 7.38E+07 + 90.0 3.52E+07 +ENDDATA 95 +ENDSUBENT 106 +SUBENT E2298005 20120130 20120207 20120130 E067 +BIB 2 2 +REACTION (3-LI-7(P,X)0-NN-1,,TTY/PY/DA/DE) +EN-SEC (E,N) +ENDBIB 2 +COMMON 1 3 +EN +MEV + 100. +ENDCOMMON 3 +DATA 2 83 +E DATA +MEV P/MEVMUCSR + 26.0 1.07E+08 + 27.0 1.20E+08 + 28.0 1.18E+08 + 29.0 1.15E+08 + 30.0 1.21E+08 + 31.0 1.33E+08 + 32.0 1.30E+08 + 33.0 1.43E+08 + 34.0 1.47E+08 + 35.0 1.51E+08 + 36.0 1.50E+08 + 37.0 1.51E+08 + 38.0 1.64E+08 + 39.0 1.55E+08 + 40.0 1.83E+08 + 41.0 1.68E+08 + 42.0 1.76E+08 + 43.0 1.79E+08 + 44.0 1.78E+08 + 45.0 1.82E+08 + 46.0 1.63E+08 + 47.0 1.71E+08 + 48.0 1.88E+08 + 49.0 1.81E+08 + 50.0 1.86E+08 + 51.0 1.84E+08 + 52.0 1.74E+08 + 53.0 1.81E+08 + 54.0 1.91E+08 + 55.0 2.00E+08 + 56.0 1.99E+08 + 57.0 1.90E+08 + 58.0 1.89E+08 + 59.0 1.96E+08 + 60.0 2.00E+08 + 61.0 2.04E+08 + 62.0 2.11E+08 + 63.0 2.12E+08 + 64.0 2.19E+08 + 65.0 2.16E+08 + 66.0 2.06E+08 + 67.0 2.20E+08 + 68.0 2.14E+08 + 69.0 2.23E+08 + 70.0 2.07E+08 + 71.0 2.13E+08 + 72.0 2.15E+08 + 73.0 2.12E+08 + 74.0 2.04E+08 + 75.0 2.12E+08 + 76.0 2.10E+08 + 77.0 2.22E+08 + 78.0 2.04E+08 + 79.0 2.07E+08 + 80.0 2.03E+08 + 81.0 1.93E+08 + 82.0 2.06E+08 + 83.0 2.01E+08 + 84.0 2.15E+08 + 85.0 2.12E+08 + 86.0 2.01E+08 + 87.0 1.99E+08 + 88.0 1.85E+08 + 89.0 1.48E+08 + 90.0 1.10E+08 + 91.0 8.46E+07 + 92.0 7.46E+07 + 92.5 1.49E+08 + 93.0 3.83E+08 + 93.5 6.86E+08 + 94.0 9.40E+08 + 94.5 1.37E+09 + 95.0 1.96E+09 + 95.5 2.43E+09 + 96.0 2.44E+09 + 96.5 2.49E+09 + 97.0 2.31E+09 + 97.5 2.04E+09 + 98.0 1.38E+09 + 98.5 8.59E+08 + 99.0 4.80E+08 + 99.5 1.27E+08 + 100.0 2.55E+07 +ENDDATA 85 +ENDSUBENT 96 +SUBENT E2298006 20120130 20120207 20120130 E067 +BIB 2 2 +REACTION (3-LI-7(P,X)0-NN-1,,TTY/PY/DA/DE) +EN-SEC (E,N) +ENDBIB 2 +COMMON 1 3 +EN +MEV + 110. +ENDCOMMON 3 +DATA 2 100 +E DATA +MEV P/MEVMUCSR + 20.0 7.29E+07 + 21.0 7.84E+07 + 22.0 8.61E+07 + 23.0 8.49E+07 + 24.0 9.15E+07 + 25.0 9.70E+07 + 26.0 9.77E+07 + 27.0 1.00E+08 + 28.0 1.06E+08 + 29.0 9.32E+07 + 30.0 1.09E+08 + 31.0 1.20E+08 + 32.0 1.20E+08 + 33.0 1.17E+08 + 34.0 1.21E+08 + 35.0 1.33E+08 + 36.0 1.40E+08 + 37.0 1.40E+08 + 38.0 1.46E+08 + 39.0 1.47E+08 + 40.0 1.55E+08 + 41.0 1.54E+08 + 42.0 1.59E+08 + 43.0 1.58E+08 + 44.0 1.62E+08 + 45.0 1.63E+08 + 46.0 1.55E+08 + 47.0 1.58E+08 + 48.0 1.62E+08 + 49.0 1.60E+08 + 50.0 1.67E+08 + 51.0 1.70E+08 + 52.0 1.69E+08 + 53.0 1.67E+08 + 54.0 1.66E+08 + 55.0 1.70E+08 + 56.0 1.61E+08 + 57.0 1.69E+08 + 58.0 1.76E+08 + 59.0 1.76E+08 + 60.0 1.74E+08 + 61.0 1.72E+08 + 62.0 1.81E+08 + 63.0 1.84E+08 + 64.0 1.83E+08 + 65.0 1.89E+08 + 66.0 1.83E+08 + 67.0 1.92E+08 + 68.0 1.94E+08 + 69.0 1.95E+08 + 70.0 1.92E+08 + 71.0 2.08E+08 + 72.0 2.12E+08 + 73.0 2.06E+08 + 74.0 2.16E+08 + 75.0 2.26E+08 + 76.0 2.20E+08 + 77.0 2.25E+08 + 78.0 2.11E+08 + 79.0 2.04E+08 + 80.0 2.14E+08 + 81.0 2.13E+08 + 82.0 1.97E+08 + 83.0 2.03E+08 + 84.0 2.03E+08 + 85.0 2.02E+08 + 86.0 2.07E+08 + 87.0 2.08E+08 + 88.0 2.05E+08 + 89.0 2.01E+08 + 90.0 2.06E+08 + 91.0 2.02E+08 + 92.0 1.97E+08 + 93.0 1.98E+08 + 94.0 1.93E+08 + 95.0 2.05E+08 + 96.0 2.05E+08 + 97.0 2.01E+08 + 98.0 1.73E+08 + 99.0 1.32E+08 + 100.0 1.04E+08 + 101.0 1.05E+08 + 101.5 1.06E+08 + 102.0 1.21E+08 + 102.5 1.64E+08 + 103.0 2.60E+08 + 103.5 4.39E+08 + 104.0 8.82E+08 + 104.5 1.54E+09 + 105.0 2.31E+09 + 105.5 2.90E+09 + 106.0 3.07E+09 + 106.5 2.89E+09 + 107.0 2.45E+09 + 107.5 1.74E+09 + 108.0 9.55E+08 + 108.5 3.52E+08 + 109.0 6.81E+07 + 109.5 1.08E+07 + 110.0 1.58E+06 +ENDDATA 102 +ENDSUBENT 113 +SUBENT E2298007 20120130 20120207 20120130 E067 +BIB 2 2 +REACTION (3-LI-7(P,X)0-NN-1,,TTY/PY/DA/DE) +EN-SEC (E,N) +ENDBIB 2 +COMMON 1 3 +EN +MEV + 120. +ENDCOMMON 3 +DATA 2 114 +E DATA +MEV P/MEVMUCSR + 22.0 4.64E+07 + 23.0 4.51E+07 + 24.0 5.02E+07 + 25.0 5.08E+07 + 26.0 5.73E+07 + 27.0 5.73E+07 + 28.0 5.16E+07 + 29.0 5.85E+07 + 30.0 6.02E+07 + 31.0 6.88E+07 + 32.0 6.67E+07 + 33.0 7.10E+07 + 34.0 5.99E+07 + 35.0 8.14E+07 + 36.0 7.81E+07 + 37.0 8.39E+07 + 38.0 8.67E+07 + 39.0 8.86E+07 + 40.0 9.29E+07 + 41.0 9.46E+07 + 42.0 1.01E+08 + 43.0 1.05E+08 + 44.0 9.89E+07 + 45.0 1.04E+08 + 46.0 1.05E+08 + 47.0 1.01E+08 + 48.0 1.08E+08 + 49.0 1.10E+08 + 50.0 1.12E+08 + 51.0 1.16E+08 + 52.0 1.17E+08 + 53.0 1.15E+08 + 54.0 1.18E+08 + 55.0 1.19E+08 + 56.0 1.17E+08 + 57.0 1.17E+08 + 58.0 1.20E+08 + 59.0 1.19E+08 + 60.0 1.17E+08 + 61.0 1.20E+08 + 62.0 1.23E+08 + 63.0 1.20E+08 + 64.0 1.25E+08 + 65.0 1.25E+08 + 66.0 1.22E+08 + 67.0 1.28E+08 + 68.0 1.30E+08 + 69.0 1.34E+08 + 70.0 1.35E+08 + 71.0 1.40E+08 + 72.0 1.40E+08 + 73.0 1.44E+08 + 74.0 1.50E+08 + 75.0 1.48E+08 + 76.0 1.47E+08 + 77.0 1.50E+08 + 78.0 1.54E+08 + 79.0 1.62E+08 + 80.0 1.60E+08 + 81.0 1.72E+08 + 82.0 1.66E+08 + 83.0 1.73E+08 + 84.0 1.73E+08 + 85.0 1.71E+08 + 86.0 1.73E+08 + 87.0 1.75E+08 + 88.0 1.75E+08 + 89.0 1.69E+08 + 90.0 1.68E+08 + 91.0 1.66E+08 + 92.0 1.61E+08 + 93.0 1.60E+08 + 94.0 1.65E+08 + 95.0 1.63E+08 + 96.0 1.65E+08 + 97.0 1.70E+08 + 98.0 1.74E+08 + 99.0 1.68E+08 + 100.0 1.69E+08 + 101.0 1.72E+08 + 102.0 1.68E+08 + 103.0 1.63E+08 + 104.0 1.70E+08 + 105.0 1.76E+08 + 105.5 1.84E+08 + 106.0 1.96E+08 + 106.5 1.99E+08 + 107.0 2.02E+08 + 107.5 1.92E+08 + 108.0 1.87E+08 + 108.5 1.65E+08 + 109.0 1.32E+08 + 109.5 1.14E+08 + 110.0 9.53E+07 + 110.5 8.06E+07 + 111.0 6.26E+07 + 111.5 5.46E+07 + 112.0 4.99E+07 + 112.5 4.51E+07 + 113.0 4.81E+07 + 113.5 5.33E+07 + 114.0 1.28E+08 + 114.5 5.45E+08 + 115.0 1.81E+09 + 115.5 3.15E+09 + 116.0 3.68E+09 + 116.5 3.68E+09 + 117.0 3.49E+09 + 117.5 2.42E+09 + 118.0 9.34E+08 + 118.5 1.32E+08 + 119.0 1.14E+07 + 119.5 6.05E+06 + 120.0 3.56E+06 +ENDDATA 116 +ENDSUBENT 127 +SUBENT E2298008 20120130 20120207 20120130 E067 +BIB 2 2 +REACTION (3-LI-7(P,X)0-NN-1,,TTY/PY/DA/DE) +EN-SEC (E,N) +ENDBIB 2 +COMMON 1 3 +EN +MEV + 135. +ENDCOMMON 3 +DATA 2 142 +E DATA +MEV P/MEVMUCSR + 8.0 6.91E+07 + 9.0 7.17E+07 + 10.0 6.93E+07 + 11.0 6.92E+07 + 12.0 6.90E+07 + 13.0 6.82E+07 + 14.0 6.95E+07 + 15.0 7.17E+07 + 16.0 7.01E+07 + 17.0 7.07E+07 + 18.0 6.98E+07 + 19.0 7.11E+07 + 20.0 7.46E+07 + 21.0 7.40E+07 + 22.0 7.78E+07 + 23.0 7.84E+07 + 24.0 7.83E+07 + 25.0 8.13E+07 + 26.0 8.04E+07 + 27.0 8.15E+07 + 28.0 8.19E+07 + 29.0 8.24E+07 + 30.0 8.70E+07 + 31.0 8.53E+07 + 32.0 8.54E+07 + 33.0 8.63E+07 + 34.0 8.58E+07 + 35.0 8.83E+07 + 36.0 8.70E+07 + 37.0 9.15E+07 + 38.0 8.98E+07 + 39.0 9.41E+07 + 40.0 9.48E+07 + 41.0 9.56E+07 + 42.0 9.59E+07 + 43.0 9.74E+07 + 44.0 9.83E+07 + 45.0 1.00E+08 + 46.0 1.02E+08 + 47.0 1.01E+08 + 48.0 1.04E+08 + 49.0 1.06E+08 + 50.0 1.06E+08 + 51.0 1.06E+08 + 52.0 1.08E+08 + 53.0 1.11E+08 + 54.0 1.11E+08 + 55.0 1.15E+08 + 56.0 1.13E+08 + 57.0 1.16E+08 + 58.0 1.18E+08 + 59.0 1.17E+08 + 60.0 1.19E+08 + 61.0 1.19E+08 + 62.0 1.19E+08 + 63.0 1.17E+08 + 64.0 1.18E+08 + 65.0 1.20E+08 + 66.0 1.16E+08 + 67.0 1.18E+08 + 68.0 1.16E+08 + 69.0 1.16E+08 + 70.0 1.19E+08 + 71.0 1.20E+08 + 72.0 1.21E+08 + 73.0 1.20E+08 + 74.0 1.20E+08 + 75.0 1.27E+08 + 76.0 1.25E+08 + 77.0 1.23E+08 + 78.0 1.26E+08 + 79.0 1.24E+08 + 80.0 1.29E+08 + 81.0 1.29E+08 + 82.0 1.32E+08 + 83.0 1.34E+08 + 84.0 1.34E+08 + 85.0 1.36E+08 + 86.0 1.37E+08 + 87.0 1.40E+08 + 88.0 1.44E+08 + 89.0 1.43E+08 + 90.0 1.45E+08 + 91.0 1.49E+08 + 92.0 1.51E+08 + 93.0 1.53E+08 + 94.0 1.57E+08 + 95.0 1.58E+08 + 96.0 1.61E+08 + 97.0 1.65E+08 + 98.0 1.65E+08 + 99.0 1.67E+08 + 100.0 1.67E+08 + 101.0 1.64E+08 + 102.0 1.65E+08 + 103.0 1.63E+08 + 104.0 1.61E+08 + 105.0 1.57E+08 + 106.0 1.54E+08 + 107.0 1.53E+08 + 108.0 1.52E+08 + 109.0 1.53E+08 + 110.0 1.52E+08 + 111.0 1.53E+08 + 112.0 1.54E+08 + 113.0 1.52E+08 + 114.0 1.52E+08 + 115.0 1.53E+08 + 116.0 1.53E+08 + 117.0 1.54E+08 + 118.0 1.51E+08 + 119.0 1.50E+08 + 120.0 1.55E+08 + 121.0 1.62E+08 + 121.5 1.74E+08 + 122.0 1.87E+08 + 122.5 1.85E+08 + 123.0 1.77E+08 + 123.5 1.60E+08 + 124.0 1.47E+08 + 124.5 1.19E+08 + 125.0 1.05E+08 + 125.5 8.42E+07 + 126.0 6.79E+07 + 126.5 5.33E+07 + 127.0 4.90E+07 + 127.5 4.46E+07 + 128.0 3.99E+07 + 128.5 4.00E+07 + 129.0 4.97E+07 + 129.5 1.14E+08 + 130.0 4.39E+08 + 130.5 1.53E+09 + 131.0 2.72E+09 + 131.5 3.50E+09 + 132.0 3.76E+09 + 132.5 3.55E+09 + 133.0 2.65E+09 + 133.5 1.18E+09 + 134.0 4.29E+08 + 134.5 1.16E+08 + 135.0 1.57E+07 +ENDDATA 144 +ENDSUBENT 155 +SUBENT E2298009 20120130 20120207 20120130 E067 +BIB 2 2 +REACTION (3-LI-7(P,X)0-NN-1,,TTY/PY/DA/DE) +EN-SEC (E,N) +ENDBIB 2 +COMMON 1 3 +EN +MEV + 150. +ENDCOMMON 3 +DATA 2 146 +E DATA +MEV P/MEVMUCSR + 23.0 4.17E+07 + 24.0 4.42E+07 + 25.0 4.90E+07 + 26.0 5.48E+07 + 27.0 4.73E+07 + 28.0 5.24E+07 + 29.0 5.26E+07 + 30.0 5.44E+07 + 31.0 6.22E+07 + 32.0 5.45E+07 + 33.0 4.89E+07 + 34.0 5.73E+07 + 35.0 5.64E+07 + 36.0 6.50E+07 + 37.0 6.43E+07 + 38.0 6.05E+07 + 39.0 7.23E+07 + 40.0 6.97E+07 + 41.0 7.01E+07 + 42.0 7.50E+07 + 43.0 7.71E+07 + 44.0 7.96E+07 + 45.0 7.61E+07 + 46.0 7.69E+07 + 47.0 7.76E+07 + 48.0 7.85E+07 + 49.0 7.70E+07 + 50.0 8.53E+07 + 51.0 8.25E+07 + 52.0 8.30E+07 + 53.0 8.38E+07 + 54.0 8.69E+07 + 55.0 9.01E+07 + 56.0 8.76E+07 + 57.0 9.14E+07 + 58.0 9.41E+07 + 59.0 9.90E+07 + 60.0 9.73E+07 + 61.0 1.01E+08 + 62.0 9.97E+07 + 63.0 1.04E+08 + 64.0 1.00E+08 + 65.0 1.06E+08 + 66.0 1.04E+08 + 67.0 1.07E+08 + 68.0 1.07E+08 + 69.0 1.07E+08 + 70.0 1.07E+08 + 71.0 1.11E+08 + 72.0 1.17E+08 + 73.0 1.10E+08 + 74.0 1.11E+08 + 75.0 1.13E+08 + 76.0 1.07E+08 + 77.0 1.13E+08 + 78.0 1.06E+08 + 79.0 1.07E+08 + 80.0 1.04E+08 + 81.0 1.08E+08 + 82.0 1.09E+08 + 83.0 1.08E+08 + 84.0 1.08E+08 + 85.0 1.05E+08 + 86.0 1.11E+08 + 87.0 1.09E+08 + 88.0 1.09E+08 + 89.0 1.08E+08 + 90.0 1.09E+08 + 91.0 1.05E+08 + 92.0 1.14E+08 + 93.0 1.13E+08 + 94.0 1.15E+08 + 95.0 1.16E+08 + 96.0 1.17E+08 + 97.0 1.17E+08 + 98.0 1.23E+08 + 99.0 1.14E+08 + 100.0 1.18E+08 + 101.0 1.18E+08 + 102.0 1.22E+08 + 103.0 1.23E+08 + 104.0 1.31E+08 + 105.0 1.32E+08 + 106.0 1.31E+08 + 107.0 1.32E+08 + 108.0 1.40E+08 + 109.0 1.39E+08 + 110.0 1.36E+08 + 111.0 1.43E+08 + 112.0 1.48E+08 + 113.0 1.51E+08 + 114.0 1.53E+08 + 115.0 1.54E+08 + 116.0 1.50E+08 + 117.0 1.56E+08 + 118.0 1.57E+08 + 119.0 1.56E+08 + 120.0 1.63E+08 + 121.0 1.49E+08 + 122.0 1.46E+08 + 123.0 1.49E+08 + 124.0 1.39E+08 + 125.0 1.36E+08 + 126.0 1.36E+08 + 127.0 1.45E+08 + 128.0 1.43E+08 + 129.0 1.46E+08 + 130.0 1.45E+08 + 131.0 1.50E+08 + 132.0 1.54E+08 + 133.0 1.46E+08 + 134.0 1.45E+08 + 134.5 1.53E+08 + 135.0 1.62E+08 + 135.5 1.61E+08 + 136.0 1.68E+08 + 136.5 1.71E+08 + 137.0 1.82E+08 + 137.5 1.80E+08 + 138.0 1.65E+08 + 138.5 1.69E+08 + 139.0 1.55E+08 + 139.5 1.30E+08 + 140.0 1.10E+08 + 140.5 9.39E+07 + 141.0 6.79E+07 + 141.5 6.09E+07 + 142.0 7.24E+07 + 142.5 8.89E+07 + 143.0 1.05E+08 + 143.5 1.52E+08 + 144.0 2.76E+08 + 144.5 5.83E+08 + 145.0 1.12E+09 + 145.5 1.89E+09 + 146.0 2.57E+09 + 146.5 3.03E+09 + 147.0 3.10E+09 + 147.5 2.69E+09 + 148.0 2.00E+09 + 148.5 1.30E+09 + 149.0 7.14E+08 + 149.5 3.25E+08 + 150.0 1.11E+08 + 150.5 2.74E+07 + 151.0 9.85E+06 +ENDDATA 148 +ENDSUBENT 159 +SUBENT E2298010 20120130 20120207 20120130 E067 +BIB 2 2 +REACTION (3-LI-7(P,X)0-NN-1,,TTY/PY/DA/DE) +EN-SEC (E,N) +ENDBIB 2 +COMMON 1 3 +EN +MEV + 210. +ENDCOMMON 3 +DATA 2 199 +E DATA +MEV P/MEVMUCSR + 28.0 4.33E+07 + 29.0 4.57E+07 + 30.0 5.01E+07 + 31.0 5.18E+07 + 32.0 5.25E+07 + 33.0 4.72E+07 + 34.0 4.87E+07 + 35.0 5.36E+07 + 36.0 5.13E+07 + 37.0 5.51E+07 + 38.0 5.54E+07 + 39.0 5.49E+07 + 40.0 5.74E+07 + 41.0 5.49E+07 + 42.0 5.76E+07 + 43.0 5.86E+07 + 44.0 6.19E+07 + 45.0 6.37E+07 + 46.0 6.37E+07 + 47.0 6.05E+07 + 48.0 6.34E+07 + 49.0 6.49E+07 + 50.0 6.46E+07 + 51.0 6.91E+07 + 52.0 6.19E+07 + 53.0 6.91E+07 + 54.0 7.03E+07 + 55.0 7.04E+07 + 56.0 7.11E+07 + 57.0 6.97E+07 + 58.0 7.10E+07 + 59.0 7.24E+07 + 60.0 7.67E+07 + 61.0 7.47E+07 + 62.0 7.99E+07 + 63.0 8.02E+07 + 64.0 7.66E+07 + 65.0 7.97E+07 + 66.0 8.12E+07 + 67.0 8.34E+07 + 68.0 8.42E+07 + 69.0 8.29E+07 + 70.0 8.32E+07 + 71.0 8.87E+07 + 72.0 8.66E+07 + 73.0 9.05E+07 + 74.0 8.99E+07 + 75.0 9.08E+07 + 76.0 9.51E+07 + 77.0 9.06E+07 + 78.0 9.35E+07 + 79.0 9.43E+07 + 80.0 9.77E+07 + 81.0 9.38E+07 + 82.0 9.89E+07 + 83.0 1.01E+08 + 84.0 9.62E+07 + 85.0 9.81E+07 + 86.0 9.94E+07 + 87.0 1.01E+08 + 88.0 9.87E+07 + 89.0 9.67E+07 + 90.0 9.88E+07 + 91.0 9.84E+07 + 92.0 9.84E+07 + 93.0 1.04E+08 + 94.0 9.76E+07 + 95.0 9.81E+07 + 96.0 9.47E+07 + 97.0 1.03E+08 + 98.0 1.01E+08 + 99.0 9.98E+07 + 100.0 9.76E+07 + 101.0 9.52E+07 + 102.0 9.42E+07 + 103.0 9.64E+07 + 104.0 9.40E+07 + 105.0 9.25E+07 + 106.0 9.68E+07 + 107.0 9.42E+07 + 108.0 9.43E+07 + 109.0 9.18E+07 + 110.0 9.40E+07 + 111.0 9.54E+07 + 112.0 9.05E+07 + 113.0 9.29E+07 + 114.0 9.17E+07 + 115.0 8.93E+07 + 116.0 9.25E+07 + 117.0 9.59E+07 + 118.0 8.84E+07 + 119.0 8.82E+07 + 120.0 9.25E+07 + 121.0 9.02E+07 + 122.0 9.38E+07 + 123.0 9.23E+07 + 124.0 8.93E+07 + 125.0 9.10E+07 + 126.0 9.16E+07 + 127.0 8.45E+07 + 128.0 9.43E+07 + 129.0 9.06E+07 + 130.0 9.49E+07 + 131.0 8.84E+07 + 132.0 9.02E+07 + 133.0 8.94E+07 + 134.0 9.04E+07 + 135.0 9.19E+07 + 136.0 9.22E+07 + 137.0 9.54E+07 + 138.0 9.08E+07 + 139.0 9.53E+07 + 140.0 9.61E+07 + 141.0 9.64E+07 + 142.0 9.81E+07 + 143.0 9.94E+07 + 144.0 1.01E+08 + 145.0 1.01E+08 + 146.0 9.87E+07 + 147.0 9.73E+07 + 148.0 9.75E+07 + 149.0 9.78E+07 + 150.0 1.04E+08 + 151.0 1.02E+08 + 152.0 1.04E+08 + 153.0 1.03E+08 + 154.0 1.04E+08 + 155.0 1.11E+08 + 156.0 1.11E+08 + 157.0 1.09E+08 + 158.0 1.10E+08 + 159.0 1.20E+08 + 160.0 1.16E+08 + 161.0 1.20E+08 + 162.0 1.23E+08 + 163.0 1.24E+08 + 164.0 1.27E+08 + 165.0 1.25E+08 + 166.0 1.30E+08 + 167.0 1.33E+08 + 168.0 1.36E+08 + 169.0 1.40E+08 + 170.0 1.44E+08 + 171.0 1.47E+08 + 172.0 1.45E+08 + 173.0 1.44E+08 + 174.0 1.46E+08 + 175.0 1.52E+08 + 176.0 1.52E+08 + 177.0 1.53E+08 + 178.0 1.45E+08 + 179.0 1.54E+08 + 180.0 1.51E+08 + 181.0 1.48E+08 + 182.0 1.45E+08 + 183.0 1.41E+08 + 184.0 1.39E+08 + 185.0 1.46E+08 + 186.0 1.51E+08 + 187.0 1.57E+08 + 188.0 1.70E+08 + 189.0 1.70E+08 + 190.0 1.71E+08 + 191.0 1.78E+08 + 192.0 1.76E+08 + 193.0 1.70E+08 + 194.0 1.85E+08 + 195.0 1.87E+08 + 196.0 1.83E+08 + 197.0 1.81E+08 + 198.0 1.65E+08 + 198.5 1.69E+08 + 199.0 1.62E+08 + 199.5 1.38E+08 + 200.0 1.29E+08 + 200.5 1.14E+08 + 201.0 1.10E+08 + 201.5 1.04E+08 + 202.0 1.12E+08 + 202.5 1.36E+08 + 203.0 2.08E+08 + 203.5 3.32E+08 + 204.0 6.13E+08 + 204.5 8.81E+08 + 205.0 1.40E+09 + 205.5 1.74E+09 + 206.0 2.11E+09 + 206.5 2.23E+09 + 207.0 2.31E+09 + 207.5 2.18E+09 + 208.0 1.83E+09 + 208.5 1.42E+09 + 209.0 1.06E+09 + 209.5 6.66E+08 + 210.0 4.08E+08 + 210.5 2.33E+08 + 211.0 7.79E+07 + 211.5 6.37E+07 + 212.0 1.74E+07 +ENDDATA 201 +ENDSUBENT 212 +ENDENTRY 10 diff --git a/exforall/E23/E2339.x4 b/exforall/E23/E2339.x4 new file mode 100644 index 000000000..40684e890 --- /dev/null +++ b/exforall/E23/E2339.x4 @@ -0,0 +1,970 @@ +ENTRY E2339 20120130 20120207 20120130 E067 +SUBENT E2339001 20120130 20120207 20120130 E067 +BIB 9 18 +TITLE Fragment DDX measurement of proton induced reactions + on light-medium nuclei for energy range from reaction + threshold to a few hundred MeV +AUTHOR (T.Sanami, M.Hagiwara, H.Iwase, M.Takada, D.Satoh, + Y.Iwamoto, S.Kunieda, H.Yashima, A.Tamii, M.Baba) +INSTITUTE (2JPNKEK) + (2JPNIRS) + (2JPNJAE) + (2JPNKTO) Research Reactor Institute + (2JPNOSA) Research Center for Nuclear Physics + (2JPNTOH) Cyclotron Radioisotope Center +REFERENCE (J,KPS,59,(2),1805,201108) +INC-SOURCE Beam intensity is less than 50 nA. +SAMPLE Physical-form of target is solid. +FACILITY (CYCLO,2JPNIRS) +DETECTOR (IOCH) Bragg curve counter +HISTORY (20110608R) Received by e-mail from T.Sanami + (20110709C) AM + MA +ENDBIB 18 +NOCOMMON 0 0 +ENDSUBENT 21 +SUBENT E2339002 20120130 20120207 20120130 E067 +BIB 5 10 +REACTION (6-C-0(P,X)ELEM,,DA/DE) + Li isotopes production cross section +EN-SEC ANG is polar angle (lab.) between beam and Z-RESD + (E,ELEM) +SAMPLE - Chemical-form of target is element. + - Target-thickness is 0.206 mg/cm**2. + - Target is self supported. +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Plotted in Fig.3 of J, Journal of the Korean + Physical Society, 58, (1334), 2011 +ENDBIB 10 +COMMON 3 3 +EN ELEMENT ANG +MEV NO-DIM ADEG + 40. 3. 30. +ENDCOMMON 3 +DATA 3 50 +E DATA DATA-ERR +MEV MB/SR/MEV MB/SR/MEV + 3.125 0.186E+00 0.141E-01 + 3.375 0.299E+00 0.200E-01 + 3.625 0.347E+00 0.223E-01 + 3.875 0.343E+00 0.215E-01 + 4.125 0.349E+00 0.217E-01 + 4.375 0.331E+00 0.202E-01 + 4.625 0.346E+00 0.211E-01 + 4.875 0.294E+00 0.180E-01 + 5.125 0.288E+00 0.176E-01 + 5.375 0.291E+00 0.176E-01 + 5.625 0.288E+00 0.175E-01 + 5.875 0.254E+00 0.156E-01 + 6.125 0.233E+00 0.145E-01 + 6.375 0.220E+00 0.137E-01 + 6.625 0.217E+00 0.136E-01 + 6.875 0.206E+00 0.130E-01 + 7.125 0.188E+00 0.121E-01 + 7.375 0.164E+00 0.108E-01 + 7.625 0.143E+00 0.974E-02 + 7.875 0.130E+00 0.901E-02 + 8.125 0.128E+00 0.905E-02 + 8.375 0.122E+00 0.869E-02 + 8.625 0.116E+00 0.834E-02 + 8.875 0.119E+00 0.857E-02 + 9.125 0.117E+00 0.853E-02 + 9.375 0.110E+00 0.816E-02 + 9.624 0.103E+00 0.778E-02 + 9.871 0.911E-01 0.709E-02 + 10.121 0.800E-01 0.665E-02 + 10.374 0.675E-01 0.602E-02 + 10.625 0.553E-01 0.505E-02 + 10.875 0.806E-01 0.671E-02 + 11.125 0.103E+00 0.814E-02 + 11.375 0.751E-01 0.662E-02 + 11.625 0.366E-01 0.388E-02 + 11.875 0.229E-01 0.326E-02 + 12.125 0.122E-01 0.210E-02 + 12.375 0.920E-02 0.206E-02 + 12.625 0.531E-02 0.142E-02 + 12.875 0.248E-02 0.104E-02 + 13.125 0.832E-03 0.408E-03 + 13.375 0.254E-02 0.105E-02 + 13.625 0.183E-01 0.249E-02 + 13.875 0.117E+00 0.898E-02 + 14.125 0.169E+00 0.123E-01 + 14.375 0.540E-01 0.553E-02 + 14.625 0.402E-02 0.551E-03 + 14.875 0.335E-03 0.335E-03 + 15.125 0.597E-03 0.564E-03 + 15.375 0.435E-04 0.436E-04 +ENDDATA 52 +ENDSUBENT 71 +SUBENT E2339003 20120130 20120207 20120130 E067 +BIB 5 10 +REACTION (6-C-0(P,X)ELEM,,DA/DE) + Li isotopes production cross section +EN-SEC ANG is polar angle (lab.) between beam and Z-RESD + (E,ELEM) +SAMPLE - Chemical-form of target is element. + - Target-thickness is 0.206 mg/cm**2. + - Target is self supported. +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Plotted in Fig.3 of J, Journal of the Korean + Physical Society, 58, (1334), 2011 +ENDBIB 10 +COMMON 3 3 +EN ELEMENT ANG +MEV NO-DIM ADEG + 50. 3. 30. +ENDCOMMON 3 +DATA 3 92 +E DATA DATA-ERR +MEV MB/SR/MEV MB/SR/MEV + 3.625 0.239E+00 0.164E-01 + 3.875 0.329E+00 0.212E-01 + 4.125 0.328E+00 0.214E-01 + 4.375 0.266E+00 0.175E-01 + 4.625 0.245E+00 0.157E-01 + 4.875 0.226E+00 0.144E-01 + 5.125 0.225E+00 0.143E-01 + 5.375 0.217E+00 0.140E-01 + 5.625 0.196E+00 0.133E-01 + 5.875 0.177E+00 0.129E-01 + 6.125 0.169E+00 0.128E-01 + 6.375 0.169E+00 0.127E-01 + 6.625 0.172E+00 0.125E-01 + 6.875 0.172E+00 0.121E-01 + 7.125 0.169E+00 0.118E-01 + 7.375 0.141E+00 0.101E-01 + 7.625 0.132E+00 0.964E-02 + 7.875 0.151E+00 0.107E-01 + 8.125 0.142E+00 0.102E-01 + 8.375 0.143E+00 0.108E-01 + 8.625 0.143E+00 0.109E-01 + 8.875 0.125E+00 0.102E-01 + 9.125 0.115E+00 0.100E-01 + 9.375 0.991E-01 0.929E-02 + 9.624 0.917E-01 0.934E-02 + 9.871 0.830E-01 0.884E-02 + 10.121 0.920E-01 0.983E-02 + 10.374 0.102E+00 0.105E-01 + 10.625 0.838E-01 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19.375 0.203E-01 0.426E-02 + 19.625 0.159E-01 0.387E-02 + 19.875 0.324E-02 0.158E-02 + 20.125 0.648E-02 0.246E-02 + 20.375 0.402E-02 0.190E-02 + 20.625 0.258E-02 0.114E-02 + 20.875 0.434E-02 0.196E-02 + 21.125 0.469E-04 0.211E-04 + 21.375 0.000E+00 0.000E+00 + 21.625 0.000E+00 0.000E+00 + 21.875 0.299E-03 0.145E-03 + 22.125 0.324E-02 0.118E-02 + 22.375 0.991E-02 0.257E-02 + 22.625 0.267E-01 0.462E-02 + 22.875 0.300E-01 0.467E-02 + 23.125 0.349E-01 0.511E-02 + 23.375 0.297E-01 0.451E-02 + 23.625 0.222E-01 0.430E-02 + 23.875 0.634E-02 0.215E-02 + 24.125 0.164E-02 0.960E-03 + 24.375 0.149E-02 0.106E-02 + 24.625 0.000E+00 0.000E+00 + 24.875 0.947E-04 0.668E-04 + 25.125 0.835E-03 0.436E-03 + 25.375 0.142E-02 0.100E-02 + 25.625 0.512E-04 0.513E-04 + 25.875 0.464E-03 0.297E-03 + 26.125 0.118E-02 0.808E-03 + 26.375 0.644E-03 0.644E-03 +ENDDATA 94 +ENDSUBENT 113 +SUBENT E2339004 20120130 20120207 20120130 E067 +BIB 5 11 +REACTION (6-C-0(P,X)ELEM,,DA/DE) + Li isotopes production cross section +EN-SEC ANG is polar angle (lab.) between beam and Z-RESD + (E,ELEM) +SAMPLE - Chemical-form of target is element. + - Target-thickness is 0.206 mg/cm**2. + - Target is self supported. +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (UNOBT) Under review for publication. Plotted in Fig.3 + of J, Journal of the Korean Physical Society, + 58, (1334), 2011 +ENDBIB 11 +COMMON 3 3 +EN ELEMENT ANG +MEV NO-DIM ADEG + 70. 3. 30. +ENDCOMMON 3 +NODATA 0 0 +ENDSUBENT 19 +SUBENT E2339005 20120130 20120207 20120130 E067 +BIB 5 10 +REACTION (6-C-0(P,X)ELEM,,DA/DE) + Li isotopes production cross section +EN-SEC ANG is polar angle (lab.) between beam and Z-RESD + (E,ELEM) +SAMPLE - Chemical-form of target is element. + - Target-thickness is 0.206 mg/cm**2. + - Target is self supported. +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Plotted in Fig.3 of J, Journal of the Korean + Physical Society, 58, (1334), 2011 +ENDBIB 10 +COMMON 3 3 +EN ELEMENT ANG +MEV NO-DIM ADEG + 80. 3. 30. +ENDCOMMON 3 +DATA 3 64 +E DATA DATA-ERR +MEV MB/SR/MEV MB/SR/MEV + 2.750 0.346E+00 0.262E-01 + 3.250 0.428E+00 0.307E-01 + 3.750 0.387E+00 0.291E-01 + 4.250 0.312E+00 0.250E-01 + 4.750 0.310E+00 0.255E-01 + 5.250 0.269E+00 0.234E-01 + 5.750 0.259E+00 0.224E-01 + 6.250 0.255E+00 0.220E-01 + 6.750 0.242E+00 0.208E-01 + 7.250 0.239E+00 0.205E-01 + 7.750 0.223E+00 0.191E-01 + 8.250 0.228E+00 0.195E-01 + 8.750 0.185E+00 0.169E-01 + 9.247 0.162E+00 0.151E-01 + 9.741 0.177E+00 0.158E-01 + 10.241 0.167E+00 0.156E-01 + 10.747 0.119E+00 0.122E-01 + 11.250 0.114E+00 0.116E-01 + 11.750 0.112E+00 0.118E-01 + 12.250 0.114E+00 0.111E-01 + 12.750 0.135E+00 0.131E-01 + 13.250 0.114E+00 0.114E-01 + 13.750 0.109E+00 0.112E-01 + 14.250 0.991E-01 0.104E-01 + 14.750 0.986E-01 0.103E-01 + 15.250 0.103E+00 0.105E-01 + 15.750 0.935E-01 0.101E-01 + 16.250 0.917E-01 0.957E-02 + 16.750 0.894E-01 0.993E-02 + 17.250 0.574E-01 0.761E-02 + 17.750 0.423E-01 0.609E-02 + 18.250 0.479E-01 0.645E-02 + 18.750 0.458E-01 0.654E-02 + 19.250 0.428E-01 0.596E-02 + 19.750 0.507E-01 0.674E-02 + 20.250 0.482E-01 0.658E-02 + 20.750 0.387E-01 0.584E-02 + 21.250 0.338E-01 0.527E-02 + 21.750 0.269E-01 0.502E-02 + 22.250 0.147E-01 0.341E-02 + 22.750 0.168E-01 0.348E-02 + 23.250 0.205E-01 0.398E-02 + 23.750 0.220E-01 0.409E-02 + 24.250 0.231E-01 0.431E-02 + 24.750 0.167E-01 0.381E-02 + 25.250 0.130E-01 0.299E-02 + 25.750 0.171E-01 0.361E-02 + 26.250 0.166E-01 0.358E-02 + 26.750 0.124E-01 0.321E-02 + 27.250 0.896E-02 0.252E-02 + 27.750 0.131E-01 0.302E-02 + 28.250 0.141E-01 0.333E-02 + 28.750 0.919E-02 0.268E-02 + 29.250 0.996E-02 0.255E-02 + 29.750 0.118E-01 0.305E-02 + 30.250 0.945E-02 0.259E-02 + 30.750 0.943E-02 0.265E-02 + 31.250 0.820E-02 0.244E-02 + 31.750 0.966E-02 0.256E-02 + 32.250 0.107E-01 0.284E-02 + 32.750 0.820E-02 0.247E-02 + 33.250 0.604E-02 0.212E-02 + 33.750 0.551E-02 0.192E-02 + 34.250 0.510E-02 0.198E-02 +ENDDATA 66 +ENDSUBENT 85 +SUBENT E2339006 20120130 20120207 20120130 E067 +BIB 5 10 +REACTION (6-C-0(P,X)ELEM,,DA/DE) + Li isotopes production cross section +EN-SEC ANG is polar angle (lab.) between beam and Z-RESD + (E,ELEM) +SAMPLE - Chemical-form of target is element. + - Target-thickness is 0.206 mg/cm**2. + - Target is self supported. +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Plotted in Fig.3 of J, Journal of the Korean + Physical Society, 58, (1334), 2011 +ENDBIB 10 +COMMON 3 3 +EN ELEMENT ANG +MEV NO-DIM ADEG + 40. 3. 60. +ENDCOMMON 3 +DATA 3 34 +E DATA DATA-ERR +MEV MB/SR/MEV MB/SR/MEV + 3.125 0.172E+00 0.134E-01 + 3.375 0.149E+00 0.116E-01 + 3.625 0.136E+00 0.108E-01 + 3.875 0.122E+00 0.967E-02 + 4.125 0.118E+00 0.948E-02 + 4.375 0.102E+00 0.839E-02 + 4.625 0.915E-01 0.777E-02 + 4.875 0.873E-01 0.738E-02 + 5.125 0.817E-01 0.710E-02 + 5.375 0.672E-01 0.617E-02 + 5.625 0.646E-01 0.599E-02 + 5.875 0.686E-01 0.626E-02 + 6.125 0.681E-01 0.624E-02 + 6.375 0.553E-01 0.555E-02 + 6.625 0.356E-01 0.408E-02 + 6.875 0.312E-01 0.400E-02 + 7.125 0.313E-01 0.383E-02 + 7.375 0.419E-01 0.476E-02 + 7.625 0.436E-01 0.494E-02 + 7.875 0.246E-01 0.330E-02 + 8.125 0.167E-01 0.284E-02 + 8.375 0.132E-01 0.271E-02 + 8.625 0.287E-02 0.776E-03 + 8.875 0.000E+00 0.000E+00 + 9.125 0.000E+00 0.000E+00 + 9.375 0.000E+00 0.000E+00 + 9.624 0.887E-03 0.514E-03 + 9.871 0.703E-02 0.174E-02 + 10.121 0.286E-01 0.384E-02 + 10.374 0.615E-01 0.677E-02 + 10.625 0.418E-01 0.518E-02 + 10.875 0.797E-02 0.161E-02 + 11.125 0.111E-02 0.731E-03 + 11.375 0.851E-04 0.852E-04 +ENDDATA 36 +ENDSUBENT 55 +SUBENT E2339007 20120130 20120207 20120130 E067 +BIB 5 11 +REACTION (6-C-0(P,X)ELEM,,DA/DE) + Li isotopes production cross section +EN-SEC ANG is polar angle (lab.) between beam and Z-RESD + (E,ELEM) +SAMPLE - Chemical-form of target is element. + - Target-thickness is 0.206 mg/cm**2. + - Target is self supported. +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (UNOBT) Under review for publication. Plotted in Fig.3 + of J, Journal of the Korean Physical Society, + 58, (1334), 2011 +ENDBIB 11 +COMMON 3 3 +EN ELEMENT ANG +MEV NO-DIM ADEG + 50. 3. 60. +ENDCOMMON 3 +NODATA 0 0 +ENDSUBENT 19 +SUBENT E2339008 20120130 20120207 20120130 E067 +BIB 5 11 +REACTION (6-C-0(P,X)ELEM,,DA/DE) + Li isotopes production cross section +EN-SEC ANG is polar angle (lab.) between beam and Z-RESD + (E,ELEM) +SAMPLE - Chemical-form of target is element. + - Target-thickness is 0.206 mg/cm**2. + - Target is self supported. +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (UNOBT) Under review for publication. Plotted in Fig.3 + of J, Journal of the Korean Physical Society, + 58, (1334), 2011 +ENDBIB 11 +COMMON 3 3 +EN ELEMENT ANG +MEV NO-DIM ADEG + 70. 3. 60. +ENDCOMMON 3 +NODATA 0 0 +ENDSUBENT 19 +SUBENT E2339009 20120130 20120207 20120130 E067 +BIB 5 10 +REACTION (6-C-0(P,X)ELEM,,DA/DE) + Li isotopes production cross section +EN-SEC ANG is polar angle (lab.) between beam and Z-RESD + (E,ELEM) +SAMPLE - Chemical-form of target is element. + - Target-thickness is 0.206 mg/cm**2. + - Target is self supported. +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Plotted in Fig.3 of J, Journal of the Korean + Physical Society, 58, (1334), 2011 +ENDBIB 10 +COMMON 3 3 +EN ELEMENT ANG +MEV NO-DIM ADEG + 80. 3. 60. +ENDCOMMON 3 +DATA 3 57 +E DATA DATA-ERR +MEV MB/SR/MEV MB/SR/MEV + 2.250 0.330E+00 0.205E-01 + 2.750 0.481E+00 0.285E-01 + 3.250 0.427E+00 0.258E-01 + 3.750 0.361E+00 0.228E-01 + 4.250 0.291E+00 0.194E-01 + 4.750 0.265E+00 0.181E-01 + 5.250 0.278E+00 0.191E-01 + 5.750 0.255E+00 0.177E-01 + 6.250 0.213E+00 0.153E-01 + 6.750 0.201E+00 0.144E-01 + 7.250 0.177E+00 0.131E-01 + 7.750 0.150E+00 0.114E-01 + 8.250 0.151E+00 0.113E-01 + 8.750 0.142E+00 0.108E-01 + 9.247 0.122E+00 0.964E-02 + 9.741 0.118E+00 0.930E-02 + 10.241 0.109E+00 0.887E-02 + 10.747 0.891E-01 0.762E-02 + 11.250 0.840E-01 0.713E-02 + 11.750 0.826E-01 0.726E-02 + 12.250 0.719E-01 0.638E-02 + 12.750 0.716E-01 0.648E-02 + 13.250 0.668E-01 0.603E-02 + 13.750 0.636E-01 0.597E-02 + 14.250 0.565E-01 0.537E-02 + 14.750 0.523E-01 0.525E-02 + 15.250 0.417E-01 0.445E-02 + 15.750 0.393E-01 0.425E-02 + 16.250 0.413E-01 0.435E-02 + 16.750 0.361E-01 0.418E-02 + 17.250 0.237E-01 0.321E-02 + 17.750 0.179E-01 0.271E-02 + 18.250 0.189E-01 0.263E-02 + 18.750 0.209E-01 0.295E-02 + 19.250 0.170E-01 0.255E-02 + 19.750 0.169E-01 0.254E-02 + 20.250 0.170E-01 0.256E-02 + 20.750 0.139E-01 0.234E-02 + 21.250 0.906E-02 0.186E-02 + 21.750 0.611E-02 0.147E-02 + 22.250 0.640E-02 0.147E-02 + 22.750 0.549E-02 0.146E-02 + 23.250 0.390E-02 0.111E-02 + 23.750 0.393E-02 0.119E-02 + 24.250 0.301E-02 0.100E-02 + 24.750 0.256E-02 0.956E-03 + 25.250 0.312E-02 0.943E-03 + 25.750 0.374E-02 0.117E-02 + 26.250 0.282E-02 0.944E-03 + 26.750 0.306E-02 0.100E-02 + 27.250 0.338E-02 0.103E-02 + 27.750 0.369E-02 0.111E-02 + 28.250 0.411E-02 0.112E-02 + 28.750 0.427E-02 0.122E-02 + 29.250 0.340E-02 0.104E-02 + 29.750 0.310E-02 0.103E-02 + 30.250 0.194E-02 0.824E-03 +ENDDATA 59 +ENDSUBENT 78 +SUBENT E2339010 20120130 20120207 20120130 E067 +BIB 5 10 +REACTION (6-C-0(P,X)ELEM,,DA/DE) + Li isotopes production cross section +EN-SEC ANG is polar angle (lab.) between beam and Z-RESD + (E,ELEM) +SAMPLE - Chemical-form of target is element. + - Target-thickness is 0.206 mg/cm**2. + - Target is self supported. +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Plotted in Fig.3 of J, Journal of the Korean + Physical Society, 58, (1334), 2011 +ENDBIB 10 +COMMON 3 3 +EN ELEMENT ANG +MEV NO-DIM ADEG + 40. 3. 90. +ENDCOMMON 3 +DATA 3 29 +E DATA DATA-ERR +MEV MB/SR/MEV MB/SR/MEV + 0.625 0.000E+00 0.000E+00 + 0.874 0.000E+00 0.000E+00 + 1.124 0.000E+00 0.000E+00 + 1.375 0.613E-04 0.151E-04 + 1.625 0.128E-02 0.277E-03 + 1.875 0.719E-02 0.134E-02 + 2.125 0.121E-01 0.170E-02 + 2.375 0.280E-01 0.241E-02 + 2.625 0.708E-01 0.528E-02 + 2.875 0.620E-01 0.471E-02 + 3.125 0.464E-01 0.384E-02 + 3.375 0.314E-01 0.283E-02 + 3.625 0.278E-01 0.248E-02 + 3.875 0.288E-01 0.253E-02 + 4.125 0.286E-01 0.243E-02 + 4.375 0.302E-01 0.253E-02 + 4.625 0.233E-01 0.220E-02 + 4.875 0.113E-01 0.139E-02 + 5.125 0.472E-02 0.852E-03 + 5.375 0.180E-02 0.488E-03 + 5.625 0.148E-02 0.429E-03 + 5.875 0.392E-02 0.629E-03 + 6.125 0.176E-01 0.160E-02 + 6.375 0.460E-01 0.337E-02 + 6.625 0.514E-01 0.367E-02 + 6.875 0.258E-01 0.221E-02 + 7.125 0.537E-02 0.789E-03 + 7.375 0.476E-03 0.247E-03 + 7.625 0.822E-04 0.823E-04 +ENDDATA 31 +ENDSUBENT 50 +SUBENT E2339011 20120130 20120207 20120130 E067 +BIB 5 11 +REACTION (6-C-0(P,X)ELEM,,DA/DE) + Li isotopes production cross section +EN-SEC ANG is polar angle (lab.) between beam and Z-RESD + (E,ELEM) +SAMPLE - Chemical-form of target is element. + - Target-thickness is 0.206 mg/cm**2. + - Target is self supported. +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (UNOBT) Under review for publication. Plotted in Fig.3 + of J, Journal of the Korean Physical Society, + 58, (1334), 2011 +ENDBIB 11 +COMMON 3 3 +EN ELEMENT ANG +MEV NO-DIM ADEG + 50. 3. 90. +ENDCOMMON 3 +NODATA 0 0 +ENDSUBENT 19 +SUBENT E2339012 20120130 20120207 20120130 E067 +BIB 5 11 +REACTION (6-C-0(P,X)ELEM,,DA/DE) + Li isotopes production cross section +EN-SEC ANG is polar angle (lab.) between beam and Z-RESD + (E,ELEM) +SAMPLE - Chemical-form of target is element. + - Target-thickness is 0.206 mg/cm**2. + - Target is self supported. +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (UNOBT) Under review for publication. Plotted in Fig.3 + of J, Journal of the Korean Physical Society, + 58, (1334), 2011 +ENDBIB 11 +COMMON 3 3 +EN ELEMENT ANG +MEV NO-DIM ADEG + 70. 3. 90. +ENDCOMMON 3 +NODATA 0 0 +ENDSUBENT 19 +SUBENT E2339013 20120130 20120207 20120130 E067 +BIB 5 10 +REACTION (6-C-0(P,X)ELEM,,DA/DE) + Li isotopes production cross section +EN-SEC ANG is polar angle (lab.) between beam and Z-RESD + (E,ELEM) +SAMPLE - Chemical-form of target is element. + - Target-thickness is 0.206 mg/cm**2. + - Target is self supported. +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Plotted in Fig.3 of J, Journal of the Korean + Physical Society, 58, (1334), 2011 +ENDBIB 10 +COMMON 3 3 +EN ELEMENT ANG +MEV NO-DIM ADEG + 80. 3. 90. +ENDCOMMON 3 +DATA 3 32 +E DATA DATA-ERR +MEV MB/SR/MEV MB/SR/MEV + 2.750 0.725E-01 0.625E-02 + 3.250 0.813E-01 0.683E-02 + 3.750 0.663E-01 0.610E-02 + 4.250 0.549E-01 0.538E-02 + 4.750 0.509E-01 0.534E-02 + 5.250 0.429E-01 0.486E-02 + 5.750 0.374E-01 0.455E-02 + 6.250 0.384E-01 0.481E-02 + 6.750 0.345E-01 0.460E-02 + 7.250 0.271E-01 0.409E-02 + 7.750 0.245E-01 0.389E-02 + 8.250 0.224E-01 0.392E-02 + 8.750 0.136E-01 0.293E-02 + 9.247 0.186E-01 0.349E-02 + 9.741 0.203E-01 0.381E-02 + 10.241 0.138E-01 0.302E-02 + 10.747 0.118E-01 0.272E-02 + 11.250 0.968E-02 0.244E-02 + 11.750 0.798E-02 0.217E-02 + 12.250 0.728E-02 0.207E-02 + 12.750 0.729E-02 0.193E-02 + 13.250 0.920E-02 0.227E-02 + 13.750 0.636E-02 0.192E-02 + 14.250 0.439E-02 0.149E-02 + 14.750 0.452E-02 0.149E-02 + 15.250 0.517E-02 0.161E-02 + 15.750 0.342E-02 0.142E-02 + 16.250 0.240E-02 0.925E-03 + 16.750 0.376E-02 0.141E-02 + 17.250 0.237E-02 0.104E-02 + 17.750 0.176E-02 0.965E-03 + 18.250 0.562E-03 0.562E-03 +ENDDATA 34 +ENDSUBENT 53 +SUBENT E2339014 20120130 20120207 20120130 E067 +BIB 5 11 +REACTION (7-N-0(P,X)ELEM,,DA/DE) + Li isotopes production cross section +EN-SEC ANG is polar angle (lab.) between beam and Z-RESD + (E,ELEM) +SAMPLE - Chemical-form of target: AlN + - Target-thickness: 0.91 micro-m + - Backing is tantalum. + - Backing-thickness: 10 micro-m +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Plotted in Fig.4 of J, Journal of the Korean + Physical Society, 58, (1334), 2011 +ENDBIB 11 +COMMON 3 3 +EN ELEMENT ANG +MEV NO-DIM ADEG + 70. 3. 45. +ENDCOMMON 3 +DATA 3 16 +E DATA DATA-ERR +MEV MB/SR/MEV MB/SR/MEV + 6.500 0.772E-01 0.477E-02 + 7.500 0.716E-01 0.439E-02 + 8.500 0.586E-01 0.372E-02 + 9.500 0.432E-01 0.299E-02 + 10.500 0.383E-01 0.272E-02 + 11.500 0.360E-01 0.255E-02 + 12.500 0.313E-01 0.228E-02 + 13.500 0.243E-01 0.197E-02 + 14.500 0.188E-01 0.174E-02 + 15.500 0.157E-01 0.160E-02 + 16.500 0.110E-01 0.140E-02 + 17.500 0.856E-02 0.128E-02 + 18.500 0.676E-02 0.116E-02 + 19.500 0.490E-02 0.116E-02 + 20.500 0.655E-02 0.114E-02 + 21.500 0.366E-02 0.106E-02 +ENDDATA 18 +ENDSUBENT 38 +SUBENT E2339015 20120130 20120207 20120130 E067 +BIB 5 11 +REACTION (7-N-0(P,X)ELEM,,DA/DE) + Be isotopes production cross section +EN-SEC ANG is polar angle (lab.) between beam and Z-RESD + (E,ELEM) +SAMPLE - Chemical-form of target: AlN + - Target-thickness: 0.91 micro-m + - Backing is tantalum. + - Backing-thickness: 10 micro-m +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Plotted in Fig.4 of J, Journal of the Korean + Physical Society, 58, (1334), 2011 +ENDBIB 11 +COMMON 3 3 +EN ELEMENT ANG +MEV NO-DIM ADEG + 70. 4. 45. +ENDCOMMON 3 +DATA 3 17 +E DATA DATA-ERR +MEV MB/SR/MEV MB/SR/MEV + 8.500 0.496E-01 0.314E-02 + 9.500 0.400E-01 0.277E-02 + 10.500 0.355E-01 0.262E-02 + 11.500 0.323E-01 0.247E-02 + 12.500 0.268E-01 0.213E-02 + 13.500 0.205E-01 0.177E-02 + 14.500 0.164E-01 0.157E-02 + 15.500 0.112E-01 0.126E-02 + 16.500 0.985E-02 0.107E-02 + 17.500 0.855E-02 0.990E-03 + 18.500 0.674E-02 0.809E-03 + 19.500 0.530E-02 0.716E-03 + 20.500 0.414E-02 0.661E-03 + 21.500 0.335E-02 0.573E-03 + 22.500 0.241E-02 0.563E-03 + 23.500 0.159E-02 0.491E-03 + 24.500 0.644E-03 0.429E-03 +ENDDATA 19 +ENDSUBENT 39 +SUBENT E2339016 20120130 20120207 20120130 E067 +BIB 5 11 +REACTION (7-N-0(P,X)ELEM,,DA/DE) + B isotopes production cross section +EN-SEC ANG is polar angle (lab.) between beam and Z-RESD + (E,ELEM) +SAMPLE - Chemical-form of target: AlN + - Target-thickness: 0.91 micro-m + - Backing is tantalum. + - Backing-thickness: 10 micro-m +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Plotted in Fig.4 of J, Journal of the Korean + Physical Society, 58, (1334), 2011 +ENDBIB 11 +COMMON 3 3 +EN ELEMENT ANG +MEV NO-DIM ADEG + 70. 5. 45. +ENDCOMMON 3 +DATA 3 20 +E DATA DATA-ERR +MEV MB/SR/MEV MB/SR/MEV + 8.500 0.187E+00 0.107E-01 + 9.500 0.115E+00 0.712E-02 + 10.500 0.894E-01 0.577E-02 + 11.500 0.547E-01 0.384E-02 + 12.500 0.438E-01 0.311E-02 + 13.500 0.372E-01 0.264E-02 + 14.500 0.285E-01 0.210E-02 + 15.500 0.205E-01 0.160E-02 + 16.500 0.155E-01 0.128E-02 + 17.500 0.108E-01 0.101E-02 + 18.500 0.726E-02 0.799E-03 + 19.500 0.372E-02 0.582E-03 + 20.500 0.203E-02 0.510E-03 + 21.500 0.127E-02 0.421E-03 + 22.500 0.140E-02 0.404E-03 + 23.500 0.141E-02 0.349E-03 + 24.500 0.129E-02 0.308E-03 + 25.500 0.135E-02 0.295E-03 + 26.500 0.655E-03 0.188E-03 + 27.500 0.664E-04 0.273E-04 +ENDDATA 22 +ENDSUBENT 42 +SUBENT E2339017 20120130 20120207 20120130 E067 +BIB 5 11 +REACTION (7-N-0(P,X)ELEM,,DA/DE) + C isotopes production cross section +EN-SEC ANG is polar angle (lab.) between beam and Z-RESD + (E,ELEM) +SAMPLE - Chemical-form of target: AlN + - Target-thickness: 0.91 micro-m + - Backing is tantalum. + - Backing-thickness: 10 micro-m +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Plotted in Fig.4 of J, Journal of the Korean + Physical Society, 58, (1334), 2011 +ENDBIB 11 +COMMON 3 3 +EN ELEMENT ANG +MEV NO-DIM ADEG + 70. 6. 45. +ENDCOMMON 3 +DATA 3 13 +E DATA DATA-ERR +MEV MB/SR/MEV MB/SR/MEV + 8.500 0.145E+00 0.791E-02 + 9.500 0.289E+00 0.152E-01 + 10.500 0.212E+00 0.112E-01 + 11.500 0.118E+00 0.659E-02 + 12.500 0.812E-01 0.480E-02 + 13.500 0.494E-01 0.326E-02 + 14.500 0.257E-01 0.219E-02 + 15.500 0.192E-01 0.199E-02 + 16.500 0.159E-01 0.172E-02 + 17.500 0.123E-01 0.157E-02 + 18.500 0.635E-02 0.122E-02 + 19.500 0.257E-02 0.827E-03 + 20.500 0.547E-03 0.553E-03 +ENDDATA 15 +ENDSUBENT 35 +SUBENT E2339018 20120130 20120207 20120130 E067 +BIB 5 11 +REACTION (8-O-0(P,X)ELEM,,DA/DE) + Li isotopes production cross section +EN-SEC ANG is polar angle (lab.) between beam and Z-RESD + (E,ELEM) +SAMPLE - Chemical-form of target: Al2O3 + - Target-thickness: 1.05 micro-m + - Backing is tantalum. + - Backing-thickness: 10 micro-m +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Plotted in Fig.4 of J, Journal of the Korean + Physical Society, 58, (1334), 2011 +ENDBIB 11 +COMMON 3 3 +EN ELEMENT ANG +MEV NO-DIM ADEG + 70. 3. 45. +ENDCOMMON 3 +DATA 3 14 +E DATA DATA-ERR +MEV MB/SR/MEV MB/SR/MEV + 8.500 0.261E-01 0.182E-02 + 9.500 0.184E-01 0.146E-02 + 10.500 0.167E-01 0.135E-02 + 11.500 0.146E-01 0.121E-02 + 12.500 0.129E-01 0.110E-02 + 13.500 0.113E-01 0.104E-02 + 14.500 0.855E-02 0.914E-03 + 15.500 0.588E-02 0.807E-03 + 16.500 0.412E-02 0.742E-03 + 17.500 0.366E-02 0.700E-03 + 18.500 0.257E-02 0.629E-03 + 19.500 0.199E-02 0.647E-03 + 20.500 0.290E-02 0.621E-03 + 21.500 0.217E-02 0.624E-03 +ENDDATA 16 +ENDSUBENT 36 +SUBENT E2339019 20120130 20120207 20120130 E067 +BIB 5 11 +REACTION (8-O-0(P,X)ELEM,,DA/DE) + Be isotopes production cross section +EN-SEC ANG is polar angle (lab.) between beam and Z-RESD + (E,ELEM) +SAMPLE - Chemical-form of target: Al2O3 + - Target-thickness: 1.05 micro-m + - Backing is tantalum. + - Backing-thickness: 10 micro-m +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Plotted in Fig.4 of J, Journal of the Korean + Physical Society, 58, (1334), 2011 +ENDBIB 11 +COMMON 3 3 +EN ELEMENT ANG +MEV NO-DIM ADEG + 70. 4. 45. +ENDCOMMON 3 +DATA 3 18 +E DATA DATA-ERR +MEV MB/SR/MEV MB/SR/MEV + 10.500 0.206E-01 0.156E-02 + 11.500 0.178E-01 0.143E-02 + 12.500 0.144E-01 0.122E-02 + 13.500 0.106E-01 0.999E-03 + 14.500 0.793E-02 0.867E-03 + 15.500 0.693E-02 0.769E-03 + 16.500 0.629E-02 0.667E-03 + 17.500 0.423E-02 0.551E-03 + 18.500 0.341E-02 0.452E-03 + 19.500 0.346E-02 0.437E-03 + 20.500 0.263E-02 0.398E-03 + 21.500 0.151E-02 0.317E-03 + 22.500 0.628E-03 0.292E-03 + 23.500 0.673E-03 0.277E-03 + 24.500 0.501E-03 0.255E-03 + 25.500 0.257E-03 0.237E-03 + 26.500 0.800E-04 0.231E-03 + 27.500 0.108E-03 0.213E-03 +ENDDATA 20 +ENDSUBENT 40 +SUBENT E2339020 20120130 20120207 20120130 E067 +BIB 5 11 +REACTION (8-O-0(P,X)ELEM,,DA/DE) + B isotopes production cross section +EN-SEC ANG is polar angle (lab.) between beam and Z-RESD + (E,ELEM) +SAMPLE - Chemical-form of target: Al2O3 + - Target-thickness: 1.05 micro-m + - Backing is tantalum. + - Backing-thickness: 10 micro-m +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Plotted in Fig.4 of J, Journal of the Korean + Physical Society, 58, (1334), 2011 +ENDBIB 11 +COMMON 3 3 +EN ELEMENT ANG +MEV NO-DIM ADEG + 70. 5. 45. +ENDCOMMON 3 +DATA 3 17 +E DATA DATA-ERR +MEV MB/SR/MEV MB/SR/MEV + 10.500 0.661E-01 0.396E-02 + 11.500 0.436E-01 0.280E-02 + 12.500 0.313E-01 0.215E-02 + 13.500 0.237E-01 0.173E-02 + 14.500 0.180E-01 0.139E-02 + 15.500 0.138E-01 0.112E-02 + 16.500 0.895E-02 0.812E-03 + 17.500 0.654E-02 0.656E-03 + 18.500 0.508E-02 0.561E-03 + 19.500 0.210E-02 0.372E-03 + 20.500 0.177E-02 0.372E-03 + 21.500 0.144E-02 0.328E-03 + 22.500 0.610E-03 0.238E-03 + 23.500 0.401E-03 0.184E-03 + 24.500 0.470E-03 0.178E-03 + 25.500 0.319E-03 0.118E-03 + 26.500 0.250E-03 0.106E-03 +ENDDATA 19 +ENDSUBENT 39 +SUBENT E2339021 20120130 20120207 20120130 E067 +BIB 5 11 +REACTION (8-O-0(P,X)ELEM,,DA/DE) + C isotopes production cross section +EN-SEC ANG is polar angle (lab.) between beam and Z-RESD + (E,ELEM) +SAMPLE - Chemical-form of target: Al2O3 + - Target-thickness: 1.05 micro-m + - Backing is tantalum. + - Backing-thickness: 10 micro-m +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Plotted in Fig.4 of J, Journal of the Korean + Physical Society, 58, (1334), 2011 +ENDBIB 11 +COMMON 3 3 +EN ELEMENT ANG +MEV NO-DIM ADEG + 70. 6. 45. +ENDCOMMON 3 +DATA 3 14 +E DATA DATA-ERR +MEV MB/SR/MEV MB/SR/MEV + 12.500 0.785E-01 0.423E-02 + 13.500 0.522E-01 0.292E-02 + 14.500 0.321E-01 0.196E-02 + 15.500 0.217E-01 0.150E-02 + 16.500 0.177E-01 0.128E-02 + 17.500 0.126E-01 0.105E-02 + 18.500 0.771E-02 0.803E-03 + 19.500 0.557E-02 0.656E-03 + 20.500 0.376E-02 0.516E-03 + 21.500 0.221E-02 0.430E-03 + 22.500 0.215E-02 0.392E-03 + 23.500 0.131E-02 0.273E-03 + 24.500 0.721E-03 0.214E-03 + 25.500 0.184E-03 0.126E-03 +ENDDATA 16 +ENDSUBENT 36 +ENDENTRY 21 diff --git a/exforall/E23/E2340.x4 b/exforall/E23/E2340.x4 new file mode 100644 index 000000000..a1cdb19cf --- /dev/null +++ b/exforall/E23/E2340.x4 @@ -0,0 +1,955 @@ +ENTRY E2340 20120130 20120207 20120130 E067 +SUBENT E2340001 20120130 20120207 20120130 E067 +BIB 11 30 +TITLE Spectrum measurement of neutrons and gamma-rays from + thick H2-18O target bombarded with 18 MeV protons +AUTHOR (M.Hagiwara, T.Sanami, Y.Iwamoto, N.Matsuda, + Y.Sakamoto, Y.Nakane, H.Nakashima, K.Masumoto, + Y.Uwamino) +INSTITUTE (2JPNKEK) + (2JPNJAE) + (2JPNIPC) +REFERENCE (J,KPS,59,(2),2035,201108) +PART-DET (N,G) +SAMPLE - Chemical-form of target is H2O. + - Physical-form of target is liquid. + (8-O-18,ENR=0.98) 18O-enriched +METHOD (TOF) Neutron detection efficiency determination. +FACILITY (ISOCY,2JPNJAE) AVF cyclotron(K=100) at the Takasaki + Ion Accelerators for Advanced + Radiation Application (TIARA) facility +DETECTOR - Detector resolution is 5 to 16 %.(The energy + resolution taken from the full width at half maximum + of the prompt gamma-ray peak.) + - organic liquid scintillator +ERR-ANALYS (ERR-1) The uncertainty of detector efficiency with + the SCINFUL-R code was estimated to be 5%. The + total normalization uncertainty was around + 10%. + (ERR-S) Statistical uncertainties were generally + bellow 10% but increased to above 10% at the + highest energy. +HISTORY (20110930C) K.Y + (20111004R) Received by e-mail from M.Hagiwara +ENDBIB 30 +COMMON 3 3 +EN ERR-1 ERR-S +MEV PER-CENT PER-CENT + 18. 5. 10. +ENDCOMMON 3 +ENDSUBENT 37 +SUBENT E2340002 20120130 20120207 20120130 E067 +BIB 4 6 +REACTION (8-O-18(P,X)0-NN-1,,TTY/PY/DA/DE) +EN-SEC ANG is polar angle (lab.) between beam and neutron + (E,N) +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Fig.3 of Journal of the Korean Physical + Society,59,2035,2011 +ENDBIB 6 +COMMON 1 3 +ANG +ADEG + 15. +ENDCOMMON 3 +DATA 3 142 +E DATA DATA-ERR +MEV P/MEVMUCSR P/MEVMUCSR + 1.75 2.80E+08 1.720E+07 + 1.85 3.25E+08 1.920E+07 + 1.95 3.34E+08 1.950E+07 + 2.05 3.65E+08 2.090E+07 + 2.15 3.53E+08 2.020E+07 + 2.25 3.39E+08 1.950E+07 + 2.35 3.71E+08 2.100E+07 + 2.45 3.94E+08 2.210E+07 + 2.55 3.77E+08 2.130E+07 + 2.65 3.76E+08 2.120E+07 + 2.75 3.83E+08 2.150E+07 + 2.85 3.63E+08 2.060E+07 + 2.95 3.65E+08 2.070E+07 + 3.05 3.24E+08 1.860E+07 + 3.15 3.38E+08 1.930E+07 + 3.25 2.98E+08 1.730E+07 + 3.35 3.16E+08 1.820E+07 + 3.45 3.19E+08 1.830E+07 + 3.55 3.03E+08 1.750E+07 + 3.65 2.80E+08 1.640E+07 + 3.75 2.73E+08 1.600E+07 + 3.85 2.63E+08 1.550E+07 + 3.95 2.39E+08 1.430E+07 + 4.05 2.55E+08 1.520E+07 + 4.15 2.33E+08 1.410E+07 + 4.25 2.44E+08 1.460E+07 + 4.35 2.14E+08 1.310E+07 + 4.45 2.18E+08 1.330E+07 + 4.55 2.03E+08 1.250E+07 + 4.65 2.10E+08 1.290E+07 + 4.75 2.16E+08 1.320E+07 + 4.85 1.80E+08 1.140E+07 + 4.95 2.01E+08 1.270E+07 + 5.05 1.87E+08 1.180E+07 + 5.15 1.85E+08 1.170E+07 + 5.25 1.57E+08 1.030E+07 + 5.35 1.78E+08 1.140E+07 + 5.45 1.60E+08 1.050E+07 + 5.55 1.57E+08 1.040E+07 + 5.65 1.59E+08 1.050E+07 + 5.75 1.58E+08 1.050E+07 + 5.85 1.48E+08 9.960E+06 + 5.95 1.38E+08 9.450E+06 + 6.05 1.28E+08 8.910E+06 + 6.15 1.26E+08 8.850E+06 + 6.25 1.25E+08 8.800E+06 + 6.35 1.24E+08 8.760E+06 + 6.45 1.20E+08 8.550E+06 + 6.55 1.21E+08 8.640E+06 + 6.65 1.21E+08 8.600E+06 + 6.75 1.15E+08 8.300E+06 + 6.85 1.12E+08 8.170E+06 + 6.95 1.07E+08 7.910E+06 + 7.05 1.04E+08 7.790E+06 + 7.15 9.64E+07 7.370E+06 + 7.25 1.02E+08 7.700E+06 + 7.35 9.40E+07 7.280E+06 + 7.45 8.81E+07 6.980E+06 + 7.55 9.62E+07 7.430E+06 + 7.65 8.20E+07 6.680E+06 + 7.75 8.82E+07 7.040E+06 + 7.85 8.41E+07 6.830E+06 + 7.95 6.71E+07 5.880E+06 + 8.05 8.33E+07 6.810E+06 + 8.15 9.09E+07 7.240E+06 + 8.25 7.64E+07 6.430E+06 + 8.35 6.95E+07 6.050E+06 + 8.45 7.02E+07 6.100E+06 + 8.55 7.44E+07 6.350E+06 + 8.65 7.36E+07 6.320E+06 + 8.75 7.04E+07 6.160E+06 + 8.85 7.90E+07 6.660E+06 + 8.95 6.59E+07 5.940E+06 + 9.05 6.33E+07 5.810E+06 + 9.15 7.69E+07 6.620E+06 + 9.25 7.21E+07 6.370E+06 + 9.35 6.17E+07 5.770E+06 + 9.45 6.85E+07 6.180E+06 + 9.55 6.42E+07 5.920E+06 + 9.65 6.37E+07 5.880E+06 + 9.75 5.32E+07 5.240E+06 + 9.85 6.67E+07 6.040E+06 + 9.95 5.60E+07 5.400E+06 + 10.05 5.95E+07 5.620E+06 + 10.15 5.29E+07 5.230E+06 + 10.25 4.67E+07 4.860E+06 + 10.35 4.86E+07 4.990E+06 + 10.45 5.06E+07 5.130E+06 + 10.55 5.69E+07 5.530E+06 + 10.65 4.98E+07 5.100E+06 + 10.75 5.05E+07 5.160E+06 + 10.85 4.79E+07 5.010E+06 + 10.95 4.49E+07 4.830E+06 + 11.05 4.86E+07 5.080E+06 + 11.15 4.71E+07 4.990E+06 + 11.25 3.73E+07 4.350E+06 + 11.35 4.53E+07 4.890E+06 + 11.45 5.10E+07 5.250E+06 + 11.55 3.90E+07 4.480E+06 + 11.65 3.86E+07 4.460E+06 + 11.75 4.19E+07 4.690E+06 + 11.85 3.35E+07 4.120E+06 + 11.95 3.70E+07 4.370E+06 + 12.05 4.09E+07 4.630E+06 + 12.15 3.70E+07 4.370E+06 + 12.25 3.02E+07 3.900E+06 + 12.35 2.19E+07 3.270E+06 + 12.45 2.55E+07 3.550E+06 + 12.55 2.65E+07 3.630E+06 + 12.65 2.79E+07 3.730E+06 + 12.75 2.79E+07 3.730E+06 + 12.85 2.05E+07 3.160E+06 + 12.95 2.69E+07 3.660E+06 + 13.05 2.91E+07 3.820E+06 + 13.15 2.14E+07 3.230E+06 + 13.25 2.03E+07 3.140E+06 + 13.35 1.85E+07 2.990E+06 + 13.45 2.04E+07 3.140E+06 + 13.55 1.83E+07 2.960E+06 + 13.65 1.85E+07 2.970E+06 + 13.75 1.88E+07 3.000E+06 + 13.85 1.71E+07 2.840E+06 + 13.95 1.31E+07 2.480E+06 + 14.05 1.94E+07 3.040E+06 + 14.15 1.85E+07 2.950E+06 + 14.25 1.59E+07 2.730E+06 + 14.35 1.84E+07 2.950E+06 + 14.45 1.64E+07 2.770E+06 + 14.55 1.52E+07 2.660E+06 + 14.65 1.57E+07 2.710E+06 + 14.75 1.47E+07 2.610E+06 + 14.85 1.22E+07 2.380E+06 + 14.95 1.12E+07 2.280E+06 + 15.05 9.99E+06 2.150E+06 + 15.15 8.78E+06 2.020E+06 + 15.25 7.63E+06 1.890E+06 + 15.35 6.57E+06 1.760E+06 + 15.45 7.41E+06 1.860E+06 + 15.55 7.59E+06 1.880E+06 + 15.65 7.35E+06 1.860E+06 + 15.75 4.56E+06 1.490E+06 + 15.85 2.42E+06 1.130E+06 +ENDDATA 144 +ENDSUBENT 159 +SUBENT E2340003 20120130 20120207 20120130 E067 +BIB 4 6 +REACTION (8-O-18(P,X)0-NN-1,,TTY/PY/DA/DE) +EN-SEC ANG is polar angle (lab.) between beam and neutron + (E,N) +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Fig.3 of Journal of the Korean Physical + Society,59,2035,2011 +ENDBIB 6 +COMMON 1 3 +ANG +ADEG + 30. +ENDCOMMON 3 +DATA 3 141 +E DATA DATA-ERR +MEV P/MEVMUCSR P/MEVMUCSR + 1.75 3.55E+08 2.100E+07 + 1.85 3.85E+08 2.230E+07 + 1.95 3.80E+08 2.180E+07 + 2.05 3.95E+08 2.240E+07 + 2.15 4.03E+08 2.280E+07 + 2.25 3.87E+08 2.190E+07 + 2.35 4.02E+08 2.260E+07 + 2.45 4.25E+08 2.370E+07 + 2.55 3.96E+08 2.220E+07 + 2.65 3.96E+08 2.220E+07 + 2.75 3.79E+08 2.140E+07 + 2.85 3.59E+08 2.040E+07 + 2.95 3.38E+08 1.930E+07 + 3.05 3.22E+08 1.850E+07 + 3.15 3.30E+08 1.890E+07 + 3.25 3.15E+08 1.810E+07 + 3.35 3.14E+08 1.810E+07 + 3.45 2.98E+08 1.730E+07 + 3.55 2.92E+08 1.700E+07 + 3.65 2.87E+08 1.680E+07 + 3.75 2.66E+08 1.570E+07 + 3.85 2.57E+08 1.520E+07 + 3.95 2.52E+08 1.500E+07 + 4.05 2.45E+08 1.460E+07 + 4.15 2.39E+08 1.430E+07 + 4.25 2.39E+08 1.440E+07 + 4.35 2.42E+08 1.450E+07 + 4.45 2.19E+08 1.340E+07 + 4.55 2.16E+08 1.320E+07 + 4.65 2.11E+08 1.300E+07 + 4.75 2.02E+08 1.250E+07 + 4.85 1.82E+08 1.150E+07 + 4.95 2.03E+08 1.280E+07 + 5.05 1.83E+08 1.160E+07 + 5.15 1.82E+08 1.160E+07 + 5.25 1.56E+08 1.020E+07 + 5.35 1.66E+08 1.080E+07 + 5.45 1.72E+08 1.110E+07 + 5.55 1.52E+08 1.010E+07 + 5.65 1.47E+08 9.840E+06 + 5.75 1.29E+08 8.900E+06 + 5.85 1.43E+08 9.650E+06 + 5.95 1.30E+08 9.010E+06 + 6.05 1.26E+08 8.800E+06 + 6.15 1.16E+08 8.320E+06 + 6.25 1.16E+08 8.320E+06 + 6.35 1.07E+08 7.850E+06 + 6.45 1.12E+08 8.130E+06 + 6.55 1.01E+08 7.570E+06 + 6.65 1.03E+08 7.660E+06 + 6.75 9.66E+07 7.330E+06 + 6.85 1.00E+08 7.520E+06 + 6.95 9.38E+07 7.200E+06 + 7.05 1.01E+08 7.620E+06 + 7.15 8.37E+07 6.670E+06 + 7.25 7.78E+07 6.360E+06 + 7.35 8.36E+07 6.710E+06 + 7.45 7.54E+07 6.270E+06 + 7.55 7.34E+07 6.170E+06 + 7.65 7.69E+07 6.390E+06 + 7.75 8.00E+07 6.590E+06 + 7.85 7.89E+07 6.540E+06 + 7.95 6.24E+07 5.610E+06 + 8.05 6.75E+07 5.910E+06 + 8.15 7.38E+07 6.280E+06 + 8.25 6.95E+07 6.040E+06 + 8.35 6.20E+07 5.610E+06 + 8.45 6.26E+07 5.660E+06 + 8.55 5.64E+07 5.310E+06 + 8.65 6.24E+07 5.670E+06 + 8.75 5.70E+07 5.370E+06 + 8.85 6.68E+07 5.960E+06 + 8.95 5.96E+07 5.560E+06 + 9.05 4.82E+07 4.890E+06 + 9.15 5.43E+07 5.290E+06 + 9.25 4.92E+07 5.000E+06 + 9.35 4.88E+07 4.980E+06 + 9.45 5.21E+07 5.200E+06 + 9.55 3.88E+07 4.350E+06 + 9.65 4.61E+07 4.810E+06 + 9.75 5.24E+07 5.200E+06 + 9.85 4.60E+07 4.800E+06 + 9.95 3.87E+07 4.320E+06 + 10.05 4.29E+07 4.600E+06 + 10.15 4.02E+07 4.430E+06 + 10.25 3.97E+07 4.400E+06 + 10.35 4.61E+07 4.830E+06 + 10.45 4.79E+07 4.960E+06 + 10.55 4.57E+07 4.830E+06 + 10.65 4.54E+07 4.820E+06 + 10.75 4.15E+07 4.590E+06 + 10.85 3.22E+07 3.970E+06 + 10.95 4.95E+07 5.120E+06 + 11.05 3.79E+07 4.380E+06 + 11.15 4.09E+07 4.580E+06 + 11.25 3.21E+07 3.990E+06 + 11.35 3.88E+07 4.460E+06 + 11.45 3.78E+07 4.400E+06 + 11.55 3.94E+07 4.510E+06 + 11.65 4.37E+07 4.800E+06 + 11.75 3.88E+07 4.480E+06 + 11.85 3.74E+07 4.390E+06 + 11.95 3.39E+07 4.150E+06 + 12.05 3.14E+07 3.980E+06 + 12.15 2.99E+07 3.870E+06 + 12.25 2.60E+07 3.580E+06 + 12.35 2.84E+07 3.760E+06 + 12.45 2.35E+07 3.400E+06 + 12.55 2.96E+07 3.860E+06 + 12.65 2.51E+07 3.520E+06 + 12.75 2.40E+07 3.430E+06 + 12.85 1.88E+07 3.010E+06 + 12.95 2.07E+07 3.170E+06 + 13.05 1.74E+07 2.890E+06 + 13.15 1.70E+07 2.860E+06 + 13.25 1.36E+07 2.540E+06 + 13.35 1.56E+07 2.720E+06 + 13.45 1.69E+07 2.840E+06 + 13.55 1.78E+07 2.920E+06 + 13.65 1.45E+07 2.620E+06 + 13.75 1.59E+07 2.740E+06 + 13.85 1.62E+07 2.760E+06 + 13.95 1.51E+07 2.660E+06 + 14.05 1.54E+07 2.690E+06 + 14.15 1.66E+07 2.790E+06 + 14.25 1.44E+07 2.590E+06 + 14.35 1.26E+07 2.410E+06 + 14.45 1.17E+07 2.320E+06 + 14.55 1.14E+07 2.290E+06 + 14.65 9.10E+06 2.050E+06 + 14.75 6.60E+06 1.750E+06 + 14.85 6.38E+06 1.730E+06 + 14.95 6.94E+06 1.800E+06 + 15.05 5.91E+06 1.660E+06 + 15.15 5.27E+06 1.580E+06 + 15.25 4.65E+06 1.490E+06 + 15.35 4.07E+06 1.400E+06 + 15.45 3.44E+06 1.300E+06 + 15.55 3.29E+06 1.280E+06 + 15.65 3.00E+06 1.230E+06 + 15.75 1.44E+06 9.190E+05 +ENDDATA 143 +ENDSUBENT 158 +SUBENT E2340004 20120130 20120207 20120130 E067 +BIB 4 6 +REACTION (8-O-18(P,X)0-NN-1,,TTY/PY/DA/DE) +EN-SEC ANG is polar angle (lab.) between beam and neutron + (E,N) +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Fig.3 of Journal of the Korean Physical + Society,59,2035,2011 +ENDBIB 6 +COMMON 1 3 +ANG +ADEG + 60. +ENDCOMMON 3 +DATA 3 133 +E DATA DATA-ERR +MEV P/MEVMUCSR P/MEVMUCSR + 1.75 2.27E+08 1.310E+07 + 1.85 2.56E+08 1.430E+07 + 1.95 2.64E+08 1.460E+07 + 2.05 2.73E+08 1.500E+07 + 2.15 2.70E+08 1.490E+07 + 2.25 2.65E+08 1.450E+07 + 2.35 2.76E+08 1.510E+07 + 2.45 2.73E+08 1.490E+07 + 2.55 2.73E+08 1.490E+07 + 2.65 2.55E+08 1.400E+07 + 2.75 2.41E+08 1.330E+07 + 2.85 2.53E+08 1.390E+07 + 2.95 2.44E+08 1.340E+07 + 3.05 2.26E+08 1.250E+07 + 3.15 2.33E+08 1.290E+07 + 3.25 2.21E+08 1.230E+07 + 3.35 2.17E+08 1.200E+07 + 3.45 2.04E+08 1.140E+07 + 3.55 1.98E+08 1.110E+07 + 3.65 1.96E+08 1.100E+07 + 3.75 1.86E+08 1.050E+07 + 3.85 1.88E+08 1.060E+07 + 3.95 1.70E+08 9.700E+06 + 4.05 1.69E+08 9.690E+06 + 4.15 1.64E+08 9.450E+06 + 4.25 1.69E+08 9.680E+06 + 4.35 1.63E+08 9.370E+06 + 4.45 1.49E+08 8.660E+06 + 4.55 1.46E+08 8.540E+06 + 4.65 1.46E+08 8.560E+06 + 4.75 1.43E+08 8.400E+06 + 4.85 1.32E+08 7.840E+06 + 4.95 1.38E+08 8.250E+06 + 5.05 1.20E+08 7.260E+06 + 5.15 1.18E+08 7.140E+06 + 5.25 1.14E+08 6.990E+06 + 5.35 1.09E+08 6.730E+06 + 5.45 9.80E+07 6.180E+06 + 5.55 9.78E+07 6.170E+06 + 5.65 1.06E+08 6.580E+06 + 5.75 9.81E+07 6.210E+06 + 5.85 9.67E+07 6.150E+06 + 5.95 9.54E+07 6.090E+06 + 6.05 9.24E+07 5.940E+06 + 6.15 8.93E+07 5.790E+06 + 6.25 8.25E+07 5.460E+06 + 6.35 7.94E+07 5.300E+06 + 6.45 7.74E+07 5.200E+06 + 6.55 7.37E+07 5.010E+06 + 6.65 7.35E+07 5.000E+06 + 6.75 7.55E+07 5.110E+06 + 6.85 7.41E+07 5.050E+06 + 6.95 6.89E+07 4.780E+06 + 7.05 7.06E+07 4.880E+06 + 7.15 7.06E+07 4.890E+06 + 7.25 6.64E+07 4.670E+06 + 7.35 6.38E+07 4.550E+06 + 7.45 5.92E+07 4.320E+06 + 7.55 6.38E+07 4.570E+06 + 7.65 5.96E+07 4.360E+06 + 7.75 5.90E+07 4.340E+06 + 7.85 5.70E+07 4.240E+06 + 7.95 5.93E+07 4.370E+06 + 8.05 5.31E+07 4.050E+06 + 8.15 4.92E+07 3.830E+06 + 8.25 4.55E+07 3.640E+06 + 8.35 5.31E+07 4.050E+06 + 8.45 5.09E+07 3.940E+06 + 8.55 4.57E+07 3.660E+06 + 8.65 3.92E+07 3.310E+06 + 8.75 4.27E+07 3.510E+06 + 8.85 3.73E+07 3.220E+06 + 8.95 3.92E+07 3.340E+06 + 9.05 3.74E+07 3.250E+06 + 9.15 3.48E+07 3.110E+06 + 9.25 3.44E+07 3.100E+06 + 9.35 3.14E+07 2.930E+06 + 9.45 3.12E+07 2.930E+06 + 9.55 2.78E+07 2.720E+06 + 9.65 3.21E+07 2.970E+06 + 9.75 2.80E+07 2.730E+06 + 9.85 2.77E+07 2.700E+06 + 9.95 2.48E+07 2.530E+06 + 10.05 2.58E+07 2.590E+06 + 10.15 2.76E+07 2.700E+06 + 10.25 3.16E+07 2.950E+06 + 10.35 2.84E+07 2.760E+06 + 10.45 3.03E+07 2.880E+06 + 10.55 2.57E+07 2.610E+06 + 10.65 2.36E+07 2.490E+06 + 10.75 2.68E+07 2.690E+06 + 10.85 2.72E+07 2.730E+06 + 10.95 2.54E+07 2.620E+06 + 11.05 2.35E+07 2.510E+06 + 11.15 2.43E+07 2.560E+06 + 11.25 2.56E+07 2.640E+06 + 11.35 2.55E+07 2.640E+06 + 11.45 1.95E+07 2.260E+06 + 11.55 2.58E+07 2.660E+06 + 11.65 2.05E+07 2.330E+06 + 11.75 1.76E+07 2.140E+06 + 11.85 2.15E+07 2.400E+06 + 11.95 1.97E+07 2.290E+06 + 12.05 1.68E+07 2.090E+06 + 12.15 1.60E+07 2.030E+06 + 12.25 1.73E+07 2.130E+06 + 12.35 1.58E+07 2.020E+06 + 12.45 1.36E+07 1.860E+06 + 12.55 1.32E+07 1.830E+06 + 12.65 1.21E+07 1.750E+06 + 12.75 8.94E+06 1.500E+06 + 12.85 1.06E+07 1.630E+06 + 12.95 1.19E+07 1.730E+06 + 13.05 1.26E+07 1.780E+06 + 13.15 1.17E+07 1.720E+06 + 13.25 1.02E+07 1.600E+06 + 13.35 1.21E+07 1.750E+06 + 13.45 9.70E+06 1.550E+06 + 13.55 8.61E+06 1.460E+06 + 13.65 9.89E+06 1.560E+06 + 13.75 8.46E+06 1.440E+06 + 13.85 8.05E+06 1.410E+06 + 13.95 7.26E+06 1.330E+06 + 14.05 8.02E+06 1.400E+06 + 14.15 5.74E+06 1.190E+06 + 14.25 5.29E+06 1.140E+06 + 14.35 4.89E+06 1.100E+06 + 14.45 4.39E+06 1.040E+06 + 14.55 3.54E+06 9.470E+05 + 14.65 3.19E+06 9.050E+05 + 14.75 3.50E+06 9.400E+05 + 14.85 2.52E+06 8.200E+05 + 14.95 1.17E+06 6.170E+05 +ENDDATA 135 +ENDSUBENT 150 +SUBENT E2340005 20120130 20120207 20120130 E067 +BIB 4 6 +REACTION (8-O-18(P,X)0-NN-1,,TTY/PY/DA/DE) +EN-SEC ANG is polar angle (lab.) between beam and neutron + (E,N) +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Fig.3 of Journal of the Korean Physical + Society,59,2035,2011 +ENDBIB 6 +COMMON 1 3 +ANG +ADEG + 90. +ENDCOMMON 3 +DATA 3 128 +E DATA DATA-ERR +MEV P/MEVMUCSR P/MEVMUCSR + 1.75 2.11E+08 1.210E+07 + 1.85 2.12E+08 1.200E+07 + 1.95 2.14E+08 1.200E+07 + 2.05 2.30E+08 1.270E+07 + 2.15 2.32E+08 1.280E+07 + 2.25 2.32E+08 1.280E+07 + 2.35 2.25E+08 1.240E+07 + 2.45 2.23E+08 1.220E+07 + 2.55 2.24E+08 1.230E+07 + 2.65 2.20E+08 1.210E+07 + 2.75 2.07E+08 1.140E+07 + 2.85 2.08E+08 1.150E+07 + 2.95 2.11E+08 1.160E+07 + 3.05 1.98E+08 1.100E+07 + 3.15 1.97E+08 1.090E+07 + 3.25 1.86E+08 1.040E+07 + 3.35 1.80E+08 1.010E+07 + 3.45 1.64E+08 9.270E+06 + 3.55 1.69E+08 9.550E+06 + 3.65 1.56E+08 8.900E+06 + 3.75 1.47E+08 8.420E+06 + 3.85 1.40E+08 8.060E+06 + 3.95 1.46E+08 8.370E+06 + 4.05 1.41E+08 8.140E+06 + 4.15 1.38E+08 8.000E+06 + 4.25 1.26E+08 7.400E+06 + 4.35 1.28E+08 7.480E+06 + 4.45 1.12E+08 6.690E+06 + 4.55 1.14E+08 6.810E+06 + 4.65 1.08E+08 6.500E+06 + 4.75 1.04E+08 6.280E+06 + 4.85 9.75E+07 5.980E+06 + 4.95 1.00E+08 6.210E+06 + 5.05 9.04E+07 5.630E+06 + 5.15 8.19E+07 5.210E+06 + 5.25 7.93E+07 5.080E+06 + 5.35 7.78E+07 5.020E+06 + 5.45 8.02E+07 5.140E+06 + 5.55 7.50E+07 4.890E+06 + 5.65 7.16E+07 4.720E+06 + 5.75 7.59E+07 4.950E+06 + 5.85 6.93E+07 4.620E+06 + 5.95 7.00E+07 4.660E+06 + 6.05 6.99E+07 4.660E+06 + 6.15 6.45E+07 4.390E+06 + 6.25 6.78E+07 4.570E+06 + 6.35 6.46E+07 4.410E+06 + 6.45 6.33E+07 4.340E+06 + 6.55 6.14E+07 4.250E+06 + 6.65 5.87E+07 4.110E+06 + 6.75 5.73E+07 4.040E+06 + 6.85 5.60E+07 3.980E+06 + 6.95 5.62E+07 4.000E+06 + 7.05 5.54E+07 3.960E+06 + 7.15 5.19E+07 3.780E+06 + 7.25 5.16E+07 3.770E+06 + 7.35 4.92E+07 3.660E+06 + 7.45 5.03E+07 3.720E+06 + 7.55 4.72E+07 3.560E+06 + 7.65 5.01E+07 3.730E+06 + 7.75 4.83E+07 3.640E+06 + 7.85 4.37E+07 3.400E+06 + 7.95 4.39E+07 3.420E+06 + 8.05 4.30E+07 3.380E+06 + 8.15 4.52E+07 3.500E+06 + 8.25 4.15E+07 3.300E+06 + 8.35 3.36E+07 2.860E+06 + 8.45 3.62E+07 3.010E+06 + 8.55 3.58E+07 3.000E+06 + 8.65 3.46E+07 2.940E+06 + 8.75 3.42E+07 2.920E+06 + 8.85 3.22E+07 2.820E+06 + 8.95 2.97E+07 2.680E+06 + 9.05 3.23E+07 2.840E+06 + 9.15 2.74E+07 2.570E+06 + 9.25 2.22E+07 2.260E+06 + 9.35 2.31E+07 2.330E+06 + 9.45 2.41E+07 2.390E+06 + 9.55 2.52E+07 2.460E+06 + 9.65 1.82E+07 2.020E+06 + 9.75 1.87E+07 2.050E+06 + 9.85 1.83E+07 2.020E+06 + 9.95 2.30E+07 2.310E+06 + 10.05 2.18E+07 2.240E+06 + 10.15 2.06E+07 2.170E+06 + 10.25 1.91E+07 2.080E+06 + 10.35 1.95E+07 2.110E+06 + 10.45 1.80E+07 2.020E+06 + 10.55 1.92E+07 2.100E+06 + 10.65 1.94E+07 2.120E+06 + 10.75 1.95E+07 2.130E+06 + 10.85 2.00E+07 2.170E+06 + 10.95 1.65E+07 1.940E+06 + 11.05 1.57E+07 1.900E+06 + 11.15 1.72E+07 2.000E+06 + 11.25 1.87E+07 2.100E+06 + 11.35 1.73E+07 2.010E+06 + 11.45 1.54E+07 1.890E+06 + 11.55 1.85E+07 2.090E+06 + 11.65 1.96E+07 2.160E+06 + 11.75 1.54E+07 1.890E+06 + 11.85 1.39E+07 1.790E+06 + 11.95 1.47E+07 1.850E+06 + 12.05 1.55E+07 1.900E+06 + 12.15 1.12E+07 1.590E+06 + 12.25 1.03E+07 1.520E+06 + 12.35 9.71E+06 1.480E+06 + 12.45 8.20E+06 1.360E+06 + 12.55 8.39E+06 1.370E+06 + 12.65 7.28E+06 1.280E+06 + 12.75 6.81E+06 1.230E+06 + 12.85 7.97E+06 1.340E+06 + 12.95 5.10E+06 1.080E+06 + 13.05 5.70E+06 1.130E+06 + 13.15 6.07E+06 1.170E+06 + 13.25 5.83E+06 1.140E+06 + 13.35 6.48E+06 1.200E+06 + 13.45 4.84E+06 1.040E+06 + 13.55 4.27E+06 9.810E+05 + 13.65 5.03E+06 1.060E+06 + 13.75 4.12E+06 9.630E+05 + 13.85 6.39E+06 1.180E+06 + 13.95 4.30E+06 9.790E+05 + 14.05 2.33E+06 7.470E+05 + 14.15 2.24E+06 7.350E+05 + 14.25 1.84E+06 6.790E+05 + 14.35 1.52E+06 6.300E+05 + 14.45 1.31E+06 5.960E+05 +ENDDATA 130 +ENDSUBENT 145 +SUBENT E2340006 20120130 20120207 20120130 E067 +BIB 4 6 +REACTION (8-O-18(P,X)0-NN-1,,TTY/PY/DA/DE) +EN-SEC ANG is polar angle (lab.) between beam and neutron + (E,N) +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Fig.3 of Journal of the Korean Physical + Society,59,2035,2011 +ENDBIB 6 +COMMON 1 3 +ANG +ADEG + 120. +ENDCOMMON 3 +DATA 3 117 +E DATA DATA-ERR +MEV P/MEVMUCSR P/MEVMUCSR + 1.75 1.83E+08 1.120E+07 + 1.85 2.06E+08 1.220E+07 + 1.95 2.26E+08 1.310E+07 + 2.05 2.15E+08 1.250E+07 + 2.15 2.40E+08 1.360E+07 + 2.25 2.52E+08 1.420E+07 + 2.35 2.53E+08 1.430E+07 + 2.45 2.52E+08 1.420E+07 + 2.55 2.53E+08 1.420E+07 + 2.65 2.37E+08 1.340E+07 + 2.75 2.33E+08 1.320E+07 + 2.85 2.41E+08 1.360E+07 + 2.95 2.35E+08 1.330E+07 + 3.05 2.17E+08 1.230E+07 + 3.15 2.03E+08 1.170E+07 + 3.25 2.07E+08 1.190E+07 + 3.35 1.89E+08 1.100E+07 + 3.45 1.81E+08 1.060E+07 + 3.55 1.82E+08 1.060E+07 + 3.65 1.66E+08 9.800E+06 + 3.75 1.72E+08 1.010E+07 + 3.85 1.69E+08 9.970E+06 + 3.95 1.51E+08 9.070E+06 + 4.05 1.56E+08 9.340E+06 + 4.15 1.52E+08 9.140E+06 + 4.25 1.50E+08 9.020E+06 + 4.35 1.40E+08 8.550E+06 + 4.45 1.38E+08 8.450E+06 + 4.55 1.23E+08 7.670E+06 + 4.65 1.21E+08 7.590E+06 + 4.75 1.14E+08 7.250E+06 + 4.85 1.07E+08 6.910E+06 + 4.95 1.23E+08 7.850E+06 + 5.05 1.01E+08 6.590E+06 + 5.15 9.60E+07 6.350E+06 + 5.25 9.44E+07 6.270E+06 + 5.35 9.78E+07 6.470E+06 + 5.45 9.83E+07 6.500E+06 + 5.55 8.89E+07 6.020E+06 + 5.65 9.10E+07 6.150E+06 + 5.75 9.27E+07 6.250E+06 + 5.85 8.43E+07 5.820E+06 + 5.95 8.44E+07 5.840E+06 + 6.05 8.37E+07 5.810E+06 + 6.15 8.42E+07 5.850E+06 + 6.25 8.01E+07 5.650E+06 + 6.35 7.03E+07 5.140E+06 + 6.45 6.62E+07 4.910E+06 + 6.55 6.49E+07 4.850E+06 + 6.65 6.45E+07 4.830E+06 + 6.75 6.24E+07 4.730E+06 + 6.85 6.10E+07 4.660E+06 + 6.95 5.42E+07 4.300E+06 + 7.05 5.60E+07 4.410E+06 + 7.15 5.44E+07 4.320E+06 + 7.25 5.02E+07 4.100E+06 + 7.35 4.94E+07 4.080E+06 + 7.45 4.63E+07 3.910E+06 + 7.55 4.73E+07 3.980E+06 + 7.65 4.88E+07 4.080E+06 + 7.75 4.29E+07 3.760E+06 + 7.85 4.17E+07 3.700E+06 + 7.95 4.35E+07 3.800E+06 + 8.05 4.30E+07 3.780E+06 + 8.15 3.94E+07 3.580E+06 + 8.25 4.09E+07 3.670E+06 + 8.35 3.74E+07 3.470E+06 + 8.45 4.18E+07 3.740E+06 + 8.55 3.76E+07 3.500E+06 + 8.65 4.26E+07 3.800E+06 + 8.75 3.71E+07 3.480E+06 + 8.85 3.47E+07 3.350E+06 + 8.95 3.03E+07 3.100E+06 + 9.05 3.05E+07 3.120E+06 + 9.15 3.16E+07 3.200E+06 + 9.25 3.15E+07 3.210E+06 + 9.35 3.35E+07 3.340E+06 + 9.45 3.22E+07 3.260E+06 + 9.55 2.72E+07 2.950E+06 + 9.65 2.61E+07 2.870E+06 + 9.75 2.50E+07 2.800E+06 + 9.85 2.46E+07 2.760E+06 + 9.95 1.94E+07 2.410E+06 + 10.05 1.91E+07 2.400E+06 + 10.15 2.26E+07 2.640E+06 + 10.25 1.92E+07 2.410E+06 + 10.35 1.95E+07 2.440E+06 + 10.45 1.78E+07 2.330E+06 + 10.55 1.87E+07 2.400E+06 + 10.65 2.19E+07 2.620E+06 + 10.75 1.92E+07 2.440E+06 + 10.85 1.66E+07 2.260E+06 + 10.95 1.75E+07 2.340E+06 + 11.05 1.57E+07 2.210E+06 + 11.15 1.17E+07 1.890E+06 + 11.25 1.59E+07 2.220E+06 + 11.35 1.35E+07 2.050E+06 + 11.45 1.08E+07 1.820E+06 + 11.55 1.30E+07 2.010E+06 + 11.65 9.28E+06 1.690E+06 + 11.75 1.07E+07 1.820E+06 + 11.85 1.09E+07 1.840E+06 + 11.95 7.91E+06 1.570E+06 + 12.05 7.84E+06 1.560E+06 + 12.15 7.14E+06 1.490E+06 + 12.25 7.35E+06 1.510E+06 + 12.35 5.73E+06 1.340E+06 + 12.45 2.04E+06 8.670E+05 + 12.55 3.83E+06 1.120E+06 + 12.65 6.08E+06 1.380E+06 + 12.75 5.29E+06 1.290E+06 + 12.85 3.62E+06 1.090E+06 + 12.95 5.02E+06 1.260E+06 + 13.05 4.92E+06 1.250E+06 + 13.15 4.99E+06 1.260E+06 + 13.25 3.80E+06 1.110E+06 + 13.35 1.49E+06 7.620E+05 +ENDDATA 119 +ENDSUBENT 134 +SUBENT E2340007 20120130 20120207 20120130 E067 +BIB 4 6 +REACTION (8-O-18(P,X)0-NN-1,,TTY/PY/DA/DE) +EN-SEC ANG is polar angle (lab.) between beam and neutron + (E,N) +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Fig.3 of Journal of the Korean Physical + Society,59,2035,2011 +ENDBIB 6 +COMMON 1 3 +ANG +ADEG + 150. +ENDCOMMON 3 +DATA 3 117 +E DATA DATA-ERR +MEV P/MEVMUCSR P/MEVMUCSR + 1.75 2.05E+08 1.240E+07 + 1.85 2.23E+08 1.310E+07 + 1.95 2.39E+08 1.380E+07 + 2.05 2.46E+08 1.400E+07 + 2.15 2.47E+08 1.400E+07 + 2.25 2.54E+08 1.430E+07 + 2.35 2.82E+08 1.570E+07 + 2.45 2.67E+08 1.490E+07 + 2.55 2.79E+08 1.550E+07 + 2.65 2.67E+08 1.490E+07 + 2.75 2.81E+08 1.560E+07 + 2.85 2.60E+08 1.450E+07 + 2.95 2.61E+08 1.460E+07 + 3.05 2.40E+08 1.350E+07 + 3.15 2.27E+08 1.290E+07 + 3.25 2.31E+08 1.310E+07 + 3.35 2.19E+08 1.250E+07 + 3.45 2.08E+08 1.190E+07 + 3.55 2.17E+08 1.240E+07 + 3.65 2.03E+08 1.170E+07 + 3.75 2.05E+08 1.180E+07 + 3.85 2.04E+08 1.180E+07 + 3.95 1.87E+08 1.090E+07 + 4.05 1.83E+08 1.070E+07 + 4.15 1.72E+08 1.020E+07 + 4.25 1.69E+08 1.000E+07 + 4.35 1.54E+08 9.230E+06 + 4.45 1.53E+08 9.230E+06 + 4.55 1.54E+08 9.250E+06 + 4.65 1.48E+08 8.960E+06 + 4.75 1.37E+08 8.410E+06 + 4.85 1.32E+08 8.190E+06 + 4.95 1.44E+08 8.920E+06 + 5.05 1.27E+08 7.950E+06 + 5.15 1.19E+08 7.540E+06 + 5.25 1.23E+08 7.730E+06 + 5.35 1.11E+08 7.150E+06 + 5.45 1.12E+08 7.190E+06 + 5.55 9.95E+07 6.580E+06 + 5.65 9.54E+07 6.380E+06 + 5.75 8.89E+07 6.060E+06 + 5.85 9.30E+07 6.280E+06 + 5.95 9.38E+07 6.330E+06 + 6.05 9.60E+07 6.450E+06 + 6.15 8.85E+07 6.070E+06 + 6.25 8.52E+07 5.920E+06 + 6.35 8.67E+07 6.010E+06 + 6.45 7.98E+07 5.640E+06 + 6.55 7.66E+07 5.480E+06 + 6.65 7.42E+07 5.360E+06 + 6.75 6.94E+07 5.110E+06 + 6.85 6.54E+07 4.900E+06 + 6.95 6.56E+07 4.920E+06 + 7.05 6.53E+07 4.910E+06 + 7.15 6.58E+07 4.950E+06 + 7.25 5.47E+07 4.360E+06 + 7.35 5.39E+07 4.330E+06 + 7.45 5.33E+07 4.310E+06 + 7.55 5.76E+07 4.550E+06 + 7.65 5.00E+07 4.150E+06 + 7.75 5.65E+07 4.520E+06 + 7.85 4.66E+07 3.980E+06 + 7.95 5.01E+07 4.180E+06 + 8.05 5.21E+07 4.300E+06 + 8.15 5.45E+07 4.440E+06 + 8.25 5.40E+07 4.410E+06 + 8.35 5.03E+07 4.210E+06 + 8.45 4.86E+07 4.130E+06 + 8.55 4.21E+07 3.760E+06 + 8.65 4.87E+07 4.150E+06 + 8.75 3.93E+07 3.620E+06 + 8.85 3.50E+07 3.370E+06 + 8.95 3.63E+07 3.470E+06 + 9.05 4.33E+07 3.890E+06 + 9.15 3.46E+07 3.390E+06 + 9.25 3.71E+07 3.550E+06 + 9.35 2.78E+07 2.990E+06 + 9.45 3.66E+07 3.540E+06 + 9.55 3.12E+07 3.210E+06 + 9.65 2.72E+07 2.950E+06 + 9.75 2.85E+07 3.030E+06 + 9.85 2.78E+07 2.980E+06 + 9.95 2.96E+07 3.090E+06 + 10.05 3.06E+07 3.160E+06 + 10.15 2.95E+07 3.090E+06 + 10.25 2.65E+07 2.910E+06 + 10.35 2.51E+07 2.820E+06 + 10.45 2.64E+07 2.920E+06 + 10.55 2.57E+07 2.880E+06 + 10.65 1.85E+07 2.390E+06 + 10.75 1.98E+07 2.490E+06 + 10.85 2.19E+07 2.650E+06 + 10.95 2.60E+07 2.920E+06 + 11.05 2.36E+07 2.770E+06 + 11.15 2.05E+07 2.560E+06 + 11.25 2.26E+07 2.710E+06 + 11.35 1.83E+07 2.410E+06 + 11.45 1.46E+07 2.140E+06 + 11.55 1.79E+07 2.390E+06 + 11.65 1.42E+07 2.110E+06 + 11.75 1.18E+07 1.920E+06 + 11.85 1.16E+07 1.900E+06 + 11.95 9.65E+06 1.730E+06 + 12.05 1.00E+07 1.770E+06 + 12.15 1.11E+07 1.870E+06 + 12.25 7.81E+06 1.560E+06 + 12.35 5.09E+06 1.280E+06 + 12.45 5.05E+06 1.270E+06 + 12.55 6.52E+06 1.430E+06 + 12.65 5.82E+06 1.360E+06 + 12.75 5.91E+06 1.370E+06 + 12.85 5.49E+06 1.320E+06 + 12.95 4.78E+06 1.240E+06 + 13.05 4.74E+06 1.230E+06 + 13.15 4.80E+06 1.240E+06 + 13.25 3.45E+06 1.070E+06 + 13.35 3.05E+06 1.010E+06 +ENDDATA 119 +ENDSUBENT 134 +SUBENT E2340008 20120130 20120207 20120130 E067 +BIB 4 5 +REACTION (8-O-18(P,X)0-NN-1,,TTY/PY/DA) +EN-SEC ANG is polar angle (lab.) between beam and neutron +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Fig.4 of Journal of the Korean Physical + Society,59,2035,2011 +ENDBIB 5 +NOCOMMON 0 0 +DATA 3 8 +ANG DATA DATA-ERR +ADEG PRD/MUC/SR PRD/MUC/SR + 15. 1.84E+09 1.300E+08 + 30. 1.89E+09 1.310E+08 + 45. 1.41E+09 9.100E+07 + 60. 1.27E+09 8.240E+07 + 75. 1.13E+09 7.340E+07 + 90. 1.04E+09 6.800E+07 + 120. 1.09E+09 7.450E+07 + 150. 1.22E+09 8.170E+07 +ENDDATA 10 +ENDSUBENT 20 +ENDENTRY 8 diff --git a/exforall/E23/E2341.x4 b/exforall/E23/E2341.x4 new file mode 100644 index 000000000..9317b440f --- /dev/null +++ b/exforall/E23/E2341.x4 @@ -0,0 +1,523 @@ +ENTRY E2341 20120130 20120207 20120130 E067 +SUBENT E2341001 20120130 20120207 20120130 E067 +BIB 13 28 +TITLE Measurement of neutron-production double-differential + cross-section on carbon bombarded with 290-MeV/nucleon + carbon and oxygen ions +AUTHOR (D.Satoh, D.Moriguchi, T.Kajimoto, H.Uehara, N.Shigyo, + M.Ueyama, M.Yoshioka, Y.Uozumi, T.Sanami, Y.Koba, + M.Takada, N.Matsufuji) +INSTITUTE (2JPNJAE) + (2JPNKYU) + (2JPNKEK) + (2JPNIRS) +REFERENCE (J,NIM/A,644,(1),59,201107) +PART-DET (N) +INC-SOURCE Beam intensity: Below 10E+05 ions/pulse +SAMPLE - Target is natural. + - Physical-form of target is solid. + - Target-thickness: A target placed downstream of the + beam pick up detector was constituted of a 5.0 + cm*5.0 cm*1.5 cm graphite block with natural + isotopic composition and density of 1.78 g/cm**3. + The effective thickness of the target was 2.12 cm + along the beam axis. +METHOD (TOF) +FACILITY (SYNCH,2JPNIRS) HIMAC +DETECTOR (SCIN) To detect neutron +ERR-ANALYS (ERR-1) Uncertainty of the detection efficiency +STATUS (APRVD) Proofread by D.Satoh (2011.09.02) +HISTORY (20110614C) Nf + (20110722R) Received by e-mail from D.Satoh +ENDBIB 28 +COMMON 2 3 +EN ERR-1 +MEV/A PER-CENT + 290. 15. +ENDCOMMON 3 +ENDSUBENT 35 +SUBENT E2341002 20120130 20120207 20120130 E067 +BIB 4 7 +REACTION (6-C-0(6-C-12,X)0-NN-1,,DA/DE) +EN-SEC ANG is polar angle (lab.) between beam and neutron + (E,N) +ERR-ANALYS (ERR-T) The uncertainty of the data mainly comes from + statistical errors and a ambiguity in the + efficiency of neutron detection. +STATUS (TABLE) Plotted in 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90.06.30957E+017.07946E+012.99470E-013.15380E-02 + 90.07.07946E+017.94328E+012.61790E-012.89020E-02 + 90.07.94328E+018.91251E+012.08110E-012.53840E-02 + 90.08.91251E+011.00000E+021.96500E-012.39680E-02 + 90.01.00000E+021.12202E+029.12720E-021.57950E-02 + 90.01.12202E+021.25893E+025.63060E-021.18620E-02 +ENDDATA 234 +ENDSUBENT 246 +SUBENT E2341003 20120130 20120207 20120130 E067 +BIB 4 7 +REACTION (6-C-0(8-O-16,X)0-NN-1,,DA/DE) +EN-SEC ANG is polar angle (lab.) between beam and neutron + (E,N) +ERR-ANALYS (ERR-T) The uncertainty of the data mainly comes from + statistical errors and a ambiguity in the + efficiency of neutron detection. +STATUS (TABLE) Plotted in Fig.16 of J,NIM/A,644,59,2011 +ENDBIB 7 +NOCOMMON 0 0 +DATA 5 220 +ANG E-MIN E-MAX DATA ERR-T +ADEG MEV MEV MB/SR/MEV MB/SR/MEV + 15.05.24810E-016.30960E-014.96560E+002.03300E+00 + 15.06.30960E-017.58580E-017.51170E+002.31800E+00 + 15.07.58580E-019.12010E-019.22700E+002.50910E+00 + 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90.05.01190E+016.30960E+015.71530E-012.37630E-02 + 90.06.30960E+017.94330E+014.19090E-011.85290E-02 + 90.07.94330E+011.00000E+021.96860E-011.19470E-02 + 90.01.00000E+021.25890E+029.56490E-028.17720E-03 + 90.01.25890E+021.58490E+020.00000E+000.00000E+00 + 90.01.58490E+021.99530E+021.57920E-023.04200E-03 + 90.01.99530E+022.51190E+026.32970E-031.98380E-03 + 90.02.51190E+023.16230E+025.61150E-051.40350E-03 +ENDDATA 222 +ENDSUBENT 234 +ENDENTRY 3 diff --git a/exforall/E23/E2345.x4 b/exforall/E23/E2345.x4 new file mode 100644 index 000000000..59a29593b --- /dev/null +++ b/exforall/E23/E2345.x4 @@ -0,0 +1,94 @@ +ENTRY E2345 20120130 20120207 20120130 E067 +SUBENT E2345001 20120130 20120207 20120130 E067 +BIB 13 30 +TITLE Nuclear structure study of 19,21N nuclei by gamma + spectroscopy +AUTHOR (Z.Elekes, Zs.Vajta, Zs.Dombradi, T.Aiba, N.Aoi, + H.Baba, D.Bemmerer, Zs.Fulop, N.Iwasa, A.Kiss, + T.Kobayashi, Y.Kondo, T.Motobayashi, T.Nakabayashi, + T.Nannichi, H.Sakurai, D.Sohler, S.Takeuchi, K.Tanaka, + Y.Togano, K.Yamada, M.Yamaguchi, K.Yoneda) +INSTITUTE (3HUNDEB) + (2JPNNII) + (2JPNIPC) + (2GERZFK) + (2JPNTOH) + (3HUNELU) + (2JPNTIT) +REFERENCE (J,PR/C,82,(2),027305,201008) +PART-DET (7-N-21) +INC-SOURCE Beam intensity is 30 PPS. +SAMPLE Chemical-form of target is element. +METHOD (EDE) For isotope separation + (TOF) +FACILITY (CYCLO,2JPNIPC) + (PRJFS,2JPNIPC) +DETECTOR (PPAC) To detect reaction products and scattered + particles + (TELES,SI) To detect reaction products and scattered + particles + (NAICR) To detect emitted gamma-rays with DALI2 setup +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Taken from p027305-3 in reference +HISTORY (20110725C) Ichinkhorloo +ENDBIB 30 +NOCOMMON 0 0 +ENDSUBENT 33 +SUBENT E2345002 20120130 20120207 20120130 E067 +BIB 4 5 +REACTION (1-H-1(7-N-21,INL)1-H-1,PAR,SIG) +EN-SEC (E-LVL,7-N-21) +LEVEL-PROP (7-N-21,E-LVL=1.14,SPIN=1.5) +SAMPLE - Physical-form of target is liquid. + - Target-thickness is 190 mg/cm**2. +ENDBIB 5 +COMMON 2 3 +E-LVL E-LVL-ERR +KEV KEV + 1140. 30. +ENDCOMMON 3 +DATA 3 1 +EN DATA DATA-ERR +MEV/A MB MB + 52.0 6.6 0.8 +ENDDATA 3 +ENDSUBENT 17 +SUBENT E2345003 20120130 20120207 20120130 E067 +BIB 4 5 +REACTION (1-H-1(7-N-21,INL)1-H-1,PAR,SIG) +EN-SEC (E-LVL,7-N-21) +LEVEL-PROP (7-N-21,E-LVL=2.35,SPIN=2.5) +SAMPLE - Physical-form of target is liquid. + - Target-thickness is 190 mg/cm**2. +ENDBIB 5 +COMMON 1 3 +E-LVL +KEV + 2350. +ENDCOMMON 3 +DATA 3 1 +EN DATA DATA-ERR +MEV/A MB MB + 52.0 12.3 1.6 +ENDDATA 3 +ENDSUBENT 17 +SUBENT E2345004 20120130 20120207 20120130 E067 +BIB 4 5 +REACTION (82-PB-208(7-N-21,INL)82-PB-208,PAR,SIG) +EN-SEC (E-LVL,7-N-21) +LEVEL-PROP (7-N-21,E-LVL=1.14,SPIN=1.5) +SAMPLE - Physical-form of target is solid. + - Target-thickness is 1445 mg/cm**2. +ENDBIB 5 +COMMON 2 3 +E-LVL E-LVL-ERR +KEV KEV + 1140. 30. +ENDCOMMON 3 +DATA 3 1 +EN DATA DATA-ERR +MEV/A MB MB + 48.1 11.4 3.4 +ENDDATA 3 +ENDSUBENT 17 +ENDENTRY 4 diff --git a/exforall/E23/E2346.x4 b/exforall/E23/E2346.x4 new file mode 100644 index 000000000..14df42fc1 --- /dev/null +++ b/exforall/E23/E2346.x4 @@ -0,0 +1,184 @@ +ENTRY E2346 20120130 20120207 20120130 E067 +SUBENT E2346001 20120130 20120207 20120130 E067 +BIB 11 33 +TITLE Three nucleon force effects in intermediate-energy + deuteron analyzing powers for d p elastic scattering +AUTHOR (K.Sekiguchi, H.Okamura, N.Sakamoto, H.Suzuki, + M.Dozono, Y.Maeda, T.Saito, S.Sakaguchi, H.Sakai, + M.Sasano, Y.Shimizu, T.Wakasa, K.Yako, H.Witala, + W.Glockle, J.Golak, H.Kamada, A.Nogga) +INSTITUTE (2JPNTOH) Department of Physics + (2JPNOSA) Research Center for Nuclear Physics + (2JPNIPC) + (2JPNTSU) Graduate School of Pure and Applied Sciences + (2JPNKYU) Department of Physics + (2JPNMZK) Faculty of Engineering + (2JPNTOK) Department of Physics + (2JPNTOK) Center for Nuclear Study + (3POLUJK) Institute of Physics + (2GERBOC) Institut fur theoretische Physik II + (2JPNJPN) Department of Physics, Kyushu Institute of + Technology + (2GERJUL) Institut fur Kernphysik +REFERENCE (J,PR/C,83,(6),061001,201106) +PART-DET (P,D) +SAMPLE - Target is natural. + - Chemical-form of target is CH2. + - Physical-form of target is solid. + - Target-thickness is 330 mg/cm**2. +METHOD (COINC) Detect proton and deuteron in coincidence. +FACILITY (CYCLO,2JPNIPC) Super conducting cyclotron SRC +DETECTOR Solid angle: +-1 degree + (SCIN) Four pairs of plastic scintillators +STATUS (APRVD) Proofread by K.Sekiguchi (2011.09.26) + (TABLE) Plotted in Fig.2 of J,PR/C,83,061001,2011 +HISTORY (20110924R) Received by e-mail from K.Sekiguchi + (20110926C) MO and MA +ENDBIB 33 +COMMON 1 3 +EN +MEV/A + 250. +ENDCOMMON 3 +ENDSUBENT 40 +SUBENT E2346002 20120130 20120207 20120130 E067 +BIB 3 3 +REACTION (1-H-1(D,EL)1-H-1,,POL/DA,,VAP) +EN-SEC ANG-CM is polar angle (c.m.) between beam and deuteron +ERR-ANALYS (ERR-S) Statistical uncertainty +ENDBIB 3 +NOCOMMON 0 0 +DATA 3 25 +ANG-CM DATA ERR-S +ADEG NO-DIM NO-DIM + 36.2 0.277 0.007 + 39.9 0.216 0.003 + 45.4 0.114 0.003 + 50.1 0.040 0.005 + 54.8 -0.037 0.004 + 59.5 -0.100 0.006 + 64.3 -0.165 0.004 + 69.1 -0.218 0.006 + 74.0 -0.235 0.003 + 78.9 -0.248 0.004 + 84.8 -0.258 0.006 + 91.2 -0.250 0.005 + 93.9 -0.236 0.008 + 99.0 -0.211 0.006 + 104.1 -0.199 0.005 + 114.5 -0.197 0.009 + 119.8 -0.205 0.019 + 125.1 -0.181 0.005 + 130.5 -0.151 0.006 + 135.9 -0.126 0.005 + 141.3 -0.087 0.006 + 146.8 -0.053 0.005 + 152.3 -0.011 0.006 + 157.8 0.016 0.006 + 161.1 0.043 0.006 +ENDDATA 27 +ENDSUBENT 35 +SUBENT E2346003 20120130 20120207 20120130 E067 +BIB 3 3 +REACTION (1-H-1(D,EL)1-H-1,20,POL/DA,,TAP) +EN-SEC ANG-CM is polar angle (c.m.) between beam and deuteron +ERR-ANALYS (ERR-S) Statistical uncertainty +ENDBIB 3 +NOCOMMON 0 0 +DATA 3 25 +ANG-CM DATA ERR-S +ADEG NO-DIM NO-DIM + 36.2 0.086 0.009 + 39.9 0.092 0.006 + 45.4 0.128 0.005 + 50.1 0.161 0.010 + 54.8 0.178 0.008 + 59.5 0.223 0.011 + 64.3 0.241 0.008 + 69.1 0.254 0.011 + 74.0 0.233 0.006 + 78.9 0.207 0.008 + 84.8 0.182 0.011 + 91.2 0.130 0.008 + 93.9 0.138 0.011 + 99.0 0.108 0.012 + 104.1 0.155 0.010 + 114.5 0.154 0.007 + 119.8 0.173 0.016 + 125.1 0.183 0.009 + 130.5 0.123 0.011 + 135.9 -0.004 0.009 + 141.3 -0.122 0.010 + 146.8 -0.242 0.010 + 152.3 -0.382 0.011 + 157.8 -0.462 0.011 + 161.1 -0.527 0.011 +ENDDATA 27 +ENDSUBENT 35 +SUBENT E2346004 20120130 20120207 20120130 E067 +BIB 3 3 +REACTION (1-H-1(D,EL)1-H-1,21,POL/DA,,TAP) +EN-SEC ANG-CM is polar angle (c.m.) between beam and deuteron +ERR-ANALYS (ERR-S) Statistical uncertainty +ENDBIB 3 +NOCOMMON 0 0 +DATA 3 17 +ANG-CM DATA ERR-S +ADEG NO-DIM NO-DIM + 36.2 0.001 0.005 + 39.9 0.000 0.004 + 45.4 -0.018 0.005 + 54.8 -0.065 0.007 + 64.3 -0.169 0.012 + 74.0 -0.272 0.015 + 78.9 -0.330 0.018 + 91.2 -0.345 0.018 + 93.9 -0.323 0.018 + 104.1 -0.278 0.023 + 114.5 -0.220 0.019 + 125.1 -0.240 0.014 + 135.9 -0.355 0.020 + 146.8 -0.443 0.024 + 152.3 -0.450 0.023 + 157.8 -0.478 0.027 + 161.1 -0.427 0.024 +ENDDATA 19 +ENDSUBENT 27 +SUBENT E2346005 20120130 20120207 20120130 E067 +BIB 3 3 +REACTION (1-H-1(D,EL)1-H-1,22,POL/DA,,TAP) +EN-SEC ANG-CM is polar angle (c.m.) between beam and deuteron +ERR-ANALYS (ERR-S) Statistical uncertainty +ENDBIB 3 +NOCOMMON 0 0 +DATA 3 25 +ANG-CM DATA ERR-S +ADEG NO-DIM NO-DIM + 36.2 -0.183 0.004 + 39.9 -0.214 0.003 + 45.4 -0.260 0.002 + 50.1 -0.294 0.004 + 54.8 -0.323 0.003 + 59.5 -0.354 0.005 + 64.3 -0.391 0.003 + 69.1 -0.385 0.004 + 74.0 -0.364 0.002 + 78.9 -0.341 0.003 + 84.8 -0.297 0.005 + 91.2 -0.233 0.003 + 93.9 -0.161 0.004 + 99.0 -0.107 0.005 + 104.1 -0.059 0.004 + 114.5 0.003 0.003 + 119.8 0.018 0.007 + 125.1 -0.005 0.004 + 130.5 -0.027 0.004 + 135.9 -0.043 0.004 + 141.3 -0.060 0.004 + 146.8 -0.066 0.004 + 152.3 -0.075 0.004 + 157.8 -0.071 0.005 + 161.1 -0.081 0.004 +ENDDATA 27 +ENDSUBENT 35 +ENDENTRY 5 diff --git a/exforall/E23/E2347.x4 b/exforall/E23/E2347.x4 new file mode 100644 index 000000000..8b42d7ebf --- /dev/null +++ b/exforall/E23/E2347.x4 @@ -0,0 +1,269 @@ +ENTRY E2347 20120130 20120207 20120130 E067 +SUBENT E2347001 20120130 20120207 20120130 E067 +BIB 10 43 +TITLE The 150Nd(3He,t) and 150Sm(t,3He) reactions with + applications to double beta decay of 150Nd +AUTHOR (C.J.Guess, T.Adachi, H.Akimune, A.Algora, S.M.Austin, + D.Bazin, B.A.Brown, C.Caesar, J.M.Deaven, H.Ejiri, + E.Estevez, D.Fang, A.Faessler, D.Frekers, H.Fujita, + Y.Fujita, M.Fujiwara, G.F.Grinyer, M.N.Harakeh, + K.Hatanaka, C.Herlitzius, K.Hirota, G.W.Hitt, + D.Ishikawa, H.Matsubara, R.Meharchand, F.Molina, + H.Okamura, H.J.Ong, G.Perdikakis, V.Rodin, B.Rubio, + Y.Shimbara, G.Susoy, T.Suzuki, A.Tamii, J.H.Thies, + C.Tur, N.Verhanovitz, M.Yosoi, J.Yurkon, R.G.T.Zegers, + J.Zenihiro) +INSTITUTE (1USAMSU) National Superconducting Cyclotron + Laboratory + (1USAMSU) Department of Physics and Astronomy + (1USAMSU) Joint Institute for Nuclear Astrophysics + (2JPNOSA) Research Center for Nuclear Physics + (2JPNKON) Department of Physics + (2SPNVAL) Instituto de Fisica Corpuscular + (3HUNDEB) + (2GERMNZ) + (3CZRCTI) Nuclear Science + (2GERTUE) Institut fur Theoretische Physik + (2GERMST) Institut fur Kernphysik + (2JPNOSA) Department of Physics + (2JPNJAE) Quantum Beam Science Directorate + (2NEDGRN) Kernfysisch Versneller Instituut + (2JPNNII) Graduate School of Science and Technology + (2TUKSTU) Faculty of Science +REFERENCE (J,PR/C,83,(6),064318,201106) +PART-DET (T) +INC-SOURCE - Beam intensity is 5.0e+10 PPS. + - Charge of incident ion is +2. +SAMPLE - Chemical-form of target is element. + - Physical-form of target is solid. + - Target-thickness is 1.0 mg/cm**2. + (60-ND-150,ENR=0.96) +FACILITY (CYCLO,2JPNOSA) AVF and Ring cyclotrons at Research + Center for Nuclear Physics (RCNP) +DETECTOR E-RSL: The excitation-energy resolution at full width + at half maximum (FWHM) + (MAGSP,MWDC,SCIN) Grand Raiden spectrometer +HISTORY (20111020C) MA and Nf +ENDBIB 43 +COMMON 3 3 +EN E-RSL-FW ANG-RSL +MEV/A KEV ADEG + 140. 33. 0.42 +ENDCOMMON 3 +ENDSUBENT 50 +SUBENT E2347002 20120130 20120207 20120130 E067 +BIB 3 4 +REACTION (60-ND-150(HE3,T)61-PM-150,,DA/DE) +EN-SEC ANG-CM is polar angle (c.m.) between beam and triton + (E-EXC,61-PM-150) +STATUS (UNOBT) Fig.1 of J,PR/C,83,(6),064318,2011 +ENDBIB 4 +COMMON 2 3 +ANG-CM-MIN ANG-CM-MAX +ADEG ADEG + 0. 0.5 +ENDCOMMON 3 +NODATA 0 0 +ENDSUBENT 12 +SUBENT E2347003 20120130 20120207 20120130 E067 +BIB 3 4 +REACTION (60-ND-150(HE3,T)61-PM-150,,DA/DE) +EN-SEC ANG-CM is polar angle (c.m.) between beam and triton + (E-EXC,61-PM-150) +STATUS (UNOBT) Fig.1 of J,PR/C,83,(6),064318,2011 +ENDBIB 4 +COMMON 2 3 +ANG-CM-MIN ANG-CM-MAX +ADEG ADEG + 1. 1.5 +ENDCOMMON 3 +NODATA 0 0 +ENDSUBENT 12 +SUBENT E2347004 20120130 20120207 20120130 E067 +BIB 3 4 +REACTION (60-ND-150(HE3,T)61-PM-150,,DA/DE) +EN-SEC ANG-CM is polar angle (c.m.) between beam and triton + (E-EXC,61-PM-150) +STATUS (UNOBT) Fig.1 of J,PR/C,83,(6),064318,2011 +ENDBIB 4 +COMMON 2 3 +ANG-CM-MIN ANG-CM-MAX +ADEG ADEG + 2. 2.5 +ENDCOMMON 3 +NODATA 0 0 +ENDSUBENT 12 +SUBENT E2347005 20120130 20120207 20120130 E067 +BIB 4 5 +REACTION (60-ND-150(HE3,T)61-PM-150,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and triton + (E-LVL,61-PM-150) +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (CURVE) Fig.4(a) of J,PR/C,83,(6),064318,2011 +ENDBIB 5 +COMMON 1 3 +E-LVL +MEV + 0. +ENDCOMMON 3 +DATA 3 10 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 2.467E-01 9.383E-03 1.831E-03 + 7.626E-01 3.919E-02 2.092E-03 + 1.278E+00 5.657E-02 2.877E-03 + 1.792E+00 5.891E-02 3.007E-03 + 2.299E+00 4.641E-02 2.740E-03 + 2.818E+00 2.908E-02 1.831E-03 + 3.331E+00 2.619E-02 2.092E-03 + 3.845E+00 2.278E-02 1.700E-03 + 4.356E+00 1.542E-02 + 4.872E+00 1.060E-02 +ENDDATA 12 +ENDSUBENT 26 +SUBENT E2347006 20120130 20120207 20120130 E067 +BIB 4 5 +REACTION (60-ND-150(HE3,T)61-PM-150,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and triton + (E-LVL,61-PM-150) +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (CURVE) Fig.4(b) of J,PR/C,83,(6),064318,2011 +ENDBIB 5 +COMMON 1 3 +E-LVL +MEV + 0.11 +ENDCOMMON 3 +DATA 3 10 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 2.550E-01 6.491E-01 1.453E-02 + 7.666E-01 5.461E-01 + 1.278E+00 3.959E-01 + 1.790E+00 3.038E-01 + 2.301E+00 2.541E-01 + 2.813E+00 1.910E-01 + 3.325E+00 1.232E-01 + 3.844E+00 7.346E-02 + 4.349E+00 5.039E-02 + 4.861E+00 4.186E-02 +ENDDATA 12 +ENDSUBENT 26 +SUBENT E2347007 20120130 20120207 20120130 E067 +BIB 4 5 +REACTION (60-ND-150(HE3,T)61-PM-150,PAR,DA) +EN-SEC ANG-CM is polar angle (c.m.) between beam and triton + (E-LVL,61-PM-150) +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (CURVE) Fig.4(c) of J,PR/C,83,(6),064318,2011 +ENDBIB 5 +COMMON 1 3 +E-LVL +MEV + 14.35 +ENDCOMMON 3 +DATA 3 10 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 2.523E-01 9.565E+00 2.843E-01 + 7.643E-01 6.806E+00 + 1.276E+00 3.695E+00 + 1.788E+00 1.254E+00 + 2.293E+00 2.339E-01 + 2.812E+00 6.687E-01 + 3.324E+00 9.195E-01 + 3.837E+00 1.003E+00 + 4.341E+00 7.021E-01 + 4.853E+00 3.342E-01 +ENDDATA 12 +ENDSUBENT 26 +SUBENT E2347008 20120130 20120207 20120130 E067 +BIB 3 4 +REACTION (60-ND-150(HE3,T)61-PM-150,,DA/DE) +EN-SEC ANG-CM is polar angle (c.m.) between beam and triton + (E-EXC,61-PM-150) +STATUS (CURVE) Fig.6(a) of J,PR/C,83,(6),064318,2011 +ENDBIB 4 +COMMON 2 3 +ANG-CM-MIN ANG-CM-MAX +ADEG ADEG + 0. 0.5 +ENDCOMMON 3 +DATA 2 27 +E-EXC DATA-CM +MEV MB/SR/MEV + 1.507E+00 2.138E+00 + 2.458E+00 2.615E+00 + 3.521E+00 3.238E+00 + 4.511E+00 3.903E+00 + 5.485E+00 4.065E+00 + 6.501E+00 4.226E+00 + 7.500E+00 4.848E+00 + 8.484E+00 5.834E+00 + 9.508E+00 7.078E+00 + 1.049E+01 8.374E+00 + 1.150E+01 9.732E+00 + 1.250E+01 1.213E+01 + 1.352E+01 1.635E+01 + 1.549E+01 2.180E+01 + 1.649E+01 2.015E+01 + 1.750E+01 1.706E+01 + 1.849E+01 1.429E+01 + 1.951E+01 1.299E+01 + 2.051E+01 1.220E+01 + 2.148E+01 1.230E+01 + 2.253E+01 1.220E+01 + 2.353E+01 1.196E+01 + 2.452E+01 1.202E+01 + 2.550E+01 1.193E+01 + 2.656E+01 1.178E+01 + 2.753E+01 1.157E+01 + 2.851E+01 1.151E+01 +ENDDATA 29 +ENDSUBENT 42 +SUBENT E2347009 20120130 20120207 20120130 E067 +BIB 3 4 +REACTION (60-ND-150(HE3,T)61-PM-150,,DA/DE) +EN-SEC ANG-CM is polar angle (c.m.) between beam and triton + (E-EXC,61-PM-150) +STATUS (CURVE) Fig.6(b) of J,PR/C,83,(6),064318,2011 +ENDBIB 4 +COMMON 2 3 +ANG-CM-MIN ANG-CM-MAX +ADEG ADEG + 1.5 2. +ENDCOMMON 3 +DATA 2 28 +E-EXC DATA-CM +MEV MB/SR/MEV + 1.516E+00 2.226E+00 + 2.532E+00 2.196E+00 + 3.549E+00 2.347E+00 + 4.524E+00 2.650E+00 + 5.541E+00 2.771E+00 + 6.532E+00 2.941E+00 + 7.557E+00 3.117E+00 + 8.549E+00 3.255E+00 + 9.565E+00 3.558E+00 + 1.054E+01 3.921E+00 + 1.152E+01 4.406E+00 + 1.257E+01 5.193E+00 + 1.355E+01 6.260E+00 + 1.457E+01 9.068E+00 + 1.554E+01 9.795E+00 + 1.652E+01 1.046E+01 + 1.757E+01 1.158E+01 + 1.855E+01 1.240E+01 + 1.956E+01 1.376E+01 + 2.054E+01 1.461E+01 + 2.152E+01 1.533E+01 + 2.258E+01 1.569E+01 + 2.359E+01 1.527E+01 + 2.455E+01 1.475E+01 + 2.554E+01 1.385E+01 + 2.657E+01 1.307E+01 + 2.759E+01 1.234E+01 + 2.859E+01 1.164E+01 +ENDDATA 30 +ENDSUBENT 43 +ENDENTRY 9 diff --git a/exforall/E23/E2349.x4 b/exforall/E23/E2349.x4 new file mode 100644 index 000000000..ff0e8b8b0 --- /dev/null +++ b/exforall/E23/E2349.x4 @@ -0,0 +1,136 @@ +ENTRY E2349 20120130 20120207 20120130 E067 +SUBENT E2349001 20120130 20120207 20120130 E067 +BIB 11 26 +TITLE Scaling of charge-changing interaction cross sections + and point-proton radii of neutron-rich carbon isotopes +AUTHOR (T.Yamaguchi, I.Hachiuma, A.Kitagawa, K.Namihira, + S.Sato, T.Suzuki, I.Tanihata, M.Fukuda) +INSTITUTE (2JPNSUU) Department of Physics + (2JPNIRS) + (2JPNOSA) Research Center for Nuclear Physics + (2JPNOSA) Department of Physics +REFERENCE (J,PRL,107,032502,201107) +SAMPLE - Chemical-form of target is element. + - Physical-form of target is solid. + - Target-thickness is 3767 mg/cm**2. +FACILITY (SYNCH,2JPNIRS) Heavy Ion Medical Accelerator in Chiba + (HIMAC) + (PRJFS,2JPNIRS) Heavy Ion Medical Accelerator in Chiba + (HIMAC) +DETECTOR - Solid angle: +-10 degree for Delta E measurement at + downstream of the target + - E-RSL: for the 18O primary beam + (SI) a stack of six silicon detectors to measure + delta-E of the outgoing particles + (CSICR) For delta-E analysis +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +COMMENT EN: The energy in the middle of the target +STATUS (TABLE) Table I of J,PRL,107,032502,201107 +HISTORY (20110927C) KT and MA +ENDBIB 26 +COMMON 1 3 +E-RSL +PER-CENT + 2.2 +ENDCOMMON 3 +ENDSUBENT 33 +SUBENT E2349002 20120130 20120207 20120130 E067 +BIB 1 1 +REACTION (6-C-0(4-BE-9,TCC),,SIG) +ENDBIB 1 +NOCOMMON 0 0 +DATA 3 1 +EN DATA DATA-ERR +MEV/A MB MB + 276. 730. 8. +ENDDATA 3 +ENDSUBENT 9 +SUBENT E2349003 20120130 20120207 20120130 E067 +BIB 1 1 +REACTION (6-C-0(4-BE-10,TCC),,SIG) +ENDBIB 1 +NOCOMMON 0 0 +DATA 3 1 +EN DATA DATA-ERR +MEV/A MB MB + 280. 647. 8. +ENDDATA 3 +ENDSUBENT 9 +SUBENT E2349004 20120130 20120207 20120130 E067 +BIB 1 1 +REACTION (6-C-0(4-BE-11,TCC),,SIG) +ENDBIB 1 +NOCOMMON 0 0 +DATA 3 1 +EN DATA DATA-ERR +MEV/A MB MB + 277. 659. 11. +ENDDATA 3 +ENDSUBENT 9 +SUBENT E2349005 20120130 20120207 20120130 E067 +BIB 1 1 +REACTION (6-C-0(6-C-14,TCC),,SIG) +ENDBIB 1 +NOCOMMON 0 0 +DATA 3 1 +EN DATA DATA-ERR +MEV/A MB MB + 287. 731. 5. +ENDDATA 3 +ENDSUBENT 9 +SUBENT E2349006 20120130 20120207 20120130 E067 +BIB 1 1 +REACTION (6-C-0(6-C-15,TCC),,SIG) +ENDBIB 1 +NOCOMMON 0 0 +DATA 3 1 +EN DATA DATA-ERR +MEV/A MB MB + 285. 743. 6. +ENDDATA 3 +ENDSUBENT 9 +SUBENT E2349007 20120130 20120207 20120130 E067 +BIB 1 1 +REACTION (6-C-0(6-C-16,TCC),,SIG) +ENDBIB 1 +NOCOMMON 0 0 +DATA 3 1 +EN DATA DATA-ERR +MEV/A MB MB + 284. 726. 6. +ENDDATA 3 +ENDSUBENT 9 +SUBENT E2349008 20120130 20120207 20120130 E067 +BIB 1 1 +REACTION (6-C-0(8-O-16,TCC),,SIG) +ENDBIB 1 +NOCOMMON 0 0 +DATA 3 1 +EN DATA DATA-ERR +MEV/A MB MB + 288. 852. 17. +ENDDATA 3 +ENDSUBENT 9 +SUBENT E2349009 20120130 20120207 20120130 E067 +BIB 1 1 +REACTION (6-C-0(8-O-17,TCC),,SIG) +ENDBIB 1 +NOCOMMON 0 0 +DATA 3 1 +EN DATA DATA-ERR +MEV/A MB MB + 294. 896. 9. +ENDDATA 3 +ENDSUBENT 9 +SUBENT E2349010 20120130 20120207 20120130 E067 +BIB 1 1 +REACTION (6-C-0(8-O-18,TCC),,SIG) +ENDBIB 1 +NOCOMMON 0 0 +DATA 3 1 +EN DATA DATA-ERR +MEV/A MB MB + 299. 891. 10. +ENDDATA 3 +ENDSUBENT 9 +ENDENTRY 10 diff --git a/exforall/E23/E2350.x4 b/exforall/E23/E2350.x4 new file mode 100644 index 000000000..f0a1797a2 --- /dev/null +++ b/exforall/E23/E2350.x4 @@ -0,0 +1,266 @@ +ENTRY E2350 20120130 20120207 20120130 E067 +SUBENT E2350001 20120130 20120207 20120130 E067 +BIB 9 35 +TITLE Nuclear reactions of 19,20C on a liquid hydrogen + target measured with the superconducting TOF + spectrometer +AUTHOR (T.Yamaguchi, K.Tanaka, T.Suzuki, A.Ozawa, T.Ohtsubo, + T.Aiba, N.Aoi, H.Baba, M.Fukuda, Y.Hashizume, + K.Inafuku, N.Iwasa, T.Izumikawa, K.Kobayashi, + M.Komuro, Y.Kondo, T.Kubo, M.Kurokawa, T.Matsuyama, + S.Michimasa, T.Motobayashi, T.Nakabayashi, S.Nakajima, + T.Nakamura, H.Sakurai, R.Shinoda, M.Shinohara, + H.Suzuki, M.Takechi, E.Takeshita, S.Takeuchi, + Y.Togano, K.Yamada, T.Yasuno, M.Yoshitake) +INSTITUTE (2JPNSUU) Department of physics + (2JPNIPC) Nishina center + (2JPNTSU) Institute of physics + (2JPNNII) Department of physics + (2JPNOSA) Department of physics + (2JPNTOH) Department of physics + (2JPNNII) Radioisotope center + (2JPNTIT) Department of physics + (2JPNTOK) Department of physics + (2JPNYOK) Department of physics +REFERENCE (J,NP/A,864,(1),1,201108) +SAMPLE - Chemical-form of target: H2 + - Physical-form of target is liquid. + - Target-thickness is 204 mg/cm**2. +METHOD (TOF,EDE) +FACILITY (CYCLO,2JPNIPC) To accelerate primary 63 MeV/A 40Ar + beam + (PRJFS,2JPNIPC) To separate fragment from Ta target + target bombarded by 40Ar beam +DETECTOR (MAGSP) + (SI) + (SCIN) + (NAICR) +HISTORY (20110907C) Nf +ENDBIB 35 +COMMON 1 3 +EN +MEV/A + 40. +ENDCOMMON 3 +ENDSUBENT 42 +SUBENT E2350002 20120130 20120207 20120130 E067 +BIB 3 3 +REACTION (1-H-1(4-BE-9,NON),,SIG) +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table 3 of J,NP/A,864,1,2011 +ENDBIB 3 +NOCOMMON 0 0 +DATA 2 1 +DATA ERR-S +MB MB + 397. 23. +ENDDATA 3 +ENDSUBENT 11 +SUBENT E2350003 20120130 20120207 20120130 E067 +BIB 3 3 +REACTION (1-H-1(6-C-19,NON),,SIG) +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table 3 of J,NP/A,864,1,2011 +ENDBIB 3 +NOCOMMON 0 0 +DATA 2 1 +DATA ERR-S +MB MB + 754. 22. +ENDDATA 3 +ENDSUBENT 11 +SUBENT E2350004 20120130 20120207 20120130 E067 +BIB 3 3 +REACTION (1-H-1(6-C-20,NON),,SIG) +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Table 3 of J,NP/A,864,1,2011 +ENDBIB 3 +NOCOMMON 0 0 +DATA 2 1 +DATA ERR-S +MB MB + 791. 34. +ENDDATA 3 +ENDSUBENT 11 +SUBENT E2350005 20120130 20120207 20120130 E067 +BIB 3 4 +REACTION (1-H-1(6-C-18,X)6-C-17,,SIG) +ERR-ANALYS (ERR-1) Uncertainty in transmission + (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Table 5 of J,NP/A,864,1,2011 +ENDBIB 4 +COMMON 1 3 +ERR-1 +PER-CENT + 10. +ENDCOMMON 3 +DATA 2 1 +DATA DATA-ERR +MB MB + 62. 7. +ENDDATA 3 +ENDSUBENT 16 +SUBENT E2350006 20120130 20120207 20120130 E067 +BIB 3 4 +REACTION (1-H-1(6-C-18,X)6-C-16,,SIG) +ERR-ANALYS (ERR-1) Uncertainty in transmission + (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Table 5 of J,NP/A,864,1,2011 +ENDBIB 4 +COMMON 1 3 +ERR-1 +PER-CENT + 10. +ENDCOMMON 3 +DATA 2 1 +DATA DATA-ERR +MB MB + 59. 4. +ENDDATA 3 +ENDSUBENT 16 +SUBENT E2350007 20120130 20120207 20120130 E067 +BIB 3 4 +REACTION (1-H-1(6-C-19,X)6-C-18,,SIG) +ERR-ANALYS (ERR-1) Uncertainty in transmission + (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Table 5 of J,NP/A,864,1,2011 +ENDBIB 4 +COMMON 1 3 +ERR-1 +PER-CENT + 10. +ENDCOMMON 3 +DATA 2 1 +DATA DATA-ERR +MB MB + 101. 11. +ENDDATA 3 +ENDSUBENT 16 +SUBENT E2350008 20120130 20120207 20120130 E067 +BIB 3 4 +REACTION (1-H-1(6-C-19,X)6-C-17,,SIG) +ERR-ANALYS (ERR-1) Uncertainty in transmission + (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Table 5 of J,NP/A,864,1,2011 +ENDBIB 4 +COMMON 1 3 +ERR-1 +PER-CENT + 10. +ENDCOMMON 3 +DATA 2 1 +DATA DATA-ERR +MB MB + 49. 7. +ENDDATA 3 +ENDSUBENT 16 +SUBENT E2350009 20120130 20120207 20120130 E067 +BIB 3 4 +REACTION (1-H-1(6-C-20,X)6-C-19,,SIG) +ERR-ANALYS (ERR-1) Uncertainty in transmission + (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Table 5 of J,NP/A,864,1,2011 +ENDBIB 4 +COMMON 1 3 +ERR-1 +PER-CENT + 10. +ENDCOMMON 3 +DATA 2 1 +DATA DATA-ERR +MB MB + 22. 8. +ENDDATA 3 +ENDSUBENT 16 +SUBENT E2350010 20120130 20120207 20120130 E067 +BIB 3 4 +REACTION (1-H-1(6-C-20,X)6-C-18,,SIG) +ERR-ANALYS (ERR-1) Uncertainty in transmission + (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Table 5 of J,NP/A,864,1,2011 +ENDBIB 4 +COMMON 1 3 +ERR-1 +PER-CENT + 10. +ENDCOMMON 3 +DATA 2 1 +DATA DATA-ERR +MB MB + 107. 15. +ENDDATA 3 +ENDSUBENT 16 +SUBENT E2350011 20120130 20120207 20120130 E067 +BIB 3 3 +REACTION (1-H-1(6-C-19,TCC),,SIG) +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Table 6 of J,NP/A,864,1,2011 +ENDBIB 3 +NOCOMMON 0 0 +DATA 2 1 +DATA DATA-ERR +MB MB + 504. 17. +ENDDATA 3 +ENDSUBENT 11 +SUBENT E2350012 20120130 20120207 20120130 E067 +BIB 3 3 +REACTION (1-H-1(6-C-20,TCC),,SIG) +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Table 6 of J,NP/A,864,1,2011 +ENDBIB 3 +NOCOMMON 0 0 +DATA 2 1 +DATA DATA-ERR +MB MB + 525. 25. +ENDDATA 3 +ENDSUBENT 11 +SUBENT E2350013 20120130 20120207 20120130 E067 +BIB 3 3 +REACTION (1-H-1(6-C-18,X)ELEM,,SIG) +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Table 7 of J,NP/A,864,1,2011 +ENDBIB 3 +NOCOMMON 0 0 +DATA 3 5 +ELEMENT DATA DATA-ERR +NO-DIM MB MB + 2. 69. 12. + 3. 18. 3. + 4. 36. 4. + 5. 46. 4. + 7. 77. 11. +ENDDATA 7 +ENDSUBENT 15 +SUBENT E2350014 20120130 20120207 20120130 E067 +BIB 3 3 +REACTION (1-H-1(6-C-19,X)ELEM,,SIG) +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Table 7 of J,NP/A,864,1,2011 +ENDBIB 3 +NOCOMMON 0 0 +DATA 3 3 +ELEMENT DATA DATA-ERR +NO-DIM MB MB + 4. 32. 9. + 5. 49. 9. + 7. 118. 26. +ENDDATA 5 +ENDSUBENT 13 +SUBENT E2350015 20120130 20120207 20120130 E067 +BIB 3 3 +REACTION (1-H-1(6-C-20,X)ELEM,,SIG) +ERR-ANALYS (DATA-ERR) No information on source of uncertainties +STATUS (TABLE) Table 7 of J,NP/A,864,1,2011 +ENDBIB 3 +NOCOMMON 0 0 +DATA 3 3 +ELEMENT DATA DATA-ERR +NO-DIM MB MB + 4. 50. 18. + 5. 88. 20. + 7. 167. 38. +ENDDATA 5 +ENDSUBENT 13 +ENDENTRY 15 diff --git a/exforall/E23/E2352.x4 b/exforall/E23/E2352.x4 new file mode 100644 index 000000000..e259b0f2a --- /dev/null +++ b/exforall/E23/E2352.x4 @@ -0,0 +1,387 @@ +ENTRY E2352 20120130 20120207 20120130 E067 +SUBENT E2352001 20120130 20120207 20120130 E067 +BIB 12 30 +TITLE Complete set of polarization transfer observables for + the 16O(p,n)16F reaction at 296 MeV and 0 degrees +AUTHOR (T.Wakasa, M.Okamoto, M.Takaki, M.Dozono, K.Hatanaka, + M.Dozono, T.Noro, H.Okamura, Y.Sakemi) +INSTITUTE (2JPNKYU) Department of Physics + (2JPNTOK) Center for Nuclear Study + (2JPNOSA) Research Center for Nuclear Physics + (2JPNIPC) RIKEN Nishina Center for Accelerator-Based + Science + (2JPNTOH) Cyclotron and Radioisotope Center +REFERENCE (J,PR/C,84,014614,201107) +PART-DET (N) +EN-SEC ANG is polar angle (lab.) between beam and neutron +INC-SOURCE (POLIS) POL-BM: typical magnitude +SAMPLE - Chemical-form of target is H2O. + - Physical-form of target is solid. (ice) + - Target-thickness is about 147 mg/cm**2. typical + areal density + - Target is self supported. +METHOD (TOF) 100-m-flight-path length +FACILITY (CYCLO,2JPNOSA) AVF and Ring +DETECTOR (SCIN) Neutrons were measured by the NPOL3 system, + which consists of three planes of neutron + detectors. Each of the first two planes + consists of 10 sets of one-dimensional + position-sensitive plastic scintillators + (BC408). The last plane is a two-dimensional + position-sensitive plastic scintillator. +HISTORY (20110927C) KY and MA + (20111129R) Received by e-mail from T.Wakasa +ENDBIB 30 +COMMON 3 3 +EN POL-BM ANG +MEV NO-DIM ADEG + 296. 0.62 0. +ENDCOMMON 3 +ENDSUBENT 37 +SUBENT E2352002 20120130 20120207 20120130 E067 +BIB 4 4 +REACTION (8-O-16(P,N)9-F-16,,DA/DE) +EN-SEC (E-EXC,9-F-16) +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Fig.1(Top panel) of J,PRC,84,014614,2011 +ENDBIB 4 +NOCOMMON 0 0 +DATA 3 221 +E-EXC DATA ERR-S +MEV MB/SR/MEV MB/SR/MEV + -2.00 -0.028843 0.007095 + -1.90 -0.015146 0.007984 + -1.80 -0.004340 0.008623 + -1.70 0.000519 0.008892 + -1.60 -0.006376 0.008502 + -1.50 0.002485 0.009001 + -1.40 -0.023753 0.007451 + -1.30 -0.012948 0.008132 + -1.20 -0.020884 0.007632 + -1.10 -0.024076 0.007408 + -1.00 -0.023012 0.007483 + -0.90 -0.017020 0.007873 + -0.80 -0.011143 0.008231 + -0.70 -0.015330 0.007961 + -0.60 -0.013110 0.008112 + -0.50 0.015396 0.009687 + -0.40 0.040778 0.010891 + -0.30 0.069514 0.012128 + -0.20 0.130343 0.014380 + -0.10 0.215072 0.017037 + 0.00 0.335155 0.020211 + 0.10 0.547349 0.024839 + 0.20 0.659124 0.026973 + 0.30 0.801490 0.029451 + 0.40 0.791241 0.029272 + 0.50 0.717084 0.028009 + 0.60 0.625970 0.026348 + 0.70 0.524580 0.024400 + 0.80 0.366622 0.020962 + 0.90 0.256234 0.018183 + 1.00 0.171689 0.015732 + 1.10 0.116668 0.013908 + 1.20 0.091309 0.012988 + 1.30 0.080204 0.012549 + 1.40 0.049986 0.011315 + 1.50 0.058617 0.011674 + 1.60 0.048922 0.011265 + 1.70 0.048922 0.011265 + 1.80 0.050704 0.011334 + 1.90 0.051629 0.011372 + 2.00 0.043970 0.011045 + 2.10 0.045891 0.011128 + 2.20 0.041819 0.010940 + 2.30 0.056719 0.011597 + 2.40 0.049755 0.011294 + 2.50 0.043901 0.011039 + 2.60 0.058524 0.011667 + 2.70 0.074581 0.012338 + 2.80 0.049916 0.011309 + 2.90 0.058847 0.011694 + 3.00 0.076178 0.012387 + 3.10 0.101722 0.013361 + 3.20 0.112666 0.013763 + 3.30 0.144781 0.014855 + 3.40 0.169584 0.015661 + 3.50 0.203341 0.016697 + 3.60 0.274952 0.018683 + 3.70 0.253618 0.018121 + 3.80 0.272406 0.018626 + 3.90 0.309496 0.019574 + 4.00 0.288603 0.019036 + 4.10 0.315837 0.019719 + 4.20 0.408732 0.021924 + 4.30 0.547372 0.024840 + 4.40 0.724466 0.028129 + 4.50 0.843669 0.030145 + 4.60 0.898367 0.031018 + 4.70 0.867918 0.030532 + 4.80 0.769766 0.028928 + 4.90 0.669099 0.027139 + 5.00 0.520672 0.024302 + 5.10 0.457761 0.022995 + 5.20 0.381986 0.021311 + 5.30 0.375945 0.021191 + 5.40 0.373773 0.021113 + 5.50 0.463846 0.023128 + 5.60 0.546262 0.024815 + 5.70 0.645706 0.026715 + 5.80 0.758269 0.028721 + 5.90 0.901790 0.031080 + 6.00 1.019607 0.032889 + 6.10 1.031730 0.033074 + 6.20 0.909868 0.031196 + 6.30 0.882101 0.030767 + 6.40 0.664263 0.027053 + 6.50 0.673655 0.027233 + 6.60 0.571529 0.025305 + 6.70 0.557367 0.025040 + 6.80 0.593113 0.025739 + 6.90 0.636845 0.026552 + 7.00 0.820880 0.029768 + 7.10 0.964886 0.032065 + 7.20 1.138739 0.034640 + 7.30 1.273886 0.036501 + 7.40 1.321366 0.037126 + 7.50 1.549317 0.040029 + 7.60 1.584809 0.040464 + 7.70 1.475483 0.039123 + 7.80 1.409541 0.038284 + 7.90 1.255029 0.036244 + 8.00 1.123123 0.034405 + 8.10 1.028492 0.033022 + 8.20 0.893601 0.030945 + 8.30 0.786590 0.029198 + 8.40 0.719676 0.028048 + 8.50 0.654242 0.026884 + 8.60 0.637840 0.026570 + 8.70 0.715927 0.027985 + 8.80 0.694666 0.027598 + 8.90 0.778769 0.029067 + 9.00 0.799754 0.029425 + 9.10 0.945914 0.031769 + 9.20 0.953363 0.031892 + 9.30 0.994943 0.032517 + 9.40 1.061000 0.033503 + 9.50 1.017384 0.032866 + 9.60 0.978514 0.032272 + 9.70 0.983558 0.032350 + 9.80 0.965745 0.032062 + 9.90 0.884116 0.030784 + 10.00 0.874398 0.030630 + 10.10 0.840200 0.030080 + 10.20 0.726733 0.028174 + 10.30 0.779695 0.029082 + 10.40 0.772753 0.028963 + 10.50 0.780736 0.029100 + 10.60 0.796933 0.029364 + 10.70 0.814818 0.029665 + 10.80 0.859775 0.030397 + 10.90 0.874742 0.030657 + 11.00 0.915047 0.031297 + 11.10 0.924465 0.031438 + 11.20 0.893485 0.030942 + 11.30 0.865188 0.030492 + 11.40 0.908662 0.031189 + 11.50 0.849362 0.030234 + 11.60 0.933606 0.031570 + 11.70 0.889342 0.030888 + 11.80 0.966114 0.032073 + 11.90 0.908155 0.031173 + 12.00 0.982055 0.032320 + 12.10 0.984484 0.032363 + 12.20 0.978096 0.032274 + 12.30 0.985201 0.032370 + 12.40 0.961786 0.032016 + 12.50 0.989389 0.032438 + 12.60 0.963848 0.032034 + 12.70 0.916852 0.031322 + 12.80 0.888972 0.030876 + 12.90 0.903411 0.031100 + 13.00 0.870670 0.030589 + 13.10 0.961394 0.032003 + 13.20 0.852762 0.030297 + 13.30 0.952186 0.031856 + 13.40 0.935063 0.031600 + 13.50 0.912688 0.031253 + 13.60 0.883049 0.030781 + 13.70 0.881290 0.030757 + 13.80 0.852277 0.030281 + 13.90 0.817500 0.029721 + 14.00 0.774743 0.028997 + 14.10 0.770741 0.028928 + 14.20 0.750566 0.028574 + 14.30 0.758061 0.028713 + 14.40 0.769538 0.028904 + 14.50 0.743115 0.028453 + 14.60 0.708432 0.027842 + 14.70 0.765259 0.028825 + 14.80 0.778238 0.029049 + 14.90 0.709473 0.027862 + 15.00 0.703063 0.027757 + 15.10 0.706835 0.027821 + 15.20 0.653504 0.026857 + 15.30 0.669260 0.027145 + 15.40 0.671853 0.027185 + 15.50 0.612180 0.026089 + 15.60 0.647327 0.026739 + 15.70 0.588788 0.025649 + 15.80 0.651745 0.026829 + 15.90 0.598575 0.025835 + 16.00 0.631963 0.026462 + 16.10 0.612711 0.026109 + 16.20 0.638327 0.026570 + 16.30 0.619770 0.026227 + 16.40 0.561047 0.025107 + 16.50 0.567777 0.025255 + 16.60 0.577821 0.025435 + 16.70 0.589575 0.025660 + 16.80 0.563962 0.025163 + 16.90 0.619491 0.026235 + 17.00 0.585734 0.025588 + 17.10 0.612365 0.026096 + 17.20 0.582795 0.025532 + 17.30 0.577011 0.025422 + 17.40 0.599847 0.025864 + 17.50 0.611439 0.026080 + 17.60 0.566413 0.025221 + 17.70 0.550426 0.024902 + 17.80 0.598714 0.025840 + 17.90 0.625229 0.026339 + 18.00 0.612573 0.026104 + 18.10 0.639714 0.026603 + 18.20 0.556257 0.025016 + 18.30 0.556326 0.025018 + 18.40 0.563267 0.025155 + 18.50 0.590824 0.025689 + 18.60 0.652970 0.026856 + 18.70 0.584578 0.025562 + 18.80 0.557090 0.025029 + 18.90 0.603411 0.025925 + 19.00 0.569839 0.025278 + 19.10 0.640593 0.026618 + 19.20 0.575113 0.025387 + 19.30 0.579649 0.025467 + 19.40 0.577567 0.025425 + 19.50 0.544734 0.024793 + 19.60 0.580713 0.025489 + 19.70 0.543277 0.024755 + 19.80 0.556257 0.025016 + 19.90 0.576154 0.025408 + 20.00 0.592744 0.025725 +ENDDATA 223 +ENDSUBENT 232 +SUBENT E2352003 20120130 20120207 20120130 E067 +BIB 4 4 +REACTION (8-O-16(P,N)9-F-16,NN,POL/DA/DE,,D) +EN-SEC (E-EXC,9-F-16) +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Fig.1(Second panel) of J,PRC,84,014614,2011 +ENDBIB 4 +NOCOMMON 0 0 +DATA 3 43 +E-EXC DATA ERR-S +MEV NO-DIM NO-DIM + -1.10 -0.22816 0.10013 + -0.60 -0.34317 0.06653 + -0.10 -0.37710 0.04607 + 0.40 -0.19598 0.06213 + 0.90 -0.14082 0.08727 + 1.40 -0.12222 0.09106 + 1.90 -0.09364 0.08962 + 2.40 -0.10847 0.08600 + 2.90 -0.15381 0.07055 + 3.40 -0.18504 0.06216 + 3.90 -0.22408 0.04585 + 4.40 -0.18672 0.04493 + 4.90 -0.17431 0.04938 + 5.40 -0.19484 0.03982 + 5.90 -0.16517 0.04206 + 6.40 -0.25133 0.04561 + 6.90 -0.34319 0.03509 + 7.40 -0.31953 0.03542 + 7.90 -0.27054 0.04346 + 8.40 -0.20493 0.04357 + 8.90 -0.19326 0.03885 + 9.40 -0.18907 0.04046 + 9.90 -0.18246 0.04297 + 10.40 -0.24555 0.04229 + 10.90 -0.24580 0.04145 + 11.40 -0.11493 0.03993 + 11.90 -0.25544 0.04003 + 12.40 -0.19489 0.04052 + 12.90 -0.22342 0.04129 + 13.40 -0.16858 0.04217 + 13.90 -0.28263 0.04562 + 14.40 -0.28782 0.04643 + 14.90 -0.20155 0.04716 + 15.40 -0.15950 0.04822 + 15.90 -0.25592 0.04970 + 16.40 -0.23555 0.04984 + 16.90 -0.23209 0.05003 + 17.40 -0.23327 0.04994 + 17.90 -0.26318 0.05003 + 18.40 -0.30870 0.05056 + 18.90 -0.28676 0.05087 + 19.40 -0.23785 0.05102 + 19.90 -0.27192 0.05177 +ENDDATA 45 +ENDSUBENT 54 +SUBENT E2352004 20120130 20120207 20120130 E067 +BIB 4 4 +REACTION (8-O-16(P,N)9-F-16,LL,POL/DA/DE,,D) +EN-SEC (E-EXC,9-F-16) +ERR-ANALYS (ERR-S) Statistical uncertainty +STATUS (TABLE) Fig.1 (bottom panel) of J,PRC,84,014614,2011 +ENDBIB 4 +NOCOMMON 0 0 +DATA 3 43 +E-EXC DATA ERR-S +MEV NO-DIM NO-DIM + -1.10 -0.40473 0.12287 + -0.60 0.04599 0.06824 + -0.10 -0.19096 0.05433 + 0.40 -0.14818 0.08174 + 0.90 -0.11863 0.10619 + 1.40 -0.25055 0.10749 + 1.90 -0.44670 0.10885 + 2.40 -0.33265 0.10437 + 2.90 -0.63545 0.08248 + 3.40 -0.38123 0.07405 + 3.90 -0.38645 0.05195 + 4.40 -0.54213 0.05749 + 4.90 -0.39205 0.05945 + 5.40 -0.37161 0.04693 + 5.90 -0.27604 0.05316 + 6.40 -0.31267 0.05206 + 6.90 -0.36156 0.03955 + 7.40 -0.26761 0.04291 + 7.90 -0.25347 0.05292 + 8.40 -0.28873 0.05092 + 8.90 -0.13795 0.04667 + 9.40 -0.19063 0.04947 + 9.90 -0.15815 0.05185 + 10.40 -0.23464 0.05003 + 10.90 -0.16934 0.04913 + 11.40 -0.25039 0.04805 + 11.90 -0.27213 0.04755 + 12.40 -0.21240 0.04889 + 12.90 -0.22747 0.04920 + 13.40 -0.26419 0.05135 + 13.90 -0.25858 0.05378 + 14.40 -0.21893 0.05484 + 14.90 -0.17444 0.05700 + 15.40 -0.25380 0.05826 + 15.90 -0.19954 0.05895 + 16.40 -0.24604 0.05955 + 16.90 -0.16008 0.05980 + 17.40 -0.15934 0.05925 + 17.90 -0.28347 0.05902 + 18.40 -0.10698 0.05931 + 18.90 -0.26948 0.05990 + 19.40 -0.19030 0.06060 + 19.90 -0.18015 0.06120 +ENDDATA 45 +ENDSUBENT 54 +ENDENTRY 4 diff --git a/exforall/F04/F0484.x4 b/exforall/F04/F0484.x4 index 239b28a26..37688ba43 100644 --- a/exforall/F04/F0484.x4 +++ b/exforall/F04/F0484.x4 @@ -1,25 +1,30 @@ -ENTRY F0484 20110808 20111215 20111123 F042 -SUBENT F0484001 20110808 20111215 20111123 F042 -BIB 9 16 -TITLE Investigation of the 11B(3He,p)13C and 20Ne(3He,p)22Na - reactions at E(He3) below 3 MeV. -AUTHOR (C.Meynadier,J.F.Allard,M.Amiel,H.Beaumevieille, - B.Chambon,C.Morand) +ENTRY F0484 20111208 20120207 20120113 F043 +SUBENT F0484001 20111208 20120207 20120113 F043 +BIB 9 17 +TITLE Investigation of the B-11(3He,p)C-13 and + Ne-20(3He,p)Na-22 reactions at E(He3) below 3 MeV. +AUTHOR (C.Meynadier, J.F.Allard, M.Amiel, H.Beaumevieille, + B.Chambon, C.Morand) INSTITUTE (3ALGUAG) Institut d'Etudes Nucleaires d'Alger -REFERENCE (J,NP/A,161,305,197101) +REFERENCE (J,NP/A,161,305,1971) METHOD (EDE,PHD) FACILITY (VDG,3ALGUAG) DETECTOR (TELES,SIBAR) Three sets of movable surface barrier detectors which are 1000 or 1500 mu-m thick. -ERR-ANALYS (DATA-ERR1,,20.) max. overall error +ERR-ANALYS (ERR-SYS) Systematic error HISTORY (19920429C) (20030505U) Excluded COMMENT from subent 001; Changed data headings in 003. Inserted sub.005 - (20110808A) SD: fig. 5 was redigitized. - Titles of digitizing errors changed according to Dict. -ENDBIB 16 -NOCOMMON 0 0 -ENDSUBENT 19 + (20110215A) Error headings in Sub 001, 003, 005 were + changed, the values of digitized angles in Sub 003 were + corrected. +ENDBIB 17 +COMMON 1 3 +ERR-SYS +PER-CENT + 20.0 +ENDCOMMON 3 +ENDSUBENT 24 SUBENT F0484002 20010201 20030430 20050926 0000 BIB 3 5 REACTION (5-B-11(HE3,P)6-C-13,PAR,SIG) @@ -50,236 +55,239 @@ MEV MB 11.09 3.530 ENDDATA 14 ENDSUBENT 28 -SUBENT F0484003 20110808 20111215 20111123 F042 -BIB 5 7 +SUBENT F0484003 20111208 20120207 20120113 F043 +BIB 4 6 REACTION (5-B-11(HE3,P)6-C-13,PAR,DA) -ERR-ANALYS (ANG-ERR-D) Digitizing error - (ERR-DIG) Digitizing error - (DATA-ERR2) Experimental error from graphic bars +ERR-ANALYSC(ANG-ERR-D) Angle digitizing error + (ERR-DIG) Data digitizing error + (DATA-ERR) Error from the graphic bars EN-SEC (E-LVL,6-C-13) -STATUS (CURVE) Fig.5 from NP/A,161,305,1971 -HISTORY (20110808A) SD: fig. 5 was redigitized. -ENDBIB 7 +STATUS (CURVE) Fig.5 +ENDBIB 6 COMMON 3 3 EN ANG-ERR-D ERR-DIG MEV ADEG MB/SR 3.0 0.5 0.001 ENDCOMMON 3 -DATA 4 210 -E-LVL ANG-CM DATA-CM DATA-ERR2 +DATA 4 214 +E-LVL ANG-CM DATA-CM DATA-ERR MEV ADEG MB/SR MB/SR - 3.0800 30.359 0.28951 0.53427E-01 - 3.0800 37.433 0.14943 0.21371E-01 - 3.0800 46.894 0.99572E-01 - 3.0800 56.941 0.10318 - 3.0800 65.069 0.10210 - 3.0800 75.405 0.13321 0.16791E-01 - 3.0800 84.721 0.12456 - 3.0800 94.824 0.22130 - 3.0800 103.54 0.27217 - 3.0800 112.31 0.30929 - 3.0800 121.45 0.35102 0.45794E-01 - 3.0800 130.70 0.35917 - 3.0800 138.68 0.39930 - 3.0800 146.48 0.49134 - 3.0800 153.96 0.45511 0.48868E-01 - 3.0800 159.08 0.42944 - 3.0800 161.09 0.40817 - 3.6800 22.573 0.31878 - 3.6800 24.527 0.31276 0.42646E-01 - 3.6800 30.682 0.33281 - 3.6800 37.997 0.35442 - 3.6800 46.921 0.35325 - 3.6800 56.156 0.38255 0.45723E-01 - 3.6800 65.875 0.37380 - 3.6800 74.962 0.46098 - 3.6800 84.317 0.44307 - 3.6800 94.159 0.53790 - 3.6800 103.44 0.55045 0.60923E-01 - 3.6800 112.60 0.60564 - 3.6800 121.62 0.56944 - 3.6800 130.51 0.58045 - 3.6800 138.57 0.61276 - 3.6800 153.63 0.63925 0.80738E-01 - 3.6800 157.62 0.59675 - 3.6800 158.99 0.66840 - 3.6800 161.36 0.65174 - 3.8500 22.668 0.12898 0.21319E-01 - 3.8500 24.179 0.13822 - 3.8500 30.761 0.13864 - 3.8500 38.696 0.18637 0.32004E-01 - 3.8500 46.503 0.17164 - 3.8500 56.050 0.20425 - 3.8500 66.308 0.25213 0.42664E-01 - 3.8500 74.693 0.28466 - 3.8500 83.795 0.33094 - 3.8500 93.818 0.34225 - 3.8500 112.15 0.40436 0.60887E-01 - 3.8500 121.06 0.40341 - 3.8500 130.07 0.37962 - 3.8500 138.11 0.40147 - 3.8500 145.12 0.48570 - 3.8500 152.40 0.41153 - 3.8500 157.15 0.47886 0.59389E-01 - 3.8500 159.76 0.41200 - 6.8600 22.926 0.23837 - 6.8600 24.836 0.23999 - 6.8600 30.553 0.24945 0.33713E-01 - 6.8600 38.483 0.28814 - 6.8600 47.739 0.26558 - 6.8600 56.898 0.27673 - 6.8600 66.163 0.25111 - 6.8600 75.963 0.30520 - 6.8600 84.832 0.28416 0.52102E-01 - 6.8600 93.848 0.21255 - 6.8600 103.79 0.21914 0.38293E-01 - 6.8600 121.81 0.20925 - 6.8600 129.86 0.20962 - 6.8600 137.83 0.23298 - 6.8600 146.16 0.26555 - 6.8600 153.48 0.25057 - 6.8600 158.01 0.27377 0.39843E-01 - 6.8600 159.95 0.26619 - 7.5000 23.049 0.14131 - 7.5000 24.592 0.14446 0.26169E-01 - 7.5000 30.355 0.16320 - 7.5000 39.132 0.21287 - 7.5000 75.771 0.28538 0.49260E-01 - 7.5000 84.832 0.23807 - 7.5000 93.843 0.20769 - 7.5000 103.41 0.25278 - 7.5000 122.23 0.44918 - 7.5000 129.54 0.46799 0.64654E-01 - 7.5000 138.88 0.59159 - 7.5000 145.62 0.54263 - 7.5000 153.52 0.49219 - 7.5000 158.06 0.53397 0.64654E-01 - 7.5000 159.73 0.49094 - 7.5500 22.827 0.16762 - 7.5500 24.370 0.17165 0.38426E-01 - 7.5500 30.914 0.19934 - 7.5500 38.581 0.25791 - 7.5500 65.978 0.31886 - 7.5500 76.315 0.40850 - 7.5500 84.411 0.43253 0.65323E-01 - 7.5500 93.979 0.51823 - 7.5500 104.30 0.61940 0.99953E-01 - 7.5500 113.33 0.51672 - 7.5500 122.02 0.68302 - 7.5500 139.13 0.93105 - 7.5500 145.87 1.1163 0.13833 - 7.5500 153.79 1.2864 - 7.5500 158.30 1.3945 - 7.5500 160.44 1.2218 - 7.6800 23.467 0.23209 - 7.6800 25.011 0.22754 0.41647E-01 - 7.6800 30.844 0.19543 - 7.6800 39.274 0.19120 - 7.6800 46.931 0.19002 - 7.6800 57.158 0.22597 - 7.6800 66.385 0.21098 0.30854E-01 - 7.6800 85.297 0.28743 - 7.6800 95.329 0.25860 - 7.6800 121.72 0.26447 0.38546E-01 - 7.6800 130.11 0.27412 - 7.6800 145.80 0.40438 - 7.6800 153.26 0.33997 - 7.6800 157.67 0.40186 0.50844E-01 - 7.6800 160.06 0.36959 - 9.5200 22.550 0.65103E-01 - 9.5200 24.503 0.64373E-01 - 9.5200 30.679 0.74555E-010.10053E-01 - 9.5200 38.405 0.86317E-01 - 9.5200 47.677 0.10043 - 9.5200 56.706 0.88266E-01 - 9.5200 67.142 0.10318 0.20053E-01 - 9.5200 76.084 0.10647 - 9.5200 86.130 0.12137 - 9.5200 95.410 0.13394 - 9.5200 103.95 0.14031 - 9.5200 112.83 0.15364 0.15253E-01 - 9.5200 131.13 0.15559 - 9.5200 139.24 0.16968 - 9.5200 146.41 0.21002 - 9.5200 153.12 0.19472 0.25053E-01 - 9.5200 158.28 0.24738 - 9.9000 23.133 0.30464 0.34076E-01 - 9.9000 26.143 0.33266 - 9.9000 30.899 0.28795 - 9.9000 39.008 0.28676 - 9.9000 46.427 0.25611 - 9.9000 56.813 0.26897 0.27881E-01 - 9.9000 67.139 0.30351 - 9.9000 77.084 0.33649 - 9.9000 85.969 0.33379 0.57310E-01 - 9.9000 95.154 0.36208 - 9.9000 104.60 0.43531 - 9.9000 113.43 0.45275 - 9.9000 122.67 0.46091 0.49565E-01 - 9.9000 131.73 0.53412 - 9.9000 139.63 0.61038 - 9.9000 147.01 0.72999 - 9.9000 153.66 0.69776 0.58859E-01 - 9.9000 158.64 0.71347 - 9.9000 160.63 0.69188 - 10.760 25.506 0.99225E-010.20232E-01 - 10.760 31.953 0.13370 - 10.760 39.720 0.26782 0.43563E-01 - 10.760 48.563 0.25880 - 10.760 68.275 0.36845 0.59153E-01 - 10.760 113.83 0.23466 0.48245E-01 - 10.760 122.61 0.25676 - 10.760 131.74 0.28977 - 10.760 139.86 0.26048 - 10.760 146.91 0.37124 - 10.760 154.26 0.34504 0.34239E-01 - 10.760 158.91 0.32186 - 10.820 22.996 0.23123 - 10.820 25.685 0.23910 0.17012E-01 - 10.820 31.973 0.21469 - 10.820 48.778 0.29293 - 10.820 67.890 0.26146 - 10.820 86.443 0.28102 0.40209E-01 - 10.820 122.73 0.33400 0.27837E-01 - 10.820 130.79 0.35918 - 10.820 139.20 0.39520 - 10.820 146.52 0.41106 - 10.820 153.55 0.39597 - 10.820 158.86 0.43183 0.34044E-01 - 11.010 22.689 0.14789 - 11.010 25.472 0.12236 0.15503E-01 - 11.010 32.015 0.11703 - 11.010 48.744 0.56826E-01 - 11.010 57.937 0.60845E-01 - 11.010 68.501 0.10829 - 11.010 77.399 0.89053E-010.18603E-01 - 11.010 79.203 0.11931 - 11.010 87.322 0.10316 - 11.010 95.855 0.79263E-01 - 11.010 131.92 0.81373E-010.16284E-01 - 11.010 140.08 0.53593E-01 - 11.010 146.84 0.90906E-01 - 11.010 154.16 0.84819E-01 - 11.010 159.46 0.10351 0.13183E-01 - 11.010 161.57 0.15470 - 11.010 171.21 0.14090 - 11.090 24.218 0.27288 - 11.090 25.747 0.27910 0.21537E-01 - 11.090 30.895 0.23004 - 11.090 38.920 0.26424 - 11.090 57.563 0.22497 0.32345E-01 - 11.090 75.957 0.28269 - 11.090 86.016 0.27694 - 11.090 95.498 0.34507 - 11.090 104.67 0.38547 0.58500E-01 - 11.090 113.72 0.31810 - 11.090 122.56 0.33540 - 11.090 130.72 0.31879 - 11.090 152.98 0.22578 0.32345E-01 - 11.090 158.39 0.22293 - 11.090 159.67 0.17679 -ENDDATA 212 -ENDSUBENT 228 + 3.08 30.891 0.28858 4.5802E-02 + 3.08 37.795 0.14965 2.1374E-02 + 3.08 46.61 9.9278E-02 + 3.08 56.188 0.10387 + 3.08 65.001 0.10082 + 3.08 74.961 0.13136 1.5267E-02 + 3.08 84.156 0.12527 + 3.08 94.113 0.21993 + 3.08 102.92 0.27185 + 3.08 111.73 0.3085 + 3.08 120.54 0.3482 4.4275E-02 + 3.08 129.35 0.35737 + 3.08 137.4 0.39554 + 3.08 145.06 0.48715 + 3.08 151.95 0.45204 5.0382E-02 + 3.08 157.32 0.42457 + 3.08 159.62 0.40472 + 3.68 23.25 0.3176 + 3.68 25.3 0.313 4.6600E-02 + 3.68 31.25 0.3329 + 3.68 38.34 0.3533 + 3.68 47.31 0.3526 + 3.68 56.23 0.3825 4.7300E-02 + 3.68 66.25 0.3739 + 3.68 75.24 0.4641 + 3.68 84.51 0.4457 + 3.68 94.33 0.5415 + 3.68 103.7 0.5538 6.3600E-02 + 3.68 112.8 0.6107 + 3.68 121.7 0.5748 + 3.68 130.7 0.5845 + 3.68 138.5 0.6183 + 3.68 147.2 0.7369 + 3.68 154. 0.6445 8.3800E-02 + 3.68 157.8 0.6031 + 3.68 159.2 0.6732 + 3.68 161.3 0.6568 + 3.85 23.1 0.1296 2.4100E-02 + 3.85 24.85 0.1371 + 3.85 30.8 0.1396 + 3.85 38.96 0.1853 3.4700E-02 + 3.85 46.92 0.1719 + 3.85 56.65 0.2057 + 3.85 66.54 0.2517 4.3200E-02 + 3.85 75.47 0.2843 + 3.85 84.65 0.3322 + 3.85 94.4 0.3444 + 3.85 112.7 0.4076 6.3200E-02 + 3.85 121.8 0.4102 + 3.85 130.6 0.3854 + 3.85 138.8 0.408 + 3.85 146.6 0.4938 + 3.85 153.6 0.4224 + 3.85 158.9 0.4928 6.6700E-02 + 3.85 160.5 0.4246 + 6.86 22.62 0.2387 + 6.86 24.58 0.2422 + 6.86 30.53 0.2506 3.7400E-02 + 6.86 38.08 0.289 + 6.86 47.4 0.2661 + 6.86 56.45 0.2765 + 6.86 65.53 0.2533 + 6.86 75.46 0.3068 + 6.86 84.62 0.2865 5.3500E-02 + 6.86 93.7 0.2154 + 6.86 103.7 0.2222 4.1200E-02 + 6.86 121.8 0.2138 + 6.86 129.7 0.2139 + 6.86 137.8 0.2364 + 6.86 145.9 0.2696 + 6.86 153.2 0.2529 + 6.86 157.8 0.2771 4.2800E-02 + 6.86 160. 0.2703 + 7.5 23.34 0.1425 + 7.5 25. 0.1461 2.9700E-02 + 7.5 30.97 0.1642 + 7.5 39.86 0.2143 + 7.5 76.26 0.286 5.2100E-02 + 7.5 85.27 0.2392 + 7.5 94.37 0.2109 + 7.5 104.2 0.2556 + 7.5 122.7 0.4529 + 7.5 130.4 0.4714 6.8900E-02 + 7.5 139.7 0.5936 + 7.5 146.6 0.5448 + 7.5 154.2 0.495 + 7.5 159. 0.5349 6.4200E-02 + 7.5 160.4 0.4934 + 7.55 23.39 0.1681 + 7.55 24.99 0.1737 4.6300E-02 + 7.55 31.12 0.2034 + 7.55 39.15 0.2571 + 7.55 66.48 0.3233 + 7.55 76.65 0.4137 + 7.55 85.26 0.433 7.8100E-02 + 7.55 94.4 0.5202 + 7.55 104.6 0.6242 0.1069 + 7.55 113.8 0.5216 + 7.55 122.2 0.6909 + 7.55 139.5 0.937 + 7.55 141.7 1.072 + 7.55 146.6 1.127 0.1483 + 7.55 153.9 1.298 + 7.55 158.8 1.41 + 7.55 160.9 1.235 + 7.68 22.71 0.2319 + 7.68 24.59 0.227 4.2600E-02 + 7.68 30.41 0.1945 + 7.68 38.61 0.1922 + 7.68 46.48 0.1919 + 7.68 56.89 0.227 + 7.68 65.9 0.2097 3.2500E-02 + 7.68 84.92 0.2881 + 7.68 94.75 0.2603 + 7.68 121.6 0.2656 4.1600E-02 + 7.68 129.8 0.2744 + 7.68 145.5 0.4069 + 7.68 153.1 0.3411 + 7.68 157.8 0.4043 5.4400E-02 + 7.68 160.4 0.3729 + 9.52 23.03 6.5700E-02 + 9.52 25.21 6.4700E-02 + 9.52 30.82 7.4500E-02 1.0600E-02 + 9.52 38.94 8.6900E-02 + 9.52 47.98 0.1012 + 9.52 57.6 8.8700E-02 + 9.52 67.15 0.1042 2.5900E-02 + 9.52 76.27 0.1065 + 9.52 86.65 0.1214 + 9.52 95.36 0.1348 + 9.52 104.6 0.1409 + 9.52 113.3 0.158 2.3200E-02 + 9.52 131.9 0.1563 + 9.52 139.7 0.1702 + 9.52 146.8 0.2104 + 9.52 154. 0.1948 2.6400E-02 + 9.52 159.1 0.2479 + 9.52 166.2 0.204 + 9.9 23.38 0.3035 3.2300E-02 + 9.9 26.23 0.3329 + 9.9 31.2 0.2887 + 9.9 39.48 0.2868 + 9.9 46.68 0.2565 + 9.9 57.27 0.2698 3.1600E-02 + 9.9 67.43 0.3043 + 9.9 77.51 0.3373 + 9.9 86.44 0.3341 5.9000E-02 + 9.9 95.72 0.3622 + 9.9 104.8 0.4374 + 9.9 113.9 0.4545 + 9.9 123. 0.461 5.1300E-02 + 9.9 132.2 0.5349 + 9.9 140.1 0.6114 + 9.9 147.4 0.7305 + 9.9 154.1 0.7002 6.2900E-02 + 9.9 159. 0.7151 + 9.9 160.9 0.6961 + 10.76 25.71 0.1028 2.2200E-02 + 10.76 31.97 0.1365 + 10.76 39.86 0.2692 4.4300E-02 + 10.76 48.61 0.2594 + 10.76 67.87 0.3693 6.1200E-02 + 10.76 113.9 0.2353 5.0500E-02 + 10.76 122.8 0.2585 + 10.76 131.5 0.2902 + 10.76 139.6 0.261 + 10.76 146.7 0.3689 + 10.76 153.9 0.3439 3.8100E-02 + 10.76 158.7 0.3193 + 10.82 23.19 0.2311 + 10.82 25.69 0.2396 1.9800E-02 + 10.82 31.9 0.2148 + 10.82 48.62 0.2926 + 10.82 67.39 0.2618 + 10.82 86.31 0.2795 4.3400E-02 + 10.82 123.1 0.3326 3.2900E-02 + 10.82 131. 0.3562 + 10.82 139.3 0.3946 + 10.82 146.6 0.4108 + 10.82 153.9 0.3941 + 10.82 158.7 0.3941 3.6300E-02 + 10.82 160.2 0.4566 + 11.01 22.73 0.1488 + 11.01 25.98 0.1237 1.7500E-02 + 11.01 32.45 0.1181 + 11.01 49.17 5.8000E-02 + 11.01 58.24 6.2600E-02 + 11.01 68.84 0.1101 + 11.01 77.54 8.9400E-02 1.8800E-02 + 11.01 79.34 0.1209 + 11.01 87.64 0.1045 + 11.01 96.49 8.0900E-02 + 11.01 132.2 8.3700E-02 1.8600E-02 + 11.01 140.3 5.5700E-02 + 11.01 147.4 9.2600E-02 + 11.01 154.7 8.7200E-02 + 11.01 159.9 0.1056 1.4600E-02 + 11.01 161.9 0.157 + 11.01 171.9 0.1437 + 11.09 24.33 0.2742 + 11.09 26.01 0.2765 2.7500E-02 + 11.09 31.24 0.2303 + 11.09 39.04 0.2638 + 11.09 57.92 0.2218 3.6000E-02 + 11.09 76.34 0.2821 + 11.09 86.14 0.2761 + 11.09 95.87 0.344 + 11.09 105. 0.3843 6.3200E-02 + 11.09 114. 0.3162 + 11.09 123.2 0.3339 + 11.09 131.1 0.3182 + 11.09 152.8 0.2266 3.6600E-02 + 11.09 158.1 0.2232 + 11.09 159.8 0.1769 +ENDDATA 216 +ENDSUBENT 231 SUBENT F0484004 20010201 20030430 20050926 0000 BIB 3 3 REACTION (10-NE-20(HE3,P)11-NA-22,PAR,SIG) @@ -306,15 +314,15 @@ MEV MICRO-B 3.944 1.670 ENDDATA 12 ENDSUBENT 24 -SUBENT F0484005 20110808 20111215 20111123 F042 +SUBENT F0484005 20111208 20120207 20120113 F043 BIB 5 7 REACTION (10-NE-20(HE3,P)11-NA-22,PAR,DA) SAMPLE Natural neon (90.5% - 20Ne, 9% -22Ne, 0.5% 21Ne) EN-SEC (E-LVL,11-NA-22) -ERR-ANALYS (ANG-ERR-D) Digitizing error - (ERR-DIG) Digitizing error - (DATA-ERR2) Experimental error from graphic bars -STATUS (CURVE)fig. 3 from NP/A,161,305,1971 +ERR-ANALYSC(ANG-ERR-D) Angle digitizing error + (ERR-DIG) Data digitizing error + (DATA-ERR) Error from the graphic bars +STATUS (CURVE) Fig. 3 ENDBIB 7 COMMON 2 3 ANG-ERR-D ERR-DIG @@ -322,250 +330,250 @@ ADEG MU-B/SR 0.5 0.2 ENDCOMMON 3 DATA 5 242 -EN E-LVL ANG-CM DATA-CM DATA-ERR2 +EN E-LVL ANG-CM DATA-CM DATA-ERR MEV MEV ADEG MU-B/SR MU-B/SR - 2.800 0.000 21.90 21.78 - 2.800 0.000 23.74 25.88 - 2.800 0.000 29.89 30.37 2.455 - 2.800 0.000 38.61 34.41 - 2.800 0.000 51.32 33.93 - 2.800 0.000 65.60 32.00 - 2.800 0.000 79.63 24.17 3.092 - 2.800 0.000 93.54 17.88 - 2.800 0.000 106.1 14.67 - 2.800 0.000 120.3 13.74 2.092 - 2.800 0.000 145.5 19.78 - 2.800 0.000 156.3 20.74 - 2.800 0.5800 23.75 46.32 - 2.800 0.5800 29.80 47.48 5.087 - 2.800 0.5800 50.91 41.92 - 2.800 0.5800 64.75 37.91 - 2.800 0.5800 78.85 36.26 - 2.800 0.5800 132.4 43.77 4.901 - 2.800 0.5800 144.4 41.92 - 2.800 0.5800 154.5 31.87 - 2.800 0.5800 159.7 30.12 - 2.800 0.6500 22.31 20.13 - 2.800 0.6500 24.59 13.60 3.547 - 2.800 0.6500 29.79 6.619 - 2.800 0.6500 38.53 11.11 - 2.800 0.6500 63.10 12.04 - 2.800 0.6500 79.97 14.30 - 2.800 0.6500 93.23 11.27 2.455 - 2.800 0.6500 107.7 6.876 - 2.800 0.6500 145.4 22.32 - 2.800 0.6500 155.4 24.09 3.001 - 2.800 0.6500 160.9 27.39 - 2.800 0.6500 165.8 25.41 - 2.800 0.8900 22.46 19.89 - 2.800 0.8900 24.49 17.45 - 2.800 0.8900 30.22 9.944 - 2.800 0.8900 38.66 22.53 - 2.800 0.8900 50.23 13.88 2.632 - 2.800 0.8900 64.70 15.88 - 2.800 0.8900 78.01 15.06 - 2.800 0.8900 133.1 8.046 - 2.800 0.8900 144.7 9.209 2.816 - 2.800 0.8900 155.2 12.54 2.632 - 2.800 0.8900 160.2 8.126 - 2.800 1.520 22.14 15.61 - 2.800 1.520 24.26 16.08 - 2.800 1.520 30.52 22.02 - 2.800 1.520 39.15 18.54 3.814 - 2.800 1.520 50.98 8.076 - 2.800 1.520 64.87 5.983 - 2.800 1.520 78.70 4.617 - 2.800 1.520 92.35 8.606 - 2.800 1.520 107.4 6.158 2.450 - 2.800 1.520 132.6 6.133 - 2.800 1.520 159.7 5.122 2.455 - 2.800 1.520 170.1 5.641 - 2.800 2.210 24.17 41.56 2.741 - 2.800 2.210 37.95 40.99 - 2.800 2.210 51.22 43.51 5.120 - 2.800 2.210 65.30 44.40 - 2.800 2.210 79.49 50.77 - 2.800 2.210 93.56 59.89 - 2.800 2.210 107.2 45.23 5.116 - 2.800 2.210 120.7 51.05 - 2.800 2.210 133.4 50.64 - 2.800 2.210 145.5 46.39 - 2.800 2.210 155.6 47.23 2.375 - 2.800 2.210 166.1 47.53 - 2.800 2.570 23.87 24.54 3.062 - 2.800 2.570 38.04 33.14 - 2.800 2.570 65.34 41.17 - 2.800 2.570 79.80 35.03 2.691 - 2.800 2.570 93.52 29.43 - 2.800 2.570 107.6 31.20 - 2.800 2.570 119.8 28.28 - 2.800 2.570 133.6 27.35 - 2.800 2.570 146.1 26.23 - 2.800 2.570 156.0 23.28 2.695 - 2.800 2.570 160.9 19.74 - 2.800 2.570 166.0 20.33 - 2.800 2.970 24.06 31.18 - 2.800 2.970 29.65 28.68 - 2.800 2.970 38.71 39.52 2.917 - 2.800 2.970 50.73 40.56 - 2.800 2.970 79.37 20.46 - 2.800 2.970 93.08 16.23 3.091 - 2.800 2.970 106.7 22.20 - 2.800 2.970 120.9 25.07 - 2.800 2.970 133.5 20.10 - 2.800 2.970 145.9 22.05 - 2.800 2.970 160.1 14.19 - 2.800 2.970 165.4 9.506 2.913 - 2.800 2.970 170.2 8.099 - 2.800 3.060 22.66 96.43 - 2.800 3.060 29.61 87.09 3.987 - 2.800 3.060 38.24 72.69 - 2.800 3.060 51.04 70.30 - 2.800 3.060 64.70 57.05 - 2.800 3.060 79.10 51.24 3.802 - 2.800 3.060 93.28 42.34 - 2.800 3.060 107.4 35.26 - 2.800 3.060 120.3 22.54 - 2.800 3.060 133.7 22.15 - 2.800 3.060 145.0 21.92 - 2.800 3.060 155.5 20.77 2.354 - 2.800 3.060 160.6 21.01 - 3.000 0.000 21.68 15.69 - 3.000 0.000 23.43 16.33 - 3.000 0.000 29.86 17.37 2.546 - 3.000 0.000 37.79 17.86 - 3.000 0.000 51.29 20.93 - 3.000 0.000 64.22 17.82 2.090 - 3.000 0.000 79.14 16.80 - 3.000 0.000 93.26 16.78 - 3.000 0.000 106.0 15.76 - 3.000 0.000 120.2 19.74 - 3.000 0.000 133.8 16.72 - 3.000 0.000 145.6 14.69 - 3.000 0.000 155.4 9.829 2.365 - 3.000 0.000 160.6 7.765 - 3.000 0.5800 21.21 38.85 - 3.000 0.5800 24.13 37.98 6.348 - 3.000 0.5800 29.66 26.98 - 3.000 0.5800 37.19 27.43 - 3.000 0.5800 50.28 39.92 - 3.000 0.5800 77.84 50.40 7.082 - 3.000 0.5800 91.99 39.86 - 3.000 0.5800 106.2 36.03 - 3.000 0.5800 119.7 24.21 5.804 - 3.000 0.5800 132.9 33.26 - 3.000 0.5800 144.4 56.98 - 3.000 0.5800 154.6 70.16 - 3.000 0.5800 159.3 85.28 4.539 - 3.000 0.5800 164.8 91.88 - 3.000 0.6500 24.17 44.96 - 3.000 0.6500 30.45 43.26 2.455 - 3.000 0.6500 38.40 33.38 - 3.000 0.6500 50.58 25.17 - 3.000 0.6500 64.18 12.14 - 3.000 0.6500 64.73 9.502 - 3.000 0.6500 78.22 3.290 2.183 - 3.000 0.6500 92.49 6.445 - 3.000 0.6500 120.3 2.933 - 3.000 0.6500 133.6 9.355 3.909 - 3.000 0.6500 145.7 6.955 - 3.000 0.6500 155.9 16.36 - 3.000 0.6500 160.9 17.75 2.546 - 3.000 0.6500 165.4 15.41 - 3.000 0.8900 22.56 18.89 - 3.000 0.8900 30.45 15.03 3.631 - 3.000 0.8900 37.13 23.52 - 3.000 0.8900 50.13 18.61 - 3.000 0.8900 64.26 13.06 - 3.000 0.8900 91.94 18.96 - 3.000 0.8900 106.0 14.05 - 3.000 0.8900 120.2 18.59 - 3.000 0.8900 139.8 11.99 - 3.000 0.8900 160.4 14.12 - 3.000 0.8900 165.5 8.704 - 3.000 1.520 21.46 11.52 - 3.000 1.520 24.03 11.09 1.454 - 3.000 1.520 30.31 9.491 - 3.000 1.520 39.09 8.093 - 3.000 1.520 51.46 14.16 - 3.000 1.520 64.26 12.25 1.906 - 3.000 1.520 77.96 12.15 - 3.000 1.520 92.33 16.23 - 3.000 1.520 105.5 21.13 2.455 - 3.000 1.520 120.7 16.77 - 3.000 1.520 133.4 20.21 - 3.000 1.520 146.0 20.20 - 3.000 1.520 155.6 17.54 2.271 - 3.000 2.210 20.96 23.98 - 3.000 2.210 24.79 19.09 4.751 - 3.000 2.210 29.89 18.41 - 3.000 2.210 39.15 30.03 - 3.000 2.210 51.37 31.81 - 3.000 2.210 64.14 37.80 - 3.000 2.210 78.94 38.52 3.837 - 3.000 2.210 93.33 48.55 - 3.000 2.210 106.6 60.58 - 3.000 2.210 120.4 66.95 4.942 - 3.000 2.210 133.8 74.05 - 3.000 2.210 133.8 66.00 - 3.000 2.210 145.5 71.25 - 3.000 2.210 156.1 78.68 - 3.000 2.210 160.0 79.82 2.558 - 3.000 2.210 166.5 88.85 - 3.000 2.570 22.62 60.83 - 3.000 2.570 24.08 52.58 4.859 - 3.000 2.570 30.98 36.48 - 3.000 2.570 51.22 14.95 - 3.000 2.570 64.92 9.707 - 3.000 2.570 79.17 8.424 2.875 - 3.000 2.570 93.36 16.67 - 3.000 2.570 108.2 42.17 - 3.000 2.570 122.5 55.81 - 3.000 2.570 134.6 62.77 - 3.000 2.570 146.1 90.22 - 3.000 2.570 157.3 92.13 3.230 - 3.000 2.570 161.8 88.77 - 3.000 2.570 166.9 89.36 - 3.000 2.970 21.85 57.93 3.459 - 3.000 2.970 24.72 67.98 - 3.000 2.970 37.73 80.49 - 3.000 2.970 52.00 80.28 - 3.000 2.970 65.11 90.43 - 3.000 2.970 80.06 100.4 - 3.000 2.970 93.86 85.26 7.468 - 3.000 2.970 108.1 50.99 - 3.000 2.970 119.7 36.17 - 3.000 2.970 133.4 32.85 4.916 - 3.000 2.970 145.5 32.07 - 3.000 2.970 155.6 25.25 - 3.000 2.970 160.3 27.30 - 3.000 2.970 165.7 21.35 - 3.000 3.060 21.81 67.25 - 3.000 3.060 24.94 70.19 2.901 - 3.000 3.060 30.27 72.60 - 3.000 3.060 38.16 74.50 - 3.000 3.060 65.02 65.93 3.806 - 3.000 3.060 80.13 60.49 - 3.000 3.060 93.37 56.47 4.703 - 3.000 3.060 107.3 52.46 - 3.000 3.060 120.6 39.39 - 3.000 3.060 132.8 25.76 - 3.000 3.060 145.5 18.48 - 3.000 3.060 160.3 19.19 - 3.000 3.060 165.6 21.97 3.444 - 3.000 3.940 22.70 166.7 - 3.000 3.940 24.78 121.3 8.723 - 3.000 3.940 30.12 110.8 - 3.000 3.940 50.76 102.2 - 3.000 3.940 64.84 93.03 5.088 - 3.000 3.940 79.21 87.16 - 3.000 3.940 92.95 110.4 - 3.000 3.940 106.9 125.9 - 3.000 3.940 120.6 164.4 - 3.000 3.940 134.0 189.8 - 3.000 3.940 146.3 226.1 3.635 - 3.000 3.940 155.5 225.2 - 3.000 3.940 161.8 220.2 + 2.8 0. 21.9 21.78 + 2.8 0. 23.74 25.88 + 2.8 0. 29.89 30.37 2.455 + 2.8 0. 38.61 34.41 + 2.8 0. 51.32 33.93 + 2.8 0. 65.6 32. + 2.8 0. 79.63 24.17 3.092 + 2.8 0. 93.54 17.88 + 2.8 0. 106.1 14.67 + 2.8 0. 120.3 13.74 2.092 + 2.8 0. 145.5 19.78 + 2.8 0. 156.3 20.74 + 2.8 0.58 23.75 46.32 + 2.8 0.58 29.8 47.48 5.087 + 2.8 0.58 50.91 41.92 + 2.8 0.58 64.75 37.91 + 2.8 0.58 78.85 36.26 + 2.8 0.58 132.4 43.77 4.901 + 2.8 0.58 144.4 41.92 + 2.8 0.58 154.5 31.87 + 2.8 0.58 159.7 30.12 + 2.8 0.65 22.31 20.13 + 2.8 0.65 24.59 13.6 3.547 + 2.8 0.65 29.79 6.619 + 2.8 0.65 38.53 11.11 + 2.8 0.65 63.1 12.04 + 2.8 0.65 79.97 14.3 + 2.8 0.65 93.23 11.27 2.455 + 2.8 0.65 107.7 6.876 + 2.8 0.65 145.4 22.32 + 2.8 0.65 155.4 24.09 3.001 + 2.8 0.65 160.9 27.39 + 2.8 0.65 165.8 25.41 + 2.8 0.89 22.46 19.89 + 2.8 0.89 24.49 17.45 + 2.8 0.89 30.22 9.944 + 2.8 0.89 38.66 22.53 + 2.8 0.89 50.23 13.88 2.632 + 2.8 0.89 64.7 15.88 + 2.8 0.89 78.01 15.06 + 2.8 0.89 133.1 8.046 + 2.8 0.89 144.7 9.209 2.816 + 2.8 0.89 155.2 12.54 2.632 + 2.8 0.89 160.2 8.126 + 2.8 1.52 22.14 15.61 + 2.8 1.52 24.26 16.08 + 2.8 1.52 30.52 22.02 + 2.8 1.52 39.15 18.54 3.814 + 2.8 1.52 50.98 8.076 + 2.8 1.52 64.87 5.983 + 2.8 1.52 78.7 4.617 + 2.8 1.52 92.35 8.606 + 2.8 1.52 107.4 6.158 2.45 + 2.8 1.52 132.6 6.133 + 2.8 1.52 159.7 5.122 2.455 + 2.8 1.52 170.1 5.641 + 2.8 2.21 24.17 41.56 2.741 + 2.8 2.21 37.95 40.99 + 2.8 2.21 51.22 43.51 5.12 + 2.8 2.21 65.3 44.4 + 2.8 2.21 79.49 50.77 + 2.8 2.21 93.56 59.89 + 2.8 2.21 107.2 45.23 5.116 + 2.8 2.21 120.7 51.05 + 2.8 2.21 133.4 50.64 + 2.8 2.21 145.5 46.39 + 2.8 2.21 155.6 47.23 2.375 + 2.8 2.21 166.1 47.53 + 2.8 2.57 23.87 24.54 3.062 + 2.8 2.57 38.04 33.14 + 2.8 2.57 65.34 41.17 + 2.8 2.57 79.8 35.03 2.691 + 2.8 2.57 93.52 29.43 + 2.8 2.57 107.6 31.2 + 2.8 2.57 119.8 28.28 + 2.8 2.57 133.6 27.35 + 2.8 2.57 146.1 26.23 + 2.8 2.57 156. 23.28 2.695 + 2.8 2.57 160.9 19.74 + 2.8 2.57 166. 20.33 + 2.8 2.97 24.06 31.18 + 2.8 2.97 29.65 28.68 + 2.8 2.97 38.71 39.52 2.917 + 2.8 2.97 50.73 40.56 + 2.8 2.97 79.37 20.46 + 2.8 2.97 93.08 16.23 3.091 + 2.8 2.97 106.7 22.2 + 2.8 2.97 120.9 25.07 + 2.8 2.97 133.5 20.1 + 2.8 2.97 145.9 22.05 + 2.8 2.97 160.1 14.19 + 2.8 2.97 165.4 9.506 2.913 + 2.8 2.97 170.2 8.099 + 2.8 3.06 22.66 96.43 + 2.8 3.06 29.61 87.09 3.987 + 2.8 3.06 38.24 72.69 + 2.8 3.06 51.04 70.3 + 2.8 3.06 64.7 57.05 + 2.8 3.06 79.1 51.24 3.802 + 2.8 3.06 93.28 42.34 + 2.8 3.06 107.4 35.26 + 2.8 3.06 120.3 22.54 + 2.8 3.06 133.7 22.15 + 2.8 3.06 145. 21.92 + 2.8 3.06 155.5 20.77 2.354 + 2.8 3.06 160.6 21.01 + 3. 0. 21.68 15.69 + 3. 0. 23.43 16.33 + 3. 0. 29.86 17.37 2.546 + 3. 0. 37.79 17.86 + 3. 0. 51.29 20.93 + 3. 0. 64.22 17.82 2.09 + 3. 0. 79.14 16.8 + 3. 0. 93.26 16.78 + 3. 0. 106. 15.76 + 3. 0. 120.2 19.74 + 3. 0. 133.8 16.72 + 3. 0. 145.6 14.69 + 3. 0. 155.4 9.829 2.365 + 3. 0. 160.6 7.765 + 3. 0.58 21.21 38.85 + 3. 0.58 24.13 37.98 6.348 + 3. 0.58 29.66 26.98 + 3. 0.58 37.19 27.43 + 3. 0.58 50.28 39.92 + 3. 0.58 77.84 50.4 7.082 + 3. 0.58 91.99 39.86 + 3. 0.58 106.2 36.03 + 3. 0.58 119.7 24.21 5.804 + 3. 0.58 132.9 33.26 + 3. 0.58 144.4 56.98 + 3. 0.58 154.6 70.16 + 3. 0.58 159.3 85.28 4.539 + 3. 0.58 164.8 91.88 + 3. 0.65 24.17 44.96 + 3. 0.65 30.45 43.26 2.455 + 3. 0.65 38.4 33.38 + 3. 0.65 50.58 25.17 + 3. 0.65 64.18 12.14 + 3. 0.65 64.73 9.502 + 3. 0.65 78.22 3.29 2.183 + 3. 0.65 92.49 6.445 + 3. 0.65 120.3 2.933 + 3. 0.65 133.6 9.355 3.909 + 3. 0.65 145.7 6.955 + 3. 0.65 155.9 16.36 + 3. 0.65 160.9 17.75 2.546 + 3. 0.65 165.4 15.41 + 3. 0.89 22.56 18.89 + 3. 0.89 30.45 15.03 3.631 + 3. 0.89 37.13 23.52 + 3. 0.89 50.13 18.61 + 3. 0.89 64.26 13.06 + 3. 0.89 91.94 18.96 + 3. 0.89 106. 14.05 + 3. 0.89 120.2 18.59 + 3. 0.89 139.8 11.99 + 3. 0.89 160.4 14.12 + 3. 0.89 165.5 8.704 + 3. 1.52 21.46 11.52 + 3. 1.52 24.03 11.09 1.454 + 3. 1.52 30.31 9.491 + 3. 1.52 39.09 8.093 + 3. 1.52 51.46 14.16 + 3. 1.52 64.26 12.25 1.906 + 3. 1.52 77.96 12.15 + 3. 1.52 92.33 16.23 + 3. 1.52 105.5 21.13 2.455 + 3. 1.52 120.7 16.77 + 3. 1.52 133.4 20.21 + 3. 1.52 146. 20.2 + 3. 1.52 155.6 17.54 2.271 + 3. 2.21 20.96 23.98 + 3. 2.21 24.79 19.09 4.751 + 3. 2.21 29.89 18.41 + 3. 2.21 39.15 30.03 + 3. 2.21 51.37 31.81 + 3. 2.21 64.14 37.8 + 3. 2.21 78.94 38.52 3.837 + 3. 2.21 93.33 48.55 + 3. 2.21 106.6 60.58 + 3. 2.21 120.4 66.95 4.942 + 3. 2.21 133.8 74.05 + 3. 2.21 133.8 66. + 3. 2.21 145.5 71.25 + 3. 2.21 156.1 78.68 + 3. 2.21 160. 79.82 2.558 + 3. 2.21 166.5 88.85 + 3. 2.57 22.62 60.83 + 3. 2.57 24.08 52.58 4.859 + 3. 2.57 30.98 36.48 + 3. 2.57 51.22 14.95 + 3. 2.57 64.92 9.707 + 3. 2.57 79.17 8.424 2.875 + 3. 2.57 93.36 16.67 + 3. 2.57 108.2 42.17 + 3. 2.57 122.5 55.81 + 3. 2.57 134.6 62.77 + 3. 2.57 146.1 90.22 + 3. 2.57 157.3 92.13 3.23 + 3. 2.57 161.8 88.77 + 3. 2.57 166.9 89.36 + 3. 2.97 21.85 57.93 3.459 + 3. 2.97 24.72 67.98 + 3. 2.97 37.73 80.49 + 3. 2.97 52. 80.28 + 3. 2.97 65.11 90.43 + 3. 2.97 80.06 100.4 + 3. 2.97 93.86 85.26 7.468 + 3. 2.97 108.1 50.99 + 3. 2.97 119.7 36.17 + 3. 2.97 133.4 32.85 4.916 + 3. 2.97 145.5 32.07 + 3. 2.97 155.6 25.25 + 3. 2.97 160.3 27.3 + 3. 2.97 165.7 21.35 + 3. 3.06 21.81 67.25 + 3. 3.06 24.94 70.19 2.901 + 3. 3.06 30.27 72.6 + 3. 3.06 38.16 74.5 + 3. 3.06 65.02 65.93 3.806 + 3. 3.06 80.13 60.49 + 3. 3.06 93.37 56.47 4.703 + 3. 3.06 107.3 52.46 + 3. 3.06 120.6 39.39 + 3. 3.06 132.8 25.76 + 3. 3.06 145.5 18.48 + 3. 3.06 160.3 19.19 + 3. 3.06 165.6 21.97 3.444 + 3. 3.94 22.7 166.7 + 3. 3.94 24.78 121.3 8.723 + 3. 3.94 30.12 110.8 + 3. 3.94 50.76 102.2 + 3. 3.94 64.84 93.03 5.088 + 3. 3.94 79.21 87.16 + 3. 3.94 92.95 110.4 + 3. 3.94 106.9 125.9 + 3. 3.94 120.6 164.4 + 3. 3.94 134. 189.8 + 3. 3.94 146.3 226.1 3.635 + 3. 3.94 155.5 225.2 + 3. 3.94 161.8 220.2 ENDDATA 244 ENDSUBENT 260 ENDENTRY 5 diff --git a/exforall/F08/F0854.x4 b/exforall/F08/F0854.x4 index 70198a063..e73a44146 100644 --- a/exforall/F08/F0854.x4 +++ b/exforall/F08/F0854.x4 @@ -1,7 +1,7 @@ -ENTRY F0854 20071012 20080305 20080214 F029 -SUBENT F0854001 20071012 20080305 20080214 F029 -BIB 11 23 -TITLE Distributions of i13/2 transfer strength in (tay,a)- +ENTRY F0854 20111208 20120207 20120113 F043 +SUBENT F0854001 20111208 20120207 20120113 F043 +BIB 11 26 +TITLE Distributions of i13/2 transfer strength in (tau,a)- induced population of odd-A platinum isotopes. AUTHOR (T.F.Thorsteinsen,J.S.Vaagen,G.Lovhoiden,N.Blasi, M.N.Harakeh,S.Y.Van Der Werf) @@ -24,13 +24,16 @@ ERR-ANALYS Absolute cross sections were in error by 10% due to normalization procedure but the relative errors are much smaller. HISTORY (20070905C) -ENDBIB 23 + (20111208A) REACTION records in subentries 006-009 were + corrected. Data headings were changed. Duplicated + records in subentry 007 were removed. +ENDBIB 26 COMMON 1 3 EN-RSL-FW KEV 35. ENDCOMMON 3 -ENDSUBENT 30 +ENDSUBENT 33 SUBENT F0854002 20071012 20080305 20080214 F029 BIB 3 10 REACTION (78-PT-192(HE3,A)78-PT-191,PAR,DA) @@ -1012,18 +1015,18 @@ KEV ADEG MB/SR MB/SR 2.1430E+3 45.634 3.1895E-2 ENDDATA 255 ENDSUBENT 270 -SUBENT F0854006 20071012 20080305 20080214 F029 +SUBENT F0854006 20111208 20120207 20120113 F043 BIB 2 2 -REACTION (78-PT-192(HE3,A)78-PT-191,,DA) +REACTION (78-PT-192(HE3,A)78-PT-191,PAR,DA) STATUS (TABLE) Tbl.1 ENDBIB 2 -COMMON 1 3 -ANG -ADEG -20. +COMMON 2 3 +ANG EN +ADEG MEV + 20. 50. ENDCOMMON 3 DATA 2 9 -EN DATA +E-LVL DATA KEV MU-B/SR 26. 373. 149. 2.0690E+3 @@ -1036,36 +1039,27 @@ KEV MU-B/SR 1.1940E+3 238. ENDDATA 11 ENDSUBENT 22 -SUBENT F0854007 20071012 20080305 20080214 F029 +SUBENT F0854007 20111208 20120207 20120113 F043 BIB 2 2 -REACTION (78-PT-192(HE3,A)78-PT-191,,DA) +REACTION (78-PT-194(HE3,A)78-PT-193,PAR,DA) STATUS (TABLE) Tbl.2 ENDBIB 2 -COMMON 1 3 -ANG -ADEG -20. +COMMON 2 3 +ANG EN +ADEG MEV + 20. 50. ENDCOMMON 3 -DATA 2 28 -EN DATA +DATA 2 19 +E-LVL DATA KEV MU-B/SR - 15. 344. - 15. 344. + 15. 344. 150. 1.8700E+3 - 150. 1.8700E+3 - 331. 331. 331. 331. 420. 247. - 420. 247. - 484. 57. 484. 57. 592. 268. - 592. 268. - 667. 219. 667. 219. 732. 110. - 732. 110. - 819. 70. 819. 70. 1.0210E+3 460. 1.0950E+3 57. @@ -1077,20 +1071,20 @@ KEV MU-B/SR 1.7740E+3 146. 1.9130E+3 232. 2.2370E+3 292. -ENDDATA 30 -ENDSUBENT 41 -SUBENT F0854008 20071012 20080305 20080214 F029 +ENDDATA 21 +ENDSUBENT 32 +SUBENT F0854008 20111208 20120207 20120113 F043 BIB 2 2 -REACTION (78-PT-195(HE3,A)78-PT-194,,DA) +REACTION (78-PT-196(HE3,A)78-PT-195,PAR,DA) STATUS (TABLE) Tbl.3 ENDBIB 2 -COMMON 1 3 -ANG -ADEG -20. +COMMON 2 3 +ANG EN +ADEG MEV + 20. 50. ENDCOMMON 3 DATA 2 20 -EN DATA +E-LVL DATA KEV MU-B/SR 131. 299. 259. 1.5770E+3 @@ -1114,18 +1108,18 @@ KEV MU-B/SR 2.4370E+3 253. ENDDATA 22 ENDSUBENT 33 -SUBENT F0854009 20071012 20080305 20080214 F029 +SUBENT F0854009 20111208 20120207 20120113 F043 BIB 2 2 -REACTION (78-PT-197(HE3,A)78-PT-196,,DA) +REACTION (78-PT-198(HE3,A)78-PT-197,PAR,DA) STATUS (TABLE) Tbl.4 ENDBIB 2 -COMMON 1 3 -ANG -ADEG -20. +COMMON 2 3 +ANG EN +ADEG MEV + 20. 50. ENDCOMMON 3 DATA 2 20 -EN DATA +E-LVL DATA KEV MU-B/SR 58. 273. 302. 22. diff --git a/exforall/F09/F0907.x4 b/exforall/F09/F0907.x4 index 83551eb70..a5db80e5d 100644 --- a/exforall/F09/F0907.x4 +++ b/exforall/F09/F0907.x4 @@ -1,185 +1,24 @@ -ENTRY F0907 20080505 20080710 20080516 F031 -SUBENT F0907001 20080505 20080710 20080516 F031 -BIB 12 34 +ENTRY F0907 20111208 20120207 20120113 F043 +SUBENT F0907001 20111208 20120207 20120113 F043 +BIB 6 10 TITLE 166 MeV elastic and inelastic alpha-particle scattering; macroscopic and microscopic analysis. AUTHOR (B.Tatischeff,I.Brissaud) -INSTITUTE (2FR CSN) +INSTITUTE (2FR PAR) REFERENCE (J,NP/A,155,89,1970) (J,PL/B,30,324,1969) Data on elastic scattering are given. -FACILITY (SYNCY) -DETECTOR (TELES) The scattered alpha particles were counted by - three scintillation telescopes located in the image - plane of the magnet. Each telescope consisted of a - small plastic scintillator (40 mm high, 6 mm large) - in coincidence with a large scintillator situated - behind. This last detector was used with a - discriminator which eliminated the less ionizing - particles. -METHOD (BCINT) -MONITOR (2-HE-4(P,EL)2-HE-4,,DA) The cross sections were - normalized on the inverse reaction 4He(p,p)4He, - interpolated between the results obtained at 39.8 MeV - by Brussels et al. and at 55 MeV by Hayakawa et al. -MONIT-REF (,M.K.Brussels+,J,PR,106,286,1957) - (,S.Hayakawa,J,PL,8,330,1964) -SAMPLE The targets were set in the center of a scattering - chamber, which was connected to a magnetic spectrometer -ERR-ANALYS Absolute errors were about +-5% for angles larger than - 8% (lab) and +-10% for smaller angles. Absolute errors - for inelastic scattering may have been as great as - +-15% due to contamination from particles scattered by - other levels. - (EN-ERR) Energy error - (ANG-ERR-D) Angle digitizing error - (ERR-DIG) Data digitizing error +FACILITY (SYNCY,2FR PAR) HISTORY (20080326C) -ENDBIB 34 + (20111208D) Entry was deleted, see D0217. +ENDBIB 10 COMMON 4 3 EN EN-ERR EN-RSL ANG-RSL MEV MEV MEV ADEG 166. 0.4 1.4 0.7 ENDCOMMON 3 -ENDSUBENT 41 -SUBENT F0907002 20080505 20080710 20080516 F031 -BIB 3 5 -REACTION (6-C-12(A,INL)6-C-12,PAR,DA) -SAMPLE Polysterene (C-29.1 mg/cm2, H -2.4 mg/cm2) and - deuterated polyethylene (C-20.0 mg/cm2, D -6.6 mg/cm2) - were used as the targets. -STATUS (CURVE)Fig.4 -ENDBIB 5 -COMMON 2 3 -ANG-ERR-D ERR-DIG -ADEG PER-CENT - 0.14 0.011 -ENDCOMMON 3 -DATA 3 52 -E-LVL ANG-CM DATA-CM -MEV ADEG MB/SR - 4.43 3.1149 46.258 - 4.43 8.5601 52.539 - 4.43 13.906 40.079 - 4.43 16.481 22.983 - 4.43 19.373 27.289 - 4.43 21.942 18.141 - 4.43 24.624 12.766 - 4.43 27.522 13.225 - 4.43 29.973 9.0963 - 4.43 32.536 6.9311 - 4.43 35.225 4.2073 - 4.43 38.02 3.1699 - 4.43 40.11 2.9972 - 4.43 42.921 1.5874 - 4.43 45.609 0.96356 - 4.43 48.185 0.54629 - 4.43 50.525 0.33535 - 4.43 53.21 0.22042 - 4.43 55.667 0.13227 - 4.43 57.656 8.8918E-02 - 4.43 60.583 4.6036E-02 - 4.43 63.148 3.3139E-02 - 7.66 2.5143 24.464 - 7.66 5.2506 4.6563 - 7.66 8.457 12.396 - 7.66 10.691 5.9249 - 7.66 13.285 2.156 - 7.66 15.954 2.039 - 7.66 19.074 2.6517 - 7.66 21.67 0.92201 - 7.66 24.215 1.07 - 7.66 27.216 1.5067 - 7.66 29.447 0.77104 - 7.66 32.49 0.3992 - 7.66 35.154 0.42784 - 7.66 37.484 0.33728 - 7.66 40.056 0.2024 - 9.64 2.6808 7.2473 - 9.64 5.3443 7.9459 - 9.64 5.349 7.0919 - 9.64 10.882 15.934 - 9.64 13.317 15.95 - 9.64 16.133 7.2864 - 9.64 18.919 6.8134 - 9.64 21.705 6.3712 - 9.64 24.504 4.4329 - 9.64 26.964 2.4288 - 9.64 29.656 1.3615 - 9.64 32.337 0.96903 - 9.64 34.785 0.71357 - 9.64 37.593 0.39102 - 9.64 40.041 0.29456 -ENDDATA 54 -ENDSUBENT 68 -SUBENT F0907003 20080505 20080710 20080516 F031 -BIB 3 4 -REACTION (50-SN-0(A,INL)50-SN-0,PAR,DA) -SAMPLE The target was natural tin with the thickness of - 160.5 mg/cm2. -STATUS (CURVE)Fig.4 -ENDBIB 4 -COMMON 3 3 -E-LVL ANG-ERR-D ERR-DIG -MEV ADEG PER-CENT - 1.2 0.13 0.01 -ENDCOMMON 3 -DATA 2 15 -ANG-CM DATA-CM -ADEG MB/SR - 14.601 25.71 - 16.408 4.8561 - 18.607 5.4441 - 20.713 3.4223 - 26.888 1.6981 - 29.113 1.0086 - 31.092 0.83239 - 33.078 0.58608 - 35.176 0.44678 - 37.398 0.28731 - 39.497 0.21411 - 43.327 0.20261 - 45.657 0.15446 - 47.882 9.0716E-02 - 49.62 9.3919E-02 -ENDDATA 17 -ENDSUBENT 30 -SUBENT F0907004 20080505 20080710 20080516 F031 -BIB 3 4 -REACTION (14-SI-28(A,INL)14-SI-28,PAR,DA) -SAMPLE The target was natural silicon with the thickness of - 218.4 mg/cm2. -STATUS (CURVE)Fig.4 -ENDBIB 4 -COMMON 3 3 -E-LVL ANG-ERR-D ERR-DIG -MEV ADEG PER-CENT - 1.78 0.14 0.011 -ENDCOMMON 3 -DATA 2 21 -ANG-CM DATA-CM -ADEG MB/SR - 5.9038 214.49 - 11.103 24.986 - 13.965 57.444 - 16.202 26.811 - 18.199 15.359 - 20.734 21.885 - 23.072 14.54 - 25.417 8.1428 - 27.734 8.7273 - 29.597 7.2795 - 32.164 5.1787 - 34.61 4.0815 - 36.708 3.2532 - 39.275 2.2622 - 41.261 1.646 - 43.599 1.0812 - 46.054 0.71017 - 47.927 0.47712 - 50.045 0.23842 - 51.92 0.1548 - 54.381 8.8696E-02 -ENDDATA 23 -ENDSUBENT 36 +ENDSUBENT 17 +NOSUBENT F0907002 20111208 20120207 20120113 F043 +NOSUBENT F0907003 20111208 20120207 20120113 F043 +NOSUBENT F0907004 20111208 20120207 20120113 F043 ENDENTRY 4 diff --git a/exforall/F10/F1064.x4 b/exforall/F10/F1064.x4 new file mode 100644 index 000000000..00397206e --- /dev/null +++ b/exforall/F10/F1064.x4 @@ -0,0 +1,92 @@ +ENTRY F1064 20110316 20120207 20120113 F043 +SUBENT F1064001 20110316 20120207 20120113 F043 +BIB 8 11 +TITLE Levels of Ne-20 from radiative alpha capture in O-16. +AUTHOR (C.Van der Leun,D.M.Sheppard,P.J.M.Smulders) +INSTITUTE (2NEDUTR) +REFERENCE (J,PL,18,134,1965) + #doi:10.1016/0031-9163(65)90687-6 +DETECTOR (NAICR) Two 10*10 cm2 NaI crystals positioned close to + the target as possible (D=1 cm) at 90 degr. with + respect to the proton beam were used. +SAMPLE The natural SiO2 target was used. +METHOD (GSPEC) +HISTORY (20110316C) +ENDBIB 11 +NOCOMMON 0 0 +ENDSUBENT 14 +SUBENT F1064002 20110316 20120207 20120113 F043 +BIB 4 5 +REACTION (8-O-16(A,G)10-NE-20,PAR,DA,,REL) +COMMENT Data are given in counts/1670 mu-C. +ERR-ANALYS (EN-ERR-DIG) Energy digitizing error + (ERR-DIG) Data digitizing error +STATUS (CURVE) Fig.1 +ENDBIB 5 +COMMON 4 3 +ANG E-LVL EN-ERR-DIG ERR-DIG +ADEG MEV MEV ARB-UNITS + 90. 1.63 0.0009 0.7639 +ENDCOMMON 3 +DATA 2 40 +EN DATA +MEV ARB-UNITS + 1.0724 9.0799 + 1.0809 19.897 + 1.0871 12.391 + 1.1001 13.54 + 1.1034 28.636 + 1.1113 15.755 + 1.1147 26.005 + 1.1191 80.958 + 1.1235 73.981 + 1.1272 58.923 + 1.1358 67.048 + 1.142 56.311 + 1.1512 78.441 + 1.156 51.541 + 1.1655 55.901 + 1.1744 36.025 + 1.1804 44.135 + 1.1892 35.029 + 1.1952 41.524 + 1.2046 51.807 + 1.2211 48.128 + 1.2356 63.824 + 1.2498 41.284 + 1.2671 51.071 + 1.2802 44.142 + 1.2949 44.762 + 1.3094 62.612 + 1.319 57.818 + 1.3255 337.34 + 1.3297 345.98 + 1.3372 306.17 + 1.3425 298.66 + 1.3513 168.93 + 1.3578 137.73 + 1.3656 140.47 + 1.3726 137.81 + 1.3903 114.75 + 1.4038 136.37 + 1.4191 98.754 + 1.4371 119.32 +ENDDATA 42 +ENDSUBENT 56 +SUBENT F1064003 20110316 20120207 20120113 F043 +BIB 3 4 +REACTION 1(8-O-16(A,G),,WID/STR,,RG) + 2(8-O-16(A,G),,WID) +ERR-ANALYS (DATA-ERR) Error in resonance strength definition +STATUS (TABLE) Tbl.1 +ENDBIB 4 +NOCOMMON 0 0 +DATA 5 3 +EN-RES EN-RES-ERR DATA 1DATA-ERR 1DATA 2 +KEV KEV MEV MEV MEV + 1.116E+03 4. 1.4 0.4 0.2 + 1.319E+03 3. 12. 3. 4.0 + 2.490E+03 8. 33. 15. 33. +ENDDATA 5 +ENDSUBENT 14 +ENDENTRY 3 diff --git a/exforall/F10/F1078.x4 b/exforall/F10/F1078.x4 new file mode 100644 index 000000000..54781bf08 --- /dev/null +++ b/exforall/F10/F1078.x4 @@ -0,0 +1,93 @@ +ENTRY F1078 20110212 20120207 20120113 F043 +SUBENT F1078001 20110212 20120207 20120113 F043 +BIB 12 31 +TITLE The C-13(d,g0)N-15 reaction around Eexc=17.7 MeV. +AUTHOR (W.Del Bianco,N.Marquardt,K.Farzine,H.V.Buttlar) +INSTITUTE (2GERBOC,1CANMON) +REFERENCE (J,CJP,56,3,1978) +FACILITY (DYNAM,2GERBOC) Dynamitron Tandem accelerator. +SAMPLE The 13C target had a thickness of approximately 500 + mu-g/cm**2 and was prepared by cracking 90% enriched + acetylene on a tantalum disc. The energy loss in the + target amounted to 160 and 65 keV at the deuteron + energies Ed=1.2 and 4.2 MeV, respectively. +DETECTOR (NAICR) A 25.4 cm long and 25.4 cm diameter NaI(Tl) + crystal spectrometer was used. Its axis formed a 95 + degree angle with the deuteron beam. The NaI crystal + was collimated and surrounded by a 10 cm thick lead + shield and a 40 cm paraffin layer to minimize + back-ground radiation. +METHOD (GSPEC) +MONITOR (6-C-13(D,G)7-N-15,PAR,DA) The gamma-ray yield was + normalized to the differential cross section of + Del Bianco et al. in the deuteron energy range Ed=2.9 + to 4.2 MeV. The normalization factor was then used to + determine the absolute yield below Ed=2.9 Mev. +MONIT-REF (F1071002,W.Del Bianco+,J,NP/A,270,45,1976) +ERR-ANALYS (ERR-1) The error due to the normalization procedure + (ERR-2) Absolute error in the yield curve of + Del Bianco et al. which is mainly to be attributed to + the calibration of the gamma ray spectrometer. + (DATA-ERR) Statistical error and the error resulting + from the procedure used to unfold the gamma ray + spectrum by a least-squares-fit method. +HISTORY (20110212C) +ENDBIB 31 +COMMON 4 3 +ANG ERR-1 +ERR-2 -ERR-2 +ADEG PER-CENT PER-CENT PER-CENT + 90. 18. 36. 26. +ENDCOMMON 3 +ENDSUBENT 38 +SUBENT F1078002 20100901 20120207 20120113 F043 +BIB 2 2 +REACTION (6-C-13(D,G)7-N-15,PAR,DA) +STATUS (CURVE) Fig. 1 +ENDBIB 2 +COMMON 3 3 +EN-ERR-DIG ERR-DIG E-LVL +MEV MU-B/SR MEV + 0.0006 0.0053 0. +ENDCOMMON 3 +DATA 3 24 +EN DATA DATA-ERR +MEV MU-B/SR MU-B/SR + 1.0833 0.51674 0.14516 + 1.1963 1.7749 0.21774 + 1.2976 1.9202 0.20565 + 1.4048 2.4768 0.24189 + 1.512 2.8882 0.27823 + 1.6073 3.5537 0.3752 + 1.7205 3.82 0.375 + 1.8278 3.8443 0.3871 + 1.9235 3.1186 0.32662 + 2.0251 2.5744 0.26613 + 2.1207 1.9334 0.20565 + 2.2162 1.6432 0.14517 + 2.3355 1.7038 0.18134 + 2.5263 1.8613 0.21761 + 2.7292 1.3051 0.16935 + 2.938 1.3054 0.16938 + 3.1349 0.979 0.16952 + 3.2362 1.2332 0.15726 + 3.3376 1.2817 0.18145 + 3.5405 0.82226 0.20565 + 3.6537 1.149 0.22984 + 3.7552 0.72575 0.16935 + 3.9521 0.66552 0.14516 + 4.1549 0.569 0.16962 +ENDDATA 26 +ENDSUBENT 37 +SUBENT F1078003 20100901 20120207 20120113 F043 +BIB 2 2 +REACTION (6-C-13(D,G),PAR,WID) +STATUS (TABLE) Text, p. 4 +ENDBIB 2 +NOCOMMON 0 0 +DATA 4 1 +E-LVL EN-RES EN-RES-ERR DATA +MEV MEV MEV MEV + 0. 1.74 0.04 0.70 +ENDDATA 3 +ENDSUBENT 10 +ENDENTRY 3 diff --git a/exforall/F10/F1096.x4 b/exforall/F10/F1096.x4 new file mode 100644 index 000000000..fae789839 --- /dev/null +++ b/exforall/F10/F1096.x4 @@ -0,0 +1,213 @@ +ENTRY F1096 20111202 20120207 20120113 F043 +SUBENT F1096001 20111202 20120207 20120113 F043 +BIB 10 17 +TITLE Scattering of protons on K-39. +AUTHOR (S.S.Vasilev,Yu.A.Vorobev,A.S.Demyanova, + T.N.Mikhaleva,D.L.Chuprunov) +INSTITUTE (4RUSMOS) +REFERENCE (J,IZV,32,2013,1968) + (J,BAS,32,1852,1969) English translation +FACILITY (CYCLO,4RUSMOS) +DETECTOR (SPEC) Multichannel scintillation spectrometer placed + at 90 degrees (lab. system) to the incident beam. +INC-SOURCE Energy spread was approximately 6 keV. +SAMPLE Metallic K targets (K-39 - 93.1%; K-41 -6.9%) of + 0.4 mg/cm**2 thickness, vacuum evaporated into organic + foil were used. +ERR-ANALYS (EN-ERR-DIG) Energy digitizing error + (ERR-DIG) Data digitizing error + (DATA-ERR) Error from graphic bars +HISTORY (20111202C) +ENDBIB 17 +COMMON 1 3 +ANG +ADEG + 90. +ENDCOMMON 3 +ENDSUBENT 24 +SUBENT F1096002 20111202 20120207 20120113 F043 +BIB 3 3 +REACTION (19-K-39(P,EL)19-K-39,,DA,,REL) +COMMENT No explanation of relative units is given +STATUS (CURVE) Fig.2(a) +ENDBIB 3 +COMMON 2 3 +EN-ERR-DIG ERR-DIG +MEV ARB-UNITS + 0.0017 0.012 +ENDCOMMON 3 +DATA 3 46 +EN DATA DATA-ERR +MEV ARB-UNITS ARB-UNITS + 6.2821 3.3382 + 6.2915 2.8410 + 6.3009 2.5651 + 6.3102 2.4412 + 6.3220 2.4557 + 6.3312 2.5391 + 6.3416 2.7885 + 6.3498 2.1254 + 6.3603 2.0984 + 6.3695 2.2510 + 6.3814 2.0581 + 6.3906 2.1139 + 6.4011 2.1974 + 6.4103 2.1427 + 6.4221 2.2401 + 6.4313 2.3097 + 6.4418 2.3794 + 6.4509 2.5044 + 6.4627 2.7124 0.11059 + 6.4707 2.4640 + 6.4814 2.1467 + 6.4907 1.9951 + 6.5026 1.8437 + 6.5118 1.8442 + 6.5210 1.8724 + 6.5328 1.8316 + 6.5408 1.7353 + 6.5514 1.6529 + 6.5606 1.5843 + 6.5697 1.7369 + 6.5828 1.9865 + 6.5919 2.0561 + 6.6011 2.0843 + 6.6117 2.0849 + 6.6209 2.0301 + 6.6316 1.7404 0.11059 + 6.6418 2.2525 + 6.6512 1.9903 + 6.6603 2.1844 + 6.6709 2.1297 + 6.6802 1.7984 + 6.6921 1.7991 + 6.7013 1.8272 + 6.7105 1.8831 + 6.7196 1.9389 + 6.7301 2.0086 +ENDDATA 48 +ENDSUBENT 60 +SUBENT F1096003 20111202 20120207 20120113 F043 +BIB 3 3 +REACTION (19-K-39(P,INL)19-K-39,PAR,DA,,REL) +COMMENT No explanation of relative units is given +STATUS (CURVE) Fig.2(b) +ENDBIB 3 +COMMON 3 3 +E-LVL EN-ERR-DIG ERR-DIG +KEV MEV ARB-UNITS + 2526. 0.0051 0.0059 +ENDCOMMON 3 +DATA 3 45 +EN DATA DATA-ERR +MEV ARB-UNITS ARB-UNITS + 6.2786 5.0790 + 6.2881 4.1448 + 6.2990 3.9870 + 6.3085 3.6317 + 6.3181 3.3949 + 6.3289 3.3423 + 6.3398 3.6187 + 6.3493 3.4740 + 6.3589 3.3029 + 6.3684 3.0135 + 6.3779 2.5793 + 6.3902 2.9609 + 6.4092 2.9741 + 6.4215 2.8952 + 6.4310 2.9084 + 6.4391 2.9742 + 6.4500 2.8953 + 6.4596 2.8164 + 6.4704 3.1453 + 6.4799 3.3954 + 6.4922 3.4086 + 6.5004 2.7112 + 6.5113 2.7639 + 6.5221 3.0271 + 6.5303 2.5666 + 6.5412 2.0666 + 6.5507 2.1850 + 6.5602 2.4087 + 6.5711 2.6193 + 6.5820 2.7509 + 6.5902 2.0273 + 6.6011 2.0668 + 6.6024 1.9220 + 6.6106 2.1457 + 6.6215 2.6852 + 6.6323 3.3695 0.27632 + 6.6432 3.0274 + 6.6514 3.2116 + 6.6636 2.1064 0.22368 + 6.6718 2.4617 + 6.6827 2.0801 + 6.6936 2.1591 + 6.7031 2.3697 + 6.7140 2.6855 + 6.7235 2.7513 +ENDDATA 47 +ENDSUBENT 59 +SUBENT F1096004 20111202 20120207 20120113 F043 +BIB 3 3 +REACTION (19-K-39(P,INL)19-K-39,PAR,DA,,REL) +COMMENT No explanation of relative units is given +STATUS (CURVE) Fig.2(c) +ENDBIB 3 +COMMON 3 3 +E-LVL EN-ERR-DIG ERR-DIG +KEV MEV ARB-UNITS + 3603. 0.0008 0.0042 +ENDCOMMON 3 +DATA 3 46 +EN DATA DATA-ERR +MEV ARB-UNITS ARB-UNITS + 6.2796 2.3339 + 6.2900 1.8629 + 6.3003 1.5642 + 6.3104 2.1391 + 6.3217 2.6106 + 6.3320 2.7602 + 6.3400 2.3696 + 6.3525 2.3698 + 6.3628 2.2436 + 6.3720 1.8185 + 6.3812 1.4968 + 6.3903 1.5200 + 6.4005 1.7386 + 6.4118 2.1986 + 6.4231 2.6126 + 6.4333 2.9691 + 6.4435 3.2796 + 6.4538 3.0844 + 6.4642 2.5674 + 6.4734 2.1078 + 6.4814 1.8666 + 6.4917 1.7978 + 6.5019 1.9704 + 6.5133 2.1201 + 6.5235 2.2582 + 6.5349 2.4768 + 6.5429 2.3620 + 6.5531 2.2358 + 6.5645 2.3280 + 6.5726 1.8684 + 6.5829 1.6961 + 6.5931 2.0527 + 6.6033 2.1678 + 6.6135 2.2715 + 6.6237 2.5015 + 6.6351 2.7546 0.19540 + 6.6432 1.9387 0.18391 + 6.6534 2.1803 + 6.6636 2.4678 + 6.6750 2.5485 + 6.6830 2.4567 + 6.6922 2.1121 + 6.7025 2.0088 + 6.7127 2.0895 + 6.7230 2.1012 + 6.7333 1.8485 +ENDDATA 48 +ENDSUBENT 60 +ENDENTRY 4 diff --git a/exforall/F11/F1103.x4 b/exforall/F11/F1103.x4 new file mode 100644 index 000000000..8ceab9f12 --- /dev/null +++ b/exforall/F11/F1103.x4 @@ -0,0 +1,393 @@ +ENTRY F1103 20110112 20120207 20120113 F043 +SUBENT F1103001 20110112 20120207 20120113 F043 +BIB 10 40 +TITLE O-16 + O-16 elastic scattering. +AUTHOR (P.G.Roll,E.Newman,F.E.Steigert) +INSTITUTE (1USAYAL) +REFERENCE (J,NP,29,544,1962) + #doi:10.1016/0029-5582(62)90208-0 +FACILITY (LINAC,1USAYAL) +DETECTOR (NAICR) The detector consisted of a 13 mm diameter by + 1 mm Nal crystal mounted on a 6292 photomultiplier + tube. + (CSICR) A small monitor counter was inserted in the + side of the chamber to count reaction products + produced in the solid angle. This counter consists of + a 13 mm diameter by 2 mm Csl crystal shielded with a + 2.5 mu-m aluminium foil and mounted on a 6467 + photomultiplier tube. +SAMPLE U.S.P. grade tank oxygen, guaranteed better than 99 % + pure, was used as a target. To lessen any possibility + of contamination, the gas was flowed through the + chamber at the rate of a few cubic centimeters per + minute. The pressure was set at about 50 mm Hg, + controlled to 1 % with a Manostat pressure regulator, + and measured to better than 1 % with a Wallace and + Tiernan precision mechanical gauge. +METHOD (BCINT) + (PHD) +ERR-ANALYS (ERR-SYS) Total absolute error + (ERR-S) Total relative error + (ANG-ERR) Angle error + (ERR-1) Error of counting statistics + (ERR-2) Error of dead time + (ERR-3) Error of background + (ERR-4) Geometrical correction + (ERR-5) Error of slit edge scattering + (ERR-6) Error at multiple scattering + (ERR-7) Error of target density + (ERR-8) Error of beam energy + (ERR-9) Error of beam current + (ANG-ERR-D) Angle digitizing error + (ERR-DIG) Data digitizing error +HISTORY (20110112C) +ENDBIB 40 +COMMON 12 6 +ERR-SYS ERR-S ANG-ERR ERR-1 ERR-2 ERR-3 +ERR-4 ERR-5 ERR-6 ERR-7 ERR-8 ERR-9 +PER-CENT PER-CENT AMIN PER-CENT PER-CENT PER-CENT +PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT + 15. 4. 1. 2. 0.3 0.2 + 4. 0.2 2. 1. 1. 1.5 +ENDCOMMON 6 +ENDSUBENT 50 +SUBENT F1103002 20110112 20120207 20120113 F043 +BIB 4 4 +REACTION (8-O-16(8-O-16,EL)8-O-16,,DA,,REL) +COMMENT No explanation of relative units is given. +METHOD (EDEG) +STATUS (CURVE) Fig.5 +ENDBIB 4 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG PER-CENT + 0.0106 0.0083 +ENDCOMMON 3 +DATA 3 63 +EN ANG DATA +MEV/A ADEG ARB-UNITS + 5.66 4.2891 3.462E+05 + 5.66 4.6285 2.441E+05 + 5.66 4.9878 1.853E+05 + 5.66 5.3072 1.406E+05 + 5.66 5.5667 1.17E+05 + 5.66 5.6266 1.128E+05 + 5.66 5.8362 9.917E+04 + 5.66 5.9161 9.559E+04 + 5.66 6.0159 9.047E+04 + 5.66 6.0757 8.72E+04 + 5.66 6.3053 7.256E+04 + 5.66 6.3452 6.994E+04 + 5.66 6.5748 6.15E+04 + 5.66 6.6347 5.82E+04 + 5.66 6.974 4.583E+04 + 5.66 7.3034 3.885E+04 + 5.66 7.6427 3.354E+04 + 5.66 7.982 2.74E+04 + 5.66 8.3014 2.281E+04 + 5.66 8.6307 1.969E+04 + 5.66 8.98 1.764E+04 + 5.66 9.2994 1.468E+04 + 5.66 9.6387 1.222E+04 + 5.66 9.978 1.055E+04 + 7.37 3.7819 1.188E+05 + 7.37 4.1213 6.776E+04 + 7.37 4.4607 5.072E+04 + 7.37 4.7901 3.405E+04 + 7.37 5.1295 2.37E+04 + 7.37 5.4589 1.453E+04 + 7.37 5.9081 8.753E+03 + 7.37 5.968 7.995E+03 + 7.37 5.9879 9.243E+03 + 7.37 6.0378 8.142E+03 + 7.37 6.0478 7.171E+03 + 7.37 6.1177 7.043E+03 + 7.37 6.1277 6.092E+03 + 7.37 6.2774 5.667E+03 + 7.37 6.4272 4.478E+03 + 7.37 6.497 4.319E+03 + 7.37 6.5469 4.241E+03 + 7.37 6.7466 3.475E+03 + 7.37 6.7765 3.174E+03 + 7.37 6.9661 3.007E+03 + 7.37 6.9961 2.697E+03 + 7.37 7.0959 2.419E+03 + 7.37 7.4252 2.211E+03 + 7.37 7.525 2.211E+03 + 7.37 7.7845 1.685E+03 + 7.37 8.024 1.485E+03 + 7.37 8.1338 1.332E+03 + 7.37 8.3035 1.072E+03 + 7.37 8.5132 759.45 + 7.37 8.7527 589.37 + 7.37 8.7927 548.16 + 7.37 9.0023 449.16 + 7.37 9.2518 381.65 + 7.37 9.2718 348.58 + 7.37 9.5013 355.06 + 7.37 9.7806 375.03 + 7.37 10.01 348.89 + 7.37 10.379 330.56 + 7.37 10.709 280.9 +ENDDATA 65 +ENDSUBENT 78 +SUBENT F1103003 20110112 20120207 20120113 F043 +BIB 2 2 +REACTION (8-O-16(8-O-16,EL)8-O-16,,DA) +STATUS (CURVE) Fig.5 +ENDBIB 2 +COMMON 3 3 +EN ANG-ERR-D ERR-DIG +MEV/A ADEG PER-CENT + 9.65 0.0134 0.0132 +ENDCOMMON 3 +DATA 2 54 +ANG DATA +ADEG B/SR + 1.9822 4.413E+03 + 2.3318 2.457E+03 + 2.4219 1.735E+03 + 2.4619 1.527E+03 + 2.4917 1.736E+03 + 2.5717 1.445E+03 + 2.5717 1.319E+03 + 2.6916 1.182E+03 + 2.8214 1.04E+03 + 2.8515 850.13 + 2.8913 949.02 + 2.9912 748.06 + 3.0312 658.08 + 3.1711 500.11 + 3.311 408.96 + 3.331 373.18 + 3.5008 299.65 + 3.6806 215.56 + 3.9802 144.15 + 4.0202 133.98 + 4.23 92.921 + 4.3197 109.6 + 4.3298 89.599 + 4.4896 73.273 + 4.6693 63.311 + 4.7493 54.689 + 4.969 40.815 + 5.0489 34.617 + 5.2388 24.007 + 5.4885 16.349 + 5.7481 12.429 + 5.848 11.343 + 5.9977 10.741 + 6.0377 9.8013 + 6.1675 8.4677 + 6.1774 9.4519 + 6.2174 8.4687 + 6.4968 7.8757 + 6.7463 6.9319 + 6.8361 7.1922 + 6.9859 6.2139 + 7.0259 5.3672 + 7.1559 3.7905 + 7.2258 3.4593 + 7.4755 2.4438 + 7.7351 1.8921 + 7.9748 1.4382 + 8.0048 1.3124 + 8.1645 1.1763 + 8.4936 1.4139 + 8.8328 1.4679 + 9.172 1.6702 + 9.4915 1.2019 + 9.8414 0.50846 +ENDDATA 56 +ENDSUBENT 67 +SUBENT F1103004 20110112 20120207 20120113 F043 +BIB 2 2 +REACTION (8-O-16(8-O-16,EL)8-O-16,,DA,,RTH) +STATUS (CURVE) Fig.6 +ENDBIB 2 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG PER-CENT + 0.0132 0.0001 +ENDCOMMON 3 +DATA 3 175 +EN-CM ANG-CM DATA +MEV/A ADEG NO-DIM + 2.83 7.8412 1.7458 + 2.83 7.9998 1.699 + 2.83 8.1319 1.6534 + 2.83 8.2905 1.6237 + 2.83 8.4491 1.5801 + 2.83 8.5813 1.5377 + 2.83 8.7399 1.4965 + 2.83 8.8985 1.4563 + 2.83 9.0571 1.4172 + 2.83 9.1892 1.3918 + 2.83 9.3742 1.3544 + 2.83 9.5064 1.3181 + 2.83 9.665 1.2827 + 2.83 9.8236 1.2483 + 2.83 9.9822 1.2148 + 2.83 10.167 1.1823 + 2.83 10.326 1.1505 + 2.83 10.484 1.1197 + 2.83 10.643 1.0896 + 2.83 10.828 1.0508 + 2.83 11.039 1.0134 + 2.83 11.251 0.97732 + 2.83 11.436 0.9511 + 2.83 11.595 0.92559 + 2.83 11.753 0.90075 + 2.83 11.938 0.86868 + 2.83 12.123 0.83775 + 2.83 12.308 0.80791 + 2.83 12.493 0.7934 + 2.83 12.678 0.76515 + 2.83 12.863 0.74462 + 2.83 13.048 0.7181 + 2.83 13.26 0.69253 + 2.83 13.471 0.66787 + 2.83 13.683 0.64409 + 2.83 13.894 0.62681 + 2.83 14.079 0.60449 + 2.83 14.264 0.58827 + 2.83 14.449 0.56732 + 2.83 14.714 0.54218 + 2.83 15.031 0.51816 + 2.83 15.295 0.4952 + 2.83 15.559 0.47756 + 2.83 15.85 0.4564 + 2.83 16.114 0.44416 + 2.83 16.458 0.43224 + 2.83 16.828 0.42065 + 2.83 17.092 0.41685 + 2.83 17.489 0.42065 + 2.83 17.832 0.41309 + 2.83 18.123 0.39838 + 2.83 18.388 0.38073 + 2.83 18.625 0.36058 + 2.83 18.863 0.34149 + 2.83 19.101 0.3176 + 2.83 19.339 0.29272 + 2.83 19.524 0.27472 + 2.83 19.709 0.25783 + 2.83 19.894 0.23979 + 2.83 20.053 0.22505 + 2.83 20.238 0.20742 + 2.83 20.476 0.18944 + 2.83 20.661 0.17619 + 2.83 20.846 0.16386 + 3.68 6.2723 1.8082 + 3.68 6.4844 1.7276 + 3.68 6.6699 1.6505 + 3.68 6.882 1.5769 + 3.68 7.094 1.4928 + 3.68 7.3061 1.4262 + 3.68 7.5447 1.3626 + 3.68 7.7567 1.3018 + 3.68 7.9953 1.2325 + 3.68 8.2073 1.1775 + 3.68 8.4459 1.1249 + 3.68 8.6845 1.065 + 3.68 8.923 1.0082 + 3.68 9.2146 0.94584 + 3.68 9.4797 0.89543 + 3.68 9.7448 0.84771 + 3.68 9.9833 0.80254 + 3.68 10.248 0.76673 + 3.68 10.46 0.72587 + 3.68 10.726 0.68719 + 3.68 10.964 0.65057 + 3.68 11.282 0.61589 + 3.68 11.547 0.58307 + 3.68 11.839 0.54698 + 3.68 12.13 0.51783 + 3.68 12.422 0.49023 + 3.68 12.74 0.4641 + 3.68 13.032 0.43538 + 3.68 13.35 0.41595 + 3.68 13.668 0.39739 + 3.68 14.039 0.37279 + 3.68 14.41 0.35941 + 3.68 14.781 0.36268 + 3.68 15.179 0.37613 + 3.68 15.55 0.37611 + 3.68 15.895 0.35606 + 3.68 16.213 0.32501 + 3.68 16.425 0.30213 + 3.68 16.637 0.27328 + 3.68 16.849 0.24718 + 3.68 17.035 0.2277 + 3.68 17.22 0.20784 + 3.68 17.459 0.188 + 3.68 17.671 0.17476 + 3.68 17.936 0.16246 + 3.68 18.254 0.1524 + 3.68 18.572 0.14828 + 3.68 18.943 0.14827 + 3.68 19.235 0.15099 + 3.68 19.58 0.15948 + 3.68 19.924 0.17311 + 3.68 20.243 0.1862 + 3.68 20.534 0.19311 + 3.68 20.932 0.19135 + 3.68 21.277 0.18281 + 3.68 21.595 0.16994 + 3.68 21.833 0.15654 + 3.68 21.992 0.14685 + 4.82 3.4195 1.7317 + 4.82 3.6582 1.7318 + 4.82 3.8968 1.7319 + 4.82 4.162 1.7319 + 4.82 4.4801 1.7165 + 4.82 4.8249 1.6708 + 4.82 5.1696 1.6118 + 4.82 5.4613 1.5549 + 4.82 5.8061 1.4732 + 4.82 6.1508 1.3958 + 4.82 6.4691 1.3106 + 4.82 6.7608 1.2306 + 4.82 7.0526 1.1555 + 4.82 7.3443 1.0752 + 4.82 7.6626 0.99161 + 4.82 7.9809 0.9311 + 4.82 8.2726 0.87427 + 4.82 8.6174 0.80627 + 4.82 8.9091 0.75706 + 4.82 9.1743 0.71085 + 4.82 9.4926 0.65556 + 4.82 9.8109 0.60457 + 4.82 10.129 0.55255 + 4.82 10.421 0.50957 + 4.82 10.739 0.46993 + 4.82 11.057 0.42949 + 4.82 11.349 0.39254 + 4.82 11.694 0.36528 + 4.82 12.145 0.34609 + 4.82 12.649 0.35559 + 4.82 12.993 0.37874 + 4.82 13.55 0.38219 + 4.82 13.895 0.36211 + 4.82 14.16 0.33095 + 4.82 14.425 0.29177 + 4.82 14.638 0.26427 + 4.82 14.876 0.23722 + 4.82 15.142 0.21103 + 4.82 15.407 0.18773 + 4.82 15.778 0.17158 + 4.82 16.256 0.16853 + 4.82 16.733 0.18276 + 4.82 17.077 0.19642 + 4.82 17.448 0.2111 + 4.82 17.873 0.22484 + 4.82 18.376 0.21886 + 4.82 18.721 0.20003 + 4.82 18.96 0.17955 + 4.82 19.252 0.15688 + 4.82 19.411 0.13956 + 4.82 19.57 0.1264 + 4.82 19.729 0.11346 + 4.82 19.836 0.10558 +ENDDATA 177 +ENDSUBENT 188 +ENDENTRY 4 diff --git a/exforall/F11/F1104.x4 b/exforall/F11/F1104.x4 new file mode 100644 index 000000000..aa1e45077 --- /dev/null +++ b/exforall/F11/F1104.x4 @@ -0,0 +1,1227 @@ +ENTRY F1104 20110314 20120207 20120113 F043 +SUBENT F1104001 20110314 20120207 20120113 F043 +BIB 11 23 +TITLE Angular distributions of the protons from the + Mg-24(d,p)Mg-25 reaction measured with a multi-channel + magnetic spectrograph. +AUTHOR (R.Middleton,S.Hinds) +INSTITUTE (2UK ALD) +REFERENCE (J,NP,34,404,1962) + #doi:10.1016/0029-5582(62)90229-8 +FACILITY (VDGT,2UK ALD) +DETECTOR (MAGSP) The multi-channel magnetic spectrograph. + (PLATE) The 100 cm long nuclear plate was used. +METHOD (BCINT) +SAMPLE The targets, which ranged in thickness from about 15 to + 70 mu-g/cm2, were prepared by evaporating enriched + Mg-24 directly on thin carbon foils which had + previously been mounted on target frames. +COMMENT Absolute differential cross sections could not be + determined because of large uncertainties in the target + thicknesses. The same arbitrary units of cross + section has been used for all the angular + distributions. +ERR-ANALYS (ANG-ERR-D) Angle digitizing error + (ERR-DIG) Data digitizing error +HISTORY (20110314C) +ENDBIB 23 +COMMON 1 3 +EN +MEV + 10.10 +ENDCOMMON 3 +ENDSUBENT 30 +SUBENT F1104002 20110314 20120207 20120113 F043 +BIB 2 2 +REACTION (12-MG-24(D,P)12-MG-25,PAR,DA,,REL) +STATUS (CURVE) Fig.3,4,7 +ENDBIB 2 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG ARB-UNITS + 0.1849 0.0312 +ENDCOMMON 3 +DATA 3 112 +E-LVL ANG-CM DATA-CM +MEV ADEG ARB-UNITS + 0. 4.8931 27.936 + 0. 12.55 28.462 + 0. 20.475 40.194 + 0. 28.406 50.203 + 0. 36.693 45.384 + 0. 43.788 31.254 + 0. 51.785 21.78 + 0. 59.457 17.823 + 0. 67.435 14.038 + 0. 74.188 10.08 + 0. 82.779 6.1241 + 0. 89.835 3.2007 + 0. 94.734 3.8957 + 0. 103. 6.146 + 0. 110.04 7.3605 + 0. 118. 8.4036 + 0. 124.74 8.9281 + 0. 132.4 7.7295 + 0. 139.15 5.6679 + 0. 147.12 3.9524 + 0. 153.86 2.7528 + 0. 160.91 3.4501 + 0. 167.95 3.9749 + 0. 175.3 5.0174 + 2.798 4.3481 21.14 + 2.798 12.065 33.993 + 2.798 20.089 46.33 + 2.798 28.097 50.44 + 2.798 36.378 36.378 + 2.798 43.419 18.031 + 2.798 51.706 7.0548 + 2.798 59.086 4.9932 + 2.798 67.398 7.0454 + 2.798 74.17 8.7556 + 2.798 82.479 9.2649 + 2.798 89.245 7.718 + 2.798 94.474 6.6863 + 2.798 102.78 5.4813 + 2.798 109.55 6.163 + 2.798 117.55 6.6725 + 2.798 124.63 5.9825 + 2.798 131.7 5.6354 + 2.798 138.47 4.6028 + 2.798 146.78 3.3978 + 2.798 153.54 2.5366 + 2.798 161.24 2.8749 + 2.798 168.62 3.5562 + 2.798 175.39 4.5807 + 3.965 4.7651 20.692 + 3.965 13.012 35.936 + 3.965 21.564 51.577 + 3.965 29.498 56.129 + 3.965 38.34 52.562 + 3.965 45.347 41.273 + 3.965 53.263 22.062 + 3.965 60.576 12.159 + 3.965 68.505 10.176 + 3.965 76.74 10.768 + 3.965 83.452 13.34 + 3.965 91.38 10.169 + 3.965 96.565 9.3752 + 3.965 103.27 8.977 + 3.965 110.9 6.7964 + 3.965 125.23 7.3859 + 3.965 133.47 7.5813 + 3.965 140.49 8.7672 + 3.965 147.5 9.557 + 3.965 154.21 9.9509 + 3.965 161.23 9.5526 + 3.965 167.94 9.5505 + 3.965 175.26 10.538 + 7.215 5.0156 62.228 + 7.215 13.122 65.286 + 7.215 20.61 46.728 + 7.215 29.033 32.537 + 7.215 36.831 22.276 + 7.215 44.94 13.543 + 7.215 52.737 8.086 + 7.215 59.597 5.9035 + 7.215 67.393 5.0313 + 7.215 75.812 4.8141 + 7.215 82.36 4.16 + 7.215 95.767 3.5069 + 7.215 111.05 1.1073 + 7.215 118.53 1.3267 + 7.215 124.77 1.3275 + 7.215 132.56 1.9837 + 7.215 140.04 1.9847 + 7.215 146.9 1.9857 + 7.215 154.08 1.9867 + 7.270 5.2657 63.044 + 7.270 13.722 61.523 + 7.270 21.865 66.307 + 7.270 29.382 62.612 + 7.270 37.213 56.743 + 7.270 45.673 44.135 + 7.270 53.193 28.484 + 7.270 60.085 19.572 + 7.270 67.917 10.877 + 7.270 75.748 7.3993 + 7.270 82.952 5.4436 + 7.270 91.095 4.5749 + 7.270 102.68 4.7935 + 7.270 118.03 4.5777 + 7.270 124.92 4.7958 + 7.270 133.06 4.7967 + 7.270 139.95 4.58 + 7.270 146.84 4.7982 + 7.270 154.05 3.9294 + 7.270 161.25 5.4519 + 7.270 168.46 4.5831 + 7.270 175.66 4.5838 +ENDDATA 114 +ENDSUBENT 125 +SUBENT F1104003 20110314 20120207 20120113 F043 +BIB 2 2 +REACTION (12-MG-24(D,P)12-MG-25,PAR,DA,,REL) +STATUS (CURVE) Fig.3 +ENDBIB 2 +COMMON 3 3 +E-LVL ANG-ERR-D ERR-DIG +MEV ADEG ARB-UNITS + 0.581 0.2913 0.1907 +ENDCOMMON 3 +DATA 2 24 +ANG-CM DATA-CM +ADEG ARB-UNITS + 4.9839 654.68 + 12.644 285.61 + 20.924 62.385 + 28.905 31.428 + 36.888 38.04 + 43.948 18.135 + 51.623 4.8588 + 59.606 4.8413 + 67.588 11.454 + 74.343 13.649 + 82.325 13.631 + 89.386 2.566 + 94.298 0.34533 + 102.59 8.8280E-02 + 109.65 8.9830E-02 + 117.63 6.924 + 125. 9.1178 + 131.75 6.893 + 138.82 6.8776 + 147.41 6.8587 + 154.17 4.634 + 161.23 2.4085 + 168.29 9.0229 + 175.04 9.0081 +ENDDATA 26 +ENDSUBENT 37 +SUBENT F1104004 20110314 20120207 20120113 F043 +BIB 2 2 +REACTION (12-MG-24(D,P)12-MG-25,PAR,DA,,REL) +STATUS (CURVE) Fig.3 +ENDBIB 2 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG ARB-UNITS + 0.2116 0.0405 +ENDCOMMON 3 +DATA 3 48 +E-LVL ANG-CM DATA-CM +MEV ADEG ARB-UNITS + 0.976 5.0426 7.8973 + 0.976 13.005 13.596 + 0.976 20.68 25.961 + 0.976 29.245 28.277 + 0.976 36.858 17.551 + 0.976 43.86 6.3413 + 0.976 51.801 3.8271 + 0.976 59.755 6.4337 + 0.976 67.706 7.5911 + 0.976 74.428 6.7197 + 0.976 82.983 4.9784 + 0.976 89.706 4.3969 + 0.976 94.901 3.8158 + 0.976 102.85 4.4901 + 0.976 109.88 5.6476 + 0.976 117.83 5.6455 + 0.976 125.17 5.7402 + 0.976 132.2 5.2553 + 0.976 139.23 4.9636 + 0.976 147.17 4.4784 + 0.976 153.9 5.3462 + 0.976 161.24 6.2139 + 0.976 168.28 8.7241 + 0.976 175. 10.075 + 1.960 4.3829 8.0219 + 1.960 12.35 10.066 + 1.960 20.321 17.799 + 1.960 28.292 25.62 + 1.960 36.256 23.664 + 1.960 42.991 18.419 + 1.960 51.87 12.019 + 1.960 59.526 9.2625 + 1.960 67.184 8.2842 + 1.960 74.536 8.3726 + 1.960 82.501 7.4832 + 1.960 89.545 6.0604 + 1.960 95.059 5.5267 + 1.960 102.72 3.5706 + 1.960 109.76 3.8368 + 1.960 118.03 4.6362 + 1.960 124.47 5.1691 + 1.960 131.82 5.2575 + 1.960 138.87 4.3681 + 1.960 146.83 4.3676 + 1.960 153.88 2.856 + 1.960 160.92 1.7888 + 1.960 167.97 0.54387 + 1.960 174.7 0.45451 +ENDDATA 50 +ENDSUBENT 61 +SUBENT F1104005 20110314 20120207 20120113 F043 +BIB 2 2 +REACTION (12-MG-24(D,P)12-MG-25,PAR,DA,,REL) +STATUS (CURVE) Fig.3-6,7 +ENDBIB 2 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG ARB-UNITS + 0.302 0.0064 +ENDCOMMON 3 +DATA 3 603 +E-LVL ANG-CM DATA-CM +MEV ADEG ARB-UNITS + 1.609 4.6997 5.8444 + 1.609 12.678 5.4109 + 1.609 20.665 5.8389 + 1.609 28.639 4.8516 + 1.609 36.617 4.4181 + 1.609 43.371 4.2927 + 1.609 51.046 4.2901 + 1.609 59.64 4.041 + 1.609 67.621 3.8536 + 1.609 74.379 4.2205 + 1.609 82.67 4.4023 + 1.609 89.422 4.1538 + 1.609 94.338 4.5829 + 1.609 102.32 4.6417 + 1.609 109.39 5.1931 + 1.609 118.29 5.0054 + 1.609 124.73 4.5724 + 1.609 131.79 4.1392 + 1.609 138.85 4.1983 + 1.609 146.53 4.0111 + 1.609 153.89 3.947 + 1.609 160.96 4.56 + 1.609 168.32 4.0036 + 1.609 175.08 4.0013 + 2.734 4.65 1.5503 + 2.734 12.94 1.8602 + 2.734 20.615 2.046 + 2.734 28.598 2.3559 + 2.734 36.58 2.7899 + 2.734 51.318 3.2236 + 2.734 59.3 3.5956 + 2.734 67.59 3.4093 + 2.734 74.651 3.4092 + 2.734 82.634 4.2772 + 2.734 89.695 4.4631 + 2.734 94.915 4.2769 + 2.734 102.59 5.207 + 2.734 109.65 5.4549 + 2.734 117.64 6.571 + 2.734 124.7 6.7569 + 2.734 131.76 7.1908 + 2.734 138.82 6.5705 + 2.734 146.8 6.3223 + 2.734 154.17 4.9578 + 2.734 160.92 3.9654 + 2.734 168.29 2.3528 + 2.734 175.35 1.8565 + 3.901 5.0241 8.1244 + 3.901 12.7 8.1217 + 3.901 20.674 7.111 + 3.901 28.951 5.7222 + 3.901 36.923 4.4596 + 3.901 43.978 3.6382 + 3.901 51.644 2.5646 + 3.901 59.932 2.3098 + 3.901 67.914 2.2439 + 3.901 74.357 1.7377 + 3.901 82.341 1.9239 + 3.901 89.099 2.3625 + 3.901 94.318 2.3606 + 3.901 102.31 2.9878 + 3.901 124.41 3.169 + 3.901 132.08 2.7883 + 3.901 139.14 2.5968 + 3.901 146.51 2.5942 + 3.901 153.57 2.5918 + 3.901 160.94 2.6522 + 3.901 167.69 2.0829 + 3.901 174.76 2.5213 + 4.055 4.6553 2.2148 + 4.055 12.946 2.5831 + 4.055 20.927 2.0284 + 4.055 28.909 1.9659 + 4.055 37.198 1.6573 + 4.055 44.873 1.4719 + 4.055 53.47 1.7786 + 4.055 60.223 1.2855 + 4.055 68.206 1.3462 + 4.055 76.188 1.4683 + 4.055 83.25 1.6522 + 4.055 91.233 1.7128 + 4.055 96.144 1.4661 + 4.055 103.51 2.0191 + 4.055 111.5 1.4644 + 4.055 118.56 1.3405 + 4.055 125.62 1.5243 + 4.055 140.36 1.8304 + 4.055 147.73 2.6295 + 4.055 154.48 2.8134 + 4.055 160.93 2.9973 + 4.055 168.61 3.058 + 4.055 175.05 3.7957 + 4.350 4.9743 6.6244 + 4.350 12.952 4.811 + 4.350 37.197 1.6207 + 4.350 45.487 1.6823 + 4.350 53.472 2.4314 + 4.350 60.534 2.6181 + 4.350 68.515 2.2422 + 4.350 76.496 1.6163 + 4.350 83.864 1.6154 + 4.350 91.538 1.1771 + 4.350 96.449 0.739 + 4.350 103.51 0.9257 + 4.350 111.8 0.73725 + 4.350 118.86 0.73645 + 4.350 125.62 0.98568 + 4.350 133.6 1.3598 + 4.350 140.66 1.5465 + 4.350 147.42 1.7332 + 4.350 154.48 1.7949 + 4.350 168.6 1.3558 + 4.350 175.35 1.1675 + 5.005 4.6957 1.8449 + 5.005 12.661 1.9043 + 5.005 20.632 2.7636 + 5.005 28.904 2.8229 + 5.005 36.864 2.2053 + 5.005 44.524 2.3879 + 5.005 53.101 2.2624 + 5.005 59.533 2.0761 + 5.005 68.418 2.1967 + 5.005 76.072 1.5792 + 5.005 83.116 1.2081 + 5.005 91.079 0.95976 + 5.005 96.289 1.2045 + 5.005 103.33 1.018 + 5.005 111.3 1.1389 + 5.005 118.65 1.3215 + 5.005 125.09 1.3197 + 5.005 133.05 1.1329 + 5.005 139.79 1.1311 + 5.005 146.84 1.7445 + 5.005 160.92 0.69453 + 5.005 167.67 0.93884 + 5.005 174.41 1.1832 + 5.108 4.7344 6.6351 + 5.108 12.376 6.6342 + 5.108 20.63 6.6953 + 5.108 28.878 4.8339 + 5.108 36.822 3.4687 + 5.108 45.378 2.4755 + 5.108 53.018 1.6684 + 5.108 60.047 1.3575 + 5.108 67.995 1.2326 + 5.108 75.942 1.2317 + 5.108 82.974 1.665 + 5.108 91.227 1.54 + 5.108 96.117 1.2914 + 5.108 102.84 0.85656 + 5.108 110.79 0.85566 + 5.108 117.51 0.23474 + 5.108 124.85 0.48197 + 5.108 133.1 0.66709 + 5.108 139.83 0.85237 + 5.108 146.86 1.2857 + 5.108 153.89 1.2849 + 5.108 160.61 1.2841 + 5.108 167.95 1.0352 + 5.108 174.06 1.1586 + 5.244 4.6418 0.87671 + 5.244 12.93 1.0671 + 5.244 21.218 1.2575 + 5.244 28.892 1.3852 + 5.244 36.873 1.5129 + 5.244 44.858 1.2657 + 5.244 53.141 2.0186 + 5.244 60.206 1.646 + 5.244 68.493 1.8989 + 5.244 76.17 1.6516 + 5.244 83.232 1.6541 + 5.244 90.909 1.4692 + 5.244 96.741 1.5338 + 5.244 103.19 1.2235 + 5.244 111.17 1.6638 + 5.244 118.23 1.8537 + 5.244 125.6 1.5438 + 5.244 133.58 1.4216 + 5.244 140.03 1.4238 + 5.244 147.4 1.6139 + 5.244 154.77 1.4915 + 5.244 161.22 1.0562 + 5.244 167.97 1.4961 + 5.244 174.73 0.8109 + 5.738 4.6934 7.7019 + 5.738 12.787 7.9415 + 5.738 20.585 6.2108 + 5.738 28.981 5.3757 + 5.738 44.574 3.5264 + 5.738 52.668 3.5868 + 5.738 59.862 4.1248 + 5.738 67.957 3.7076 + 5.738 76.052 3.6486 + 5.738 82.944 4.6642 + 5.738 91.04 4.247 + 5.738 96.136 4.2474 + 5.738 103.33 4.1884 + 5.738 111.12 4.607 + 5.738 117.72 2.3986 + 5.738 132.72 1.7432 + 5.738 139.61 2.3409 + 5.738 147.1 2.5803 + 5.738 154. 2.5213 + 5.738 161.19 3.5368 + 5.738 168.09 3.6568 + 5.738 174.38 4.4335 + 5.785 4.6578 9.4543 + 5.785 13.087 9.0296 + 5.785 20.615 9.2716 + 5.785 28.743 8.6651 + 5.785 36.872 8.6041 + 5.785 52.528 8.785 + 5.785 59.753 8.2392 + 5.785 67.882 7.9963 + 5.785 75.707 6.2383 + 5.785 82.633 6.9652 + 5.785 90.459 5.8133 + 5.785 95.577 5.3281 + 5.785 102.2 4.2975 + 5.785 110.63 2.6607 + 5.785 117.55 2.236 + 5.785 124.48 2.9023 + 5.785 132.6 1.0837 + 5.785 139.83 1.0227 + 5.785 146.45 1.0224 + 5.785 153.68 1.022 + 5.785 160.91 1.3852 + 5.785 168.13 1.506 + 5.785 175.06 1.9299 + 5.851 4.743 2.1539 + 5.851 12.82 2.154 + 5.851 20.897 2.4002 + 5.851 28.974 2.0926 + 5.851 36.752 2.0927 + 5.851 44.53 1.3543 + 5.851 52.606 1.2929 + 5.851 59.786 0.86221 + 5.851 67.863 1.2315 + 5.851 75.94 1.047 + 5.851 83.119 1.2932 + 5.851 90.897 1.2318 + 5.851 95.983 1.4165 + 5.851 103.16 0.73961 + 5.851 111.54 0.61663 + 5.851 118.42 0.80132 + 5.851 125. 1.9091 + 5.851 133.08 1.9707 + 5.851 140.26 2.2785 + 5.851 147.14 2.8324 + 5.851 154.32 2.7094 + 5.851 161.2 2.648 + 5.851 168.08 2.648 + 5.851 174.66 2.8327 + 5.967 4.9779 2.3385 + 5.967 21.201 2.2772 + 5.967 29.012 1.9695 + 5.967 36.823 3.0773 + 5.967 44.634 3.1389 + 5.967 52.445 3.5083 + 5.967 59.656 3.0776 + 5.967 67.767 3.2623 + 5.967 75.879 3.0778 + 5.967 82.789 3.0778 + 5.967 90.6 3.2625 + 5.967 95.707 3.0164 + 5.967 102.32 3.6319 + 5.967 110.73 2.9551 + 5.967 117.34 3.3859 + 5.967 124.25 3.4475 + 5.967 132.96 2.8322 + 5.967 139.57 3.2015 + 5.967 147.08 2.7708 + 5.967 153.69 2.9555 + 5.967 161.2 2.771 + 5.967 168.41 2.4018 + 5.967 175.32 3.2019 + 6.032 4.408 0.55515 + 6.032 12.202 0.55727 + 6.032 19.996 0.62093 + 6.032 36.182 1.1176 + 6.032 44.273 1.4891 + 6.032 52.365 1.8605 + 6.032 67.357 1.4954 + 6.032 75.452 1.313 + 6.032 82.647 1.3149 + 6.032 91.04 1.4403 + 6.032 95.538 1.2569 + 6.032 103.03 1.3205 + 6.032 110.53 1.0763 + 6.032 117.72 0.89368 + 6.032 124.32 1.2032 + 6.032 132.71 1.0208 + 6.032 139.61 0.8381 + 6.032 146.5 0.96306 + 6.032 153.7 1.0266 + 6.032 160.89 1.5824 + 6.032 167.78 1.5842 + 6.032 174.98 1.1554 + 6.074 5.0014 4.8016 + 6.074 13.068 5.9737 + 6.074 20.845 6.0381 + 6.074 28.931 4.9949 + 6.074 36.418 4.013 + 6.074 44.205 3.0313 + 6.074 52.884 2.6037 + 6.074 59.472 1.7446 + 6.074 67.848 1.8091 + 6.074 75.325 1.9965 + 6.074 82.505 1.9376 + 6.074 90.576 2.6174 + 6.074 95.36 2.8038 + 6.074 102.54 2.991 + 6.074 110.32 2.5631 + 6.074 117.79 3.3658 + 6.074 124.37 3.4913 + 6.074 132.76 2.5713 + 6.074 139.64 2.5738 + 6.074 146.52 2.5763 + 6.074 153.7 2.1482 + 6.074 160.88 2.52 + 6.074 168.06 2.5226 + 6.074 174.94 2.1559 + 6.159 20.588 4.0023 + 6.159 28.668 2.8157 + 6.159 36.447 2.3791 + 6.159 44.225 2.1925 + 6.159 52.604 0.94345 + 6.159 59.784 0.94426 + 6.159 67.86 1.3202 + 6.159 75.637 1.446 + 6.159 82.814 2.5094 + 6.159 90.89 2.8853 + 6.159 96.274 3.0734 + 6.159 102.86 2.2616 + 6.159 110.94 1.6375 + 6.159 117.52 1.4508 + 6.159 125. 1.8891 + 6.159 133.07 2.0775 + 6.159 139.95 3.0158 + 6.159 146.83 3.5166 + 6.159 154.01 3.7049 + 6.159 160.89 3.6432 + 6.159 167.77 4.2689 + 6.159 174.65 3.4572 + 6.423 5.099 1.4164 + 6.423 13.435 2.2182 + 6.423 21.18 2.22 + 6.423 36.97 1.6081 + 6.423 53.354 1.5502 + 6.423 59.906 1.7363 + 6.423 67.947 1.9842 + 6.423 75.992 1.5553 + 6.423 83.141 1.5569 + 6.423 91.181 1.9894 + 6.423 96.543 1.9906 + 6.423 103.4 1.746 + 6.423 111.14 1.7477 + 6.423 117.99 2.18 + 6.423 125.14 2.1201 + 6.423 133.18 2.6141 + 6.423 140.03 2.308 + 6.423 147.18 2.5557 + 6.423 154.03 2.3726 + 6.423 161.18 2.805 + 6.423 167.72 3.9141 + 6.423 174.88 2.5004 + 6.457 5.6497 4.0637 + 6.457 21.77 3.8175 + 6.457 37.303 2.0087 + 6.457 45.067 1.4481 + 6.457 52.827 1.6374 + 6.457 59.696 1.0141 + 6.457 67.756 1.016 + 6.457 75.518 0.76782 + 6.457 82.684 0.58202 + 6.457 95.517 1.0226 + 6.457 102.68 0.96176 + 6.457 110.74 1.5887 + 6.457 117.6 2.0278 + 6.457 124.77 1.842 + 6.457 132.53 2.2188 + 6.457 139.99 1.9081 + 6.457 146.86 1.5972 + 6.457 153.72 1.8488 + 6.457 161.18 1.7256 + 6.457 168.05 2.2272 + 6.457 174.91 2.2289 + 6.558 21.173 6.429 + 6.558 28.972 5.4225 + 6.558 37.07 4.479 + 6.558 52.969 1.7732 + 6.558 59.866 1.3964 + 6.558 67.658 1.9647 + 6.558 75.454 1.6512 + 6.558 82.948 1.8415 + 6.558 91.043 1.5909 + 6.558 96.138 1.8438 + 6.558 102.73 1.782 + 6.558 110.83 1.5314 + 6.558 117.72 1.6586 + 6.558 124.92 1.5969 + 6.558 132.71 1.5983 + 6.558 139.61 1.5365 + 6.558 146.5 1.7897 + 6.558 153.69 2.4209 + 6.558 160.59 3.241 + 6.558 167.78 3.5572 + 6.558 174.38 3.5584 + 6.668 4.7304 1.2522 + 6.668 12.804 1.5684 + 6.668 20.873 2.3222 + 6.668 37.023 2.6422 + 6.668 45.096 3.0834 + 6.668 59.763 2.2152 + 6.668 67.846 1.5939 + 6.668 75.923 1.5976 + 6.668 83.098 2.0385 + 6.668 90.881 1.5421 + 6.668 96.263 1.7945 + 6.668 102.85 1.6101 + 6.668 111.22 1.614 + 6.668 117.8 2.117 + 6.668 124.68 1.9952 + 6.668 133.06 1.7491 + 6.668 139.94 1.7522 + 6.668 146.51 2.3178 + 6.668 153.68 3.5086 + 6.668 160.54 5.1993 + 6.668 167.41 6.515 + 6.668 174.59 6.2683 + 6.825 5.3442 13.75 + 6.825 13.109 12.001 + 6.825 21.471 10.064 + 6.825 28.937 8.4401 + 6.825 37.001 6.4409 + 6.825 45.362 5.1916 + 6.825 53.125 4.3798 + 6.825 59.993 3.318 + 6.825 68.05 4.6312 + 6.825 82.976 4.4451 + 6.825 91.035 4.5708 + 6.825 96.408 4.7588 + 6.825 103.57 4.8219 + 6.825 111.04 3.5726 + 6.825 125.36 4.3239 + 6.825 133.12 4.3871 + 6.825 140.29 4.5753 + 6.825 147.16 3.7634 + 6.825 153.72 3.514 + 6.825 160.89 3.3897 + 6.825 167.76 2.8278 + 6.825 174.92 2.9535 + 6.872 4.4077 1.313 + 6.872 13.402 1.1265 + 6.872 21.195 1.5024 + 6.872 28.989 1.5658 + 6.872 37.083 1.7542 + 6.872 44.877 2.1301 + 6.872 53.271 2.1936 + 6.872 60.766 1.6944 + 6.872 76.355 1.9462 + 6.872 83.25 1.947 + 6.872 91.645 1.5729 + 6.872 96.141 1.7609 + 6.872 103.04 1.5742 + 6.872 111.13 1.5752 + 6.872 118.33 1.3885 + 6.872 124.92 2.0142 + 6.872 133.31 2.2027 + 6.872 140.51 2.391 + 6.872 147.1 2.2042 + 6.872 154. 2.3925 + 6.872 160.89 2.5808 + 6.872 168.09 2.7691 + 6.872 174.68 2.3324 + 6.901 4.9719 5.0702 + 6.901 13.067 4.9506 + 6.901 20.87 3.8539 + 6.901 28.972 2.8793 + 6.901 37.07 2.3323 + 6.901 44.867 2.0294 + 6.901 52.664 1.6655 + 6.901 59.855 2.0952 + 6.901 68.242 3.075 + 6.901 76.04 2.65 + 6.901 91.329 2.6549 + 6.901 96.425 2.6565 + 6.901 103.32 2.4755 + 6.901 111.42 2.2338 + 6.901 118.31 2.5413 + 6.901 133.3 1.8743 + 6.901 140.5 1.8156 + 6.901 147.1 1.4512 + 6.901 154.59 1.6368 + 6.901 160.88 2.0663 + 6.901 168.08 2.2518 + 6.901 174.67 2.2539 + 6.944 4.6406 1.5631 + 6.944 12.466 2.3766 + 6.944 20.896 2.5652 + 6.944 29.023 3.1287 + 6.944 36.849 3.7547 + 6.944 45.28 3.5682 + 6.944 53.111 2.5692 + 6.944 60.036 2.5076 + 6.944 68.468 1.7587 + 6.944 75.996 1.2596 + 6.944 91.35 1.5115 + 6.944 95.864 2.3246 + 6.944 103.39 2.3256 + 6.944 111.22 2.5766 + 6.944 118.14 2.1399 + 6.944 125.07 2.1408 + 6.944 132.9 1.9543 + 6.944 140.12 2.1427 + 6.944 147.05 2.1436 + 6.944 153.97 2.332 + 6.944 161.2 2.3329 + 6.944 168.12 2.3337 + 6.944 174.75 1.5221 + 7.025 4.916 9.0409 + 7.025 13.026 6.664 + 7.025 27.714 4.5352 + 7.025 36.709 3.0749 + 7.025 45.083 3.263 + 7.025 52.873 2.3515 + 7.025 60.054 2.2946 + 7.025 68.424 2.6659 + 7.025 76.507 2.2432 + 7.025 83.395 1.6976 + 7.025 96.257 1.8273 + 7.025 103.14 1.8313 + 7.025 111.22 1.4696 + 7.025 118.09 2.2064 + 7.025 125.27 2.0274 + 7.025 133.05 2.2762 + 7.025 139.93 1.8528 + 7.025 147.11 1.9791 + 7.025 153.69 2.044 + 7.025 160.87 1.865 + 7.025 167.75 2.0523 + 7.025 174.34 1.3233 + 7.076 4.524 14.56 + 7.076 12.657 14.136 + 7.076 28.972 7.1977 + 7.076 36.523 4.2764 + 7.076 44.665 2.6954 + 7.076 52.507 1.0534 + 7.076 60.032 1.2387 + 7.076 68.16 1.4242 + 7.076 76.289 1.4269 + 7.076 91.344 1.2493 + 7.076 103.09 0.88781 + 7.076 118.14 1.0757 + 7.076 125.07 1.078 + 7.076 133.19 1.4462 + 7.076 140.11 2.1186 + 7.076 147.04 2.121 + 7.076 153.97 1.4533 + 7.076 161.2 0.90753 + 7.076 168.12 1.1535 + 7.076 175.05 0.85131 + 7.171 4.922 6.5472 + 7.171 12.718 8.2469 + 7.171 20.824 8.9165 + 7.171 29.232 9.3437 + 7.171 45.166 8.1374 + 7.171 52.985 7.1705 + 7.171 60.501 6.5671 + 7.171 68.319 5.7821 + 7.171 76.133 5.5424 + 7.171 83.346 5.1814 + 7.171 96.569 4.7013 + 7.171 111.6 4.1612 + 7.171 118.5 4.6486 + 7.171 125.71 4.5905 + 7.171 132.61 5.5627 + 7.171 140.42 5.6261 + 7.171 147.34 4.7195 + 7.171 160.86 5.3304 + 7.171 168.07 4.4845 + 7.171 175.28 4.7295 + 7.365 4.8837 12.611 + 7.365 13.046 12.429 + 7.365 20.902 10.232 + 7.365 28.764 6.3859 + 7.365 36.307 4.1885 + 7.365 44.784 3.6402 + 7.365 52.949 2.7864 + 7.365 59.855 2.6653 + 7.365 68.02 1.8726 + 7.365 75.554 1.6294 + 7.365 82.775 1.4473 + 7.365 90.935 1.6317 + 7.365 95.958 1.6935 + 7.365 110.71 1.5736 + 7.365 125.15 1.5757 + 7.365 140.22 0.96723 + 7.365 147.44 0.72402 + 7.365 154.35 0.90825 + 7.365 161.25 0.97033 + 7.365 168.16 1.1546 + 7.365 175.06 0.9113 +ENDDATA 605 +ENDSUBENT 616 +SUBENT F1104006 20110314 20120207 20120113 F043 +BIB 2 2 +REACTION (12-MG-24(D,P)12-MG-25,PAR,DA,,REL) +STATUS (CURVE) Fig.3 +ENDBIB 2 +COMMON 3 3 +E-LVL ANG-ERR-D ERR-DIG +MEV ADEG ARB-UNITS + 2.564 0.1761 0.2529 +ENDCOMMON 3 +DATA 2 22 +ANG-CM DATA-CM +ADEG ARB-UNITS + 4.6009 292.96 + 12.755 140.88 + 20.952 37.803 + 36.593 18.655 + 43.959 15.585 + 51.936 9.5096 + 59.916 6.4341 + 67.902 10.358 + 74.963 10.292 + 82.641 13.219 + 89.083 7.158 + 94.915 6.1028 + 102.9 4.0273 + 109.65 3.9634 + 124.7 6.821 + 131.76 6.7542 + 138.82 6.6874 + 146.8 6.6118 + 154.17 6.5421 + 161.54 6.4724 + 168.29 2.4085 + 175.35 6.3416 +ENDDATA 24 +ENDSUBENT 35 +SUBENT F1104007 20110314 20120207 20120113 F043 +BIB 2 2 +REACTION (12-MG-24(D,P)12-MG-25,PAR,DA,,REL) +STATUS (CURVE) Fig.3 +ENDBIB 2 +COMMON 4 3 +E-LVL E-LVL ANG-ERR-D ERR-DIG +MEV MEV ADEG ARB-UNITS + 3.398 3.407 0.1258 0.1837 +ENDCOMMON 3 +DATA 2 23 +ANG-CM DATA-CM +ADEG ARB-UNITS + 4.7623 337.65 + 12.779 438.59 + 20.709 283.25 + 28.627 90.224 + 36.895 28.348 + 43.962 44.874 + 59.925 38.715 + 67.903 25.083 + 74.961 15.981 + 82.944 15.916 + 90.004 11.337 + 94.916 9.7893 + 103.21 11.23 + 110.27 11.173 + 118.25 11.108 + 125.31 9.5439 + 132.07 10.997 + 139.13 9.4324 + 147.11 12.383 + 154.17 7.8034 + 161.23 7.7464 + 168.29 7.6893 + 175.05 7.6348 +ENDDATA 25 +ENDSUBENT 36 +SUBENT F1104008 20110314 20120207 20120113 F043 +BIB 2 2 +REACTION (12-MG-24(D,P)12-MG-25,PAR,DA,,REL) +STATUS (CURVE) Fig.4 +ENDBIB 2 +COMMON 3 3 +E-LVL ANG-ERR-D ERR-DIG +MEV ADEG ARB-UNITS + 4.268 0.2269 0.183 +ENDCOMMON 3 +DATA 2 22 +ANG-CM DATA-CM +ADEG ARB-UNITS + 4.5613 119.06 + 13.113 135.32 + 20.987 78.559 + 29.176 32.495 + 37.089 17.129 + 45.323 19.437 + 60.253 9.637 + 68.785 4.9675 + 76.407 4.951 + 83.419 4.4707 + 91.346 5.3838 + 96.223 3.5128 + 102.62 2.1036 + 111.16 1.155 + 118.48 2.5345 + 125.18 2.0549 + 133.42 3.4324 + 140.43 5.2777 + 154.15 5.7132 + 161.16 4.3027 + 167.87 3.358 + 175.19 3.8073 +ENDDATA 24 +ENDSUBENT 35 +SUBENT F1104009 20110314 20120207 20120113 F043 +BIB 2 2 +REACTION (12-MG-24(D,P)12-MG-25,PAR,DA,,REL) +STATUS (CURVE) Fig.4 +ENDBIB 2 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG ARB-UNITS + 0.1376 0.0091 +ENDCOMMON 3 +DATA 4 46 +E-LVL-MIN E-LVL-MAX ANG-CM DATA-CM +MEV MEV ADEG ARB-UNITS + 4.704 4.712 4.4275 6.6457 + 4.704 4.712 12.68 6.3987 + 4.704 4.712 20.63 7.444 + 4.704 4.712 28.882 6.8893 + 4.704 4.712 37.133 5.8422 + 4.704 4.712 44.772 4.6722 + 4.704 4.712 53.331 4.8559 + 4.704 4.712 60.667 4.7321 + 4.704 4.712 68.309 4.8544 + 4.704 4.712 76.257 5.0381 + 4.704 4.712 83.289 5.4066 + 4.704 4.712 91.237 5.4673 + 4.704 4.712 96.739 5.6514 + 4.704 4.712 111.41 4.6037 + 4.704 4.712 118.13 4.4799 + 4.704 4.712 125.16 4.1099 + 4.704 4.712 132.8 3.2476 + 4.704 4.712 139.83 3.0622 + 4.704 4.712 146.86 3.4307 + 4.704 4.712 153.9 3.4915 + 4.704 4.712 160.93 3.4908 + 4.704 4.712 167.96 3.6747 + 4.704 4.712 174.99 3.9201 + 5.512 5.523 12.709 12.472 + 5.512 5.523 20.981 12.594 + 5.512 5.523 28.937 10.613 + 5.512 5.523 36.894 9.003 + 5.512 5.523 44.854 8.0117 + 5.512 5.523 53.419 5.412 + 5.512 5.523 59.857 6.4004 + 5.512 5.523 68.128 6.3988 + 5.512 5.523 76.091 6.0261 + 5.512 5.523 83.443 5.9627 + 5.512 5.523 91.1 5.5901 + 5.512 5.523 96.308 5.589 + 5.512 5.523 103.05 5.4021 + 5.512 5.523 111.01 4.5964 + 5.512 5.523 118.36 4.5949 + 5.512 5.523 125.1 4.1606 + 5.512 5.523 132.75 3.7261 + 5.512 5.523 140.11 3.539 + 5.512 5.523 147.15 3.5995 + 5.512 5.523 154.2 3.7836 + 5.512 5.523 161.25 4.7719 + 5.512 5.523 167.68 4.152 + 5.512 5.523 174.73 5.2022 +ENDDATA 48 +ENDSUBENT 59 +SUBENT F1104010 20110314 20120207 20120113 F043 +BIB 2 2 +REACTION (12-MG-24(D,P)12-MG-25,PAR,DA,,REL) +STATUS (CURVE) Fig.4 +ENDBIB 2 +COMMON 4 3 +E-LVL E-LVL ANG-ERR-D ERR-DIG +MEV MEV ADEG ARB-UNITS + 5.454 5.465 0.1574 0.3089 +ENDCOMMON 3 +DATA 2 24 +ANG-CM DATA-CM +ADEG ARB-UNITS + 4.7045 188.16 + 12.658 99.843 + 20.914 42.886 + 28.863 23.048 + 36.811 25.61 + 44.759 17.292 + 53.012 10.254 + 60.349 7.6964 + 68.296 7.6985 + 76.244 7.0607 + 83.275 6.4226 + 91.222 7.7048 + 96.113 7.7061 + 103.14 6.428 + 111.4 3.2303 + 118.12 2.5921 + 124.85 3.2339 + 132.79 3.8761 + 140.13 3.8781 + 146.55 3.2398 + 153.58 3.8817 + 160.92 3.8837 + 167.95 3.8857 + 174.06 3.2473 +ENDDATA 26 +ENDSUBENT 37 +SUBENT F1104011 20110314 20120207 20120113 F043 +BIB 2 2 +REACTION (12-MG-24(D,P)12-MG-25,PAR,DA,,REL) +STATUS (CURVE) Fig.5,6 +ENDBIB 2 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG ARB-UNITS + 0.1012 0.0093 +ENDCOMMON 3 +DATA 3 42 +E-LVL ANG-CM DATA-CM +MEV ADEG ARB-UNITS + 6.350 28.909 16.198 + 6.350 44.555 5.2247 + 6.350 52.364 2.3922 + 6.350 59.561 2.0282 + 6.350 67.354 2.4056 + 6.350 75.443 3.277 + 6.350 90.436 2.673 + 6.350 95.232 2.8008 + 6.350 102.73 1.9433 + 6.350 110.53 1.5798 + 6.350 117.72 1.2159 + 6.350 124.62 0.85167 + 6.350 132.71 1.1058 + 6.350 139.61 1.2354 + 6.350 147.1 1.489 + 6.350 154. 1.6186 + 6.350 161.49 1.8722 + 6.350 168.38 2.0018 + 6.350 175.58 2.3786 + 6.768 5.0178 42.058 + 6.768 12.816 28.674 + 6.768 20.613 13.084 + 6.768 28.723 11.758 + 6.768 36.534 10.727 + 6.768 44.642 7.637 + 6.768 52.752 5.8705 + 6.768 68.373 4.1023 + 6.768 75.884 3.9536 + 6.768 83.394 3.9519 + 6.768 91.205 3.509 + 6.768 96.613 3.9489 + 6.768 102.92 2.4769 + 6.768 111.03 2.181 + 6.768 117.94 1.5912 + 6.768 124.85 1.0014 + 6.768 132.96 1.1467 + 6.768 139.87 1.7334 + 6.768 146.78 2.0259 + 6.768 153.99 3.0537 + 6.768 160.9 3.4934 + 6.768 167.82 4.0801 + 6.768 174.72 3.7844 +ENDDATA 44 +ENDSUBENT 55 +SUBENT F1104012 20110314 20120207 20120113 F043 +BIB 2 2 +REACTION (12-MG-24(D,P)12-MG-25,PAR,DA,,REL) +STATUS (CURVE) Fig.7 +ENDBIB 2 +COMMON 3 3 +E-LVL ANG-ERR-D ERR-DIG +MEV ADEG ARB-UNITS + 7.400 0.1609 0.3183 +ENDCOMMON 3 +DATA 2 21 +ANG-CM DATA-CM +ADEG ARB-UNITS + 5.6701 194.38 + 13.773 135.53 + 20.941 79.333 + 29.357 39. + 36.839 21.807 + 44.946 19.16 + 53.052 14.53 + 59.288 13.205 + 67.707 9.8971 + 75.502 10.556 + 82.361 6.5869 + 90.468 5.9233 + 95.145 4.5996 + 102.32 4.5975 + 110.11 3.934 + 139.11 3.9252 + 146.28 3.9231 + 153.45 3.9209 + 160.31 3.9188 + 167.17 4.5779 + 174.34 5.8981 +ENDDATA 23 +ENDSUBENT 34 +SUBENT F1104013 20110314 20120207 20120113 F043 +BIB 4 5 +REACTION (12-MG-24(D,EL)12-MG-24,,DA,,REL/RTH) +COMMENT The measurements have been arbitrarily normalised to + unity at 12.5 and 20 degr. +ERR-ANALYS (DATA-ERR) Error from the graphic bars +STATUS (CURVE) Fig.8 +ENDBIB 5 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG ARB-UNITS + 0.2374 0.0012 +ENDCOMMON 3 +DATA 3 23 +ANG-CM DATA DATA-ERR +ADEG ARB-UNITS ARB-UNITS + 14.523 0.91871 8.3744E-02 + 22.895 1.0246 8.1281E-02 + 30.976 0.79555 9.1123E-02 + 38.478 0.49751 4.1872E-02 + 46.85 0.60096 4.4315E-02 + 55.227 1.197 5.1724E-02 + 63.597 1.0886 5.1726E-02 + 70.52 0.58863 4.4325E-02 + 77.158 0.36941 + 85.53 0.51226 + 92.748 0.72162 + 97.945 0.83245 + 105.74 0.7955 + 112.38 0.7019 + 119.88 0.57135 + 127.67 0.51716 + 132.58 0.41617 + 141.24 0.41124 + 148.75 0.37675 + 155.38 0.37675 + 162.6 0.44079 + 170.11 0.55654 + 175.59 0.5861 +ENDDATA 25 +ENDSUBENT 39 +ENDENTRY 13 diff --git a/exforall/F11/F1107.x4 b/exforall/F11/F1107.x4 new file mode 100644 index 000000000..992c61d60 --- /dev/null +++ b/exforall/F11/F1107.x4 @@ -0,0 +1,142 @@ +ENTRY F1107 20110309 20120207 20120113 F043 +SUBENT F1107001 20110309 20120207 20120113 F043 +BIB 9 15 +TITLE The elastic scattering of 29 MeV He-3 particles by Cl, + Kr and Xe. +AUTHOR (J.Aguilar,A.Garcia,J.B.A.England,P.E.Hodgson, + W.T.Toner) +INSTITUTE (2SPNVAL,2UK BIR,2UK OXF,2UK GLS) +REFERENCE (J,NP,25,259,1961) + #doi:10.1016/0029-5582(61)90156-0 +FACILITY (CYCLO,2UK BIR) The Nuffield Cyclotron +DETECTOR (PLATE) The Ilford C2 and G-special emulsions was used. +METHOD (BCINT) +ERR-ANALYS (EN-ERR) Energy error + (ERR-SYS,,5.) Systematic error + (ANG-ERR-D) Angle digitizing error + (ERR-DIG) Data digitizing error +HISTORY (20110309C) +ENDBIB 15 +COMMON 1 3 +EN-ERR +MEV + 0.1 +ENDCOMMON 3 +ENDSUBENT 22 +SUBENT F1107002 20110309 20120207 20120113 F043 +BIB 5 6 +REACTION (17-CL-0(HE3,EL)17-CL-0,,DA) +INC-SOURCE The collected charge was 2.91 mu-C. +SAMPLE The CCl4 vapour was used. Pressure was 11.1cm of Hg at + 15 degrees Celsius. +ERR-ANALYS (DATA-ERR) Error from the graphic bars +STATUS (CURVE) Fig.2 +ENDBIB 6 +COMMON 3 3 +EN ANG-ERR-D ERR-DIG +MEV ADEG PER-CENT + 29.1 0.0243 0.005 +ENDCOMMON 3 +DATA 3 19 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 13.555 4.4517E+03 + 16.226 1.7959E+03 + 19.347 889.14 + 21.734 382.94 + 24.675 399.26 + 27.398 223.46 + 29.951 134.62 + 32.905 53.872 + 33.421 30.381 2.3875 + 35.181 19.22 2.1578 + 36.367 22.646 2.5424 + 37.554 24.585 2.7601 + 40.212 26.921 3.7665 + 43.046 18.641 2.7827 + 45.482 14.007 2.6267 + 48.214 4.1066 0.57457 + 51.497 3.5764 0.74077 + 53.77 1.6716 0.44781 + 58.622 4.6181 0.95654 +ENDDATA 21 +ENDSUBENT 36 +SUBENT F1107003 20110309 20120207 20120113 F043 +BIB 5 6 +REACTION (36-KR-0(HE3,EL)36-KR-0,,DA) +INC-SOURCE The collected charge was 2.39 mu-C. +SAMPLE Kr gas target (spectroscopically pure) was used. + Pressure was 6.0 cm of Hg at 15 degrees Celsius. +ERR-ANALYS (DATA-ERR) Error from the graphic bars +STATUS (CURVE) Fig.3 +ENDBIB 6 +COMMON 3 3 +EN ANG-ERR-D ERR-DIG +MEV ADEG PER-CENT + 29.4 0.0951 0.012 +ENDCOMMON 3 +DATA 3 26 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 13.029 4.7142E+04 + 15.469 2.6351E+04 + 18.36 1.4980E+04 + 21.029 7.2688E+03 + 23.468 4.1658E+03 + 25.681 2.4680E+03 + 28.176 1.4145E+03 + 30.613 895.82 + 33.336 484.4 + 34.917 457.34 + 35.993 387.39 + 37.296 307.03 + 38.542 249.48 + 40.013 206.15 25.491 + 40.81 154.09 + 42.283 120.12 + 43.7 91.324 10.441 + 45.057 79.988 + 46.132 69.467 9.2426 + 47.663 49.826 + 48.959 54.643 7.2702 + 50.093 43.666 + 51.059 32.371 + 53.661 24.219 2.485 + 56.714 18.738 2.6707 + 58.756 11.767 1.2073 +ENDDATA 28 +ENDSUBENT 43 +SUBENT F1107004 20110309 20120207 20120113 F043 +BIB 4 5 +REACTION (54-XE-0(HE3,EL)54-XE-0,,DA) +INC-SOURCE The collected charge was 2.41 mu-C. +SAMPLE Xe gas target (spectroscopically pure) was used. + Pressure was 5.4 cm of Hg at 15 degrees Celsius. +STATUS (CURVE) Fig.4 +ENDBIB 5 +COMMON 3 3 +EN ANG-ERR-D ERR-DIG +MEV ADEG PER-CENT + 29.2 0.0192 0.002 +ENDCOMMON 3 +DATA 2 15 +ANG-CM DATA-CM +ADEG MB/SR + 20.637 2.0025E+04 + 22.945 1.2780E+04 + 28.348 5.4784E+03 + 30.993 3.7940E+03 + 33.638 2.4967E+03 + 35.833 1.5296E+03 + 38.141 1.0066E+03 + 40.842 726.17 + 43.319 454.08 + 45.851 374.08 + 48.327 222.27 + 51.253 168.75 + 56.206 90.555 + 66.166 30.083 + 76.127 8.7516 +ENDDATA 17 +ENDSUBENT 31 +ENDENTRY 4 diff --git a/exforall/F11/F1113.x4 b/exforall/F11/F1113.x4 new file mode 100644 index 000000000..9450b1430 --- /dev/null +++ b/exforall/F11/F1113.x4 @@ -0,0 +1,956 @@ +ENTRY F1113 20110203 20120207 20120113 F043 +SUBENT F1113001 20110203 20120207 20120113 F043 +BIB 9 14 +TITLE (d,a) reactions on C-12, O-16 and Mg-24. +AUTHOR (F.Pellegrini) +INSTITUTE (1USAPUP) +REFERENCE (J,NP,24,372,1961) + #doi:10.1016/0029-5582(61)90405-9 +FACILITY (CYCLO,1USAPUP) The 119 cm cyclotron was used. +DETECTOR (IOCH) The alpha particles were detected by means of a + fast ionization chamber of the electron collection + type. The detector was put in the target room near the + scattering chamber. +METHOD (BCINT) +ERR-ANALYS (ERR-DIG) Data digitizing error + (DATA-ERR) Error from the graphic bars +HISTORY (20110203C) +ENDBIB 14 +COMMON 1 3 +EN +MEV + 15. +ENDCOMMON 3 +ENDSUBENT 21 +SUBENT F1113002 20110203 20120207 20120113 F043 +BIB 5 6 +REACTION (6-C-12(D,A)5-B-10,,DA/DE,,REL) +COMMENT Data are given in counts for 90 mu-C. +SAMPLE The target of C-12 was prepared by cracking methyl + iodide (CH3I) on a thin tantalum strip. +ERR-ANALYS (E-ERR-DIG) Secondary energy digitizing error +STATUS (CURVE) Fig.3 +ENDBIB 6 +COMMON 3 3 +ANG E-ERR-DIG ERR-DIG +ADEG MEV ARB-UNITS + 24. 0.0028 0.461 +ENDCOMMON 3 +DATA 3 223 +E DATA DATA-ERR +MEV ARB-UNITS ARB-UNITS + 4.0203 4686.0 92.150 + 4.0665 4665.5 92.150 + 4.1069 4593.8 112.63 + 4.1531 4276.4 92.150 + 4.1993 4317.4 92.150 + 4.2513 4276.4 92.150 + 4.2975 4153.5 81.912 + 4.3552 3754.2 81.911 + 4.3956 3324.2 81.911 + 4.4418 3119.4 81.911 + 4.4880 2802.0 81.911 + 4.5457 2709.8 61.433 + 4.5861 2607.4 71.672 + 4.6323 2566.5 81.911 + 4.6727 2464.1 61.433 + 4.7189 2453.8 61.434 + 4.7651 2300.2 51.195 + 4.8113 2320.7 71.672 + 4.8633 2300.2 51.195 + 4.9037 2341.2 61.433 + 4.9557 2320.7 61.433 + 5.0019 2177.3 51.195 + 5.0365 2105.7 61.434 + 5.0827 2218.3 61.434 + 5.1289 2126.1 71.672 + 5.1751 2126.1 81.911 + 5.2213 2105.6 61.434 + 5.2675 2279.7 61.433 + 5.3137 2310.4 71.672 + 5.3599 2423.0 61.433 + 5.4119 2453.7 61.433 + 5.4523 2525.4 71.672 + 5.5043 2453.7 61.434 + 5.5505 2423.0 71.672 + 5.5909 2453.7 61.433 + 5.6313 2289.9 71.672 + 5.6717 2136.3 61.433 + 5.7179 2105.6 61.433 + 5.7641 2033.9 51.195 + 5.8103 1880.3 51.195 + 5.8507 1696.0 61.433 + 5.8911 1614.1 61.433 + 5.9431 1603.9 71.672 + 5.9893 1491.2 61.433 + 6.0355 1440.0 61.433 + 6.0759 1368.3 71.672 + 6.1221 1306.9 61.433 + 6.1683 1214.8 51.194 + 6.2145 1173.8 61.433 + 6.2607 1306.9 51.194 + 6.3069 1419.5 51.195 + 6.3589 1614.0 71.672 + 6.4051 1829.1 51.195 + 6.4455 2054.3 61.433 + 6.4975 2177.2 61.434 + 6.5379 2412.7 61.434 + 6.5899 2392.2 51.195 + 6.6245 2197.6 61.434 + 6.6765 2023.6 61.434 + 6.7169 1818.8 61.433 + 6.7631 1583.3 51.194 + 6.8035 1255.6 61.434 + 6.8554 938.22 51.195 + 6.9016 610.57 40.956 + 6.9420 467.22 51.195 + 6.9940 446.73 40.956 + 7.0460 405.77 40.956 + 7.0922 446.72 51.195 + 7.1326 497.91 51.195 + 7.1788 497.91 51.195 + 7.2192 682.20 + 7.2712 784.58 + 7.3116 886.97 + 7.3694 1173.7 + 7.4213 1245.3 + 7.4675 1327.2 + 7.5080 1255.5 + 7.5542 1224.8 + 7.5946 1276.0 + 7.6408 1368.2 + 7.6870 1450.1 + 7.7389 1613.9 + 7.7909 1859.6 + 7.8256 1931.3 + 7.8833 1972.2 + 7.9180 1941.5 + 7.9757 1818.6 + 8.0161 1531.9 + 8.0507 979.03 + 8.1027 497.80 + 8.1547 272.53 + 8.1893 129.18 + 8.2355 77.984 + 8.2817 77.979 + 8.3221 57.496 + 8.3741 26.773 + 8.4261 37.006 + 8.4722 26.762 + 8.5069 26.758 + 8.5762 16.510 + 8.6224 6.2659 + 8.6686 26.738 + 8.7090 57.450 + 8.7552 108.64 + 8.8014 180.31 + 8.8476 385.08 + 8.8938 702.48 + 8.9458 1316.8 + 8.9920 1972.1 + 9.0325 2422.6 + 9.0844 2637.6 + 9.1364 2780.9 + 9.1826 2596.6 + 9.2172 2238.3 + 9.2634 1521.5 + 9.3096 804.82 + 9.3558 344.06 + 9.3962 159.76 + 9.4366 57.363 + 9.4828 26.641 + 9.5290 26.635 + 9.5694 26.631 + 9.6156 6.1473 + 9.6618 6.1418 + 9.7138 6.1356 + 9.7542 16.370 + 9.8004 6.1252 + 9.8408 6.1204 + 9.8928 6.1142 + 9.9332 16.348 + 9.9794 6.1039 + 10.026 16.337 + 10.066 36.810 + 10.118 36.804 + 10.164 36.799 + 10.210 77.749 + 10.257 169.89 + 10.297 364.43 + 10.343 651.11 + 10.389 1132.3 + 10.436 1562.4 + 10.476 1797.9 + 10.522 1849.0 + 10.563 1736.4 + 10.615 1337.1 + 10.661 978.72 + 10.701 487.25 + 10.759 261.98 + 10.799 169.83 + 10.840 128.87 + 10.886 108.38 + 10.938 77.662 + 10.978 98.135 + 11.036 46.933 + 11.065 87.885 + 11.111 46.924 + 11.163 36.679 + 11.192 16.198 + 11.244 16.192 + 11.290 16.186 + 11.336 16.181 + 11.377 16.176 + 11.423 36.648 + 11.469 46.882 + 11.515 57.115 + 11.550 108.31 + 11.602 313.08 + 11.648 610.00 + 11.689 1377.9 + 11.741 2565.6 + 11.775 3947.9 + 11.822 5125.3 + 11.856 5719.2 + 11.902 5637.3 + 11.954 4777.2 + 12.001 3159.4 + 12.047 1654.3 + 12.087 712.34 + 12.133 333.49 + 12.174 169.66 + 12.226 169.66 + 12.266 302.76 + 12.307 609.92 + 12.347 1285.7 + 12.405 2330.0 + 12.445 3558.7 + 12.480 4736.2 + 12.532 5627.0 + 12.567 5022.9 + 12.618 4060.4 + 12.670 2698.6 + 12.705 1367.6 + 12.745 589.39 + 12.797 200.31 + 12.838 97.913 + 12.884 26.235 + 12.930 36.468 + 12.982 5.7452 + 13.023 4.4985 + 13.057 5.7362 + 13.109 4.5089 + 13.150 4.5137 + 13.190 4.5185 + 13.236 5.7149 + 13.282 4.5296 + 13.323 5.7045 + 13.369 5.6990 + 13.415 5.6935 + 13.467 15.926 + 13.496 15.923 + 13.536 15.918 + 13.594 26.150 + 13.640 15.905 + 13.687 5.6611 + 13.727 15.895 + 13.773 15.890 + 13.814 15.885 + 13.866 15.879 + 13.906 15.874 + 13.946 15.869 + 13.987 15.864 + 14.039 5.6190 + 14.073 5.6148 +ENDDATA 225 +ENDSUBENT 240 +SUBENT F1113003 20110203 20120207 20120113 F043 +BIB 5 7 +REACTION (8-O-16(D,A)7-N-14,,DA/DE,,REL) +COMMENT Data are given in counts for 250 mu-C. +SAMPLE The target used was 6 mu-m mylar C-10(H2O) coated on + both its surfaces with an evaporated gold film to avoid + possible wrinkles due to the heating by the beam. +ERR-ANALYS (E-ERR-DIG) Secondary energy digitizing error +STATUS (CURVE) Fig.4 +ENDBIB 7 +COMMON 3 3 +ANG E-ERR-DIG ERR-DIG +ADEG MEV ARB-UNITS + 30. 0.002 0.088 +ENDCOMMON 3 +DATA 2 115 +E DATA +MEV ARB-UNITS + 12.214 462.39 + 12.260 285.69 + 12.315 174.79 + 12.353 174.79 + 12.391 154.11 + 12.437 161.63 + 12.488 233.05 + 12.538 313.88 + 12.576 550.72 + 12.618 849.59 + 12.661 1180.4 + 12.711 1430.4 + 12.758 1443.6 + 12.800 1253.7 + 12.846 1015.0 + 12.892 652.21 + 12.938 402.21 + 12.985 221.75 + 13.027 127.77 + 13.073 78.893 + 13.119 63.854 + 13.166 54.454 + 13.212 54.452 + 13.254 60.089 + 13.301 48.809 + 13.343 48.807 + 13.389 48.805 + 13.431 39.405 + 13.477 39.403 + 13.528 30.003 + 13.570 30.001 + 13.616 29.999 + 13.658 31.877 + 13.705 28.116 + 13.751 31.873 + 13.797 29.992 + 13.844 29.990 + 13.886 31.868 + 13.932 29.986 + 13.979 26.225 + 14.021 11.186 + 14.063 28.101 + 14.109 20.581 + 14.151 20.579 + 14.193 29.976 + 14.240 20.575 + 14.286 31.852 + 14.328 20.572 + 14.374 29.969 + 14.421 20.568 + 14.463 18.687 + 14.505 20.565 + 14.547 20.563 + 14.593 20.561 + 14.635 20.559 + 14.678 20.558 + 14.724 20.556 + 14.770 26.193 + 14.817 20.552 + 14.854 18.671 + 14.901 11.150 + 14.947 11.148 + 14.985 13.026 + 15.031 16.784 + 15.073 22.421 + 15.124 13.021 + 15.166 13.019 + 15.204 14.897 + 15.250 24.294 + 15.297 16.773 + 15.335 24.291 + 15.385 28.048 + 15.427 18.648 + 15.469 18.646 + 15.516 13.005 + 15.558 16.763 + 15.608 11.122 + 15.646 11.120 + 15.692 12.998 + 15.735 22.395 + 15.777 12.994 + 15.823 20.511 + 15.874 31.787 + 15.916 22.387 + 15.962 48.701 + 16.008 71.256 + 16.050 112.61 + 16.097 202.83 + 16.139 317.49 + 16.181 469.74 + 16.223 618.24 + 16.270 620.12 + 16.316 477.26 + 16.362 287.41 + 16.408 163.34 + 16.455 71.238 + 16.497 29.883 + 16.543 11.084 + 16.589 9.2021 + 16.636 11.080 + 16.682 11.078 + 16.728 16.715 + 16.771 12.954 + 16.817 12.952 + 16.863 12.950 + 16.909 12.949 + 16.956 14.826 + 16.998 12.945 + 17.048 12.943 + 17.086 12.941 + 17.137 12.939 + 17.175 14.817 + 17.225 14.815 + 17.272 12.934 + 17.314 12.932 +ENDDATA 117 +ENDSUBENT 133 +SUBENT F1113004 20110203 20120207 20120113 F043 +BIB 5 6 +REACTION (12-MG-24(D,A)11-NA-22,,DA/DE,,REL) +COMMENT Data are given in counts for 600 mu-C. +SAMPLE The target used was a layer of magnesium of thickness + 0.3 mg/cm2 on a supporting gold foil of 0.2 mg/cm2. +ERR-ANALYS (E-ERR-DIG) Secondary energy digitizing error +STATUS (CURVE) Fig.5 +ENDBIB 6 +COMMON 3 3 +ANG E-ERR-DIG ERR-DIG +ADEG MEV ARB-UNITS + 25. 0.005 1.169 +ENDCOMMON 3 +DATA 3 216 +E DATA DATA-ERR +MEV ARB-UNITS ARB-UNITS + 7.7736 1909.0 17.595 + 7.8265 1618.7 43.987 + 7.8596 1483.8 41.055 + 7.9127 1375.2 41.055 + 7.9593 1387.0 49.852 + 7.9994 1474.9 41.055 + 8.0526 1457.3 49.852 + 8.0858 1369.3 26.392 + 8.1323 1272.6 32.257 + 8.1922 1304.8 32.257 + 8.2320 1134.7 29.325 + 8.2786 1146.4 35.190 + 8.3250 979.26 29.325 + 8.3648 897.14 32.257 + 8.4180 897.12 32.257 + 8.4582 1037.9 35.190 + 8.5050 1164.0 38.122 + 8.5452 1360.4 38.122 + 8.5918 1372.1 41.055 + 8.6385 1454.2 43.987 + 8.6783 1351.6 41.055 + 8.7316 1401.4 41.055 + 8.7715 1336.9 38.122 + 8.8181 1354.5 41.055 + 8.8580 1313.4 41.055 + 8.9111 1225.4 35.190 + 8.9576 1105.2 32.257 + 8.9840 970.29 + 9.0506 984.93 + 9.0841 1105.2 + 9.1242 1225.4 + 9.1841 1228.3 + 9.2438 1049.4 + 9.2702 858.78 + 9.3232 668.16 + 9.3696 527.38 + 9.4095 474.59 + 9.4496 583.08 + 9.5029 609.46 + 9.5497 770.73 + 9.5832 917.35 + 9.6365 961.32 + 9.6698 999.44 + 9.7165 1058.1 + 9.7695 890.91 + 9.8160 770.66 + 9.8624 644.56 + 9.9157 650.41 + 9.9557 688.52 + 10.022 808.73 + 10.056 967.08 + 10.096 1143.0 + 10.136 1233.9 + 10.183 1275.0 + 10.250 1362.9 + 10.283 1321.8 + 10.329 1242.7 + 10.362 1060.8 + 10.409 920.07 + 10.449 814.49 + 10.508 752.89 + 10.528 676.64 + 10.555 676.63 + 10.602 752.87 + 10.628 711.81 + 10.688 679.53 + 10.735 661.93 + 10.781 571.01 + 10.834 635.51 + 10.874 667.75 + 10.914 661.88 + 10.948 600.29 + 11.007 614.94 + 11.054 670.64 + 11.094 767.40 + 11.154 752.72 + 11.187 708.73 + 11.227 685.26 + 11.281 688.18 + 11.307 808.40 + 11.374 796.65 + 11.407 984.32 + 11.448 1078.2 + 11.501 1086.9 + 11.541 1257.0 + 11.588 1506.3 + 11.628 1764.3 + 11.675 1799.5 + 11.741 1594.2 + 11.774 1189.5 + 11.834 1004.7 + 11.893 822.91 + 11.926 690.94 + 11.986 538.44 + 12.026 453.39 + 12.066 432.85 + 12.106 388.85 + 12.159 482.68 + 12.193 649.82 + 12.246 872.67 + 12.286 1098.5 + 12.333 1165.9 + 12.386 1075.0 + 12.419 863.83 + 12.465 579.37 + 12.519 435.67 + 12.558 341.82 + 12.598 286.09 + 12.638 300.74 + 12.691 303.66 + 12.738 280.19 + 12.785 253.78 + 12.824 180.46 + 12.871 180.45 + 12.918 180.44 + 12.958 271.33 + 13.004 373.96 + 13.045 532.30 + 13.091 708.24 + 13.118 922.30 + 13.165 928.15 + 13.218 878.29 + 13.285 722.85 + 13.311 497.04 + 13.357 329.88 + 13.404 247.76 + 13.444 224.29 + 13.484 347.44 + 13.530 429.54 + 13.571 573.22 + 13.617 488.17 + 13.670 367.92 + 13.710 247.68 + 13.757 177.29 + 13.796 145.02 + 13.843 121.55 + 13.876 153.80 + 13.930 139.12 + 13.970 174.30 + 14.029 194.81 + 14.070 317.97 + 14.103 517.37 + 14.143 690.37 + 14.197 778.33 + 14.243 625.83 + 14.289 423.48 + 14.349 259.24 + 14.389 226.98 + 14.429 259.22 + 14.469 397.04 + 14.503 710.81 + 14.550 974.72 + 14.570 983.51 + 14.610 948.31 + 14.656 719.56 + 14.696 482.02 + 14.735 223.96 + 14.782 168.23 + 14.828 124.23 + 14.862 83.164 + 14.921 86.081 + 14.961 100.73 + 15.008 97.788 + 15.048 130.04 + 15.088 168.15 + 15.135 253.18 + 15.188 238.50 + 15.235 212.10 + 15.274 191.56 + 15.328 171.02 + 15.374 212.06 + 15.408 361.61 + 15.461 446.64 + 15.501 376.25 + 15.534 308.79 + 15.574 229.60 + 15.647 188.53 + 15.680 126.94 + 15.720 112.27 + 15.780 100.52 + 15.827 109.31 + 15.874 182.61 + 15.914 294.03 + 15.947 411.32 + 16.007 464.09 + 16.047 340.92 + 16.093 203.08 + 16.153 100.43 + 16.180 50.567 + 16.240 53.484 + 16.280 38.811 + 16.326 41.731 + 16.366 65.181 + 16.413 50.506 + 16.466 68.087 + 16.513 103.27 + 16.566 112.05 + 16.606 150.16 + 16.646 112.03 + 16.679 44.573 + 16.732 5.2930 + 16.779 2.3726 + 16.832 2.3863 + 16.879 2.3984 + 16.919 2.4087 + 16.972 2.4224 + 17.012 0.49973 + 17.072 0.48427 + 17.112 0.47396 + 17.152 0.46365 + 17.192 0.45334 + 17.238 0.44131 + 17.278 0.43100 + 17.325 0.41897 + 17.365 0.40866 + 17.405 0.39835 +ENDDATA 218 +ENDSUBENT 233 +SUBENT F1113005 20110203 20120207 20120113 F043 +BIB 4 5 +REACTION (6-C-12(D,A)5-B-10,PAR,DA) +SAMPLE The target of C-12 was prepared by cracking methyl + iodide (CH3I) on a thin tantalum strip. +ERR-ANALYS (ANG-ERR-D) Angle digitizing error +STATUS (CURVE) Fig.7 +ENDBIB 5 +COMMON 3 3 +E-LVL ANG-ERR-D ERR-DIG +MEV ADEG MB/SR + 0. 0.2801 0.0018 +ENDCOMMON 3 +DATA 3 25 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 12.928 1.595 9.354E-02 + 17.594 2.1697 + 20.492 2.898 + 23.409 3.2255 + 27.491 3.7401 + 29.533 3.974 + 31.278 4.2881 + 35.373 4.5488 6.013E-02 + 38.6 4.5488 + 42.131 4.3485 + 45.38 3.9143 + 48.334 3.5201 + 51.287 3.1193 + 57.192 2.3845 + 59.848 2.0706 + 62.801 1.6898 + 65.452 1.4894 + 68.393 1.3492 + 73.966 1.3694 + 79.826 1.5299 + 85.397 1.6035 7.35E-02 + 90.387 1.5702 + 95.384 1.3699 + 101.85 1.0627 + 106.57 0.72878 +ENDDATA 27 +ENDSUBENT 41 +SUBENT F1113006 20110203 20120207 20120113 F043 +BIB 4 5 +REACTION (6-C-12(D,A)5-B-10,PAR,DA) +SAMPLE The target of C-12 was prepared by cracking methyl + iodide (CH3I) on a thin tantalum strip. +ERR-ANALYS (ANG-ERR-D) Angle digitizing error +STATUS (CURVE) Fig.7 +ENDBIB 5 +COMMON 3 3 +E-LVL ANG-ERR-D ERR-DIG +MEV ADEG MB/SR + 0.72 0.0451 0.0068 +ENDCOMMON 3 +DATA 3 26 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 13.686 8.6761 + 16.042 6.855 + 19.416 5.8719 + 22.352 4.6989 + 25.866 4.4533 + 28.208 4.4869 + 30.84 4.744 + 32.302 4.8781 + 34.935 5.0906 + 38.593 5.1466 8.939E-02 + 41.524 4.6439 + 44.604 3.7391 + 47.391 2.9347 + 50.471 2.1416 + 56.625 1.0916 + 59.115 0.84588 + 62.189 0.71195 + 65.407 0.96908 + 68.332 1.215 + 74.181 1.7293 + 79.593 2.0312 + 85.446 2.1544 + 90.861 2.1435 0.10056 + 95.982 2.289 + 101.54 2.5462 + 106.66 2.7364 +ENDDATA 28 +ENDSUBENT 42 +SUBENT F1113007 20110203 20120207 20120113 F043 +BIB 4 5 +REACTION (6-C-12(D,A)5-B-10,PAR,DA) +SAMPLE The target of C-12 was prepared by cracking methyl + iodide (CH3I) on a thin tantalum strip. +ERR-ANALYS (ANG-ERR-D) Angle digitizing error +STATUS (CURVE) Fig.7 +ENDBIB 5 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG MB/SR + 0.1416 0.0012 +ENDCOMMON 3 +DATA 4 51 +E-LVL ANG-CM DATA-CM DATA-ERR +MEV ADEG MB/SR MB/SR + 2.15 13.157 1.519 5.717E-02 + 2.15 16.112 1.7847 + 2.15 19.655 1.8049 + 2.15 22.017 1.8251 6.054E-02 + 2.15 24.969 1.8217 + 2.15 27.92 1.7746 + 2.15 31.166 1.6367 + 2.15 32.345 1.556 + 2.15 36.181 1.3744 + 2.15 38.834 1.149 + 2.15 41.193 0.91024 + 2.15 45.028 0.72862 + 2.15 47.979 0.63108 + 2.15 51.226 0.60754 + 2.15 57.131 0.68824 + 2.15 60.379 0.73532 + 2.15 63.626 0.75886 + 2.15 66.578 0.75885 4.709E-02 + 2.15 69.235 0.73531 + 2.15 75.137 0.59404 + 2.15 81.335 0.53013 + 2.15 86.354 0.51667 + 2.15 92.259 0.60074 + 2.15 97.279 0.69154 + 2.15 103.18 0.61753 + 2.15 107.61 0.54354 + 3.58 13.582 0.85808 4.73E-02 + 3.58 16.82 1.5439 + 3.58 20.345 1.8344 + 3.58 23.87 2.1553 + 3.58 27.1 2.3478 + 3.58 29.303 2.5066 5.068E-02 + 3.58 32.237 2.4998 + 3.58 33.557 2.4525 + 3.58 36.782 2.3005 + 3.58 40.005 2.0369 + 3.58 42.788 1.7261 + 3.58 46.157 1.3612 + 3.58 49.087 1.0943 + 3.58 52.164 0.88481 + 3.58 58.615 0.56044 + 3.58 61.547 0.44217 + 3.58 64.479 0.33066 + 3.58 67.412 0.26983 + 3.58 70.493 0.27318 + 3.58 76.508 0.31706 + 3.58 82.231 0.43525 4.728E-02 + 3.58 88.247 0.48251 + 3.58 93.674 0.47571 + 3.58 99.102 0.45539 + 3.58 104.24 0.48914 +ENDDATA 53 +ENDSUBENT 67 +SUBENT F1113008 20110203 20120207 20120113 F043 +BIB 4 7 +REACTION (8-O-16(D,A)7-N-14,PAR,DA) +SAMPLE The target used was 6 mu-m mylar C-10(H2O) coated on + both its surfaces with an evaporated gold film to avoid + possible wrinkles due to the heating by the beam. +ERR-ANALYS (ERR-SYS) The absolute error of cross section + (ANG-ERR-D) Angle digitizing error +STATUS (CURVE) Fig.8 +ENDBIB 7 +COMMON 4 3 +E-LVL ERR-SYS ANG-ERR-D ERR-DIG +MEV PER-CENT ADEG MB/SR + 0. 25. 0.0563 0.0006 +ENDCOMMON 3 +DATA 3 17 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 17.565 9.289E-02 2.851E-02 + 23.145 0.11531 2.342E-02 + 28.973 0.27622 1.526E-02 + 32.015 0.33428 1.528E-02 + 35.055 0.44325 1.324E-02 + 40.378 0.55324 1.222E-02 + 46.085 0.58483 1.426E-02 + 51.797 0.47995 1.018E-02 + 57.385 0.32722 1.12E-02 + 62.971 0.2254 1.323E-02 + 68.428 0.1745 1.223E-02 + 73.249 0.14906 1.324E-02 + 78.959 0.1175 1.425E-02 + 84.287 0.11956 1.121E-02 + 89.232 0.17049 9.165E-03 + 94.683 0.24789 9.163E-03 + 99.502 0.26726 1.018E-02 +ENDDATA 19 +ENDSUBENT 35 +SUBENT F1113009 20110203 20120207 20120113 F043 +BIB 4 6 +REACTION (12-MG-24(D,A)11-NA-22,PAR,DA) +SAMPLE The target used was a layer of magnesium of thickness + 0.3 mg/cm2 on a supporting gold foil of 0.2 mg/cm2. +ERR-ANALYS (ERR-SYS) The absolute error of cross section + (ANG-ERR-D) Angle digitizing error +STATUS (CURVE) Fig.9 +ENDBIB 6 +COMMON 3 3 +ERR-SYS ANG-ERR-D ERR-DIG +PER-CENT ADEG MB/SR + 30. 0.0762 0.0004 +ENDCOMMON 3 +DATA 4 39 +E-LVL ANG-CM DATA-CM DATA-ERR +MEV ADEG MB/SR MB/SR + 0. 17.376 0.11485 1.374E-02 + 0. 23.224 0.17259 1.139E-02 + 0. 28.654 0.16593 1.138E-02 + 0. 33.885 0.11923 1.1E-02 + 0. 38.561 9.922E-02 9.424E-03 + 0. 44.47 0.11651 7.461E-03 + 0. 50.125 0.13145 6.675E-03 + 0. 55.548 0.12951 1.021E-02 + 0. 60.752 0.10126 9.031E-03 + 0. 65.425 8.282E-02 8.246E-03 + 0. 71.348 9.069E-02 6.675E-03 + 0. 76.761 9.503E-02 8.639E-03 + 0. 81.664 9.505E-02 7.852E-03 + 0. 86.569 9.428E-02 7.855E-03 + 0. 96.902 8.725E-02 8.638E-03 + 0.58 16.662 4.482E-02 7.58E-03 + 0.58 22.244 8.911E-02 8.776E-03 + 0.58 28.202 0.17848 1.356E-02 + 0.58 32.395 0.15694 9.575E-03 + 0.58 38.88 8.394E-02 6.782E-03 + 0.58 44.217 4.844E-02 8.775E-03 + 0.58 49.802 6.8E-02 7.181E-03 + 0.58 55.008 6.96E-02 7.183E-03 + 0.58 60.343 6.003E-02 6.782E-03 + 0.58 65.803 5.684E-02 5.984E-03 + 0.58 71.01 4.927E-02 4.787E-03 + 0.89 16.222 0.10413 1.195E-02 + 0.89 21.816 0.10451 9.961E-03 + 0.89 27.782 8.018E-02 9.96E-03 + 0.89 32.736 6.981E-02 6.773E-03 + 0.89 38.45 5.186E-02 5.976E-03 + 0.89 43.926 7.973E-02 7.968E-03 + 0.89 49.52 8.29E-02 8.365E-03 + 0.89 54.607 8.965E-02 7.57E-03 + 0.89 60.452 8.167E-02 7.568E-03 + 0.89 65.408 7.727E-02 6.375E-03 + 0.89 70.742 6.37E-02 5.179E-03 + 0.89 75.702 7.126E-02 5.577E-03 + 0.89 81.175 9.076E-02 5.576E-03 +ENDDATA 41 +ENDSUBENT 56 +SUBENT F1113010 20110203 20120207 20120113 F043 +BIB 4 6 +REACTION (12-MG-24(D,A)11-NA-22,PAR,DA) +SAMPLE The target used was a layer of magnesium of thickness + 0.3 mg/cm2 on a supporting gold foil of 0.2 mg/cm2. +ERR-ANALYS (ERR-SYS) The absolute error of cross section + (ANG-ERR-D) Angle digitizing error +STATUS (CURVE) Fig.10 +ENDBIB 6 +COMMON 4 3 +E-LVL ERR-SYS ANG-ERR-D ERR-DIG +MEV PER-CENT ADEG MB/SR + 1.53 30. 0.0534 0.0004 +ENDCOMMON 3 +DATA 3 15 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 16.731 0.13149 1.08E-02 + 22.222 0.29091 1.171E-02 + 28.008 0.44673 6.306E-03 + 33.906 0.39174 1.082E-02 + 38.914 0.31063 1.261E-02 + 44.801 0.19708 9.908E-03 + 50.406 0.1529 9.007E-03 + 56.025 0.19791 9.906E-03 + 61.047 0.19968 9.911E-03 + 66.218 0.21406 8.108E-03 + 71.529 0.18069 9.905E-03 + 76.394 0.13021 1.082E-02 + 81.854 0.10766 1.083E-02 + 86.875 0.10762 9.008E-03 + 97.074 0.15981 9.905E-03 +ENDDATA 17 +ENDSUBENT 32 +SUBENT F1113011 20110203 20120207 20120113 F043 +BIB 4 6 +REACTION (12-MG-24(D,A)11-NA-22,PAR,DA) +SAMPLE The target used was a layer of magnesium of thickness + 0.3 mg/cm2 on a supporting gold foil of 0.2 mg/cm2. +ERR-ANALYS (ERR-SYS) The absolute error of cross section + (ANG-ERR-D) Angle digitizing error +STATUS (CURVE) Fig.10 +ENDBIB 6 +COMMON 4 3 +E-LVL ERR-SYS ANG-ERR-D ERR-DIG +MEV PER-CENT ADEG MB/SR + 2.58 30. 0.0411 0.0001 +ENDCOMMON 3 +DATA 3 15 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 16.681 3.552E-02 8.133E-03 + 22.494 0.12315 9.488E-03 + 28.152 0.19587 1.039E-02 + 33.478 0.17732 9.036E-03 + 39.1 0.15878 1.039E-02 + 44.711 0.11087 1.084E-02 + 50.324 7.018E-02 6.776E-03 + 55.648 4.667E-02 4.969E-03 + 61.138 6.788E-02 9.036E-03 + 66.468 5.928E-02 6.777E-03 + 71.65 5.113E-02 8.133E-03 + 76.979 4.026E-02 8.129E-03 + 82.161 3.256E-02 5.874E-03 + 87.208 5.83E-02 6.325E-03 + 97.577 5.419E-02 8.134E-03 +ENDDATA 17 +ENDSUBENT 32 +ENDENTRY 11 diff --git a/exforall/F11/F1114.x4 b/exforall/F11/F1114.x4 new file mode 100644 index 000000000..222ab1bc6 --- /dev/null +++ b/exforall/F11/F1114.x4 @@ -0,0 +1,164 @@ +ENTRY F1114 20110315 20120207 20120113 F043 +SUBENT F1114001 20110315 20120207 20120113 F043 +BIB 11 19 +TITLE The elastic scattering of 29 MeV He-3 by Al, V and Cu. +AUTHOR (G.W.Greenlees,J.S.Lilley,P.C.Rowe,P.E.Hodgson) +INSTITUTE (2UK BIR,2UK OXF) +REFERENCE (J,NP,24,334,1961) + #doi:10.1016/0029-5582(61)90386-8 +FACILITY (CYCLO,2UK BIR) The Nuffield 152 cm cyclotron was used. +DETECTOR (SCIN,NAICR) The scintillation counter consisted of a + 3 mm NaI(Tl) crystal and Dumont 6292 photomultiplier. + The counter setting was accurate to 0.2 degr. +INC-SPECT The energy resolution was 2-3%. +METHOD (PHD) + (BCINT) +SAMPLE The targets were in a form of foils. +ERR-ANALYS (ERR-S) Relative error + (ERR-SYS) Absolute error + (ANG-ERR-D) Angle digitizing error + (ERR-DIG) Data digitizing error + (DATA-ERR) Error from the graphic bars +HISTORY (20110315C) +ENDBIB 19 +COMMON 3 3 +ANG-RSL ERR-S ERR-SYS +ADEG PER-CENT PER-CENT + 1. 3. 7. +ENDCOMMON 3 +ENDSUBENT 26 +SUBENT F1114002 20110315 20120207 20120113 F043 +BIB 2 2 +REACTION (13-AL-27(HE3,EL)13-AL-27,,DA) +STATUS (CURVE) Fig.2 +ENDBIB 2 +COMMON 3 3 +EN ANG-ERR-D ERR-DIG +MEV ADEG PER-CENT + 29.3 0.0517 0.004 +ENDCOMMON 3 +DATA 3 37 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 16.839 1.1928E+03 87.399 + 17.986 808.43 36.53 + 18.904 577.77 20.793 + 20.281 339.95 12.234 + 21.084 234.52 8.44 + 21.772 198.26 8.9586 + 22.348 238.69 10.786 + 23.727 228.36 10.319 + 24.646 210.9 9.5296 + 25.106 222.38 10.049 + 25.45 188. 8.495 + 25.795 193.05 6.9476 + 28.094 172.08 9.3725 + 29.126 115.6 5.2238 + 30.16 107.71 5.8665 + 31.193 73.002 3.9761 + 32.226 51.714 3.7892 + 33.144 44.498 1.6014 + 34.291 26.649 2.2065 + 35.667 12.795 0.69689 + 37.16 9.3899 0.51143 + 39.229 10.167 0.74495 + 41.645 15.132 0.82419 + 44.174 15.538 1.7386 + 46.931 12.456 0.67843 + 48.995 4.1258 0.84152 + 50.143 3.2211 0.39224 + 51.404 1.5195 8.2761E-02 + 53.584 0.66783 0.13621 + 54.965 0.99401 5.4140E-02 + 56.574 0.99397 5.4138E-02 + 58.989 1.1653 0.11899 + 61.518 1.2729 0.155 + 63.932 1.2955 0.14497 + 66.455 0.40694 4.1554E-02 + 71.847 5.0975E-02 3.2536E-03 + 77.831 0.19361 4.1560E-02 +ENDDATA 39 +ENDSUBENT 50 +SUBENT F1114003 20110315 20120207 20120113 F043 +BIB 2 2 +REACTION (23-V-51(HE3,EL)23-V-51,,DA) +STATUS (CURVE) Fig.3 +ENDBIB 2 +COMMON 3 3 +EN ANG-ERR-D ERR-DIG +MEV ADEG PER-CENT + 29.1 0.0966 0.01 +ENDCOMMON 3 +DATA 3 28 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 19.334 2.1907E+03 53.747 + 21.139 1.4511E+03 47.66 + 22.858 1.1388E+03 46.947 + 24.663 785.43 32.378 + 26.639 564.02 18.525 + 28.531 300.37 12.382 + 31.11 174.84 7.2074 + 33.087 113.95 3.7427 + 35.32 90.162 4.4783 + 37.897 73.09 5.5126 + 40.13 57.366 2.8493 + 42.109 28.408 0.93305 + 44.858 19.124 0.78835 + 45.806 11.683 0.67979 + 47.353 9.0224 0.37193 + 48.642 7.2547 0.29906 + 49.757 7.2552 0.23829 + 52.074 8.1251 0.40357 + 54.478 7.4955 0.43612 + 57.227 5.7422 0.1886 + 58.088 3.9922 0.19829 + 59.633 3.8655 0.192 + 61.87 1.6155 9.4000E-02 + 63.933 1.0361 7.8143E-02 + 66.51 0.75616 5.7031E-02 + 69.001 0.58397 5.4275E-02 + 71.494 0.35969 4.3075E-02 + 73.727 0.27113 3.0026E-02 +ENDDATA 30 +ENDSUBENT 41 +SUBENT F1114004 20110315 20120207 20120113 F043 +BIB 2 2 +REACTION (29-CU-63(HE3,EL)29-CU-63,,DA) +STATUS (CURVE) Fig.3 +ENDBIB 2 +COMMON 3 3 +EN ANG-ERR-D ERR-DIG +MEV ADEG PER-CENT + 29.1 0.0966 0.009 +ENDCOMMON 3 +DATA 3 24 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 25.989 845.57 41.849 + 27.879 714.15 23.373 + 28.393 749.53 30.788 + 29.17 481.4 23.826 + 30.891 314.24 10.284 + 32.954 233.32 11.548 + 34.932 154.78 5.0656 + 37.508 132.85 5.457 + 39.658 86.026 2.8155 + 41.979 61.852 2.0243 + 44.646 30.462 0.99697 + 46.965 26.146 2.4212 + 49.2 19.889 0.98433 + 51.434 16.006 0.65746 + 53.84 11.508 0.66719 + 56.591 7.6346 0.44262 + 59. 4.2425 0.24596 + 61.405 3.5833 0.23839 + 63.809 3.2279 0.35615 + 66.216 2.2838 0.17162 + 68.706 1.992 0.23767 + 73.778 0.94255 7.0832E-02 + 78.509 0.30059 5.5369E-02 + 82.886 0.31813 3.5101E-02 +ENDDATA 26 +ENDSUBENT 37 +ENDENTRY 4 diff --git a/exforall/F11/F1115.x4 b/exforall/F11/F1115.x4 new file mode 100644 index 000000000..1eeba1291 --- /dev/null +++ b/exforall/F11/F1115.x4 @@ -0,0 +1,273 @@ +ENTRY F1115 20110315 20120207 20120113 F043 +SUBENT F1115001 20110315 20120207 20120113 F043 +BIB 10 24 +TITLE The C-13(d,n)N-14 reaction. +AUTHOR (A.N.James) +INSTITUTE (2UK CAV) +REFERENCE (J,NP,24,132,1961) + #doi:10.1016/0029-5582(61)91023-9 +FACILITY (CCW,2UK CAV) 1.4*10**6 V Cockcroft-Walton generator + was used. +DETECTOR (SCIN) Scintillation counters incorporating neutron + discriminating Nuclear Enterprise N.E. 213 liquid + scintillator were used with biases equivalent to + neutron energies of 600 keV and 330 keV. Errors arising + from corrections for counter efficiency are less than + 10% within any one of the distributions. +SAMPLE The target was isotopically enriched carbon on 0.05 cm + copper. It was less than 20 keV thick to 1.16 MeV + protons. +METHOD (TOF) +ERR-ANALYS (ERR-DIG) Data digitizing error + (DATA-ERR) Error from the graphic bars + The relative intensities of the neutron groups forming + the different levels are expected to be correct within + 30% (the intensity ratio for groups n3 and n5 is + expected to be within 10%). +HISTORY (20110315C) +ENDBIB 24 +NOCOMMON 0 0 +ENDSUBENT 27 +SUBENT F1115002 20110315 20120207 20120113 F043 +BIB 4 4 +REACTION (6-C-13(D,N)7-N-14,PAR,DA,,REL) +COMMENT No explanation of relative units is given. +ERR-ANALYS (ANG-ERR-D) Angle digitizing error +STATUS (CURVE) Fig.1 +ENDBIB 4 +COMMON 3 3 +EN ANG-ERR-D ERR-DIG +MEV ADEG ARB-UNITS + 1.2 0.2319 0.0043 +ENDCOMMON 3 +DATA 4 32 +E-LVL ANG-CM DATA-CM DATA-ERR +MEV ADEG ARB-UNITS ARB-UNITS + 0. 1.2866 1.44 0.18012 + 0. 10.287 1.4393 0.16234 + 0. 20.054 1.7887 0.18142 + 0. 31.306 1.5079 0.15213 + 0. 41.969 1.5472 0.16421 + 0. 56.597 1.6963 0.1653 + 0. 71.533 1.9053 0.19132 + 0. 81.898 2.0547 0.19365 + 0. 91.378 2.7041 0.26128 + 0. 106.02 3.1631 0.32015 + 0. 111.51 3.2228 0.31247 + 0. 120.99 3.8222 0.36571 + 0. 131.01 3.3715 0.35429 + 0. 135.91 3.7412 0.37138 + 0. 141.34 2.9709 0.33042 + 0. 150.53 3.7303 0.40567 + 2.31 1.0082 1.01 0.20127 + 2.31 11.158 0.71922 0.15218 + 2.31 20.011 1.0587 0.21149 + 2.31 30.667 1.008 0.20286 + 2.31 41.919 0.71724 0.15561 + 2.31 57.133 0.47627 0.12148 + 2.31 73.273 0.42523 0.10347 + 2.31 82.416 0.53464 0.80415 + 2.31 92.756 0.27398 0.90328 + 2.31 107.99 0.443 0.10117 + 2.31 111.35 0.49279 0.1028 + 2.31 122.64 0.88206 0.19157 + 2.31 131.76 0.54148 0.1716 + 2.31 137.29 1.3811 0.32012 + 2.31 142.13 0.89081 0.25315 + 2.31 151.29 1.2902 0.32604 +ENDDATA 34 +ENDSUBENT 47 +SUBENT F1115003 20110315 20120207 20120113 F043 +BIB 4 4 +REACTION (6-C-13(D,N)7-N-14,PAR,DA,,REL) +COMMENT No explanation of relative units is given. +ERR-ANALYS (ANG-ERR-D) Angle digitizing error +STATUS (CURVE) Fig.2 upper curve +ENDBIB 4 +COMMON 4 3 +EN E-LVL ANG-ERR-D ERR-DIG +MEV MEV ADEG ARB-UNITS + 1.2 3.95 0.2319 0.0043 +ENDCOMMON 3 +DATA 3 16 +ANG-CM DATA-CM DATA-ERR +ADEG ARB-UNITS ARB-UNITS + 1.0825 2.5979 0.37113 + 8.6846 2.4327 0.38144 + 20.024 4.2056 0.62887 + 31.298 3.1847 0.37124 + 41.993 3.5452 0.38144 + 57.862 3.1324 0.31959 + 73.122 2.8537 0.26804 + 83.503 2.8018 0.29897 + 93.58 2.8531 0.31959 + 108.24 2.9661 0.30916 + 113.73 2.7082 0.30925 + 122.31 4.0791 0.63918 + 132.36 3.0686 0.35052 + 136.96 3.5324 0.41237 + 142.13 2.7178 0.41243 + 152.83 3.3257 0.40206 +ENDDATA 18 +ENDSUBENT 31 +SUBENT F1115004 20110315 20120207 20120113 F043 +BIB 4 4 +REACTION (6-C-13(D,N)7-N-14,PAR,DA,,REL) +COMMENT No explanation of relative units is given. +ERR-ANALYS (ANG-ERR-D) Angle digitizing error +STATUS (CURVE) Fig.2 lower curve +ENDBIB 4 +COMMON 4 3 +EN E-LVL ANG-ERR-D ERR-DIG +MEV MEV ADEG ARB-UNITS + 1.2 5.10 0.2319 0.0043 +ENDCOMMON 3 +DATA 3 12 +ANG-CM DATA-CM DATA-ERR +ADEG ARB-UNITS ARB-UNITS + 2.7458E-02 2.2041 0.71428 + 11.537 1.4586 0.55102 + 33.155 2.4881 0.60204 + 45.033 3.1405 0.60231 + 59.564 2.0377 0.5102 + 75.37 2.2307 0.40816 + 85.72 2.6792 0.41836 + 98.768 2.3417 0.37654 + 110.93 2.484 0.4387 + 116.07 2.0041 0.44898 + 125.2 2.3302 0.45918 + 134.9 1.9011 0.50123 +ENDDATA 14 +ENDSUBENT 27 +SUBENT F1115005 20110315 20120207 20120113 F043 +BIB 4 4 +REACTION (6-C-13(D,N)7-N-14,PAR,DA,,REL) +COMMENT No explanation of relative units is given. +ERR-ANALYS (ANG-ERR-D) Angle digitizing error +STATUS (CURVE) Fig.3 upper plot +ENDBIB 4 +COMMON 4 3 +EN E-LVL ANG-ERR-D ERR-DIG +MEV MEV ADEG ARB-UNITS + 1.2 4.91 0.0891 0.0303 +ENDCOMMON 3 +DATA 3 29 +ANG-CM DATA-CM DATA-ERR +ADEG ARB-UNITS ARB-UNITS + 0.57875 9.5596 0.88083 + 0.58747 12.047 1.0363 + 5.7673 12.668 1.1917 + 11.244 11.061 1.0363 + 17.025 9.5579 0.98436 + 22.508 9.5573 0.98454 + 27.678 7.5361 0.72539 + 33.155 5.9811 0.72435 + 34.369 4.7893 0.72378 + 38.021 3.8045 0.77681 + 43.805 3.0267 0.77548 + 45.021 2.612 0.67358 + 49.586 1.4199 0.72539 + 54.456 0.48672 0.51813 + 59.333 1.6779 0.62176 + 65.421 0.58924 0.46632 + 74.253 0.64015 0.31088 + 76.081 0.79541 0.41451 + 84.61 1.0536 0.46632 + 86.439 1.4161 0.51814 + 95.272 1.5188 0.56995 + 105.63 1.2587 0.51823 + 110.2 2.0355 0.62169 + 115.07 3.0712 0.72541 + 124.51 1.8268 0.72564 + 125.74 3.6401 0.82902 + 137.61 2.9135 0.77537 + 140.05 4.5195 0.77652 + 144.31 3.5346 0.77489 +ENDDATA 31 +ENDSUBENT 44 +SUBENT F1115006 20110315 20120207 20120113 F043 +BIB 4 4 +REACTION (6-C-13(D,N)7-N-14,PAR,DA,,REL) +COMMENT No explanation of relative units is given. +ERR-ANALYS (ANG-ERR-D) Angle digitizing error +STATUS (CURVE) Fig.3 lower plot +ENDBIB 4 +COMMON 4 3 +EN E-LVL ANG-ERR-D ERR-DIG +MEV MEV ADEG ARB-UNITS + 1.2 5.83 0.1657 0.0541 +ENDCOMMON 3 +DATA 3 4 +ANG-CM DATA-CM DATA-ERR +ADEG ARB-UNITS ARB-UNITS + 50.713 2.8531 1.4286 + 67.159 2.5456 1.4278 + 86.956 2.34 1.3265 + 127.16 4.1735 1.9384 +ENDDATA 6 +ENDSUBENT 19 +SUBENT F1115007 20110315 20120207 20120113 F043 +BIB 4 6 +REACTION (6-C-13(D,N)7-N-14,PAR,DA,,REL) +COMMENT The experimental points for the 5.69 level (n5) + included the neutron groups C-12(d,n)N-13 and n6. + No explanation of relative units is given. +ERR-ANALYS (ANG-ERR-D) Angle digitizing error +STATUS (CURVE) Fig.3 upper plot +ENDBIB 6 +COMMON 5 3 +EN E-LVL E-LVL ANG-ERR-D ERR-DIG +MEV MEV MEV ADEG ARB-UNITS + 1.2 5.69 5.83 0.2132 0.0728 +ENDCOMMON 3 +DATA 3 17 +ANG-CM DATA-CM DATA-ERR +ADEG ARB-UNITS ARB-UNITS + 0.34463 30.98 2.2297 + 5.506 35.441 2.027 + 11.303 32.505 2.1284 + 17.412 27.845 1.9257 + 23.509 26.327 1.8243 + 28.999 24.1 1.9245 + 34.194 19.237 1.9259 + 39.086 14.07 1.4189 + 45.185 12.147 1.4198 + 51.286 9.5139 1.2162 + 56.171 6.1713 1.1149 + 67.138 5.5676 0.91216 + 76.887 4.7607 1.0135 + 86.93 6.6905 1.2162 + 107.02 9.7391 1.4167 + 126.81 12.99 1.6216 + 145.06 19.484 2.5338 +ENDDATA 19 +ENDSUBENT 34 +SUBENT F1115008 20110315 20120207 20120113 F043 +BIB 4 4 +REACTION (6-C-13(D,N)7-N-14,PAR,DA,,REL) +COMMENT No explanation of relative units is given. +ERR-ANALYS (EN-ERR-DIG) Energy digitizing error +STATUS (CURVE) Fig.4 +ENDBIB 4 +COMMON 3 3 +ANG EN-ERR-DIG ERR-DIG +ADEG MEV ARB-UNITS + 0. 0.0002 0.0039 +ENDCOMMON 3 +DATA 4 11 +E-LVL EN DATA DATA-ERR +MEV MEV ARB-UNITS ARB-UNITS + 4.91 0.77553 0.32712 5.1020E-02 + 4.91 0.87735 0.4912 4.0816E-02 + 4.91 0.99037 0.7472 5.1039E-02 + 4.91 1.0952 1.0542 6.1224E-02 + 4.91 1.2011 1.3305 8.1632E-02 + 4.91 1.3049 1.7803 0.10204 + 5.69 0.87735 0.58155 9.2150E-02 + 5.69 0.99033 1.2275 0.10239 + 5.69 1.0952 2.0781 0.11263 + 5.69 1.202 3.0004 0.15358 + 5.69 1.3058 4.0661 0.21502 +ENDDATA 13 +ENDSUBENT 26 +ENDENTRY 8 diff --git a/exforall/F11/F1116.x4 b/exforall/F11/F1116.x4 new file mode 100644 index 000000000..f7c5d5f70 --- /dev/null +++ b/exforall/F11/F1116.x4 @@ -0,0 +1,518 @@ +ENTRY F1116 20110316 20120207 20120113 F043 +SUBENT F1116001 20110316 20120207 20120113 F043 +BIB 10 24 +TITLE Scattering of 18.7 MeV alpha particles from Al, Cu, and + Ag. +AUTHOR (O.H.Gailar,E.Bleuler,D.J.Tendam) +INSTITUTE (1USAPUR) +REFERENCE (J,PR,112,1989,1958) + #doi:10.1103/PhysRev.112.1989 +FACILITY (CYCLO,1USAPUR) +DETECTOR (PROPC,SCIN,NAICR,CSICR) The detection head consists + essentially of a thin proportional (dE/dx) counter and + a scintillation crystal (E)counter. The proportional + counter contains a mixture of CH4 and either argon or + helium at atmospheric pressure, under continuous flow. +SAMPLE Four different scattering foils were positioned in a + "foil ladder" at the center of the chamber. Foils of + Al, Cu, Ag, and Au with a nominal thickness of 0.0001 + inch were used. The Au foil was included for alignment + and control purposes. +METHOD (BCINT) + (EDE) + (EDEG) +ERR-ANALYS (ANG-ERR-D) Angle digitizing error + (ERR-DIG) Data digitizing error + (DATA-ERR) Error from the graphic bars +HISTORY (20110316C) +ENDBIB 24 +NOCOMMON 0 0 +ENDSUBENT 27 +SUBENT F1116002 20110316 20120207 20120113 F043 +BIB 2 2 +REACTION (47-AG-0(A,EL)47-AG-0,,DA,,RTH) +STATUS (CURVE) Fig.4 +ENDBIB 2 +COMMON 3 3 +EN ANG-ERR-D ERR-DIG +MEV ADEG PER-CENT + 18.70 0.1075 0.001 +ENDCOMMON 3 +DATA 3 88 +ANG DATA DATA-ERR +ADEG NO-DIM NO-DIM + 12.045 0.9545 + 12.492 1.0001 + 14.284 1.0158 + 15.853 0.99236 + 17.421 1.0001 + 18.765 0.94715 + 20.781 0.97708 + 22.125 1.008 + 23.694 1.0002 + 25.262 0.92535 + 25.934 0.96955 + 27.278 0.9546 + 28.846 0.93988 + 29.966 0.98477 + 31.982 0.99247 + 35.343 1.0159 + 36.911 1.0003 + 38.479 1.0239 + 40.495 1.0399 + 42.511 1.0562 + 43.855 1.0645 + 45.199 1.0728 + 46.768 1.04 + 48.56 0.99258 + 50.129 0.87649 + 52.369 0.90419 + 54.834 0.80467 + 56.626 0.78612 + 58.195 0.733 + 60.212 0.64727 + 62.452 0.64227 + 64.245 0.51662 + 65.589 0.60355 + 68.278 0.52473 + 70.294 0.50082 + 72.535 0.47063 + 74.327 0.45978 + 76.568 0.41559 + 78.584 0.39053 + 80.601 0.34485 + 82.618 0.33691 + 84.186 0.30929 + 86.203 0.2952 + 88.443 0.29065 + 90.236 0.26683 + 92.253 0.23019 + 94.046 0.19704 + 95.839 0.17672 + 98.079 0.1635 + 100.1 0.16224 + 101.89 0.16607 + 103.68 0.14105 + 105.47 0.13152 + 107.94 0.14327 + 109.51 0.13674 + 111.75 0.10256 + 113.54 0.11172 + 115.11 0.11435 + 117.35 0.10256 + 119.36 0.1002 + 120.93 0.1058 + 122.72 9.7890E-02 + 124.74 7.8131E-02 + 126.76 7.1727E-02 + 129.45 7.9977E-02 + 130.57 7.4573E-02 + 132.81 6.6365E-02 + 134.6 7.2855E-02 + 136.84 5.2559E-02 + 138.41 5.6369E-02 + 140.2 6.2852E-02 4.0336E-03 + 142.44 5.6811E-02 + 144.01 5.5935E-02 + 145.35 5.5502E-02 + 147.82 5.6813E-02 4.5935E-03 + 149.61 5.0954E-02 4.1198E-03 + 151.4 5.0955E-02 3.6933E-03 + 153.42 3.7336E-02 2.2516E-03 + 154.99 4.5701E-02 3.6950E-03 + 156.56 4.7145E-02 4.2095E-03 + 158.8 4.4302E-02 2.8431E-03 + 159.92 3.8817E-02 2.9037E-03 + 160.14 4.4997E-02 4.0178E-03 + 161.26 4.6419E-02 3.3645E-03 + 163.28 3.1468E-02 3.3469E-03 + 164.17 4.2285E-02 4.1351E-03 + 165.74 4.5350E-02 3.2871E-03 + 168.65 4.2616E-02 3.8052E-03 +ENDDATA 90 +ENDSUBENT 101 +SUBENT F1116003 20110316 20120207 20120113 F043 +BIB 2 2 +REACTION (29-CU-0(A,EL)29-CU-0,,DA,,RTH) +STATUS (CURVE) Fig.5 +ENDBIB 2 +COMMON 3 3 +EN ANG-ERR-D ERR-DIG +MEV ADEG PER-CENT + 18.68 0.1478 0.002 +ENDCOMMON 3 +DATA 3 84 +ANG DATA DATA-ERR +ADEG NO-DIM NO-DIM + 11.372 0.87806 + 13.172 0.9373 + 14.523 0.91321 + 16.322 0.97483 + 18.123 0.94979 + 20.374 0.96234 + 21.95 0.91347 + 23.977 0.85585 + 25.553 0.80185 + 27.129 0.75126 + 28.93 0.75131 + 30.956 0.6858 + 32.984 0.57136 + 35.012 0.47602 + 36.814 0.4345 + 39.29 0.4071 + 40.641 0.38142 + 43.118 0.36206 + 45.144 0.34367 + 47.171 0.30563 + 49.199 0.25463 + 50.775 0.24808 + 52.803 0.20401 + 55.28 0.17675 + 57.081 0.16998 + 59.557 0.16562 + 61.133 0.15517 + 62.933 0.16349 + 65.186 0.13621 + 66.988 0.12433 + 69.467 9.7046E-02 + 71.269 8.4078E-02 + 73.521 7.5752E-02 + 75.546 7.8782E-02 + 77.797 7.6759E-02 + 79.598 7.7773E-02 + 81.174 6.9161E-02 + 83.424 7.4798E-02 + 85.452 6.1509E-02 + 87.479 5.6883E-02 + 89.281 5.0585E-02 + 91.533 4.4402E-02 + 93.561 3.5573E-02 + 95.362 3.3766E-02 + 97.164 3.0821E-02 + 99.191 2.8134E-02 + 101.44 2.5019E-02 + 103.47 2.4061E-02 2.6468E-03 + 105.27 2.0846E-02 2.2931E-03 + 107.07 2.1964E-02 2.7363E-03 + 108.87 2.5026E-02 3.4874E-03 + 110.67 2.5689E-02 3.5798E-03 + 112.7 2.5691E-02 2.4566E-03 + 114.27 2.6372E-02 2.9215E-03 + 116.3 2.6720E-02 2.9394E-03 + 118.32 2.6722E-02 2.9396E-03 + 120.12 2.6036E-02 3.2436E-03 + 122.6 2.3458E-02 3.2688E-03 + 124.4 1.9800E-02 2.4667E-03 + 126.43 1.5056E-02 1.6563E-03 + 127.56 1.2381E-02 1.7253E-03 + 129.59 9.6636E-03 9.5770E-04 + 131.39 1.1011E-02 1.6991E-03 + 133.64 9.6651E-03 9.5785E-04 + 135.21 1.8317E-02 2.5524E-03 + 137.46 1.5260E-02 2.3548E-03 + 139.26 1.7848E-02 2.2235E-03 + 140.61 2.0072E-02 2.2081E-03 + 142.86 1.5873E-02 1.9774E-03 + 144.21 1.7620E-02 3.8086E-03 + 146.24 1.5875E-02 1.9416E-03 + 148.04 1.7168E-02 2.1389E-03 + 149.61 1.5877E-02 2.2124E-03 + 151.19 1.2720E-02 1.7725E-03 + 153.22 8.2706E-03 1.2762E-03 + 155.03 6.8905E-03 9.6018E-04 + 156.38 6.2079E-03 8.6506E-04 + 158.18 4.3086E-03 6.0040E-04 + 159.77 1.5780E-03 2.9165E-04 + 161.8 1.3672E-03 2.5268E-04 + 162.91 2.4592E-03 4.1675E-04 + 164.25 6.5424E-03 1.0096E-03 + 165.38 8.3831E-03 1.5494E-03 + 166.95 1.2239E-02 2.0740E-03 +ENDDATA 86 +ENDSUBENT 97 +SUBENT F1116004 20110316 20120207 20120113 F043 +BIB 2 2 +REACTION (13-AL-27(A,EL)13-AL-27,,DA,,RTH) +STATUS (CURVE) Fig.6 +ENDBIB 2 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG PER-CENT + 0.1102 0.001 +ENDCOMMON 3 +DATA 4 104 +EN ANG DATA DATA-ERR +MEV ADEG NO-DIM NO-DIM + 18.82 12.514 0.99238 + 18.82 13.41 0.90479 + 18.82 14.528 0.92594 + 18.82 15.199 0.89097 + 18.82 16.766 0.77565 + 18.82 18.78 0.68574 + 18.82 20.572 0.43201 + 18.82 22.362 0.35091 + 18.82 23.929 0.30549 + 18.82 26.39 0.30549 + 18.82 28.179 0.37322 + 18.82 30.192 0.43873 + 18.82 32.205 0.50787 + 18.82 34.443 0.48869 + 18.82 36.458 0.3175 + 18.82 38.697 0.21604 + 18.82 40.264 0.14364 + 18.82 42.726 0.10803 + 18.82 44.739 0.14928 + 18.82 46.304 0.20949 + 18.82 48.54 0.27011 + 18.82 50.777 0.26192 + 18.82 52.791 0.25991 + 18.82 55.253 0.17415 + 18.82 57.269 9.6992E-02 + 18.82 59.061 5.6141E-02 + 18.82 61.074 7.5809E-02 + 18.82 63.085 0.11941 + 18.82 65.321 0.19851 1.5891E-02 + 18.82 67.781 0.26194 1.6645E-02 + 18.82 70.018 0.29176 1.8540E-02 + 18.82 72.479 0.28074 1.7840E-02 + 18.82 74.493 0.21277 1.1784E-02 + 18.82 76.285 0.1493 + 18.82 78.3 9.9269E-02 6.3080E-03 + 18.82 80.314 7.6402E-02 4.8549E-03 + 18.82 82.552 6.8594E-02 4.3588E-03 + 18.82 84.341 9.0509E-02 5.7514E-03 + 18.82 86.353 0.12222 6.7691E-03 + 18.82 88.59 0.16003 1.0169E-02 + 18.82 90.379 0.19104 1.3710E-02 + 18.82 92.169 0.19251 1.3816E-02 + 18.82 94.405 0.22114 1.2248E-02 + 18.82 96.195 0.20793 1.1516E-02 + 18.82 97.986 0.18812 + 18.82 98.209 0.20162 + 18.82 100.22 0.16632 1.1936E-02 + 18.82 102.01 0.16632 1.0569E-02 + 18.82 104.47 0.14368 6.7946E-03 + 18.82 106.26 0.1404 8.9217E-03 + 18.82 108.28 0.11761 5.5618E-03 + 18.82 110.52 0.10082 6.4069E-03 + 18.82 111.86 9.4073E-02 5.2104E-03 + 18.82 112.31 8.6433E-02 3.9028E-03 + 18.82 114.32 6.9134E-02 3.8291E-03 + 18.82 115.66 9.7768E-02 7.0165E-03 + 18.82 117. 0.16505 9.1417E-03 + 18.82 118.34 0.23887 1.3230E-02 + 18.82 120.36 0.26607 1.6907E-02 + 18.82 122.37 0.13304 9.5480E-03 + 18.82 124.39 7.8203E-02 5.2366E-03 + 18.82 126.41 4.2890E-02 2.7255E-03 + 18.82 128.19 0.36768 2.3364E-02 + 18.82 129.53 0.28738 1.8261E-02 + 18.82 131.1 0.37053 2.3545E-02 + 18.82 132.66 0.42562 3.0546E-02 + 18.82 134.67 0.4492 2.8545E-02 + 18.82 136.24 0.44234 2.0918E-02 + 18.82 137.81 0.41591 3.9622E-02 + 18.82 138.25 0.45268 4.0018E-02 + 18.82 140.49 0.56162 4.9648E-02 + 18.82 142.06 0.54041 2.5556E-02 + 18.82 144.07 0.53627 2.5360E-02 + 18.82 145.19 0.46686 2.9666E-02 + 18.82 146.98 0.50424 3.6187E-02 + 18.82 148.77 0.54882 4.0678E-02 + 18.82 150.11 0.57922 4.1569E-02 + 18.82 150.56 0.51603 3.0832E-02 + 18.82 151.23 0.68089 4.5593E-02 + 18.82 151.9 0.7354 5.2777E-02 + 18.82 153.69 0.84475 6.0625E-02 + 18.82 155.03 0.8847 6.3492E-02 + 18.82 157.04 0.92655 + 18.82 158.16 0.82547 + 18.82 159.73 0.83829 + 18.82 161.3 0.8712 + 18.82 161.97 0.80663 + 18.82 162.19 0.91946 + 18.82 163.08 0.99307 + 18.82 164.65 1.0008 + 18.82 165.1 0.85132 + 18.82 165.99 0.86454 + 18.82 166.22 1.1147 + 18.82 167.11 0.89159 + 18.82 168.23 1.3829 + 19.52 118.12 0.1448 2.0254E-02 + 19.52 120.14 0.18104 1.7527E-02 + 19.52 122.6 0.12413 1.0957E-02 + 19.52 124.61 8.4464E-02 1.0343E-02 + 19.52 127.74 8.3817E-02 1.0991E-02 + 19.52 129.53 0.12319 1.2971E-02 + 19.52 131.77 0.24636 3.2304E-02 + 19.52 134.23 0.22635 3.7690E-02 + 19.52 136.02 0.30801 2.2829E-02 +ENDDATA 106 +ENDSUBENT 117 +SUBENT F1116005 20110316 20120207 20120113 F043 +BIB 3 4 +REACTION (13-AL-27(A,INL)13-AL-27,PAR,DA) +COMMENT The groups from transitions to the first two excited + states are not resolved. +STATUS (CURVE) Fig.7 +ENDBIB 4 +COMMON 5 3 +EN E-LVL E-LVL ANG-ERR-D ERR-DIG +MEV MEV MEV ADEG PER-CENT + 18.82 0.842 1.013 0.0221 0.003 +ENDCOMMON 3 +DATA 2 81 +ANG DATA +ADEG MB/SR + 36.607 0.47408 + 38.616 1.1854 + 40.631 2.0167 + 43.104 1.8673 + 46.251 1.7157 + 47.374 1.9111 + 49.625 1.4263 + 50.975 1.2322 + 55.472 1.0645 + 57.718 1.1149 + 59.966 1.1064 + 61.77 0.68112 + 64.017 0.71335 + 66.038 0.77644 + 68.064 0.6163 + 70.318 0.38529 + 73.011 0.47803 + 74.358 0.52433 + 75.706 0.56631 + 78.176 0.64555 + 78.177 0.58405 + 80.42 0.78868 + 82.442 0.82601 + 84.915 0.75313 + 86.49 0.64564 + 88.516 0.52445 + 90.541 0.4293 + 92.571 0.2485 + 94.589 0.34873 + 96.385 0.37957 + 98.407 0.41314 + 100.21 0.3945 + 100.43 0.47094 + 102.22 0.4746 + 104.47 0.47828 + 105.82 0.41002 + 107.85 0.26031 + 110.1 0.26234 + 111.9 0.27475 + 112.12 0.28997 + 114.37 0.28998 + 117.73 0.43616 + 119.76 0.27905 + 121.32 0.60276 + 123.35 0.34622 + 125.6 0.2624 + 126.94 0.64608 + 128.74 0.48591 + 130.76 0.73084 + 132.56 0.73087 + 133.92 0.21984 + 135.94 0.21816 + 136.6 0.73657 + 137.05 0.62659 + 137.27 0.80789 + 138.17 0.8461 + 138.4 0.53304 + 140.88 0.37985 + 142.9 0.50123 + 144.24 0.63151 + 146.49 0.61237 + 148.06 0.66653 + 149.64 0.69806 + 150.53 1.1166 + 151.43 1.1876 + 151.87 1.4963 + 153.22 1.3434 + 154.79 1.9293 + 156.36 2.2162 + 157.71 2.5458 + 159.28 2.0839 + 160.41 1.8566 + 161.53 1.9595 + 161.98 1.8424 + 162.88 1.9445 + 163.79 0.9213 + 164.91 0.87296 + 166.03 1.4852 + 166.48 1.2634 + 167.6 1.4513 + 168.5 1.7192 +ENDDATA 83 +ENDSUBENT 96 +SUBENT F1116006 20110316 20120207 20120113 F043 +BIB 3 5 +REACTION (29-CU-0(A,INL)29-CU-0,PAR,DA) +COMMENT Natural isotopic composition consisting of Cu-63 and + Cu-65 was considered. The 3 and 4 levels of Cu-63 and + the 3 level of Cu-65 could not be resolved. +STATUS (CURVE) Fig.8 +ENDBIB 5 +COMMON 5 3 +EN E-LVL-MIN E-LVL-MAX ANG-ERR-D ERR-DIG +MEV MEV MEV ADEG PER-CENT + 18.68 0.67 1.14 0.0221 0.003 +ENDCOMMON 3 +DATA 2 50 +ANG DATA +ADEG MB/SR + 50.423 0.75495 + 52.84 0.79063 + 57.925 0.40761 + 60.344 0.47182 + 62.748 0.2816 + 64.892 0.23769 + 66.769 0.22348 + 72.412 0.273 + 74.563 0.31359 + 78.855 0.27297 + 81.543 0.31597 + 83.69 0.30637 + 83.951 0.22169 + 86.356 0.14291 + 88.765 0.10664 + 93.327 9.7215E-02 + 93.592 8.4629E-02 + 95.737 7.7750E-02 + 97.344 6.6648E-02 + 100.02 4.6761E-02 + 102.71 6.4123E-02 + 107.81 6.1221E-02 + 109.43 6.8717E-02 + 111.58 0.10659 + 114. 9.7175E-02 + 114.01 0.14393 + 116.69 0.12433 + 119.09 7.6527E-02 + 120.7 6.4596E-02 + 123.14 0.18556 + 125.53 6.1199E-02 + 127.4 4.8946E-02 + 129.54 3.4078E-02 + 131.43 4.8567E-02 + 133.59 6.4579E-02 + 135.72 4.5661E-02 + 137.88 7.5329E-02 + 140.02 3.9138E-02 + 142.44 5.9781E-02 + 144.86 5.6641E-02 + 146.75 0.1057 + 149.17 0.11241 + 151.32 0.12521 + 153.2 0.1252 + 154.81 0.11592 + 159.1 9.4871E-02 + 160.17 7.4144E-02 + 162.58 5.8393E-02 + 163.65 4.8164E-02 + 166.05 3.3276E-02 +ENDDATA 52 +ENDSUBENT 66 +ENDENTRY 6 diff --git a/exforall/F11/F1117.x4 b/exforall/F11/F1117.x4 new file mode 100644 index 000000000..ed9db5919 --- /dev/null +++ b/exforall/F11/F1117.x4 @@ -0,0 +1,373 @@ +ENTRY F1117 20110317 20120207 20120113 F043 +SUBENT F1117001 20110317 20120207 20120113 F043 +BIB 11 31 +TITLE N-14(d,n)O-15 and N-15(d,n)O-16 reactions. +AUTHOR (J.L.Weil,K.W.Jones) +INSTITUTE (1USACOL) +REFERENCE (J,PR,112,1975,1958) + #doi:10.1103/PhysRev.112.1975 +FACILITY (VDG,1USACOL) +DETECTOR (SCIN) Small plastic scintillators were used as proton + recoil counters to detect the neutrons. The detectors + were mounted on Dumont 6292 phototubes. +SAMPLE A gas target was made of 10-mil-wall stainless steel + tubing with a gold beam stop and a 0.01-mil nickel + entrance window. The target thickness was 20 keV or + less. +METHOD (PHD) +CORRECTION The incident deuteron energy was corrected for the + energy loss in traversing the nickel foil and + one-half the target gas. The corrections to the cross + section for background amounted to a maximum of 15%. + Corrections were also made for the loss of recoil + protons from the sides and ends of the counter. +ERR-ANALYS (ERR-SYS) Absolute error. The major source of + error in the cross sections are (1) errors in reading + the target pressure, (2) errors in the conversion from + a pulse height to energy scale, (3) approximations in + calculating the detector solid angles, and (4) + approximations in the calculation of side and end + effect corrections. + (ERR-DIG) Data digitizing error + (ERR-S,2.,10.) Error bars show typical errors due to + counting statistics only. +HISTORY (20110317C) +ENDBIB 31 +COMMON 1 3 +ERR-SYS +PER-CENT + 20. +ENDCOMMON 3 +ENDSUBENT 38 +SUBENT F1117002 20110317 20120207 20120113 F043 +BIB 5 6 +REACTION (7-N-15(D,N)8-O-16,,DA) +DETECTOR Right detector is a cylinder 5.49 mm long by 6.36 mm in + diameter. +SAMPLE Below 1 MeV the target thickness was as large as 40 keV +ERR-ANALYS (EN-ERR-DIG) Energy digitizing error +STATUS (CURVE) Fig.3 +ENDBIB 6 +COMMON 4 3 +ANG ANG-RSL EN-ERR-DIG ERR-DIG +ADEG ADEG MEV MB/SR + 0. 2. 0.001 0.0011 +ENDCOMMON 3 +DATA 3 96 +EN DATA ERR-S +MEV MB/SR MB/SR + 0.54993 5.7271E-02 + 0.62967 0.11536 + 0.70933 0.34729 + 0.79314 0.67856 + 0.86413 1.5148 8.2781E-02 + 0.91415 2.293 + 0.9517 2.8146 + 1.0018 3.3942 9.1060E-02 + 1.0438 3.3528 + 1.0439 3.2204 + 1.0985 3.0135 + 1.1364 2.8729 + 1.1491 2.7156 + 1.2036 2.7654 + 1.2624 2.7738 9.1059E-02 + 1.3128 2.7242 + 1.3668 3.9991 + 1.4252 4.8022 + 1.4837 5.4066 + 1.5425 5.2412 + 1.5969 5.6469 + 1.6598 5.8539 + 1.7269 5.97 + 1.769 5.8293 + 1.8192 6.1274 0.12417 + 1.8742 5.159 + 1.9247 4.8528 + 1.9709 4.9687 + 2.0213 4.7702 + 2.0758 4.9027 9.9338E-02 + 2.1306 4.5551 + 2.1894 4.5552 + 2.2441 4.1745 + 2.2778 3.9593 + 2.3157 3.62 + 2.3537 3.2476 + 2.3917 2.7675 + 2.4887 1.8571 + 2.5307 1.824 + 2.577 1.4433 9.9338E-02 + 2.6316 1.4848 + 2.6609 1.7084 + 2.7026 2.2383 + 2.7528 2.5446 + 2.8032 2.6109 + 2.8532 3.3975 + 2.9034 3.737 + 2.9578 4.1592 9.9337E-02 + 3.0126 3.5881 + 3.0716 3.0998 + 3.1222 2.6529 + 3.1728 2.1894 + 3.2359 1.9991 + 3.2904 2.1234 + 3.3408 2.1318 + 3.408 2.0243 + 3.4543 1.6518 + 3.5004 1.834 + 3.5508 1.9335 + 3.6137 2.0578 + 3.664 2.182 8.2781E-02 + 3.7186 2.1159 + 3.7648 2.1408 + 3.8235 2.1326 + 3.8782 2.0665 + 3.941 2.2901 + 3.9746 2.3812 + 4.0335 2.0502 + 4.0798 1.8682 + 4.126 1.711 + 4.1806 1.62 + 4.2352 1.7195 + 4.2898 1.6368 + 4.3318 1.6037 + 4.3906 1.5542 7.4503E-02 + 4.4409 1.6122 + 4.4914 1.3226 + 4.5459 1.5379 + 4.5963 1.5794 + 4.6464 2.0348 + 4.7006 2.8296 + 4.7512 2.4571 + 4.7638 2.3413 + 4.793 2.9125 + 4.8475 3.045 + 4.9144 3.4839 + 4.9564 3.5502 9.9338E-02 + 4.9986 2.9791 + 5.0365 2.8219 + 5.07 3.0206 + 5.0995 2.6978 + 5.1289 2.7641 + 5.1919 2.7559 + 5.2214 2.3835 + 5.2467 2.1931 + 5.2929 2.1849 7.4503E-02 +ENDDATA 98 +ENDSUBENT 113 +SUBENT F1117003 20110317 20120207 20120113 F043 +BIB 5 10 +REACTION (7-N-15(D,N)8-O-16,,DA,,REL) +COMMENT No explanation of relative units is given. +DETECTOR Right detector is a cylinder 5.49 mm long by 6.36 mm in + diameter. For the angular distributions at 1.806, + 2.103, and 2.999 MeV two such cylinders mounted in a + copper block were used. + The angular resolution ranged from +-2 degr. at angle + equal 0 degr., to +-11 degr. at angle equal 90 degr. +ERR-ANALYS (ANG-ERR-D) Angle digitizing error +STATUS (CURVE) Fig.4 +ENDBIB 10 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG ARB-UNITS + 0.2114 0.0021 +ENDCOMMON 3 +DATA 4 93 +EN ANG-CM DATA-CM ERR-S +MEV ADEG ARB-UNITS ARB-UNITS + 1.148 0.86886 2.775 + 1.148 15.262 2.4839 0.18324 + 1.148 30.478 2.4261 + 1.148 44.907 1.7516 + 1.148 61.833 1.4773 + 1.148 76.251 0.92778 0.12501 + 1.148 91.441 1.145 + 1.148 106.62 1.4456 + 1.148 120.14 1.5377 + 1.148 135.75 1.7049 0.14167 + 1.148 150.93 2.0888 + 1.806 0.23155 3.01 + 1.806 7.3686 2.6102 + 1.806 16.597 2.9175 0.18257 + 1.806 31.392 1.947 + 1.806 46.164 1.2669 + 1.806 62.595 0.8857 + 1.806 77.337 0.59568 0.10788 + 1.806 92.907 0.47167 + 1.806 107.62 0.5468 + 1.806 122.75 0.65514 + 1.806 136.21 0.65554 0.11618 + 1.806 150.96 0.24105 + 2.103 0.2753 2.3776 + 2.103 15.696 2.2112 0.14108 + 2.103 31.271 2.4515 + 2.103 47.185 1.3391 + 2.103 61.033 0.84087 + 2.103 76.155 0.54175 9.1287E-02 + 2.103 91.713 0.49159 + 2.103 106.44 0.62403 + 2.103 121.16 0.59878 + 2.103 136.73 0.74779 9.9585E-02 + 2.103 151.03 0.73086 + 2.588 2.5061E-02 1.5062 + 2.588 8.8086 1.391 + 2.588 16.794 1.6956 0.13992 + 2.588 31.515 1.6298 + 2.588 47.92 1.4571 + 2.588 62.654 0.60122 + 2.588 77.797 0.38733 8.2304E-02 + 2.588 92.519 0.26396 + 2.588 107.65 0.7085 + 2.588 122.36 1.1448 + 2.588 137.92 1.4083 0.16461 + 2.588 151.38 1.1285 + 2.999 1.0336 3.0992 + 2.999 16.169 2.8511 0.20661 + 2.999 30.881 2.3634 + 2.999 46.43 1.6609 + 2.999 61.974 0.71861 + 2.999 77.11 0.48711 8.2647E-02 + 2.999 92.255 0.7432 + 2.999 106.97 0.64394 + 2.999 121.69 0.74301 + 2.999 137.26 0.7677 0.1157 + 2.999 151.13 0.561 + 2.999 161.23 0.87499 + 3.726 0.21 2.01 + 3.726 16.44 2.2735 0.10256 + 3.726 32.037 2.0342 + 3.726 46.792 1.0855 + 3.726 63.232 0.45299 + 3.726 78.407 0.25641 8.5470E-02 + 3.726 92.74 0.61538 + 3.726 108.34 0.26496 + 3.726 122.67 0.47863 + 3.726 137. 0.44444 9.4017E-02 + 3.726 150.91 0.49573 + 4.396 0.10262 1.3389 + 4.396 8.9471 1.7738 + 4.396 16.115 2.2338 0.15063 + 4.396 32.037 1.9488 + 4.396 46.618 0.57599 + 4.396 62.117 0.24915 + 4.396 77.237 0.44953 7.5314E-02 + 4.396 92.769 0.54947 + 4.396 107.47 0.73313 + 4.396 121.73 0.73269 + 4.396 137.27 0.85774 0.11715 + 4.396 151.18 1.6607 + 5.026 0.52133 2.525 + 5.026 6.6806 2.4751 + 5.026 15.984 2.8336 0.13241 + 5.026 31.26 2.1005 + 5.026 47.409 0.69238 + 5.026 63.512 0.45096 + 5.026 77.908 0.55118 7.5146E-02 + 5.026 93.157 0.50141 + 5.026 109.25 0.61832 + 5.026 124.06 0.93521 + 5.026 138.45 1.0354 9.1647E-02 + 5.026 152.85 1.269 +ENDDATA 95 +ENDSUBENT 114 +SUBENT F1117004 20110317 20120207 20120113 F043 +BIB 4 5 +REACTION (7-N-14(D,N)8-O-15,,DA) +DETECTOR A spheroid 4.90 mm by 2.45 mm, on edge to the beam and + backed by an aluminium reflector was used. +ERR-ANALYS (EN-ERR-DIG) Energy digitizing error +STATUS (CURVE) Fig.5 +ENDBIB 5 +COMMON 4 3 +ANG ANG-RSL EN-ERR-DIG ERR-DIG +ADEG ADEG MEV MB/SR + 0. 2. 0.0007 0.0059 +ENDCOMMON 3 +DATA 3 82 +EN DATA ERR-S +MEV MB/SR MB/SR + 1.0114 1.5095 + 1.0366 2.1028 0.16949 + 1.087 2.6452 + 1.1375 3.1198 + 1.1966 2.7809 + 1.2388 2.7809 + 1.2976 3.5776 + 1.3481 3.8827 + 1.3818 3.9506 + 1.4155 4.1709 + 1.4576 4.4083 + 1.5249 4.8829 0.23729 + 1.5842 3.9847 + 1.6431 4.239 + 1.7107 3.7306 + 1.7699 3.0527 + 1.8374 3.0188 + 1.8966 1.985 0.13559 + 1.9387 2.5105 + 2.0146 2.5105 + 2.0735 2.8665 + 2.141 2.7819 + 2.1829 3.4938 + 2.2421 3.0192 + 2.3011 3.104 + 2.3429 4.2566 + 2.3852 3.9346 + 2.4188 4.3415 + 2.4778 4.2907 + 2.5032 4.0365 + 2.5453 4.0704 + 2.5789 4.8331 + 2.6294 4.9518 + 2.6799 5.4434 0.25424 + 2.7306 4.9011 + 2.7897 4.6639 + 2.8572 4.6639 + 2.9164 3.9352 + 2.9756 3.2573 + 3.0348 2.376 + 3.077 2.3591 + 3.1022 2.6981 + 3.136 2.4608 + 3.1696 2.6812 + 3.1866 2.4948 + 3.2371 2.8169 + 3.2879 1.8847 + 3.3554 1.6475 0.10169 + 3.406 1.5459 + 3.4651 1.4273 + 3.5156 1.5799 + 3.5663 1.3765 + 3.6337 1.5969 + 3.6927 1.597 + 3.7432 1.953 + 3.7854 1.6479 0.10156 + 3.8359 2.2073 + 3.8866 1.7667 + 3.9287 1.8684 + 3.9961 1.8854 + 4.0549 2.8008 + 4.1393 2.6483 + 4.1982 3.0043 0.13559 + 4.2489 2.5467 + 4.2995 2.7332 + 4.3754 2.3604 + 4.4428 2.8012 + 4.502 2.1232 + 4.5694 2.242 + 4.6959 2.259 + 4.7464 2.3099 + 4.7971 2.2252 + 4.8561 2.31 + 4.9067 2.1406 + 4.9657 2.378 + 4.974 2.5644 + 5.0078 2.3611 + 5.0247 2.3272 + 5.0837 2.4798 + 5.1343 2.3781 0.10147 + 5.1848 2.7172 + 5.2776 2.5986 +ENDDATA 84 +ENDSUBENT 98 +ENDENTRY 4 diff --git a/exforall/F11/F1119.x4 b/exforall/F11/F1119.x4 new file mode 100644 index 000000000..9374623a6 --- /dev/null +++ b/exforall/F11/F1119.x4 @@ -0,0 +1,179 @@ +ENTRY F1119 20110315 20120207 20120113 F043 +SUBENT F1119001 20110315 20120207 20120113 F043 +BIB 9 23 +TITLE Angular distributions for a range of Q-values in + N-14(d,p)N-15*. +AUTHOR (V.M.Rout,W.M.Jones,D.G.Waters) +INSTITUTE (2UK ALD) +REFERENCE (J,NP,34,628,1962) + #doi:10.1016/0029-5582(62)90012-3 +FACILITY (VDG,2UK ALD) +DETECTOR (MAGSP) + (PLATE) The exposures were monitored using a reaction + characteristic of the N-14 nucleus, protons + corresponding to the first and second states from the + reaction N-14(d,p)N-15* being recorded in a nuclear + plate mounted at a fixed angle to the incoming beam. + The number of protons recorded in the spectrograph + plates could then be normalised by counting the number + in a given area of monitor plate. +SAMPLE The targets consisted of a layer of adenine, C5N5H5, of + thickness about 0.03 mg/cm2 evaporated on to a gold + foil backing of thickness 0.2 to 0.4 mg/cm2. +ERR-ANALYS (ANG-ERR-D) Angle digitizing error + (ERR-DIG) Data digitizing error + (ERR-S) Statistical error +HISTORY (20110315C) +ENDBIB 23 +COMMON 1 3 +EN +MEV + 2.0 +ENDCOMMON 3 +ENDSUBENT 30 +SUBENT F1119002 20110315 20120207 20120113 F043 +BIB 2 2 +REACTION (7-N-14(D,P)7-N-15,PAR,DA) +STATUS (CURVE) Fig.2,4 +ENDBIB 2 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG MB/SR + 0.0659 0.0019 +ENDCOMMON 3 +DATA 4 28 +LVL-NUMB ANG-CM DATA-CM ERR-S +NO-DIM ADEG MB/SR MB/SR + 1. 5.0245 2.8049 0.18257 + 1. 9.9618 3.0912 0.19087 + 1. 20.68 3.0413 0.19502 + 1. 31.223 2.672 0.17427 + 1. 42.107 2.315 0.17436 + 1. 52.658 2.5266 0.14523 + 1. 57.928 2.1573 0.14938 + 1. 62.694 2.3771 0.14108 + 1. 67.629 2.4725 0.14927 + 1. 73.24 2.2028 0.18259 + 1. 83.106 2.0699 0.16183 + 1. 92.972 1.8873 0.12033 + 1. 102.16 1.771 0.12863 + 1. 113.05 1.7004 0.12448 + 1. 117.64 1.6796 0.12454 + 3. 5.7695 2.0829 0.18898 + 3. 11.658 2.2602 0.14961 + 3. 21.775 2.1739 0.1811 + 3. 31.893 2.0798 0.20079 + 3. 42.182 1.9463 0.24016 + 3. 52.814 1.7183 0.15748 + 3. 57.731 1.2421 0.14961 + 3. 63.273 1.573 0.17323 + 3. 72.215 1.4118 0.16929 + 3. 83.345 1.298 0.14961 + 3. 93.462 1.2314 0.14567 + 3. 103.39 1.5152 0.13386 + 3. 112.99 1.6061 0.1378 +ENDDATA 30 +ENDSUBENT 41 +SUBENT F1119003 20110315 20120207 20120113 F043 +BIB 2 2 +REACTION (7-N-14(D,P)7-N-15,PAR,DA) +STATUS (CURVE) Fig.3 +ENDBIB 2 +COMMON 3 3 +LVL-NUMB ANG-ERR-D ERR-DIG +NO-DIM ADEG MB/SR + 2. 0.0821 0.0002 +ENDCOMMON 3 +DATA 3 15 +ANG-CM DATA-CM ERR-S +ADEG MB/SR MB/SR + 4.8544 0.34254 4.8936E-02 + 10.5 0.27231 3.6170E-02 + 20.254 0.34037 6.5957E-02 + 31.383 0.74034 7.2340E-02 + 41.822 0.87222 8.9362E-02 + 52.431 0.919 7.6596E-02 + 57.559 0.63814 7.4468E-02 + 62.702 1.1466 8.2979E-02 + 67.665 1.1956 8.7234E-02 + 72.971 1.304 0.1234 + 82.209 1.2466 0.11489 + 93.155 0.99123 7.8723E-02 + 103.42 1.0423 9.1489E-02 + 112.84 1.2316 9.5745E-02 + 117.62 1.038 9.7872E-02 +ENDDATA 17 +ENDSUBENT 28 +SUBENT F1119004 20110315 20120207 20120113 F043 +BIB 2 2 +REACTION (7-N-14(D,P)7-N-15,PAR,DA) +STATUS (CURVE) Fig.5,7 +ENDBIB 2 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG MB/SR + 0.0465 0.0027 +ENDCOMMON 3 +DATA 4 28 +LVL-NUMB ANG-CM DATA-CM ERR-S +NO-DIM ADEG MB/SR MB/SR + 4. 5.8495 2.6845 0.18349 + 4. 11.106 3.2131 0.2055 + 4. 22.134 3.9473 0.26422 + 4. 32.647 5.0999 0.3156 + 4. 43.173 5.2763 0.33028 + 4. 53.849 6.8546 0.38165 + 4. 58.958 5.7978 0.33031 + 4. 64.21 6.686 0.36697 + 4. 69.136 6.5761 0.34495 + 4. 74.578 6.0184 0.35229 + 4. 84.613 4.8297 0.30826 + 4. 94.647 3.7143 0.19817 + 4. 104.34 2.6944 0.18352 + 4. 114.36 2.2543 0.14679 + 4. 118.95 1.9608 0.15413 + 7. 5.0648 4.7818 0.26468 + 7. 10.458 4.53 0.26471 + 7. 21.411 3.3873 0.18722 + 7. 32.7 1.9154 9.6836E-02 + 7. 43.484 0.74038 9.6843E-02 + 7. 54.27 0.35301 + 7. 64.888 0.28842 + 7. 74.495 0.41751 + 7. 85.956 0.64989 + 7. 95.394 0.70151 + 7. 105.17 0.66275 + 7. 114.78 0.89513 6.4557E-02 + 7. 119.83 0.81119 7.1012E-02 +ENDDATA 30 +ENDSUBENT 41 +SUBENT F1119005 20110315 20120207 20120113 F043 +BIB 2 2 +REACTION (7-N-14(D,P)7-N-15,PAR,DA) +STATUS (CURVE) Fig.6 +ENDBIB 2 +COMMON 3 3 +LVL-NUMB ANG-ERR-D ERR-DIG +NO-DIM ADEG MB/SR + 5. 0.0889 0.0041 +ENDCOMMON 3 +DATA 3 14 +ANG-CM DATA-CM ERR-S +ADEG MB/SR MB/SR + 3.8155 9.115 0.48342 + 9.0603 9.2134 0.44761 + 20.722 6.5187 0.34914 + 31.538 3.8687 0.22381 + 42.356 1.5768 0.11638 + 53.179 0.60978 8.0571E-02 + 63.498 0.41271 + 68.573 0.48427 + 73.649 0.52002 + 84.308 0.78847 + 94.29 0.92264 + 104.1 1.1374 7.1618E-02 + 113.75 1.2895 8.9523E-02 + 118.48 1.2267 7.1621E-02 +ENDDATA 16 +ENDSUBENT 27 +ENDENTRY 5 diff --git a/exforall/F11/F1120.x4 b/exforall/F11/F1120.x4 new file mode 100644 index 000000000..2489a969b --- /dev/null +++ b/exforall/F11/F1120.x4 @@ -0,0 +1,101 @@ +ENTRY F1120 20110314 20120207 20120113 F043 +SUBENT F1120001 20110314 20120207 20120113 F043 +BIB 10 19 +TITLE Scattering and stripping of 27.0 MeV deuterons on + nitrogen. +AUTHOR (H.J.Erramuspe,R.J.Slobodrian) +INSTITUTE (3ARGCNE) +REFERENCE (J,NP,34,532,1962) + #doi:10.1016/0029-5582(62)90002-0 +FACILITY (SYNCH,3ARGCNE) The 180 cm synchrocyclotron was used. +DETECTOR (CSICR) The reaction products were detected with a + CsI(Tl) crystal, a phototube EMI 6097 and a single- + channel pulse-height analyzer. +SAMPLE The target was gaseous nitrogen, 99.9% pure. The gas + pressure used was lower than atmospheric, about 700 mm + of Hg. The target volume was a function of angle, and + the equivalent thickness varied between 1.2 mg/cm2 for + angle equal 90 degr. and 6.9 mg/cm2 for angle 10 degr. +METHOD (PHD) +ERR-ANALYS (ANG-ERR-D) Angle digitizing error + (ERR-DIG) Data digitizing error +HISTORY (20110314C) +ENDBIB 19 +COMMON 2 3 +EN EN-RSL +MEV PER-CENT + 27.0 2.8 +ENDCOMMON 3 +ENDSUBENT 26 +SUBENT F1120002 20110314 20120207 20120113 F043 +BIB 3 3 +REACTION (7-N-14(D,P)7-N-15,,DA) +ERR-ANALYS (DATA-ERR) Error from the graphic bars +STATUS (CURVE) Fig.2 +ENDBIB 3 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG MB/SR + 0.1726 0.0071 +ENDCOMMON 3 +DATA 3 18 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 11.529 6.5283 0.52215 + 17.331 7.1773 0.45885 + 22.492 4.4956 0.34019 + 27.349 1.9642 0.17405 + 32.971 1.0231 0.11867 + 37.917 1.3635 0.15031 + 43.77 1.2926 0.13449 + 49.05 1.0556 0.19778 + 54.042 0.7631 0.11076 + 58.736 0.54182 0.11871 + 64.882 0.45512 8.7024E-02 + 69.853 0.45537 9.4935E-02 + 74.825 0.4319 9.4943E-02 + 85.065 0.35331 9.4938E-02 + 95.31 0.20353 5.5379E-02 + 105.26 0.11702 + 124.56 7.8456E-02 + 142.98 0.11105 +ENDDATA 20 +ENDSUBENT 32 +SUBENT F1120003 20110314 20120207 20120113 F043 +BIB 2 2 +REACTION (7-N-14(D,EL)7-N-14,,DA) +STATUS (CURVE) Fig.3 +ENDBIB 2 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG PER-CENT + 0.1125 0.011 +ENDCOMMON 3 +DATA 2 22 +ANG-CM DATA-CM +ADEG MB/SR + 11.999 4.5948E+03 + 17.827 2.0573E+03 + 23.454 659.4 + 29.33 135.36 + 34.988 26.441 + 40.069 42.893 + 45.878 25.849 + 51.229 19.464 + 57.214 24.961 + 62.082 34.901 + 67.849 41.552 + 72.974 33.285 + 78.325 25.063 + 83.457 17.739 + 88.801 15.118 + 93.917 13.877 + 98.815 11.972 + 103.71 11.691 + 108.62 7.5872 + 118.41 6.2357 + 128.22 3.5791 + 136.97 0.97723 +ENDDATA 24 +ENDSUBENT 35 +ENDENTRY 3 diff --git a/exforall/F11/F1125.x4 b/exforall/F11/F1125.x4 new file mode 100644 index 000000000..1792391cd --- /dev/null +++ b/exforall/F11/F1125.x4 @@ -0,0 +1,170 @@ +ENTRY F1125 20110413 20120207 20120113 F043 +SUBENT F1125001 20110413 20120207 20120113 F043 +BIB 9 14 +TITLE Polarization of 5.8-6.5 MeV protons elastically + scattered from Cr-50,52,53,54 and V-51. +AUTHOR (Z.F.Kalacheva,M.P.Romanovskii,T.I.Spasskaya, + M.A.Sultan,V.B.Gubin,A.I.Sevast'yanov,Yu.A.Sadkin) +INSTITUTE (4RUSMOS) +REFERENCE (J,IZV,37,88,1973) + (J,BAS,37,77,1973) English translation +FACILITY (CYCLO,4RUSMOS) 120 cm cyclotron was used. +INC-SOURCE (POLIS) +METHOD (EDEG) +ERR-ANALYS (ANG-ERR-D) Angle digitizing error + (ERR-DIG) Data digitizing error + (DATA-ERR) Error from the graphic bars +HISTORY (20110413C) +ENDBIB 14 +NOCOMMON 0 0 +ENDSUBENT 17 +SUBENT F1125002 20110413 20120207 20120113 F043 +BIB 3 3 +REACTION (23-V-51(P,EL)23-V-51,,POL/DA) +SAMPLE V-51 target with the thickness of 1.8 mg/cm2 was used. +STATUS (CURVE) Fig.2 a, b +ENDBIB 3 +COMMON 2 3 +ANG-ERR DATA-ERR +ADEG NO-DIM + 0.608 0.2122 +ENDCOMMON 3 +DATA 4 14 +EN ANG DATA DATA-ERR +MEV ADEG NO-DIM NO-DIM + 6.10 44.608 0.42520 3.4002 + 6.10 59.301 -8.5040 2.5554 + 6.10 74.649 -1.6994 3.4002 + 6.10 90.255 8.0800 3.8286 + 6.10 105.39 14.888 3.4032 + 6.10 120.30 6.3808 2.9778 + 6.10 135.74 -10.218 4.0413 + 6.45 44.576 1.8623 4.0668 + 6.45 59.758 -3.0531 2.9974 + 6.45 75.015 -2.6214 2.9944 + 6.45 90.269 -17.806 3.4252 + 6.45 105.73 -2.8302 3.4222 + 6.45 120.94 9.7961 3.2083 + 6.45 136.13 5.5224 2.7805 +ENDDATA 16 +ENDSUBENT 28 +SUBENT F1125003 20110413 20120207 20120113 F043 +BIB 3 3 +REACTION (23-V-51(P,EL)23-V-51,,POL/DA,,AV) +SAMPLE V-51 target with the thickness of 1.8 mg/cm2 was used. +STATUS (CURVE) Fig.2 c +ENDBIB 3 +COMMON 4 3 +EN-MIN EN-MAX ANG-ERR DATA-ERR +MEV MEV ADEG NO-DIM + 5.8 6.5 0.6175 0.2449 +ENDCOMMON 3 +DATA 3 7 +ANG DATA DATA-ERR +ADEG NO-DIM NO-DIM + 44.544 0.37360 3.5906 + 59.483 -6.5870 2.6929 + 74.802 -1.6571 2.4652 + 90.516 0.79774 3.1417 + 105.39 4.8365 3.3661 + 120.64 4.3805 3.3694 + 135.12 -4.3688 4.0394 +ENDDATA 9 +ENDSUBENT 21 +SUBENT F1125004 20110413 20120207 20120113 F043 +BIB 3 4 +REACTION (24-CR-50(P,EL)24-CR-50,,POL/DA,,AV) +SAMPLE Chromium target with the thickness of 2-2.5 mg/cm2 + was used. +STATUS (CURVE) Fig.3 +ENDBIB 4 +COMMON 4 3 +EN-MIN EN-MAX ANG-ERR-D ERR-DIG +MEV MEV ADEG NO-DIM + 5.8 6.5 0.551 0.2688 +ENDCOMMON 3 +DATA 3 7 +ANG DATA DATA-ERR +ADEG NO-DIM NO-DIM + 44.792 0.28921 3.4035 + 59.533 -9.0635 4.0388 + 74.301 -16.289 3.1879 + 89.047 6.4847 4.0417 + 103.87 3.3009 4.8926 + 118.29 0.97364 5.5307 + 132.72 -.50272 2.7682 +ENDDATA 9 +ENDSUBENT 22 +SUBENT F1125005 20110413 20120207 20120113 F043 +BIB 3 4 +REACTION (24-CR-52(P,EL)24-CR-52,,POL/DA,,AV) +SAMPLE Chromium target with the thickness of 2-2.5 mg/cm2 + was used. +STATUS (CURVE) Fig.3 +ENDBIB 4 +COMMON 4 3 +EN-MIN EN-MAX ANG-ERR-D ERR-DIG +MEV MEV ADEG NO-DIM + 5.8 6.5 0.552 0.2456 +ENDCOMMON 3 +DATA 3 7 +ANG DATA DATA-ERR +ADEG NO-DIM NO-DIM + 45.267 -.99535 3.2229 + 59.650 -6.5606 2.5805 + 74.489 -8.4756 2.7955 + 89.547 -9.3181 3.2283 + 103.69 -.47033 3.2256 + 118.82 4.7083 3.8680 + 133.45 2.1509 2.7955 +ENDDATA 9 +ENDSUBENT 22 +SUBENT F1125006 20110413 20120207 20120113 F043 +BIB 3 4 +REACTION (24-CR-53(P,EL)24-CR-53,,POL/DA,,AV) +SAMPLE Chromium target with the thickness of 2-2.5 mg/cm2 + was used. +STATUS (CURVE) Fig.3 +ENDBIB 4 +COMMON 4 3 +EN-MIN EN-MAX ANG-ERR-D ERR-DIG +MEV MEV ADEG NO-DIM + 5.8 6.5 0.5503 0.2467 +ENDCOMMON 3 +DATA 3 7 +ANG DATA DATA-ERR +ADEG NO-DIM NO-DIM + 45.536 3.6108 3.3978 + 60.183 -13.169 3.1881 + 74.606 -15.278 3.1881 + 89.621 -3.3656 2.7602 + 104.19 6.0022 4.6758 + 119.16 -1.8539 3.8257 + 134.00 -3.5436 3.1881 +ENDDATA 9 +ENDSUBENT 22 +SUBENT F1125007 20110413 20120207 20120113 F043 +BIB 3 4 +REACTION (24-CR-54(P,EL)24-CR-54,,POL/DA,,AV) +SAMPLE Chromium target with the thickness of 2-2.5 mg/cm2 + was used. +STATUS (CURVE) Fig.3 +ENDBIB 4 +COMMON 4 3 +EN-MIN EN-MAX ANG-ERR-D ERR-DIG +MEV MEV ADEG NO-DIM + 5.8 6.5 0.557 0.2599 +ENDCOMMON 3 +DATA 3 7 +ANG DATA DATA-ERR +ADEG NO-DIM NO-DIM + 45.259 -1.8278 3.5123 + 60.067 -6.2100 2.6393 + 74.932 -5.9786 3.0729 + 89.710 3.9224 2.8561 + 103.72 18.449 3.2926 + 119.06 7.0273 3.0758 + 133.85 1.5466 3.9545 +ENDDATA 9 +ENDSUBENT 22 +ENDENTRY 7 diff --git a/exforall/F11/F1126.x4 b/exforall/F11/F1126.x4 new file mode 100644 index 000000000..011cf1abb --- /dev/null +++ b/exforall/F11/F1126.x4 @@ -0,0 +1,296 @@ +ENTRY F1126 20110413 20120207 20120113 F043 +SUBENT F1126001 20110413 20120207 20120113 F043 +BIB 10 37 +TITLE Diffraction analysis of elastic and inelastic + scattering by magnesium. +AUTHOR (J.S.Blair,G.W.Farwell,D.K.McDaniels) +INSTITUTE (1USAWAU) +REFERENCE (J,NP,17,641,1960) + #doi:10.1016/0029-5582(60)90150-4 +FACILITY (CYCLO,1USAWAU) 152 cm cyclotron was used. +DETECTOR (TELES) The incident beam energy was determined by + measuring range in aluminium with the aid of a double + proportional counter telescope. + (CSICR) The detection system for alpha particles + consisted of the single crystal CsI(Tl) detector. For + the deuteron runs a double CsI(Tl) counter was used + with the dE/dx and E crystal pulses in the desired + energy intervals simultaneously gating each other; the + desired energy intervals were obtained with single + channel differential pulse height analyzers. The + resolution for the alpha particle counter was typically + 2% (with aluminium absorbers) of the full energy, + while that for the deuterons was typically 4% for the + E crystal. +SAMPLE The target material was 0.00076 cm commercial magnesium + foil. +METHOD (EDE) + (PHD) +ERR-ANALYS (ERR-1) The principal error in the elastic scattering + cross sections is due to the target density + measurement (3%); errors in the absolute inelastic + cross sections are generally larger because of + uncertainty in background subtraction. + (ANG-ERR) The error in the angle of the detector + locating arms may be as large as 1 degree in certain + runs. + (ANG-ERR-D) Angle digitizing error + (ERR-DIG) Data digitizing error + (DATA-ERR) Error from the graphic bars +HISTORY (20110413C) +ENDBIB 37 +COMMON 3 3 +ANG-ERR EN-RSL ERR-1 +ADEG MEV PER-CENT + 1. 0.25 3. +ENDCOMMON 3 +ENDSUBENT 44 +SUBENT F1126002 20110413 20120207 20120113 F043 +BIB 2 2 +REACTION (12-MG-24(A,EL)12-MG-24,,DA) +STATUS (CURVE) Fig.3-5 +ENDBIB 2 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG PER-CENT + 0.128 0.001 +ENDCOMMON 3 +DATA 4 64 +EN ANG-CM DATA-CM DATA-ERR +MEV ADEG MB/SR MB/SR + 28. 18.098 617.81 54.103 + 28. 20.127 315.41 + 28. 22.106 303.51 + 28. 24.030 320.10 21.262 + 28. 26.338 260.37 + 28. 28.314 158.45 17.151 + 28. 30.561 59.597 + 28. 32.530 13.855 + 28. 34.671 9.0314 0.79089 + 28. 36.548 28.174 + 28. 38.805 43.197 + 28. 40.675 49.174 6.8172 + 28. 42.818 41.241 + 28. 44.738 23.610 + 28. 46.877 10.267 1.3344 + 28. 49.013 3.3915 + 28. 51.046 2.7800 + 28. 53.085 5.6978 + 28. 55.012 8.2816 + 34. 13.933 3072.4 + 34. 16.112 954.92 116.72 + 34. 18.235 365.26 + 34. 20.246 301.39 + 34. 22.369 385.46 + 34. 24.101 318.06 + 34. 26.335 178.68 23.389 + 34. 28.458 64.767 + 34. 30.525 12.026 1.1623 + 34. 32.369 12.498 + 34. 34.547 33.179 + 34. 36.614 49.487 + 34. 38.793 45.126 + 34. 40.693 31.928 + 34. 42.816 13.290 1.7397 + 34. 44.771 3.7092 + 34. 47.005 2.9452 0.25981 + 34. 51.028 8.7076 + 34. 53.095 9.0489 + 41. 11.672 5475.3 + 41. 14.058 1926.5 217.01 + 41. 16.166 484.65 + 41. 18.274 326.02 + 41. 20.327 382.63 36.660 + 41. 22.379 354.54 + 41. 24.654 229.58 + 41. 26.651 98.486 8.6162 + 41. 26.706 72.047 + 41. 28.482 22.957 + 41. 30.645 21.435 1.4215 + 41. 32.698 36.832 + 41. 34.806 42.250 + 41. 36.803 32.108 2.2806 + 41. 39.022 16.415 + 41. 40.631 5.5172 0.52860 + 41. 42.850 2.9525 + 41. 44.903 6.9882 + 41. 47.122 9.9999 0.94363 + 41. 49.063 10.792 + 41. 51.171 7.5996 + 41. 53.224 5.3108 0.73497 + 41. 55.110 3.2602 + 41. 56.996 2.4032 + 41. 59.104 3.0439 + 41. 61.324 3.5454 +ENDDATA 66 +ENDSUBENT 77 +SUBENT F1126003 20110413 20120207 20120113 F043 +BIB 2 2 +REACTION (12-MG-24(A,INL)12-MG-24,PAR,DA) +STATUS (CURVE) Fig.3-5 +ENDBIB 2 +COMMON 3 3 +E-LVL ANG-ERR-D ERR-DIG +MEV ADEG PER-CENT + 1.37 0.1372 0.001 +ENDCOMMON 3 +DATA 4 65 +EN ANG-CM DATA-CM DATA-ERR +MEV ADEG MB/SR MB/SR + 28. 18.075 69.154 + 28. 20.107 46.866 19.183 + 28. 22.139 26.653 + 28. 24.169 11.696 + 28. 26.529 5.7107 0.84006 + 28. 28.402 12.146 + 28. 30.603 19.482 1.7033 + 28. 32.583 21.344 + 28. 34.616 18.746 + 28. 36.703 13.097 1.8126 + 28. 38.899 6.1558 + 28. 40.765 3.2687 0.62835 + 28. 42.801 4.8581 + 28. 44.781 5.8772 + 28. 46.816 7.5571 + 28. 48.961 8.6670 1.7193 + 28. 51.049 8.0291 + 28. 53.191 5.4000 + 28. 55.059 3.8310 + 34. 13.975 128.89 23.753 + 34. 16.101 86.423 + 34. 18.339 71.866 + 34. 20.241 29.010 8.6538 + 34. 22.368 16.299 + 34. 24.269 12.170 + 34. 26.394 18.153 2.0629 + 34. 28.407 26.056 + 34. 30.700 24.692 + 34. 32.490 17.338 2.4207 + 34. 34.616 9.9681 + 34. 36.631 4.7654 0.46056 + 34. 38.924 3.7263 + 34. 40.657 6.2856 + 34. 42.838 9.0220 0.87194 + 34. 44.963 9.4484 + 34. 46.977 9.3047 + 34. 49.158 5.8218 1.2347 + 34. 51.005 3.0056 + 34. 53.131 1.2512 + 41. 11.548 148.04 32.756 + 41. 13.990 87.776 + 41. 16.155 57.959 + 41. 18.374 49.324 8.1983 + 41. 20.319 15.332 + 41. 22.428 11.274 + 41. 24.535 18.442 1.9385 + 41. 26.531 26.676 + 41. 26.587 23.771 + 41. 28.584 26.272 + 41. 30.803 22.187 + 41. 32.581 10.526 1.4696 + 41. 34.691 4.6600 + 41. 36.632 5.1108 0.62472 + 41. 38.961 7.9836 + 41. 40.680 9.7510 1.2764 + 41. 42.900 7.9241 + 41. 44.898 5.4793 + 41. 46.897 2.9854 0.28853 + 41. 48.839 2.5601 + 41. 51.058 2.8734 + 41. 53.109 4.4200 + 41. 55.106 4.8851 0.63943 + 41. 57.047 5.1162 + 41. 58.990 4.2220 + 41. 61.265 2.6215 +ENDDATA 67 +ENDSUBENT 78 +SUBENT F1126004 20110413 20120207 20120113 F043 +BIB 2 2 +REACTION (12-MG-24(D,EL)12-MG-24,,DA) +STATUS (CURVE) Fig.6 +ENDBIB 2 +COMMON 3 3 +EN ANG-ERR-D ERR-DIG +MEV ADEG PER-CENT + 21. 0.1538 0.0106 +ENDCOMMON 3 +DATA 3 29 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 19.678 1847.7 210.09 + 22.134 434.78 + 24.101 284.62 + 25.694 96.166 8.4912 + 27.652 54.814 + 29.904 17.014 1.6453 + 33.805 26.145 + 36.043 38.978 4.0993 + 37.813 38.659 + 39.376 47.561 + 41.461 35.758 + 43.013 37.143 3.5918 + 45.316 26.460 + 47.064 18.002 + 49.021 10.261 + 50.869 5.9398 0.80765 + 52.819 2.9706 + 54.766 1.4187 + 58.548 1.9277 + 62.222 2.7430 0.35925 + 66.315 2.6363 + 69.719 1.6988 + 73.671 0.99032 0.11260 + 77.293 0.60932 + 80.911 0.34448 + 84.476 0.50552 + 88.376 0.77682 0.10852 + 91.676 0.55322 + 95.417 0.38495 +ENDDATA 31 +ENDSUBENT 42 +SUBENT F1126005 20110413 20120207 20120113 F043 +BIB 2 2 +REACTION (12-MG-24(D,INL)12-MG-24,PAR,DA) +STATUS (CURVE) Fig.6 +ENDBIB 2 +COMMON 4 3 +EN E-LVL ANG-ERR-D ERR-DIG +MEV MEV ADEG PER-CENT + 21. 1.37 0.1471 0.0108 +ENDCOMMON 3 +DATA 3 30 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 19.920 65.707 16.670 + 22.047 16.419 + 24.167 21.650 + 25.916 15.068 1.7152 + 27.680 13.521 + 29.880 10.807 + 31.860 8.9783 1.6575 + 34.037 4.9209 + 35.924 5.3943 + 37.797 4.7297 + 39.449 4.1473 + 41.539 3.3666 0.63200 + 43.209 3.9252 + 45.644 3.9223 + 47.412 3.7432 + 49.179 3.5177 + 50.946 3.3058 + 52.818 2.8106 + 54.911 2.3894 0.34106 + 57.554 1.9543 + 62.410 1.5370 + 66.289 1.6838 0.24035 + 69.950 1.9321 + 73.611 2.2169 + 77.374 2.2143 + 81.013 1.7829 + 84.434 1.4920 0.19563 + 88.294 1.2012 + 91.827 1.0366 + 95.789 0.72651 0.16735 +ENDDATA 32 +ENDSUBENT 43 +ENDENTRY 5 diff --git a/exforall/F11/F1127.x4 b/exforall/F11/F1127.x4 new file mode 100644 index 000000000..d842715aa --- /dev/null +++ b/exforall/F11/F1127.x4 @@ -0,0 +1,536 @@ +ENTRY F1127 20110422 20120207 20120113 F043 +SUBENT F1127001 20110422 20120207 20120113 F043 +BIB 10 21 +TITLE Measurements and optical model analyses of the elastic + scattering of protons from Pd, Cd, and Sn isotopes in + the nonresonance energy region. +AUTHOR (B.Ya.Guzhovskii,S.N.Abramovich, B.M.Dzyuba, + A.G.Zvenigorodskii,V.G.Podval'nyj,S.V.Trusillo) +INSTITUTE (4RUSEPA) +REFERENCE (J,IZV,37,1880,1973) + (J,BAS,37,72,1974) English translation +FACILITY (VDGT,4RUSEPA) +DETECTOR (SOLST,SI) Eight detectors of DDS-8/2A type placed + around the target within the range of 30-165 degr. on + a rotational copper disk cooled up to the low + temperature were used. + (SCIN) Scintillation counter placed at the fixed + angle was used as a Coulomb monitor. +SAMPLE Targets of Pd,Cd, and Sn isotopes (average thickness of + 0.25 mg/cm2 and 2 cm diameter foil) were used. +METHOD (BCINT) +ERR-ANALYS (ERR-S) Statistical error + (ERR-SYS) Statistical error +HISTORY (20110422C) +ENDBIB 21 +COMMON 2 3 +ERR-S ERR-SYS +PER-CENT PER-CENT + 0.6 1. +ENDCOMMON 3 +ENDSUBENT 28 +SUBENT F1127002 20110422 20120207 20120113 F043 +BIB 2 2 +REACTION (46-PD-106(P,EL)46-PD-106,,DA,,RTH) +STATUS (TABLE) Tbl.1 +ENDBIB 2 +COMMON 1 3 +EN +MEV + 6.0 +ENDCOMMON 3 +DATA 2 18 +ANG DATA +ADEG NO-DIM + 30. 1012. + 50. 988. + 70. 962. + 75. 971. + 80. 974. + 90. 981. + 95. 960. + 100. 947. + 105. 945. + 115. 920. + 120. 813. + 125. 902. + 135. 898. + 140. 901. + 145. 889. + 155. 894. + 160. 897. + 165. 894. +ENDDATA 20 +ENDSUBENT 31 +SUBENT F1127003 20110422 20120207 20120113 F043 +BIB 2 2 +REACTION (46-PD-108(P,EL)46-PD-108,,DA,,RTH) +STATUS (TABLE) Tbl.1 +ENDBIB 2 +NOCOMMON 0 0 +DATA 3 35 +EN ANG DATA +MEV ADEG NO-DIM + 6.0 30. 1010. + 6.0 50. 992. + 6.0 70. 980. + 6.0 75. 993. + 6.0 80. 981. + 6.0 90. 989. + 6.0 95. 973. + 6.0 100. 951. + 6.0 105. 960. + 6.0 115. 917. + 6.0 120. 917. + 6.0 125. 914. + 6.0 135. 896. + 6.0 140. 916. + 6.0 145. 897. + 6.0 155. 904. + 6.0 160. 914. + 6.0 165. 892. + 6.5 30. 1020. + 6.5 50. 985. + 6.5 70. 967. + 6.5 75. 962. + 6.5 80. 967. + 6.5 90. 949. + 6.5 95. 932. + 6.5 100. 932. + 6.5 105. 886. + 6.5 115. 855. + 6.5 120. 846. + 6.5 125. 834. + 6.5 135. 829. + 6.5 140. 823. + 6.5 145. 813. + 6.5 155. 828. + 6.5 165. 830. +ENDDATA 37 +ENDSUBENT 44 +SUBENT F1127004 20110422 20120207 20120113 F043 +BIB 2 2 +REACTION (46-PD-110(P,EL)46-PD-110,,DA,,RTH) +STATUS (TABLE) Tbl.1 +ENDBIB 2 +NOCOMMON 0 0 +DATA 3 36 +EN ANG DATA +MEV ADEG NO-DIM + 6.0 30. 1009. + 6.0 50. 993. + 6.0 70. 973. + 6.0 75. 966. + 6.0 80. 971. + 6.0 90. 955. + 6.0 95. 945. + 6.0 100. 938. + 6.0 105. 922. + 6.0 115. 900. + 6.0 120. 889. + 6.0 125. 885. + 6.0 135. 882. + 6.0 140. 875. + 6.0 145. 878. + 6.0 155. 876. + 6.0 160. 879. + 6.0 165. 872. + 6.5 30. 1014. + 6.5 50. 980. + 6.5 70. 949. + 6.5 75. 941. + 6.5 80. 938. + 6.5 90. 925. + 6.5 95. 903. + 6.5 100. 883. + 6.5 105. 863. + 6.5 115. 824. + 6.5 120. 815. + 6.5 125. 805. + 6.5 135. 798. + 6.5 140. 813. + 6.5 145. 806. + 6.5 155. 812. + 6.5 160. 806. + 6.5 165. 810. +ENDDATA 38 +ENDSUBENT 45 +SUBENT F1127005 20110422 20120207 20120113 F043 +BIB 2 2 +REACTION (50-SN-118(P,EL)50-SN-118,,DA,,RTH) +STATUS (TABLE) Tbl.2 +ENDBIB 2 +NOCOMMON 0 0 +DATA 3 34 +EN ANG DATA +MEV ADEG NO-DIM + 6.5 30. 1014. + 6.5 50. 985. + 6.5 70. 970. + 6.5 75. 965. + 6.5 80. 985. + 6.5 95. 953. + 6.5 100. 926. + 6.5 105. 933. + 6.5 115. 892. + 6.5 120. 876. + 6.5 125. 870. + 6.5 135. 860. + 6.5 140. 860. + 6.5 145. 874. + 6.5 155. 875. + 6.5 160. 867. + 6.5 165. 877. + 7.0 30. 1037. + 7.0 50. 976. + 7.0 70. 970. + 7.0 80. 979. + 7.0 90. 969. + 7.0 95. 954. + 7.0 100. 923. + 7.0 105. 874. + 7.0 115. 831. + 7.0 120. 822. + 7.0 125. 821. + 7.0 135. 805. + 7.0 140. 822. + 7.0 145. 825. + 7.0 155. 837. + 7.0 160. 850. + 7.0 165. 839. +ENDDATA 36 +ENDSUBENT 43 +SUBENT F1127006 20110422 20120207 20120113 F043 +BIB 2 2 +REACTION (50-SN-120(P,EL)50-SN-120,,DA,,RTH) +STATUS (TABLE) Tbl.2 +ENDBIB 2 +NOCOMMON 0 0 +DATA 3 35 +EN ANG DATA +MEV ADEG NO-DIM + 6.5 30. 1013. + 6.5 50. 988. + 6.5 70. 961. + 6.5 75. 973. + 6.5 90. 976. + 6.5 95. 951. + 6.5 100. 934. + 6.5 105. 916. + 6.5 115. 873. + 6.5 120. 872. + 6.5 125. 868. + 6.5 135. 855. + 6.5 140. 852. + 6.5 145. 875. + 6.5 155. 864. + 6.5 160. 875. + 6.5 165. 873. + 7.0 30. 1033. + 7.0 50. 970. + 7.0 70. 952. + 7.0 75. 969. + 7.0 80. 978. + 7.0 90. 951. + 7.0 95. 929. + 7.0 100. 909. + 7.0 105. 865. + 7.0 115. 830. + 7.0 120. 825. + 7.0 125. 821. + 7.0 135. 825. + 7.0 140. 825. + 7.0 145. 829. + 7.0 155. 841. + 7.0 160. 843. + 7.0 165. 846. +ENDDATA 37 +ENDSUBENT 44 +SUBENT F1127007 20110422 20120207 20120113 F043 +BIB 2 2 +REACTION (50-SN-122(P,EL)50-SN-122,,DA,,RTH) +STATUS (TABLE) Tbl.2,3 +ENDBIB 2 +NOCOMMON 0 0 +DATA 3 54 +EN ANG DATA +MEV ADEG NO-DIM + 6.5 30. 1014. + 6.5 50. 985. + 6.5 70. 971. + 6.5 75. 979. + 6.5 80. 986. + 6.5 90. 973. + 6.5 95. 951. + 6.5 100. 937. + 6.5 105. 919. + 6.5 115. 889. + 6.5 120. 876. + 6.5 125. 873. + 6.5 135. 883. + 6.5 140. 876. + 6.5 145. 883. + 6.5 155. 892. + 6.5 160. 892. + 6.5 165. 894. + 7.0 30. 1030. + 7.0 50. 969. + 7.0 70. 967. + 7.0 75. 992. + 7.0 80. 981. + 7.0 90. 954. + 7.0 95. 935. + 7.0 100. 906. + 7.0 105. 876. + 7.0 115. 834. + 7.0 120. 833. + 7.0 125. 834. + 7.0 135. 831. + 7.0 140. 837. + 7.0 145. 856. + 7.0 155. 858. + 7.0 160. 875. + 7.0 165. 880. + 7.5 30. 1033. + 7.5 50. 930. + 7.5 70. 953. + 7.5 75. 970. + 7.5 80. 966. + 7.5 90. 897. + 7.5 95. 863. + 7.5 100. 826. + 7.5 105. 785. + 7.5 115. 753. + 7.5 120. 752. + 7.5 125. 756. + 7.5 135. 779. + 7.5 140. 789. + 7.5 145. 791. + 7.5 155. 812. + 7.5 160. 822. + 7.5 165. 811. +ENDDATA 56 +ENDSUBENT 63 +SUBENT F1127008 20110422 20120207 20120113 F043 +BIB 2 2 +REACTION (50-SN-124(P,EL)50-SN-124,,DA,,RTH) +STATUS (TABLE) Tbl.2,3 +ENDBIB 2 +NOCOMMON 0 0 +DATA 3 53 +EN ANG DATA +MEV ADEG NO-DIM + 6.5 30. 1020. + 6.5 50. 978. + 6.5 70. 997. + 6.5 75. 990. + 6.5 90. 981. + 6.5 95. 964. + 6.5 100. 942. + 6.5 105. 929. + 6.5 115. 893. + 6.5 120. 891. + 6.5 125. 880. + 6.5 135. 890. + 6.5 140. 888. + 6.5 145. 883. + 6.5 155. 903. + 6.5 160. 895. + 6.5 165. 895. + 7.0 30. 1037. + 7.0 50. 960. + 7.0 70. 978. + 7.0 75. 993. + 7.0 80. 977. + 7.0 90. 954. + 7.0 95. 927. + 7.0 100. 900. + 7.0 105. 864. + 7.0 115. 826. + 7.0 120. 825. + 7.0 125. 836. + 7.0 135. 828. + 7.0 140. 847. + 7.0 145. 866. + 7.0 155. 866. + 7.0 160. 876. + 7.0 165. 876. + 7.5 30. 1049. + 7.5 50. 935. + 7.5 70. 971. + 7.5 75. 959. + 7.5 80. 976. + 7.5 90. 907. + 7.5 95. 859. + 7.5 100. 811. + 7.5 105. 778. + 7.5 115. 761. + 7.5 120. 756. + 7.5 125. 776. + 7.5 135. 802. + 7.5 140. 799. + 7.5 145. 817. + 7.5 155. 837. + 7.5 160. 812. + 7.5 165. 835. +ENDDATA 55 +ENDSUBENT 62 +SUBENT F1127009 20110422 20120207 20120113 F043 +BIB 2 2 +REACTION (48-CD-110(P,EL)48-CD-110,,DA,,RTH) +STATUS (TABLE) Tbl.3 +ENDBIB 2 +COMMON 1 3 +EN +MEV + 6.5 +ENDCOMMON 3 +DATA 2 17 +ANG DATA +ADEG NO-DIM + 30. 997. + 50. 1025. + 70. 868. + 80. 848. + 90. 814. + 95. 822. + 100. 830. + 105. 841. + 115. 882. + 120. 916. + 125. 916. + 135. 987. + 140. 1024. + 145. 1033. + 155. 1045. + 160. 1054. + 165. 1086. +ENDDATA 19 +ENDSUBENT 30 +SUBENT F1127010 20110422 20120207 20120113 F043 +BIB 2 2 +REACTION (48-CD-112(P,EL)48-CD-112,,DA,,RTH) +STATUS (TABLE) Tbl.3 +ENDBIB 2 +COMMON 1 3 +EN +MEV + 6.5 +ENDCOMMON 3 +DATA 2 18 +ANG DATA +ADEG NO-DIM + 30. 1014. + 50. 989. + 70. 956. + 75. 973. + 80. 970. + 90. 981. + 95. 949. + 100. 924. + 105. 918. + 115. 877. + 120. 865. + 125. 857. + 135. 840. + 140. 845. + 145. 836. + 155. 824. + 160. 831. + 165. 851. +ENDDATA 20 +ENDSUBENT 31 +SUBENT F1127011 20110422 20120207 20120113 F043 +BIB 2 2 +REACTION (48-CD-114(P,EL)48-CD-114,,DA,,RTH) +STATUS (TABLE) Tbl.3 +ENDBIB 2 +NOCOMMON 0 0 +DATA 3 35 +EN ANG DATA +MEV ADEG NO-DIM + 6.5 30. 1025. + 6.5 50. 996. + 6.5 70. 967. + 6.5 80. 970. + 6.5 90. 952. + 6.5 95. 942. + 6.5 100. 933. + 6.5 105. 910. + 6.5 115. 874. + 6.5 120. 854. + 6.5 125. 851. + 6.5 135. 838. + 6.5 140. 838. + 6.5 145. 833. + 6.5 155. 827. + 6.5 160. 835. + 6.5 165. 834. + 7.0 30. 1045. + 7.0 50. 972. + 7.0 70. 990. + 7.0 75. 983. + 7.0 80. 978. + 7.0 90. 948. + 7.0 95. 898. + 7.0 100. 852. + 7.0 105. 829. + 7.0 115. 777. + 7.0 120. 755. + 7.0 125. 748. + 7.0 135. 745. + 7.0 140. 746. + 7.0 145. 755. + 7.0 155. 767. + 7.0 160. 753. + 7.0 165. 768. +ENDDATA 37 +ENDSUBENT 44 +SUBENT F1127012 20110422 20120207 20120113 F043 +BIB 2 2 +REACTION (48-CD-116(P,EL)48-CD-116,,DA,,RTH) +STATUS (TABLE) Tbl.3 +ENDBIB 2 +NOCOMMON 0 0 +DATA 3 36 +EN ANG DATA +MEV ADEG NO-DIM + 6.5 30. 1014. + 6.5 50. 981. + 6.5 70. 945. + 6.5 75. 963. + 6.5 80. 971. + 6.5 90. 948. + 6.5 95. 939. + 6.5 100. 925. + 6.5 105. 902. + 6.5 115. 869. + 6.5 120. 847. + 6.5 125. 838. + 6.5 135. 835. + 6.5 140. 835. + 6.5 145. 828. + 6.5 155. 816. + 6.5 160. 815. + 6.5 165. 828. + 7.0 30. 1041. + 7.0 50. 965. + 7.0 70. 965. + 7.0 75. 960. + 7.0 80. 942. + 7.0 90. 926. + 7.0 95. 876. + 7.0 100. 844. + 7.0 105. 817. + 7.0 115. 790. + 7.0 120. 777. + 7.0 125. 774. + 7.0 135. 775. + 7.0 140. 773. + 7.0 145. 782. + 7.0 155. 789. + 7.0 160. 794. + 7.0 165. 793. +ENDDATA 38 +ENDSUBENT 45 +ENDENTRY 12 diff --git a/exforall/F11/F1128.x4 b/exforall/F11/F1128.x4 new file mode 100644 index 000000000..ea3987e86 --- /dev/null +++ b/exforall/F11/F1128.x4 @@ -0,0 +1,144 @@ +ENTRY F1128 20110425 20120207 20120113 F043 +SUBENT F1128001 20110425 20120207 20120113 F043 +BIB 9 14 +TITLE The elastic scattering of 19 MeV deuterons by krypton + and xenon. +AUTHOR (J.B.A.England,R.McKeague,P.E.Hodgson) +INSTITUTE (2UK BIR,2UK OXF) +REFERENCE (J,NP,16,52,1960) +FACILITY (CYCLO,2UK BIR) +DETECTOR (PLATE) Nuclear emulsion plate camera was used. +METHOD (BCINT) +ERR-ANALYS (ERR-SYS) Systematic error + (EN-ERR) Uncertainty in the incident energy + (ANG-ERR-D) Angle digitizing error + (ERR-DIG) Data digitizing error + (DATA-ERR) Error from the graphic bars +HISTORY (20110425C) +ENDBIB 14 +COMMON 1 3 +ERR-SYS +PER-CENT + 5. +ENDCOMMON 3 +ENDSUBENT 21 +SUBENT F1128002 20110425 20120207 20120113 F043 +BIB 4 5 +REACTION (36-KR-0(D,EL)36-KR-0,,DA) +INC-SOURCE Total charge was 2.39 mu-C. +SAMPLE Spectroscopically pure krypton was used. The gas + pressure was 5.27 cm Hg. +STATUS (CURVE) Fig.2 +ENDBIB 5 +COMMON 4 3 +EN EN-ERR ANG-ERR-D ERR-DIG +MEV MEV ADEG PER-CENT + 19.05 0.10 0.0496 0.001 +ENDCOMMON 3 +DATA 3 16 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 15.602 12398. 1137.9 + 18.031 4451.5 413.81 + 20.617 2479.3 227.56 + 23.257 1204.6 72.623 + 25.791 791.96 39.593 + 30.963 400.15 41.010 + 35.871 192.55 19.595 + 38.458 108.30 6.5290 + 40.992 55.247 3.3307 + 43.526 27.105 2.7584 + 46.058 28.744 3.4240 + 48.591 31.694 3.2482 + 51.177 30.486 3.4539 + 56.138 19.658 2.5099 + 61.152 6.7890 0.99366 + 71.233 1.6832 0.49853 +ENDDATA 18 +ENDSUBENT 32 +SUBENT F1128003 20110425 20120207 20120113 F043 +BIB 4 5 +REACTION (36-KR-0(D,EL)36-KR-0,,DA) +INC-SOURCE Total charge was 2.20 mu-C. +SAMPLE Spectroscopically pure krypton was used. The gas + pressure was 4.63 cm Hg. +STATUS (CURVE) Fig.2 +ENDBIB 5 +COMMON 4 3 +EN EN-ERR ANG-ERR-D ERR-DIG +MEV MEV ADEG PER-CENT + 19.59 0.15 0.0496 0.001 +ENDCOMMON 3 +DATA 3 24 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 13.015 24303. 2230.6 + 15.602 11246. 945.38 + 17.978 4955.8 454.85 + 20.565 2227.0 226.63 + 23.204 1092.6 120.72 + 25.738 746.93 42.470 + 28.271 651.66 46.061 + 30.804 541.47 38.273 + 33.390 339.04 23.965 + 35.871 214.37 19.675 + 38.458 96.332 8.9549 + 40.939 53.133 3.5076 + 43.473 31.072 4.2020 + 46.005 36.327 6.1376 + 48.643 45.474 4.6604 + 51.071 39.288 5.3130 + 53.657 32.328 3.6626 + 56.137 22.535 2.7991 + 58.670 18.543 3.3454 + 61.204 11.166 2.0145 + 63.632 9.9340 1.9190 + 66.218 6.8576 1.5594 + 68.752 3.4983 0.92303 + 71.127 2.4386 0.73497 +ENDDATA 26 +ENDSUBENT 40 +SUBENT F1128004 20110425 20120207 20120113 F043 +BIB 4 5 +REACTION (54-XE-0(D,EL)54-XE-0,,DA) +INC-SOURCE Total charge was 2.71 mu-C. +SAMPLE Spectroscopically pure xenon was used. The gas + pressure was 5.78 cm Hg. +STATUS (CURVE) Fig.3 +ENDBIB 5 +COMMON 4 3 +EN EN-ERR ANG-ERR-D ERR-DIG +MEV MEV ADEG PER-CENT + 19.59 0.05 0.0222 0.002 +ENDCOMMON 3 +DATA 3 25 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 15.034 32086. 2984.6 + 17.628 16384. 1524.0 + 20.222 6798.0 559.26 + 22.711 4488.1 321.46 + 25.358 2504.9 179.41 + 27.900 1498.1 123.25 + 30.388 941.41 67.429 + 32.877 735.23 68.388 + 35.525 471.23 38.767 + 38.014 314.20 25.849 + 40.556 238.22 14.552 + 43.097 158.84 13.067 + 45.640 139.67 11.490 + 48.075 81.095 9.3125 + 50.617 56.252 4.0290 + 53.159 38.256 3.5584 + 55.595 33.639 2.7674 + 58.243 28.153 3.8595 + 60.838 23.562 2.9658 + 62.216 29.282 2.7237 + 63.328 28.146 2.9235 + 64.387 25.496 3.7830 + 65.764 28.422 3.5785 + 68.200 15.399 1.5995 + 70.848 10.682 1.1095 +ENDDATA 27 +ENDSUBENT 41 +ENDENTRY 4 diff --git a/exforall/F11/F1129.x4 b/exforall/F11/F1129.x4 new file mode 100644 index 000000000..5c2e4e5e8 --- /dev/null +++ b/exforall/F11/F1129.x4 @@ -0,0 +1,60 @@ +ENTRY F1129 20110428 20120207 20120113 F043 +SUBENT F1129001 20110428 20120207 20120113 F043 +BIB 10 29 +TITLE Wide-aperture setup based on multiwire proportional and + ionization chambers for experiments with beams of + radioactive nuclei. +AUTHOR (R.A.Astabatyan,R.L.Kavalov,A.Kugler,I.V.Kuznetsov, + V.F.Kushniruk,S.P.Lobastov,S.M.Luk'yanov,E.R.Markaryan, + V.A.Maslov,L.Mikhailov,Yu.E.Penionzhkevich, + N.O.Poroshin,N.K.Skobelev,V.I.Smirnov,Yu.G.Sobolev, + V.Yu.Ugryumov) +INSTITUTE (4ARMJER,3CZRUJF,4ZZZDUB,4RUSMIF) +REFERENCE (J,IZV,67,686,2003) + (J,BAS,67,756,2003) English translation +FACILITY (ACCEL,4ZZZDUB) The U-400M accelerator was used. +DETECTOR (CSICR) A CsI(Tl) crystal detector with a + longitudinal drift ionization chamber for measurement + of the energy of scattered particles and their + identification was used. + (MWPC) A multiwire proportional chamber was used for + position separation of particles, reconstruction of + trajectories, isolation of correlated events, and + determination of the angle gap between them. +SAMPLE The hydrogen-containing CH2 target and the carbon + target, each with an identical number of carbon nuclei + (N=3.5*10**21) were used. +METHOD (EDE) +ERR-ANALYS (ANG-ERR-D) Angle digitizing error + (ANG-ERR) Angle error from the graphic bars + (ERR-DIG) Data digitizing error + (DATA-ERR) Data error from the graphic bars +HISTORY (20110428C) +ENDBIB 29 +COMMON 3 3 +EN ANG-ERR-D ERR-DIG +MEV ADEG PER-CENT + 192. 0.1103 0.001 +ENDCOMMON 3 +ENDSUBENT 36 +SUBENT F1129002 20110428 20120207 20120113 F043 +BIB 2 2 +REACTION (1-H-1(2-HE-6,EL)1-H-1,,DA) +STATUS (CURVE) Fig.6 +ENDBIB 2 +NOCOMMON 0 0 +DATA 4 9 +ANG-CM ANG-ERR DATA-CM DATA-ERR +ADEG ADEG MB/SR MB/SR + 16.983 4.3678 188.21 + 24.338 4.3669 286.87 + 32.386 4.5975 145.76 + 40.206 4.5987 64.676 + 49.176 5.0575 18.830 + 59.297 5.7471 3.1416 1.1414 + 71.256 8.2759 0.97147 0.54690 + 92.178 8.9655 0.48632 0.18587 + 167.82 9.1536 6.2714 +ENDDATA 11 +ENDSUBENT 18 +ENDENTRY 2 diff --git a/exforall/F11/F1131.x4 b/exforall/F11/F1131.x4 new file mode 100644 index 000000000..80abf82b4 --- /dev/null +++ b/exforall/F11/F1131.x4 @@ -0,0 +1,893 @@ +ENTRY F1131 20110523 20120207 20120113 F043 +SUBENT F1131001 20110523 20120207 20120113 F043 +BIB 10 20 +TITLE Proton pick-up from F-19, Ne-20 and Ne-22. +AUTHOR (G.Th.Kaschl,G.J.Wagner,G.Mairle,U.Schmidt-Rohr, + P.Turek) +INSTITUTE (2GERMPH,2GERKFK,2GERJUL) +REFERENCE (J,NP/A,155,417,1970) + #doi:10.1016/0375-9474(70)90904-8 +FACILITY (CYCLO,2GERKFK) +DETECTOR (TELES,SIBAR) The dE-E telescopes consisting of cooled + surface barrier counters were used. The dE counters + were 200 mu-m and the E counters 2 mm thick. +METHOD (EDE) +COMMENT From compiler: the values of level energy are taken + from table 1, page 423. +ERR-ANALYS (ERR-SYS,,10.) Absolute error of cross section. In + the case of weakly exited states or heavy background, + additional systematic errors of up to 25% cannot be + excluded. + (ANG-ERR-D) Angle digitizing error + (ERR-DIG) Data digitizing error +HISTORY (20110523C) +ENDBIB 20 +COMMON 1 3 +EN +MEV + 52. +ENDCOMMON 3 +ENDSUBENT 27 +SUBENT F1131002 20110523 20120207 20120113 F043 +BIB 4 5 +REACTION (9-F-19(D,HE3)8-O-18,PAR,DA) +SAMPLE Fluorine was investigated as CF4 in a gas cell with + 4.6 mg/cm2 Havar windows at a pressure of 400 Torr. +ERR-ANALYS (E-LVL-ERR) Level energy error +STATUS (CURVE) Fig.2 +ENDBIB 5 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG PER-CENT + 0.1078 0.001 +ENDCOMMON 3 +DATA 4 82 +E-LVL E-LVL-ERR ANG-CM DATA-CM +MEV MEV ADEG MB/SR + 0. 12.202 0.53490 + 0. 13.550 0.94441 + 0. 14.787 1.28270 + 0. 15.799 1.42050 + 0. 16.926 1.28290 + 0. 18.165 1.09300 + 0. 19.744 0.55916 + 0. 21.664 0.15970 + 0. 22.458 4.0587E-02 + 0. 23.585 3.7192E-02 + 0. 24.821 5.2771E-02 + 0. 25.943 0.11097 + 0. 26.954 0.18216 + 0. 28.191 0.23002 + 0. 29.316 0.25106 + 0. 30.554 0.27402 + 0. 31.568 0.21391 + 0. 32.695 0.18763 + 0. 33.371 0.15754 + 0. 34.837 9.0558E-02 + 0. 37.093 3.6164E-02 + 0. 39.348 1.7202E-02 + 0. 42.723 2.8241E-02 + 0. 46.098 4.0077E-02 + 0. 50.492 2.1114E-02 + 0. 53.870 1.5780E-02 + 0. 57.137 1.0047E-02 + 1.97 0.02 12.386 1.73370 + 1.97 0.02 13.399 1.61260 + 1.97 0.02 14.637 1.47840 + 1.97 0.02 15.763 1.43610 + 1.97 0.02 16.889 0.85267 + 1.97 0.02 18.014 0.77046 + 1.97 0.02 19.703 0.40154 + 1.97 0.02 21.504 0.25631 + 1.97 0.02 22.629 0.30056 + 1.97 0.02 23.643 0.34240 + 1.97 0.02 24.656 0.30939 + 1.97 0.02 25.894 0.36282 + 1.97 0.02 27.132 0.31390 + 1.97 0.02 28.370 0.25630 + 1.97 0.02 30.509 0.17844 + 1.97 0.02 31.635 0.13750 + 1.97 0.02 32.648 0.10906 + 1.97 0.02 33.323 9.5732E-02 + 1.97 0.02 35.012 7.4840E-02 + 1.97 0.02 37.263 7.4839E-02 + 1.97 0.02 39.402 9.5729E-02 + 1.97 0.02 42.779 0.11556 + 1.97 0.02 46.156 9.7122E-02 + 1.97 0.02 50.321 5.2104E-02 + 1.97 0.02 53.698 4.3162E-02 + 1.97 0.02 57.300 3.6276E-02 + 4.45 0.01 12.171 2.04350 + 4.45 0.01 13.408 1.69670 + 4.45 0.01 14.533 1.16980 + 4.45 0.01 15.771 0.99945 + 4.45 0.01 16.894 0.27589 + 4.45 0.01 18.020 0.26054 + 4.45 0.01 19.145 0.18484 + 4.45 0.01 20.159 0.33701 + 4.45 0.01 21.285 0.43594 + 4.45 0.01 21.961 0.53257 + 4.45 0.01 22.637 0.54023 + 4.45 0.01 23.763 0.66946 + 4.45 0.01 24.776 0.53252 + 4.45 0.01 25.902 0.62322 + 4.45 0.01 27.027 0.53247 + 4.45 0.01 28.152 0.38320 + 4.45 0.01 29.277 0.31817 + 4.45 0.01 30.515 0.21936 + 4.45 0.01 31.640 0.17448 + 4.45 0.01 32.765 0.11524 + 4.45 0.01 33.328 0.12378 + 4.45 0.01 35.016 0.10426 + 4.45 0.01 37.155 0.11523 + 4.45 0.01 39.519 0.11197 + 4.45 0.01 42.784 0.12374 + 4.45 0.01 46.160 9.7023E-02 + 4.45 0.01 50.436 4.5459E-02 + 4.45 0.01 53.814 5.2442E-02 + 4.45 0.01 57.078 4.6103E-02 +ENDDATA 84 +ENDSUBENT 98 +SUBENT F1131003 20110523 20120207 20120113 F043 +BIB 4 6 +REACTION (9-F-19(D,HE3)8-O-18,PAR,DA) +SAMPLE Fluorine was investigated as CF4 in a gas cell with + 4.6 mg/cm2 Havar windows at a pressure of 400 Torr. +ERR-ANALYS (E-LVL-ERR) Level energy error + (ERR-S) Error bars show the relative errors +STATUS (CURVE) Fig.3,4 +ENDBIB 6 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG PER-CENT + 0.0685 0.008 +ENDCOMMON 3 +DATA 5 197 +E-LVL E-LVL-ERR ANG-CM DATA-CM ERR-S +MEV MEV ADEG MB/SR MB/SR + 3.63 0.1 12.380 7.3907E-02 + 3.63 0.1 13.553 0.11832 + 3.63 0.1 14.596 0.15483 + 3.63 0.1 15.901 0.16841 + 3.63 0.1 17.075 0.18012 + 3.63 0.1 18.118 0.15226 + 3.63 0.1 19.162 0.12238 + 3.63 0.1 20.336 0.10345 + 3.63 0.1 21.380 7.5169E-02 + 3.63 0.1 22.293 7.5170E-02 + 3.63 0.1 22.684 5.2815E-02 6.5940E-03 + 3.63 0.1 23.728 5.5547E-02 + 3.63 0.1 24.772 2.8840E-02 4.7097E-03 + 3.63 0.1 25.945 4.7751E-02 + 3.63 0.1 27.119 5.1938E-02 + 3.63 0.1 28.162 5.9414E-02 9.7025E-03 + 3.63 0.1 29.467 6.2487E-02 6.6301E-03 + 3.63 0.1 30.641 6.4625E-02 5.6655E-03 + 3.63 0.1 31.684 5.7452E-02 8.2683E-03 + 3.63 0.1 32.728 4.7755E-02 7.7987E-03 + 3.63 0.1 33.641 4.6960E-02 + 3.63 0.1 35.076 3.2445E-02 + 3.63 0.1 37.163 2.6078E-02 + 3.63 0.1 39.381 2.5217E-02 + 3.63 0.1 42.902 2.2419E-02 + 3.63 0.1 46.294 2.3186E-02 + 3.63 0.1 50.598 1.4979E-02 1.5893E-03 + 3.63 0.1 53.859 1.3095E-02 + 3.63 0.1 57.121 9.0477E-03 + 5.28 0.03 12.387 0.64350 + 5.28 0.03 13.561 0.72143 + 5.28 0.03 14.604 0.80881 + 5.28 0.03 15.778 0.78282 + 5.28 0.03 16.952 0.57401 + 5.28 0.03 18.126 0.52900 + 5.28 0.03 19.692 0.28442 + 5.28 0.03 21.649 0.15544 + 5.28 0.03 22.562 0.11970 + 5.28 0.03 23.736 0.16060 + 5.28 0.03 25.953 0.18302 + 5.28 0.03 27.127 0.20518 + 5.28 0.03 28.301 0.16061 + 5.28 0.03 29.475 0.16867 + 5.28 0.03 30.518 0.15293 + 5.28 0.03 31.823 0.13866 + 5.28 0.03 32.736 0.10853 + 5.28 0.03 34.953 6.6497E-02 + 5.28 0.03 37.301 5.2051E-02 + 5.28 0.03 39.388 4.7193E-02 + 5.28 0.03 42.910 6.4364E-02 + 5.28 0.03 46.171 4.8762E-02 + 5.28 0.03 50.606 3.4046E-02 + 5.28 0.03 53.867 2.7535E-02 + 5.28 0.03 57.128 2.4965E-02 + 6.27 0.01 12.195 0.90364 + 6.27 0.03 13.116 0.39284 0.11146 + 6.27 0.01 13.495 0.64409 + 6.27 0.01 14.534 0.57212 + 6.27 0.03 14.545 0.44151 8.6094E-02 + 6.27 0.03 15.454 0.13060 2.3715E-02 + 6.27 0.01 15.573 0.45910 + 6.27 0.01 16.743 0.19036 + 6.27 0.01 17.912 0.15536 + 6.27 0.03 17.922 6.9278E-02 1.2580E-02 + 6.27 0.01 18.951 0.11455 + 6.27 0.01 20.120 0.12897 + 6.27 0.03 20.130 6.4806E-02 1.8430E-02 + 6.27 0.03 21.168 0.10340 1.6754E-02 + 6.27 0.01 21.288 0.16626 + 6.27 0.01 21.938 0.19693 + 6.27 0.03 22.337 0.10514 1.3026E-02 + 6.27 0.01 22.457 0.24130 + 6.27 0.03 23.506 0.14197 + 6.27 0.01 23.626 0.24962 + 6.27 0.01 25.833 0.25823 + 6.27 0.03 25.844 0.15432 + 6.27 0.03 26.883 0.13962 + 6.27 0.01 27.002 0.22937 + 6.27 0.01 28.042 0.18097 + 6.27 0.03 28.052 8.8982E-02 2.3414E-02 + 6.27 0.03 29.220 0.10169 1.4521E-02 + 6.27 0.01 29.340 0.16350 + 6.27 0.03 30.389 0.10169 2.0487E-02 + 6.27 0.01 30.510 0.12261 + 6.27 0.01 31.549 9.8387E-02 + 6.27 0.03 31.558 4.9623E-02 8.0404E-03 + 6.27 0.01 32.588 7.6323E-02 + 6.27 0.03 32.597 3.8636E-02 6.2601E-03 + 6.27 0.01 33.238 5.9206E-02 + 6.27 0.03 33.246 3.8636E-02 5.5173E-03 + 6.27 0.01 34.927 4.0796E-02 + 6.27 0.03 34.935 4.2704E-02 5.2907E-03 + 6.27 0.01 37.134 4.7513E-02 + 6.27 0.03 37.272 3.7368E-02 + 6.27 0.01 39.471 6.3363E-02 + 6.27 0.03 39.480 4.7201E-02 + 6.27 0.01 42.718 7.3797E-02 + 6.27 0.03 42.727 3.6750E-02 5.2480E-03 + 6.27 0.03 46.104 3.0588E-02 + 6.27 0.01 46.355 6.1262E-02 + 6.27 0.01 50.511 3.1125E-02 + 6.27 0.03 50.519 1.2016E-02 1.9470E-03 + 6.27 0.01 53.888 2.6728E-02 + 6.27 0.01 57.265 2.4980E-02 + 6.90 0.02 12.062 0.90445 + 6.90 0.02 13.232 0.65723 + 6.90 0.02 14.271 0.51079 + 6.90 0.02 15.441 0.36498 + 6.90 0.02 16.612 0.11255 2.0599E-02 + 6.90 0.02 17.781 0.11068 + 6.90 0.02 18.820 9.3559E-02 1.5279E-02 + 6.90 0.02 20.118 0.14005 + 6.90 0.02 20.896 0.22422 + 6.90 0.02 21.935 0.22423 + 6.90 0.02 22.454 0.27434 + 6.90 0.02 23.493 0.29343 + 6.90 0.02 25.701 0.26530 + 6.90 0.02 26.870 0.23193 + 6.90 0.02 27.910 0.16573 + 6.90 0.02 29.079 0.13776 + 6.90 0.02 30.249 0.10353 2.1706E-02 + 6.90 0.02 31.418 6.4668E-02 + 6.90 0.02 33.237 4.5439E-02 + 6.90 0.02 34.926 3.8412E-02 + 6.90 0.02 37.004 4.3211E-02 + 6.90 0.02 39.341 4.7799E-02 + 6.90 0.02 42.718 4.5454E-02 + 6.90 0.02 45.965 3.1940E-02 + 6.90 0.02 50.512 1.8346E-02 + 6.90 0.02 53.888 2.0988E-02 + 6.90 0.02 57.135 1.7157E-02 + 9.76 0.15 13.475 5.7456E-02 1.7087E-02 + 9.76 0.15 14.647 6.3555E-02 2.0376E-02 + 9.76 0.15 15.821 3.1908E-02 1.2957E-02 + 9.76 0.15 16.863 4.3182E-02 1.2842E-02 + 9.76 0.15 18.166 4.0376E-02 8.9973E-03 + 9.76 0.15 19.079 2.4387E-02 6.9620E-03 + 9.76 0.15 20.382 2.6976E-02 8.0223E-03 + 9.76 0.15 21.425 2.3983E-02 5.6549E-03 + 9.76 0.15 22.597 3.3566E-02 7.4798E-03 + 9.76 0.15 23.769 4.2473E-02 7.7734E-03 + 9.76 0.15 26.115 3.2461E-02 8.8737E-03 + 9.76 0.15 27.156 6.3584E-02 1.7382E-02 + 9.76 0.15 30.414 3.7768E-02 1.0782E-02 + 9.76 0.15 32.890 3.1928E-02 1.2317E-02 + 11.14 0.07 12.337 0.42917 5.3790E-02 + 11.14 0.07 13.635 0.44393 6.4140E-02 + 11.14 0.07 14.807 0.21135 6.0853E-02 + 11.14 0.07 15.976 0.17557 5.4398E-02 + 11.14 0.07 17.020 5.1249E-02 2.2369E-02 + 11.14 0.07 18.189 5.7677E-02 1.6606E-02 + 11.14 0.07 19.359 3.9132E-02 1.3465E-02 + 11.14 0.07 20.529 2.9878E-02 1.3872E-02 + 11.14 0.07 21.695 6.4920E-02 1.5357E-02 + 11.14 0.07 22.731 0.12535 3.7392E-02 + 11.14 0.07 24.032 6.4930E-02 1.8593E-02 + 11.14 0.07 26.241 4.3320E-02 2.3381E-02 + 11.75 0.07 12.336 0.32059 5.2769E-02 + 11.75 0.07 13.505 0.33733 6.9054E-02 + 11.75 0.07 14.677 0.18971 5.4850E-02 + 11.75 0.07 15.848 0.11037 3.6810E-02 + 11.75 0.07 17.019 6.9881E-02 2.3307E-02 + 11.75 0.07 18.057 8.4194E-02 2.4342E-02 + 11.75 0.07 19.358 5.6086E-02 1.3809E-02 + 11.75 0.07 22.862 9.8092E-02 5.3073E-02 + 11.75 0.07 26.110 7.6113E-02 2.5385E-02 + 11.75 0.07 27.408 7.7422E-02 1.7442E-02 + 11.75 0.07 28.579 5.7089E-02 2.6054E-02 + 11.75 0.07 30.916 5.9067E-02 2.8026E-02 + 12.25 0.07 12.095 0.35780 5.1493E-02 + 12.25 0.07 13.394 0.35186 7.8629E-02 + 12.25 0.07 14.564 0.21254 3.8899E-02 + 12.25 0.07 15.733 0.19542 4.3669E-02 + 12.25 0.07 17.947 5.0944E-02 2.0175E-02 + 12.25 0.07 18.989 2.3516E-02 9.3127E-03 + 12.25 0.07 21.454 3.5802E-02 1.5921E-02 + 12.25 0.07 22.619 0.11612 3.5827E-02 + 12.25 0.07 24.828 7.2540E-02 2.5627E-02 + 12.25 0.07 26.126 9.9839E-02 3.2010E-02 + 12.25 0.07 27.166 7.5032E-02 2.4056E-02 + 12.25 0.07 28.334 8.2999E-02 2.2689E-02 + 12.25 0.07 30.801 8.8786E-02 2.8466E-02 + 12.25 0.07 35.222 2.4759E-02 1.4252E-02 + 14.56 0.1 12.445 3.4678E-02 1.2650E-02 + 14.56 0.1 13.618 5.8387E-02 1.7364E-02 + 14.56 0.1 14.661 5.8386E-02 1.8047E-02 + 14.56 0.1 15.833 5.2784E-02 1.3118E-02 + 14.56 0.1 17.006 4.1716E-02 1.3375E-02 + 14.56 0.1 18.178 3.0826E-02 1.0575E-02 + 14.56 0.1 19.351 3.9663E-02 1.3607E-02 + 14.56 0.1 20.393 3.0311E-02 1.0399E-02 + 14.56 0.1 22.738 3.8350E-02 8.0407E-03 + 14.56 0.1 23.911 4.8523E-02 1.7700E-02 + 14.56 0.1 26.257 6.2433E-02 2.1419E-02 + 14.56 0.1 28.602 6.1390E-02 1.1213E-02 + 14.56 0.1 30.948 7.2623E-02 1.6183E-02 + 14.56 0.1 33.031 3.1340E-02 1.0403E-02 +ENDDATA 199 +ENDSUBENT 214 +SUBENT F1131004 20110523 20120207 20120113 F043 +BIB 4 6 +REACTION (10-NE-20(D,HE3)9-F-19,PAR,DA) +SAMPLE The 99% enriched neon isotopes were maintained + in a 50 cm2 gas cell at a pressure of 200 Torr. +ERR-ANALYS (E-LVL-ERR) Level energy error + (ERR-S) Error bars show the relative errors +STATUS (CURVE) Fig.7,8 +ENDBIB 6 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG PER-CENT + 0.2986 0.008 +ENDCOMMON 3 +DATA 5 175 +E-LVL E-LVL-ERR ANG-CM DATA-CM ERR-S +MEV MEV ADEG MB/SR MB/SR + 0. 9.4623 4.1426 1.1324 + 0. 10.522 4.2835 0.72301 + 0. 11.579 3.6815 0.56954 + 0. 12.637 3.5592 0.44765 + 0. 13.959 2.8123 0.31214 + 0. 15.013 1.8785 + 0. 16.337 1.8781 + 0. 17.259 1.2974 + 0.112 0.04 9.2147 10.667 + 0.112 0.04 10.270 8.8638 + 0.112 0.04 11.458 7.0031 + 0.112 0.04 12.514 6.0182 + 0.112 0.04 13.174 5.4399 + 0.112 0.04 13.835 5.1715 + 0.112 0.04 14.361 4.3708 + 0.112 0.04 14.889 4.0179 + 0.112 0.04 15.417 3.5714 + 0.112 0.04 16.209 3.2828 + 0.112 0.04 16.735 2.5942 + 0.112 0.04 17.263 2.3847 + 0.112 0.04 17.923 2.1196 + 0.112 0.04 18.976 1.5141 + 0.112 0.04 20.296 1.2371 + 0.112 0.04 22.544 1.1367 + 0.112 0.04 23.739 1.3902 + 0.112 0.04 24.796 1.2565 + 0.112 0.04 25.989 1.3662 + 0.112 0.04 27.046 1.2348 + 0.112 0.04 28.238 1.2553 + 0.112 0.04 29.425 0.97522 + 0.112 0.04 30.482 0.86672 + 0.112 0.04 31.667 0.61909 + 0.112 0.04 32.853 0.44970 + 0.112 0.04 33.908 0.36746 + 0.112 0.04 35.229 0.30532 + 0.112 0.04 36.418 0.27594 + 0.112 0.04 37.475 0.24524 + 0.112 0.04 38.537 0.29004 + 0.112 0.04 41.847 0.31517 + 0.112 0.04 47.534 0.24455 + 0.112 0.04 52.956 0.18044 + 0.112 0.04 58.512 0.14725 + 0.198 0.04 10.498 0.45816 0.18144 + 0.198 0.04 11.563 0.78436 0.29442 + 0.198 0.04 12.761 1.4852 0.27127 + 0.198 0.04 13.819 1.4849 0.22973 + 0.198 0.04 15.011 1.5098 + 0.198 0.04 16.203 1.6418 + 0.198 0.04 17.258 1.1729 + 1.556 0.03 9.5711 0.60422 0.11058 + 1.556 0.03 10.7610 0.87458 0.31903 + 1.556 0.03 12.8800 0.58432 0.10673 + 1.556 0.03 14.0710 0.70302 0.20907 + 1.556 0.03 15.3970 0.29835 9.5655E-02 + 1.556 0.03 16.3240 0.24387 6.3662E-02 + 1.556 0.03 17.6480 0.17135 4.4732E-02 + 4.56 0.02 9.8729 1.28650 + 4.56 0.02 11.0500 1.16410 + 4.56 0.02 12.0970 0.93729 + 4.56 0.02 13.1460 0.62811 + 4.56 0.02 13.8020 0.48100 + 4.56 0.02 14.5870 0.40713 + 4.56 0.02 15.2430 0.32235 + 4.56 0.02 15.7650 0.32781 + 4.56 0.02 16.1600 0.25102 + 4.56 0.02 16.8180 0.15979 + 4.56 0.02 17.4700 0.16822 + 4.56 0.02 17.9930 0.16272 + 4.56 0.02 18.5170 0.13772 + 4.56 0.02 19.6940 0.12886 + 4.56 0.02 20.7400 0.11277 + 4.56 0.02 21.9090 0.22356 + 4.56 0.02 23.0860 0.18924 + 4.56 0.02 24.2590 0.25135 + 4.56 0.02 25.4360 0.21277 + 4.56 0.02 26.4800 0.23521 + 4.56 0.02 27.6580 0.19257 + 4.56 0.02 28.7040 0.16854 + 4.56 0.02 30.0130 0.12908 + 4.56 0.02 31.0590 0.12280 + 4.56 0.02 32.2380 8.6516E-02 + 4.56 0.02 33.4130 9.0974E-02 + 4.56 0.02 34.4610 7.2035E-02 + 4.56 0.02 35.6360 7.3262E-02 + 4.56 0.02 36.8120 7.5762E-02 + 4.56 0.02 37.8580 6.6307E-02 + 4.56 0.02 38.8990 9.5731E-02 + 4.56 0.02 42.2960 9.7397E-02 + 4.56 0.02 47.7840 7.8476E-02 + 4.56 0.02 53.2790 3.5262E-02 + 4.56 0.02 58.7680 2.8412E-02 + 5.53 0.05 10.085 0.42244 + 5.53 0.05 11.392 0.35714 + 5.53 0.05 12.309 0.23073 + 5.53 0.05 13.226 0.17933 + 5.53 0.05 14.011 0.15160 + 5.53 0.05 15.193 5.4390E-02 1.1404E-02 + 5.53 0.05 15.850 3.1767E-02 9.0687E-03 + 5.53 0.05 16.500 4.6761E-02 5.8381E-03 + 5.53 0.05 18.726 2.4284E-02 6.0353E-03 + 5.53 0.05 20.423 2.8734E-02 8.5452E-03 + 5.53 0.05 22.642 3.6983E-02 1.1857E-02 + 5.53 0.05 24.861 4.4504E-02 1.8513E-02 + 5.53 0.05 27.869 2.6888E-02 4.5386E-03 + 5.53 0.05 28.911 4.0253E-02 9.4911E-03 + 5.53 0.05 30.219 3.0766E-02 1.0212E-02 + 5.53 0.05 31.264 3.5198E-02 9.1884E-03 + 5.53 0.05 32.444 1.7089E-02 2.3989E-03 + 5.53 0.05 35.711 1.4944E-02 3.3301E-03 + 5.53 0.05 36.756 1.4211E-02 1.9949E-03 + 5.53 0.05 37.930 1.8288E-02 6.8648E-03 + 5.53 0.05 39.108 1.3291E-02 2.0561E-03 + 6.10 0.03 10.180 0.71623 + 6.10 0.03 11.356 0.65889 + 6.10 0.03 12.662 0.47988 + 6.10 0.03 13.446 0.37991 + 6.10 0.03 14.360 0.24619 + 6.10 0.03 15.405 0.21186 + 6.10 0.03 16.711 0.15690 + 6.10 0.03 17.625 0.11052 + 6.10 0.03 18.670 7.5295E-02 + 6.10 0.03 19.976 6.2669E-02 + 6.10 0.03 22.328 0.10512 4.0325E-02 + 6.10 0.03 23.504 8.4622E-02 + 6.10 0.03 24.549 9.0462E-02 + 6.10 0.03 24.549 0.10869 + 6.10 0.03 25.594 0.11051 + 6.10 0.03 26.769 7.5292E-02 2.0456E-02 + 6.10 0.03 27.945 0.11051 + 6.10 0.03 29.121 0.11051 + 6.10 0.03 30.296 7.4045E-02 + 6.10 0.03 31.472 5.6696E-02 1.1056E-02 + 6.10 0.03 32.648 5.0446E-02 + 6.10 0.03 33.823 6.5881E-02 1.7092E-02 + 6.10 0.03 34.868 3.7986E-02 4.7467E-03 + 6.10 0.03 35.913 1.8537E-02 5.4792E-03 + 6.10 0.03 37.089 3.9275E-02 1.4659E-02 + 6.10 0.03 38.134 4.1291E-02 5.7575E-03 + 6.10 0.03 39.310 5.3033E-02 1.9235E-02 + 6.10 0.03 42.706 6.3716E-02 3.5112E-02 + 6.10 0.03 53.809 1.5950E-02 3.7372E-03 + 6.10 0.03 59.427 2.5876E-02 3.9766E-03 + 6.78 0.02 10.180 2.15420 + 6.78 0.02 11.356 1.62220 + 6.78 0.02 12.531 1.24210 + 6.78 0.02 13.315 0.98333 + 6.78 0.02 13.576 0.70432 + 6.78 0.02 14.098 0.58622 + 6.78 0.02 14.752 0.51296 + 6.78 0.02 15.404 0.33800 + 6.78 0.02 16.449 0.21903 + 6.78 0.02 17.494 0.15688 + 6.78 0.02 18.147 0.13959 + 6.78 0.02 18.800 0.11426 + 6.78 0.02 19.846 0.17053 + 6.78 0.02 21.152 0.15952 + 6.78 0.02 23.373 0.25451 + 6.78 0.02 24.549 0.31615 + 6.78 0.02 25.724 0.27207 + 6.78 0.02 26.769 0.20832 + 6.78 0.02 27.945 0.21901 + 6.78 0.02 29.251 0.21901 + 6.78 0.02 30.296 0.13056 + 6.78 0.02 31.341 9.8316E-02 + 6.78 0.02 32.516 7.0419E-02 + 6.78 0.02 33.692 8.0475E-02 + 6.78 0.02 34.867 6.8107E-02 + 6.78 0.02 35.912 5.0437E-02 + 6.78 0.02 36.958 5.9595E-02 + 6.78 0.02 38.003 7.0416E-02 + 6.78 0.02 39.309 8.6024E-02 + 6.78 0.02 42.575 9.9960E-02 + 6.78 0.02 48.061 6.5863E-02 + 6.78 0.02 53.678 4.8774E-02 + 6.78 0.02 59.034 4.7170E-02 +ENDDATA 177 +ENDSUBENT 192 +SUBENT F1131005 20110523 20120207 20120113 F043 +BIB 4 6 +REACTION (10-NE-20(D,HE3)9-F-19,PAR,DA) +SAMPLE The 99% enriched neon isotopes were maintained + in a 50 cm2 gas cell at a pressure of 200 Torr. +ERR-ANALYS (E-LVL-ERR) Level energy error + (ERR-S) Error bars show the relative errors +STATUS (CURVE) Fig.9 +ENDBIB 6 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG PER-CENT + 0.1506 0.002 +ENDCOMMON 3 +DATA 5 80 +E-LVL E-LVL-ERR ANG-CM DATA-CM ERR-S +MEV MEV ADEG MB/SR MB/SR + 2.83 0.04 10.145 9.3069E-02 2.6089E-02 + 2.83 0.04 11.288 5.4458E-02 1.5265E-02 + 2.83 0.04 13.283 4.1665E-02 1.4464E-02 + 2.83 0.04 14.139 3.3874E-02 1.3813E-02 + 2.83 0.04 15.278 3.6895E-02 1.2513E-02 + 2.83 0.04 16.417 3.3884E-02 5.3133E-03 + 2.83 0.04 17.463 2.8575E-02 7.2443E-03 + 2.83 0.04 18.791 2.8930E-02 7.3343E-03 + 2.83 0.04 19.833 3.8291E-02 8.2802E-03 + 2.83 0.04 20.876 4.4868E-02 + 2.83 0.04 22.109 5.4533E-02 9.1080E-03 + 2.83 0.04 23.247 6.3127E-02 + 2.83 0.04 24.386 5.7975E-02 + 2.83 0.04 25.523 7.4888E-02 + 2.83 0.04 26.660 0.10157 + 2.83 0.04 27.895 9.1033E-02 + 2.83 0.04 28.940 7.9626E-02 + 2.83 0.04 30.077 0.10799 + 2.83 0.04 31.218 7.8684E-02 + 2.83 0.04 32.357 7.5871E-02 + 2.83 0.04 33.496 7.8707E-02 + 2.83 0.04 34.636 6.9689E-02 + 2.83 0.04 35.777 5.7355E-02 + 2.83 0.04 36.917 5.0169E-02 + 2.83 0.04 37.868 3.9325E-02 + 2.83 0.04 39.198 3.3570E-02 + 2.83 0.04 42.522 2.7302E-02 + 2.83 0.04 48.028 2.3605E-02 + 2.83 0.04 53.533 2.3621E-02 + 2.83 0.04 59.041 1.7012E-02 + 3.99 0.07 13.146 1.8795E-02 7.3596E-03 + 3.99 0.07 14.000 2.2818E-02 7.3350E-03 + 3.99 0.07 15.140 1.5484E-02 5.2291E-03 + 3.99 0.07 16.186 8.9759E-03 2.1006E-03 + 3.99 0.07 17.418 1.4576E-02 4.1942E-03 + 3.99 0.07 18.557 1.4935E-02 4.5522E-03 + 3.99 0.07 19.697 1.3392E-02 3.6197E-03 + 3.99 0.07 20.837 1.0384E-02 2.0351E-03 + 3.99 0.07 23.206 2.5773E-02 3.7567E-03 + 3.99 0.07 24.344 3.6629E-02 1.9140E-02 + 3.99 0.07 25.483 3.4063E-02 3.5198E-03 + 3.99 0.07 26.717 3.7534E-02 1.1441E-02 + 3.99 0.07 27.760 4.1862E-02 + 3.99 0.07 30.040 3.1302E-02 + 3.99 0.07 31.085 2.3121E-02 5.4112E-03 + 3.99 0.07 32.224 2.3690E-02 + 3.99 0.07 34.502 2.0240E-02 + 3.99 0.07 35.642 1.5885E-02 3.4191E-03 + 3.99 0.07 36.782 1.4244E-02 + 3.99 0.07 38.016 1.3247E-02 + 3.99 0.07 39.061 1.1594E-02 + 3.99 0.07 40.390 9.6678E-03 3.1868E-03 + 3.99 0.07 47.983 1.2938E-02 3.4967E-03 + 3.99 0.07 53.486 2.0512E-02 4.4150E-03 + 3.99 0.07 58.996 7.4140E-03 2.7361E-03 + 5.44 0.05 10.042 2.6234E-02 1.4256E-02 + 5.44 0.05 13.175 3.5892E-02 1.6249E-02 + 5.44 0.05 13.649 5.6748E-02 1.8164E-02 + 5.44 0.05 14.124 3.1058E-02 1.1650E-02 + 5.44 0.05 15.927 6.4019E-02 2.0491E-02 + 5.44 0.05 16.402 4.0491E-02 9.8050E-03 + 5.44 0.05 17.541 2.7531E-02 7.6489E-03 + 5.44 0.05 18.395 4.9106E-02 1.0053E-02 + 5.44 0.05 20.958 3.5463E-02 5.8664E-03 + 5.44 0.05 22.097 2.6235E-02 1.0613E-02 + 5.44 0.05 23.141 2.1374E-02 1.0623E-02 + 5.44 0.05 24.280 1.9176E-02 6.9006E-03 + 5.44 0.05 25.419 1.5623E-02 4.7413E-03 + 5.44 0.05 26.559 1.0495E-02 5.0872E-03 + 5.44 0.05 27.698 5.6751E-03 2.0422E-03 + 5.44 0.05 28.837 1.3849E-02 4.5455E-03 + 5.44 0.05 29.976 9.1918E-03 3.2363E-03 + 5.44 0.05 31.020 4.9704E-03 2.3467E-03 + 5.44 0.05 34.532 6.6382E-03 2.3372E-03 + 5.44 0.05 35.671 1.0123E-02 4.9692E-03 + 5.44 0.05 36.810 5.8138E-03 1.6153E-03 + 5.44 0.05 42.885 7.3992E-03 2.6051E-03 + 5.44 0.05 48.010 1.1841E-02 2.4240E-03 + 5.44 0.05 53.421 6.0283E-03 1.9295E-03 + 5.44 0.05 58.831 5.0312E-03 1.5689E-03 +ENDDATA 82 +ENDSUBENT 97 +SUBENT F1131006 20110523 20120207 20120113 F043 +BIB 3 4 +REACTION (10-NE-22(D,HE3)9-F-21,PAR,DA) +SAMPLE The 99% enriched neon isotopes were maintained + in a 50 cm2 gas cell at a pressure of 200 Torr. +STATUS (CURVE) Fig.11 +ENDBIB 4 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG PER-CENT + 0.0478 0.003 +ENDCOMMON 3 +DATA 3 118 +E-LVL ANG-CM DATA-CM +MEV ADEG MB/SR + 0. 11.615 2.30260 + 0. 12.851 2.17370 + 0. 14.087 2.11190 + 0. 15.210 1.80260 + 0. 16.333 1.41130 + 0. 17.343 1.10490 + 0. 18.690 0.67735 + 0. 19.700 0.43983 + 0. 20.822 0.28560 + 0. 21.833 0.26961 + 0. 23.069 0.25087 + 0. 24.305 0.32974 + 0. 25.205 0.34927 + 0. 26.441 0.39754 + 0. 27.676 0.34423 + 0. 28.687 0.31122 + 0. 29.923 0.27340 + 0. 30.822 0.29378 + 0. 31.944 0.20207 + 0. 33.067 0.13899 + 0. 34.301 9.4231E-02 + 0. 35.312 7.3777E-02 + 0. 36.435 6.1184E-02 + 0. 38.682 5.7755E-02 + 0. 39.806 6.5737E-02 + 0. 40.818 8.6405E-02 + 0. 41.829 9.0212E-02 + 0. 43.065 8.1562E-02 + 0. 44.301 8.6389E-02 + 0. 45.200 9.0196E-02 + 0. 46.435 7.5885E-02 + 0. 47.446 6.4771E-02 + 0. 48.570 6.5706E-02 + 0. 49.693 5.6896E-02 + 0. 50.816 4.7869E-02 + 0. 53.849 3.9695E-02 + 0. 55.085 4.3899E-02 + 0. 57.333 4.7852E-02 + 0. 59.243 4.7163E-02 + 0. 61.602 4.0253E-02 + 0.28 11.834 0.59130 + 0.28 12.959 0.86365 + 0.28 13.971 1.10640 + 0.28 15.208 1.20740 + 0.28 16.331 1.15560 + 0.28 17.566 0.91521 + 0.28 18.464 0.71433 + 0.28 19.585 0.39875 + 0.28 20.932 0.22917 + 0.28 21.940 0.10898 + 0.28 23.062 6.9359E-02 + 0.28 24.185 5.8227E-02 + 0.28 25.310 8.7560E-02 + 0.28 26.546 9.6956E-02 + 0.28 27.560 0.18953 + 0.28 28.683 0.17114 + 0.28 29.695 0.19229 + 0.28 30.816 0.10891 + 0.28 31.940 0.12237 + 0.28 33.174 7.6757E-02 + 0.28 34.296 5.0297E-02 + 0.28 35.418 2.9331E-02 + 0.28 36.651 1.5446E-02 + 0.28 38.676 2.8070E-02 + 0.28 39.688 3.5439E-02 + 0.28 40.701 4.7428E-02 + 0.28 41.938 7.0289E-02 + 0.28 43.060 4.9540E-02 + 0.28 44.072 5.3281E-02 + 0.28 45.195 5.3277E-02 + 0.28 46.318 4.2193E-02 + 0.28 47.442 4.0978E-02 + 0.28 48.452 3.3413E-02 + 0.28 49.688 3.1518E-02 + 0.28 50.699 2.8877E-02 + 0.28 53.843 1.9480E-02 + 0.28 55.077 1.2580E-02 + 0.28 57.211 9.3978E-03 + 0.28 59.460 1.5199E-02 + 0.28 61.482 1.4547E-02 + 1.10 11.942 1.96880 + 1.10 12.951 1.47490 + 1.10 14.072 0.83987 + 1.10 14.631 0.56874 + 1.10 15.305 0.47139 + 1.10 15.975 0.24616 + 1.10 17.545 0.12854 + 1.10 18.219 0.12853 + 1.10 19.795 0.22566 + 1.10 20.809 0.34794 + 1.10 21.596 0.43203 + 1.10 22.046 0.44467 + 1.10 23.169 0.45109 + 1.10 24.294 0.51362 + 1.10 25.529 0.47096 + 1.10 27.662 0.32821 + 1.10 28.222 0.22549 + 1.10 28.558 0.20381 + 1.10 30.016 0.11439 + 1.10 30.912 6.9010E-02 + 1.10 32.148 6.9003E-02 + 1.10 33.382 4.8093E-02 + 1.10 38.666 8.0831E-02 + 1.10 39.903 0.10036 + 1.10 41.026 9.0707E-02 + 1.10 42.149 9.0698E-02 + 1.10 43.273 8.4373E-02 + 1.10 44.508 7.8489E-02 + 1.10 45.406 6.0523E-02 + 1.10 46.641 5.3143E-02 + 1.10 48.774 3.7575E-02 + 1.10 49.784 3.0696E-02 + 1.10 50.795 3.1139E-02 + 1.10 53.941 3.1583E-02 + 1.10 55.177 2.8544E-02 + 1.10 57.312 2.8130E-02 + 1.10 58.435 2.8536E-02 + 1.10 61.468 2.4693E-02 +ENDDATA 120 +ENDSUBENT 133 +SUBENT F1131007 20110523 20120207 20120113 F043 +BIB 4 6 +REACTION (10-NE-22(D,HE3)9-F-21,PAR,DA) +SAMPLE The 99% enriched neon isotopes were maintained + in a 50 cm2 gas cell at a pressure of 200 Torr. +ERR-ANALYS (E-LVL-ERR) Level energy error + (ERR-S) Error bars show the relative errors +STATUS (CURVE) Fig.12 +ENDBIB 6 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG PER-CENT + 0.0379 0.008 +ENDCOMMON 3 +DATA 5 99 +E-LVL E-LVL-ERR ANG-CM DATA-CM ERR-S +MEV MEV ADEG MB/SR MB/SR + 1.73 0.05 11.914 0.11134 3.1981E-02 + 1.73 0.05 13.082 0.10581 2.6463E-02 + 1.73 0.05 14.253 0.13638 3.0586E-02 + 1.73 0.05 15.420 0.10577 2.6454E-02 + 1.73 0.05 16.586 7.2869E-02 1.6343E-02 + 1.73 0.05 18.659 4.0278E-02 1.1645E-02 + 1.73 0.05 19.824 2.4233E-02 9.4019E-03 + 1.73 0.05 21.127 4.1651E-02 7.0775E-03 + 1.73 0.05 22.038 5.5535E-02 7.8491E-03 + 1.73 0.05 23.335 4.2349E-02 8.9370E-03 + 1.73 0.05 24.509 7.7889E-02 2.2373E-02 + 1.73 0.05 25.549 9.5423E-02 3.5011E-02 + 1.73 0.05 26.585 6.9164E-02 2.5377E-02 + 1.73 0.05 27.885 7.3998E-02 2.6350E-02 + 1.73 0.05 29.051 5.6429E-02 1.5522E-02 + 1.73 0.05 30.091 5.9360E-02 1.6328E-02 + 1.73 0.05 31.127 4.1593E-02 1.8204E-02 + 2.05 0.03 11.685 0.62728 + 2.05 0.03 12.848 0.48843 + 2.05 0.03 13.881 0.38671 + 2.05 0.03 15.174 0.20860 + 2.05 0.03 16.207 0.15709 + 2.05 0.03 17.371 9.3659E-02 1.7007E-02 + 2.05 0.03 18.535 4.4952E-02 1.0889E-02 + 2.05 0.03 19.692 0.11832 1.6897E-02 + 2.05 0.03 20.724 0.13523 + 2.05 0.03 21.885 0.15200 + 2.05 0.03 23.046 0.16524 + 2.05 0.03 24.077 0.22314 4.3511E-02 + 2.05 0.03 25.240 0.13527 3.1695E-02 + 2.05 0.03 26.402 0.13756 2.8657E-02 + 2.05 0.03 27.563 0.14224 3.3327E-02 + 2.05 0.03 28.725 0.12242 3.7612E-02 + 2.05 0.03 29.886 0.12243 2.7108E-02 + 2.05 0.03 30.919 8.9172E-02 2.9425E-02 + 2.05 0.03 38.664 4.8933E-02 8.2051E-03 + 2.05 0.03 39.697 4.3542E-02 6.0713E-03 + 2.05 0.03 40.858 4.2825E-02 6.5812E-03 + 2.05 0.03 42.019 4.8944E-02 7.5216E-03 + 2.05 0.03 43.050 5.6879E-02 1.0321E-02 + 2.05 0.03 44.083 4.8951E-02 6.8256E-03 + 5.05 0.1 11.819 0.40121 + 5.05 0.1 13.110 0.35042 + 5.05 0.1 14.015 0.22951 + 5.05 0.1 14.533 0.18108 + 5.05 0.1 15.179 0.13128 + 5.05 0.1 15.825 0.11084 + 5.05 0.1 16.345 5.6311E-02 1.4084E-02 + 5.05 0.1 17.377 5.5370E-02 1.7219E-02 + 5.05 0.1 18.151 5.7281E-02 9.7334E-03 + 5.05 0.1 18.670 2.9101E-02 1.4065E-02 + 5.05 0.1 20.862 4.5975E-02 1.2077E-02 + 5.05 0.1 21.504 9.3619E-02 1.1859E-02 + 5.05 0.1 23.182 8.0399E-02 2.5932E-02 + 5.05 0.1 24.212 0.11092 + 5.05 0.1 25.504 8.4604E-02 2.3272E-02 + 5.05 0.1 26.535 0.10193 2.2861E-02 + 5.05 0.1 27.700 5.6364E-02 1.5504E-02 + 5.05 0.1 28.345 5.3575E-02 1.1306E-02 + 5.05 0.1 28.860 7.0248E-02 2.0178E-02 + 5.05 0.1 31.188 2.0415E-02 8.9348E-03 + 5.05 0.1 35.058 2.9141E-02 5.3578E-03 + 5.05 0.1 44.993 3.0169E-02 6.7663E-03 + 7.4 0.2 12.031 9.5669E-02 2.0124E-02 + 7.4 0.2 13.199 8.4999E-02 2.2259E-02 + 7.4 0.2 14.231 3.9781E-02 2.2952E-02 + 7.4 0.2 15.139 3.3039E-02 9.8555E-03 + 7.4 0.2 16.173 1.9255E-02 5.9695E-03 + 7.4 0.2 18.637 1.2840E-02 3.9807E-03 + 7.4 0.2 21.880 8.4176E-03 3.3430E-03 + 7.4 0.2 25.258 9.6288E-03 3.2057E-03 + 7.4 0.2 28.763 8.5519E-03 3.5673E-03 + 7.65 0.1 11.957 0.33306 4.1908E-02 + 7.65 0.1 13.248 0.27186 3.4206E-02 + 7.65 0.1 14.412 0.16924 3.3436E-02 + 7.65 0.1 15.189 9.0464E-02 2.4884E-02 + 7.65 0.1 16.096 4.5190E-02 1.4053E-02 + 7.65 0.1 18.550 2.8616E-02 4.8626E-03 + 7.65 0.1 21.772 6.6739E-02 1.4084E-02 + 7.65 0.1 25.257 5.0918E-02 1.2083E-02 + 7.65 0.1 28.613 4.1569E-02 1.1434E-02 + 7.95 0.2 11.991 0.16807 3.4788E-02 + 7.95 0.2 13.289 0.15468 2.9968E-02 + 7.95 0.2 14.456 0.12469 3.0604E-02 + 7.95 0.2 15.235 0.12062 2.8083E-02 + 7.95 0.2 16.010 6.9816E-02 1.4451E-02 + 7.95 0.2 18.342 3.4235E-02 8.4024E-03 + 7.95 0.2 21.715 2.4165E-02 4.3564E-03 + 7.95 0.2 25.224 2.9958E-02 6.9751E-03 + 7.95 0.2 28.471 3.2531E-02 1.0307E-02 + 8.35 0.15 11.860 0.16386 2.7118E-02 + 8.35 0.15 13.152 5.8142E-02 2.3223E-02 + 8.35 0.15 14.314 4.1846E-02 2.0172E-02 + 8.35 0.15 15.348 2.8199E-02 9.5068E-03 + 8.35 0.15 16.380 2.8200E-02 8.8821E-03 + 8.35 0.15 18.316 2.0297E-02 7.6993E-03 + 8.35 0.15 21.669 3.9842E-02 9.7179E-03 + 8.35 0.15 24.895 3.4934E-02 1.6235E-02 + 8.35 0.15 28.509 2.5561E-02 1.2750E-02 +ENDDATA 101 +ENDSUBENT 116 +ENDENTRY 7 diff --git a/exforall/F11/F1132.x4 b/exforall/F11/F1132.x4 new file mode 100644 index 000000000..0f65a740d --- /dev/null +++ b/exforall/F11/F1132.x4 @@ -0,0 +1,645 @@ +ENTRY F1132 20110704 20120207 20120113 F043 +SUBENT F1132001 20110704 20120207 20120113 F043 +BIB 10 31 +TITLE One-neutron transfer reactions with beryllium, carbon + and oxygen nuclei. +AUTHOR (P.H.Barker,A.Huber,H.Knoth,U.Matter,A.Gobbi,P.Marmier) +INSTITUTE (2SWTZUR) +REFERENCE (J,NP/A,155,401,1970) + #doi:10.1016/0375-9474(70)90903-6 +FACILITY (VDGT,2SWTZUR) +DETECTOR (SOLST) The solid state detectors, areas 10 mm*40 mm, + whose apertures are determined by collimators in front + of them and whose angular positions and radial + distances are adjustable to +-0.03 adeg. and + - 1 mm + respectively were used. The reaction solid angle in the + laboratory system is determined by the aperture of + detector one, detector two merely being placed close + enough to the target to detect all particles whose + reaction partners have entered detector one. In most + cases the first counter aperture is 2 mm*30 mm and its + distance from the target 400 mm. +SAMPLE The targets are a few tens of mu-g/cm2 thick and 10 mm + diameter, with a very thin layer of gold evaporated on + the surface for purposes of beam normalisation. +METHOD (COINC) + (BCINT) +ERR-ANALYS (ANG-ERR-D) Angle digitizing error + (ERR-DIG) Data digitizing error + (DATA-ERR) Error from the graphic bars + Differential cross sections were obtained with a + general precision of between +-7% and 15%, as indicated + by the error bars. In addition, the overall + normalisation is determined to about +-10%. +HISTORY (20110704C) +ENDBIB 31 +NOCOMMON 0 0 +ENDSUBENT 34 +SUBENT F1132002 20110704 20120207 20120113 F043 +BIB 3 8 +REACTION (4-BE-9(8-O-16,EL)4-BE-9,,DA,,RTH) +SAMPLE The Be-9 targets are made by subliming a layer of + beryllium on to a carbon foil backing of approximately + 5 mu-g/cm2 so that the beryllium does not overlap the + metal support. Foils prepared in this way are about + 20 mu-g/cm2 thick and stand up well to handling + stresses and beam irradiation. +STATUS (CURVE) Fig.5 +ENDBIB 8 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG PER-CENT + 0.3612 0.003 +ENDCOMMON 3 +DATA 4 81 +EN ANG-CM DATA DATA-ERR +MEV ADEG NO-DIM NO-DIM + 15. 55.171 0.9458 0.0604 + 15. 59.267 0.9636 0.0427 + 15. 62.881 0.9939 0.0569 + 15. 66.977 1.0315 0.039 + 15. 71.315 0.9878 + 15. 75.652 1.0252 + 15. 79.749 0.9459 + 15. 83.363 0.8892 + 15. 87.46 0.8621 + 15. 91.556 0.8205 + 15. 95.653 0.8104 + 15. 99.509 0.7386 + 15. 103.36 0.7478 + 15. 107.22 0.6986 + 15. 111.56 0.6815 + 15. 115.41 0.6900 + 15. 119.27 0.6690 + 15. 123.61 0.6289 + 15. 127.46 0.5911 0.03 + 15. 131.56 0.5522 0.0244 + 15. 135.65 0.5321 0.0236 + 15. 139.75 0.4850 0.031 + 15. 143.85 0.4880 0.0344 + 18. 55.443 0.9461 0.0538 + 18. 59.767 0.8787 0.0443 + 18. 63.61 0.8112 0.0356 + 18. 67.692 0.7397 0.0325 + 18. 71.777 0.7085 0.0357 + 18. 75.617 0.6189 0.0312 + 18. 79.46 0.5748 0.0253 + 18. 83.542 0.5210 0.033 + 18. 87.866 0.4809 0.0242 + 18. 91.948 0.4412 0.0251 + 18. 95.552 0.4175 0.021 + 18. 99.638 0.4174 0.023 + 18. 103.72 0.3901 0.0196 + 18. 107.57 0.3806 0.0241 + 18. 111.65 0.3345 0.0212 + 18. 115.73 0.3069 0.0135 + 18. 119.81 0.2850 0.0125 + 18. 124.13 0.2370 0.0119 + 18. 128.21 0.2083 0.0118 + 18. 132.06 0.2008 0.0127 + 18. 135.9 0.1876 0.0156 + 18. 140.23 0.2007 0.0128 + 18. 144.32 0.1934 0.0136 + 21.5 60.021 0.5889 0.0382 + 21.5 63.888 0.5226 0.0304 + 21.5 67.996 0.4726 0.0244 + 21.5 72.347 0.3989 0.0232 + 21.5 76.216 0.3262 0.0147 + 21.5 79.84 0.3083 0.0159 + 21.5 84.191 0.2718 0.014 + 21.5 88.056 0.2651 0.0137 + 21.5 91.921 0.2537 0.0098 + 21.5 96.031 0.2155 0.0097 + 21.5 100.14 0.2049 0.0092 + 21.5 104. 0.1877 0.0084 + 21.5 108.11 0.1665 0.0086 + 21.5 111.74 0.1432 0.0074 + 21.5 116.09 0.1121 0.0065 + 21.5 120.2 0.1086 0.0063 + 21.5 124.31 0.0982 0.0057 + 21.5 128.17 0.0883 0.0069 + 21.5 132.04 0.0861 0.0079 + 25. 60.155 0.3544 0.0205 + 25. 64.245 0.2884 0.0167 + 25. 68.338 0.2593 0.0133 + 25. 71.947 0.2218 0.0099 + 25. 76.041 0.2032 0.0104 + 25. 80.132 0.1749 0.0078 + 25. 84.464 0.1506 0.0067 + 25. 88.556 0.1312 0.0065 + 25. 92.647 0.1123 0.0058 + 25. 96.499 0.1003 0.0045 + 25. 100.35 0.0942 0.0042 + 25. 103.96 0.0837 0.0048 + 25. 108.05 0.0729 0.0037 + 25. 112.62 0.0558 0.0032 + 25. 116.47 0.0442 0.0031 + 25. 120.57 0.0416 0.003 +ENDDATA 83 +ENDSUBENT 100 +SUBENT F1132003 20110704 20120207 20120113 F043 +BIB 3 8 +REACTION (4-BE-9(6-C-12,EL)4-BE-9,,DA,,RTH) +SAMPLE The Be-9 targets are made by subliming a layer of + beryllium on to a carbon foil backing of approximately + 5 mu-g/cm2 so that the beryllium does not overlap the + metal support. Foils prepared in this way are about + 20 mu-g/cm2 thick and stand up well to handling + stresses and beam irradiation. +STATUS (CURVE) Fig.6 +ENDBIB 8 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG PER-CENT + 0.1819 0.002 +ENDCOMMON 3 +DATA 4 84 +EN ANG-CM DATA DATA-ERR +MEV ADEG NO-DIM NO-DIM + 12. 56.684 0.7432 0.0475 + 12. 60.56 0.7162 0.041 + 12. 64.436 0.6650 0.0381 + 12. 68.797 0.6136 0.0352 + 12. 72.431 0.5840 0.0373 + 12. 76.308 0.5422 0.0311 + 12. 80.669 0.4942 0.0251 + 12. 84.549 0.4260 0.0244 + 12. 88.665 0.4287 0.0246 + 12. 92.541 0.4055 0.0206 + 12. 96.658 0.3932 0.0225 + 12. 100.53 0.3628 0.0184 + 12. 104.41 0.3719 0.0238 + 12. 108.52 0.3720 0.0213 + 12. 112.4 0.3837 0.023 + 12. 116.76 0.3562 0.0228 + 12. 120.39 0.3349 0.017 + 12. 124.75 0.3168 0.0202 + 12. 128.39 0.2959 0.017 + 12. 132.51 0.2535 0.0162 + 12. 136.63 0.2080 0.0119 + 12. 140.51 0.1872 0.0107 + 15. 56.163 0.4849 0.0278 + 15. 60.5 0.4880 0.028 + 15. 64.607 0.4286 0.0246 + 15. 68.47 0.3907 0.0275 + 15. 72.337 0.3410 0.0195 + 15. 76.201 0.3090 0.0177 + 15. 80.55 0.2714 0.0173 + 15. 88.524 0.2080 0.0119 + 15. 92.139 0.2068 0.0105 + 15. 95.99 0.2187 0.0111 + 15. 100.08 0.2476 0.0142 + 15. 104.17 0.2401 0.0122 + 15. 108.27 0.2328 0.0149 + 15. 112.15 0.1887 0.0096 + 15. 116.25 0.1699 0.0108 + 15. 119.87 0.1577 0.0101 + 15. 123.99 0.1202 0.0077 + 15. 128.1 0.1030 0.0066 + 15. 132.43 0.1116 0.0079 + 15. 136.28 0.1225 0.0086 + 15. 140.61 0.1272 0.0081 + 18. 60.73 0.3160 0.016 + 18. 64.599 0.2917 0.0185 + 18. 68.472 0.2548 0.0162 + 18. 72.59 0.2131 0.0135 + 18. 76.463 0.1839 0.0105 + 18. 80.581 0.1529 0.0107 + 18. 84.696 0.1319 0.0084 + 18. 88.566 0.1217 0.0085 + 18. 92.435 0.1138 0.008 + 18. 96.547 0.1031 0.0067 + 18. 100.66 0.0982 0.0075 + 18. 104.53 0.0857 0.006 + 18. 108.88 0.0801 0.0051 + 18. 112.51 0.0740 0.0047 + 18. 116.38 0.0700 0.0044 + 18. 120.24 0.0726 0.0041 + 18. 124.34 0.0777 0.0049 + 18. 128.69 0.0848 0.0059 + 18. 132.53 0.1147 0.008 + 18. 136.64 0.1105 0.0056 + 18. 141.2 0.1744 0.0111 + 21. 60.784 0.1964 0.0126 + 21. 63.948 0.1422 0.0091 + 21. 68.315 0.1180 0.0076 + 21. 72.19 0.1165 0.0075 + 21. 76.311 0.1042 0.006 + 21. 80.432 0.0955 0.0061 + 21. 84.319 0.0731 0.0052 + 21. 87.963 0.0567 0.0033 + 21. 92.317 0.0619 0.004 + 21. 96.423 0.0764 0.0054 + 21. 104.66 0.0755 0.0043 + 21. 108.79 0.0536 0.0034 + 21. 112.68 0.0365 0.0026 + 21. 116.55 0.0432 0.0028 + 21. 120.64 0.0651 0.0033 + 21. 124.74 0.0922 0.0047 + 21. 129.09 0.1104 0.0064 + 21. 133.22 0.0975 0.005 + 21. 136.6 0.1019 0.0059 + 21. 140.71 0.1212 0.0078 +ENDDATA 86 +ENDSUBENT 103 +SUBENT F1132004 20110704 20120207 20120113 F043 +BIB 3 6 +REACTION (6-C-13(8-O-16,EL)6-C-13,,DA,,RTH) +SAMPLE Natural carbon enriched to 50% C-13 is deposited on to + a 400 mu-g/cm2 copper sheet on a microscope slide using + an electron gun, and the sheet then separated from the + glass by floating it off on to warm water. +STATUS (CURVE) Fig.7 +ENDBIB 6 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG PER-CENT + 0.1241 0.003 +ENDCOMMON 3 +DATA 4 67 +EN ANG-CM DATA DATA-ERR +MEV ADEG NO-DIM NO-DIM + 14. 60.337 1.0000 0.065 + 14. 64.904 0.9690 0.063 + 14. 67.788 0.9690 0.0501 + 14. 72.356 1.0063 0.0587 + 14. 76.683 1.0451 0.061 + 14. 80.288 1.0063 0.052 + 14. 83.894 0.9751 0.0569 + 14. 87.981 1.0127 0.0659 + 14. 92.308 0.9937 0.0646 + 14. 96.394 0.9690 0.0501 + 14. 100.24 0.9875 0.0511 + 14. 104.09 0.9330 0.0482 + 14. 108.41 0.8872 0.0577 + 14. 112.5 0.8872 0.0459 + 14. 116.11 0.8278 0.065 + 14. 120.67 0.8174 0.0532 + 14. 124.52 0.7920 0.0515 + 14. 128.37 0.7723 0.0502 + 14. 132.69 0.7627 0.0394 + 14. 136.3 0.7772 0.0454 + 14. 140.38 0.7675 0.0448 + 17. 52.832 1.0064 0.0709 + 17. 56.909 1.0003 0.0771 + 17. 60.747 0.9521 0.0734 + 17. 64.583 1.0005 0.0705 + 17. 68.661 0.9347 0.0658 + 17. 72.257 0.9761 0.0688 + 17. 76.331 1.0646 0.061 + 17. 80.89 1.0008 0.0639 + 17. 84.489 0.9292 0.0593 + 17. 88.805 0.9409 0.0601 + 17. 92.643 0.9123 0.0582 + 17. 96.481 0.8576 0.0491 + 17. 100.8 0.7720 0.0544 + 17. 104.64 0.7393 0.057 + 17. 108.48 0.7168 0.0458 + 17. 112.32 0.6865 0.0393 + 17. 116.4 0.6066 0.0427 + 17. 120.47 0.6104 0.039 + 17. 124.55 0.5102 0.0326 + 17. 128.4 0.4371 0.0337 + 17. 132.47 0.4291 0.0302 + 17. 136.31 0.3722 0.0262 + 17. 140.15 0.3654 0.0233 + 20. 51.881 1.0010 0.0573 + 20. 56.915 1.0202 0.0584 + 20. 60.994 0.9956 0.057 + 20. 64.834 0.9776 0.0624 + 20. 68.674 0.9540 0.0547 + 20. 72.514 0.9252 0.053 + 20. 76.364 0.8382 0.048 + 20. 80.694 0.7548 0.0432 + 20. 84.313 0.6309 0.0403 + 20. 88.184 0.4836 0.0277 + 20. 92.5 0.4838 0.0278 + 20. 96.562 0.5444 0.0312 + 20. 100.65 0.4812 0.0276 + 20. 104.25 0.4724 0.0271 + 20. 107.87 0.3949 0.0226 + 20. 112.46 0.3201 0.0204 + 20. 115.62 0.2236 0.0128 + 20. 119.96 0.1835 0.0117 + 20. 123.83 0.1469 0.0094 + 20. 127.91 0.1390 0.0089 + 20. 131.97 0.1544 0.0078 + 20. 136.06 0.1434 0.0073 + 20. 140.13 0.1527 0.0097 +ENDDATA 69 +ENDSUBENT 84 +SUBENT F1132005 20110704 20120207 20120113 F043 +BIB 3 6 +REACTION (6-C-13(8-O-16,6-C-12)8-O-17,PAR,DA,RSD) +SAMPLE Natural carbon enriched to 50% C-13 is deposited on to + a 400 mu-g/cm2 copper sheet on a microscope slide using + an electron gun, and the sheet then separated from the + glass by floating it off on to warm water. +STATUS (CURVE) Fig.8 +ENDBIB 6 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG PER-CENT + 0.1174 0.001 +ENDCOMMON 3 +DATA 5 67 +E-LVL EN ANG-CM DATA-CM DATA-ERR +MEV MEV ADEG MB/SR MB/SR + 0. 14. 96.389 9.8300E-02 0.0181 + 0. 14. 100.23 0.1330 0.0217 + 0. 14. 104.32 0.1428 0.0189 + 0. 14. 108.4 0.1520 0.0201 + 0. 14. 112.01 0.1784 0.0201 + 0. 14. 116.57 0.2002 0.0186 + 0. 14. 119.94 0.2131 0.0198 + 0. 14. 124.02 0.2350 0.0241 + 0. 14. 128.11 0.2523 0.0284 + 0. 17. 93.126 1.8302 0.3560 + 0. 17. 97.223 1.7047 0.2780 + 0. 17. 100.6 1.8631 0.2657 + 0. 17. 104.93 1.7508 0.2144 + 0. 17. 109.27 1.8798 0.2680 + 0. 17. 113.13 2.2857 0.3028 + 0. 17. 117.22 2.1479 0.2846 + 0. 17. 121.32 2.6823 0.2754 + 0. 17. 125.66 2.5205 0.3087 + 0. 17. 129.27 2.3476 0.2875 + 0. 17. 133.37 2.0546 0.2312 + 0. 17. 136.98 2.1480 0.3063 + 0. 17. 141.08 2.1672 0.3311 + 0. 20. 97.31 5.4522 0.9092 + 0. 20. 101.16 6.1927 0.9027 + 0. 20. 105.03 4.8051 0.5526 + 0. 20. 109.13 4.4703 0.5596 + 0. 20. 112.99 4.3914 0.5497 + 0. 20. 116.6 4.1601 0.4785 + 0. 20. 120.21 4.9892 0.5236 + 0. 20. 124.55 4.7698 0.5005 + 0. 20. 128.41 4.3973 0.4615 + 0. 20. 132.51 3.9095 0.4894 + 0. 20. 136.62 3.4444 0.3961 + 0. 20. 140.95 3.3837 0.4933 + 0. 20. 144.82 2.8749 0.4191 + 0.871 17. 80.604 0.1413 0.0231 + 0.871 17. 84.944 0.1829 0.0224 + 0.871 17. 88.802 0.2729 0.0335 + 0.871 17. 93.141 0.3091 0.0473 + 0.871 17. 97.478 0.3203 0.0457 + 0.871 17. 101.57 0.2828 0.0347 + 0.871 17. 105.67 0.3260 0.0432 + 0.871 17. 110.01 0.3532 0.0468 + 0.871 17. 114.11 0.3627 0.0445 + 0.871 17. 118.93 0.3758 0.0536 + 0.871 17. 122.78 0.4181 0.0770 + 0.871 17. 126.88 0.4410 0.1050 + 0.871 17. 130.49 0.4652 0.1006 + 0.871 17. 135.07 0.5130 0.0999 + 0.871 17. 139.65 0.4294 0.1022 + 0.871 20. 56.009 0.5330 0.0875 + 0.871 20. 60.554 0.9794 0.1306 + 0.871 20. 65.355 1.3641 0.1545 + 0.871 20. 69.442 1.6028 0.1816 + 0.871 20. 73.778 1.6618 0.1555 + 0.871 20. 77.64 1.4666 0.1372 + 0.871 20. 81.968 1.7545 0.1814 + 0.871 20. 86.55 1.6339 0.1851 + 0.871 20. 90.148 2.2151 0.2731 + 0.871 20. 94.013 1.8364 0.2081 + 0.871 20. 98.599 1.6208 0.1998 + 0.871 20. 101.97 1.8211 0.2245 + 0.871 20. 106.55 1.6511 0.1545 + 0.871 20. 110.18 1.2516 0.1418 + 0.871 20. 114.75 1.3692 0.1281 + 0.871 20. 118.13 1.2524 0.1544 + 0.871 20. 122.48 1.0761 0.1435 +ENDDATA 69 +ENDSUBENT 84 +SUBENT F1132006 20110704 20120207 20120113 F043 +BIB 4 9 +REACTION (4-BE-9(6-C-12,4-BE-8)6-C-13,PAR,DA,RSD) +SAMPLE The Be-9 targets are made by subliming a layer of + beryllium on to a carbon foil backing of approximately + 5 mu-g/cm2 so that the beryllium does not overlap the + metal support. Foils prepared in this way are about + 20 mu-g/cm2 thick and stand up well to handling + stresses and beam irradiation. +PART-DET (A,6-C-13) +STATUS (CURVE) Fig.9 +ENDBIB 9 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG PER-CENT + 0.1198 0.001 +ENDCOMMON 3 +DATA 5 97 +E-LVL EN ANG-CM DATA-CM DATA-ERR +MEV MEV ADEG MB/SR MB/SR + 0. 12. 82.746 0.7176 0.0864 + 0. 12. 88.33 0.6295 0.0758 + 0. 12. 94.156 0.6079 0.0556 + 0. 12. 100.71 0.5239 0.0580 + 0. 12. 107.02 0.4759 0.0573 + 0. 12. 112.85 0.4886 0.0541 + 0. 12. 119.89 0.3505 0.0422 + 0. 12. 126.44 0.3326 0.0368 + 0. 12. 132.52 0.2365 0.0332 + 0. 12. 139.08 0.1271 0.0166 + 0. 15. 71.572 0.9222 0.1045 + 0. 15. 74.478 0.9472 0.1168 + 0. 15. 77.864 0.6989 0.0861 + 0. 15. 80.526 0.6222 0.0582 + 0. 15. 83.914 0.5638 0.0809 + 0. 15. 86.58 0.6505 0.0545 + 0. 15. 89.729 0.7307 0.0683 + 0. 15. 93.119 0.7241 0.0537 + 0. 15. 96.75 0.7241 0.0607 + 0. 15. 98.929 0.6621 0.0619 + 0. 15. 102.08 0.6801 0.0570 + 0. 15. 105.47 0.7176 0.0813 + 0. 15. 108.61 0.5841 0.0546 + 0. 15. 111.76 0.4713 0.0487 + 0. 15. 115.14 0.3941 0.0369 + 0. 15. 121.43 0.2107 0.0218 + 0. 15. 125.07 0.2284 0.0259 + 0. 15. 128.22 0.3208 0.0428 + 0. 15. 131.37 0.4506 0.0334 + 0. 15. 135.24 0.5106 0.0528 + 0. 15. 138.39 0.4839 0.0406 + 0. 15. 142.27 0.4711 0.0441 + 3.09 12. 79.637 8.8281 0.9934 + 3.09 12. 83.277 7.8647 0.8076 + 3.09 12. 86.919 9.9087 1.6159 + 3.09 12. 90.072 6.4106 0.9141 + 3.09 12. 93.713 5.6606 0.7499 + 3.09 12. 97.353 5.6605 0.5260 + 3.09 12. 100.99 4.9982 0.6622 + 3.09 12. 105.6 4.3743 0.6683 + 3.09 12. 108.76 3.7945 0.4270 + 3.09 12. 112.16 3.2335 0.3320 + 3.09 12. 116.53 2.7800 0.3683 + 3.09 12. 119.44 2.4115 0.2476 + 3.09 12. 123.32 1.4531 0.3454 + 3.09 12. 142.01 2.3270 0.3795 + 3.09 12. 146.14 2.3898 0.2927 + 3.09 15. 71.728 6.8609 0.8967 + 3.09 15. 75.845 6.2301 0.6313 + 3.09 15. 79.722 5.1368 0.5703 + 3.09 15. 82.872 4.1617 0.4621 + 3.09 15. 86.02 4.0538 0.4501 + 3.09 15. 90.381 3.4016 0.3447 + 3.09 15. 94.013 3.4018 0.3448 + 3.09 15. 96.92 3.0890 0.3130 + 3.09 15. 100.8 2.5246 0.3300 + 3.09 15. 104.67 2.0999 0.2954 + 3.09 15. 107.82 1.9750 0.2778 + 3.09 15. 111.94 2.0456 0.2271 + 3.09 15. 116.05 1.8413 0.2775 + 3.09 15. 119.44 1.9928 0.2605 + 3.09 15. 123.56 2.0282 0.2651 + 3.09 15. 142.2 2.1763 0.3280 + 3.09 15. 146.08 1.6151 0.2930 + 3.09 15. 149.71 2.0650 0.3322 + 3.85 12. 71.608 5.3685 0.6048 + 3.85 12. 75.006 4.7398 0.5340 + 3.85 12. 78.403 4.0745 0.4995 + 3.85 12. 82.53 4.1476 0.5921 + 3.85 12. 86.656 3.8972 0.5563 + 3.85 12. 90.296 3.7609 0.5369 + 3.85 12. 94.422 3.1760 0.4858 + 3.85 12. 98.549 3.0650 0.5644 + 3.85 12. 101.95 2.8544 0.4075 + 3.85 12. 105.59 2.4978 0.3062 + 3.85 12. 109.71 2.2852 0.2575 + 3.85 12. 114.08 2.0538 0.2518 + 3.85 12. 117.48 1.9470 0.2194 + 3.85 12. 121.85 1.6442 0.1852 + 3.85 12. 136.9 1.4909 0.1828 + 3.85 12. 141.51 1.6442 0.2684 + 3.85 15. 68.394 5.5119 0.7307 + 3.85 15. 72.51 4.8237 0.5432 + 3.85 15. 75.9 3.8968 0.4775 + 3.85 15. 80.259 3.4715 0.3909 + 3.85 15. 83.649 2.8044 0.3718 + 3.85 15. 87.039 2.6118 0.2941 + 3.85 15. 91.156 2.4543 0.2764 + 3.85 15. 94.546 2.4110 0.3196 + 3.85 15. 98.662 2.2656 0.2551 + 3.85 15. 102.78 2.1100 0.2797 + 3.85 15. 106.65 1.8965 0.2514 + 3.85 15. 110.04 1.7507 0.2145 + 3.85 15. 114.4 1.4785 0.1665 + 3.85 15. 117.79 1.0546 0.1612 + 3.85 15. 121.91 1.1734 0.2284 + 3.85 15. 141.04 0.9823 0.2017 +ENDDATA 99 +ENDSUBENT 117 +SUBENT F1132007 20110704 20120207 20120113 F043 +BIB 4 9 +REACTION (4-BE-9(8-O-16,4-BE-8)8-O-17,PAR,DA,RSD) +SAMPLE The Be-9 targets are made by subliming a layer of + beryllium on to a carbon foil backing of approximately + 5 mu-g/cm2 so that the beryllium does not overlap the + metal support. Foils prepared in this way are about + 20 mu-g/cm2 thick and stand up well to handling + stresses and beam irradiation. +PART-DET (A,8-O-17) +STATUS (CURVE) Fig.10 +ENDBIB 9 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG PER-CENT + 0.1184 0.002 +ENDCOMMON 3 +DATA 5 87 +E-LVL EN ANG-CM DATA-CM DATA-ERR +MEV MEV ADEG MB/SR MB/SR + 0. 15. 85.211 0.7169 0.0894 + 0. 15. 88.812 0.6260 0.0781 + 0. 15. 91.929 0.6491 0.0943 + 0. 15. 94.808 0.6094 0.0822 + 0. 15. 98.175 0.4245 0.0705 + 0. 15. 101.05 0.3844 0.0519 + 0. 15. 107.77 0.4133 0.0515 + 0. 15. 111.37 0.3675 0.0421 + 0. 15. 114.24 0.3777 0.0510 + 0. 15. 118.08 0.3389 0.0423 + 0. 15. 121.68 0.3041 0.0473 + 0. 15. 134.64 0.2138 0.0378 + 0. 15. 141.83 0.3184 0.0496 + 0. 15. 149.02 0.2883 0.0419 + 0. 18. 84.211 0.7261 0.0818 + 0. 18. 87.56 0.6762 0.0761 + 0. 18. 90.67 0.6702 0.0755 + 0. 18. 94.02 0.6354 0.0653 + 0. 18. 96.89 0.5272 0.0542 + 0. 18. 100.48 0.4910 0.0553 + 0. 18. 103.59 0.4452 0.0414 + 0. 18. 106.7 0.4110 0.0422 + 0. 18. 110.29 0.3828 0.0356 + 0. 18. 113.88 0.3148 0.0354 + 0. 18. 116.99 0.3038 0.0372 + 0. 18. 118.18 0.2588 0.0343 + 0. 18. 135.65 0.2265 0.0370 + 0. 18. 137.8 0.1913 0.0273 + 0. 18. 141.15 0.2018 0.0288 + 0. 18. 144.74 0.2411 0.0320 + 0. 18. 148.09 0.2186 0.0312 + 0.871 11. 81.574 0.5526 0.0806 + 0.871 11. 84.445 0.5477 0.0686 + 0.871 11. 87.555 0.5527 0.0692 + 0.871 11. 91.142 0.6448 0.0742 + 0.871 11. 94.252 0.6219 0.0842 + 0.871 11. 97.841 0.5836 0.0790 + 0.871 11. 101.19 0.5836 0.0731 + 0.871 11. 104.3 0.5784 0.0843 + 0.871 11. 107.41 0.5235 0.0873 + 0.871 11. 110.52 0.5188 0.0597 + 0.871 11. 114.35 0.5331 0.0667 + 0.871 11. 117.46 0.5283 0.0608 + 0.871 11. 120.81 0.5141 0.0696 + 0.871 11. 137.79 0.4528 0.0567 + 0.871 11. 141.62 0.5004 0.0626 + 0.871 11. 145.21 0.4696 0.0734 + 0.871 15. 76.529 3.3535 0.3774 + 0.871 15. 79.651 2.8329 0.2909 + 0.871 15. 83.251 2.6389 0.3232 + 0.871 15. 86.131 2.4363 0.2742 + 0.871 15. 89.489 2.3725 0.2670 + 0.871 15. 92.611 2.0042 0.2655 + 0.871 15. 95.966 2.1714 0.2443 + 0.871 15. 98.846 1.9870 0.2236 + 0.871 15. 102.69 1.8022 0.1851 + 0.871 15. 106.05 1.6639 0.2038 + 0.871 15. 109.41 1.2193 0.1493 + 0.871 15. 112.77 1.2524 0.1409 + 0.871 15. 116.13 1.1461 0.1518 + 0.871 15. 118.05 0.9943 0.1317 + 0.871 15. 132.68 0.9348 0.1622 + 0.871 15. 137. 0.8786 0.1342 + 0.871 15. 140.6 0.7899 0.0811 + 0.871 15. 144.67 0.9026 0.1105 + 0.871 15. 148.03 0.9354 0.1239 + 0.871 15. 151.38 1.1477 0.1521 + 0.871 15. 155.22 1.1177 0.1708 + 0.871 18. 72.424 3.1870 0.3229 + 0.871 18. 75.772 3.3892 0.3108 + 0.871 18. 78.644 3.2725 0.3001 + 0.871 18. 81.994 3.1878 0.3539 + 0.871 18. 85.345 2.8695 0.3186 + 0.871 18. 88.697 2.5830 0.2617 + 0.871 18. 91.808 2.4724 0.2745 + 0.871 18. 95.159 2.2061 0.2235 + 0.871 18. 98.512 1.9173 0.2129 + 0.871 18. 102.1 1.6810 0.1703 + 0.871 18. 105.46 1.3266 0.1344 + 0.871 18. 108.81 1.1035 0.1225 + 0.871 18. 112.64 1.0470 0.1163 + 0.871 18. 115.99 1.1037 0.1775 + 0.871 18. 134.18 0.8123 0.1143 + 0.871 18. 137.29 0.8414 0.0934 + 0.871 18. 140.64 0.7377 0.0891 + 0.871 18. 143.99 0.7249 0.1020 + 0.871 18. 147.81 0.7187 0.0868 +ENDDATA 89 +ENDSUBENT 107 +ENDENTRY 7 diff --git a/exforall/F11/F1133.x4 b/exforall/F11/F1133.x4 new file mode 100644 index 000000000..ac3684f4a --- /dev/null +++ b/exforall/F11/F1133.x4 @@ -0,0 +1,835 @@ +ENTRY F1133 20110704 20120207 20120113 F043 +SUBENT F1133001 20110704 20120207 20120113 F043 +BIB 7 11 +TITLE Excitation of isobaric analog states in Cu-59, Cu-61, + Cu-62, Cu-63 and Cu-65. +AUTHOR (I.M.Borkin,B.Ya.Guzhovskii,V.S.Rudnev, + A.P.Solodovnikov,S.V.Trusillo) +INSTITUTE (4RUSEPA) +REFERENCE (J,IZV,30,271,1966) + (J,BAS,30,277,1967) English translation +FACILITY (VDGT,4RUSEPA) +ERR-ANALYS (EN-ERR-DIG) Energy digitizing error + (ERR-DIG) Data digitizing error +HISTORY (20110704C) +ENDBIB 11 +COMMON 1 3 +ANG +ADEG + 90. +ENDCOMMON 3 +ENDSUBENT 18 +SUBENT F1133002 20110704 20120207 20120113 F043 +BIB 5 9 +REACTION (28-NI-64(P,N)29-CU-64,,DA,,REL) +COMMENT No explanation of relative units is given. +DETECTOR (LONGC) Counter of slow neutrons and long counter were + used. +SAMPLE Target of Ni-64 isotope of 0.2 mg/cm**2 thickness + obtained by evaporation on a gold backing was used. +STATUS (CURVE) Fig.1 + (COREL,F1133005) Data for 2.1 mg/cm2 sample thickness + are given. +ENDBIB 9 +COMMON 2 3 +EN-ERR-DIG ERR-DIG +MEV ARB-UNITS + 0.0009 0.1016 +ENDCOMMON 3 +DATA 2 66 +EN DATA +MEV ARB-UNITS + 3.0845 18.374 + 3.1093 23.996 + 3.1379 17.169 + 3.1531 29.619 + 3.1589 33.033 + 3.1760 27.410 + 3.1951 29.619 + 3.1951 27.611 + 3.2122 43.675 + 3.2141 45.684 + 3.2351 46.688 + 3.2560 37.652 + 3.2713 39.258 + 3.2884 29.218 + 3.2942 27.612 + 3.3056 26.407 + 3.3113 28.616 + 3.3266 40.463 + 3.3323 43.877 + 3.3532 39.258 + 3.3666 37.652 + 3.3704 35.443 + 3.3856 38.656 + 3.4066 40.062 + 3.4218 44.680 + 3.4428 39.058 + 3.4580 35.042 + 3.4790 35.243 + 3.4981 39.862 + 3.5057 53.315 + 3.5171 65.364 + 3.5400 48.295 + 3.5552 46.087 + 3.5819 46.087 + 3.6010 46.087 + 3.6143 45.685 + 3.6334 39.059 + 3.6562 53.115 + 3.6715 52.111 + 3.6943 45.284 + 3.7134 45.887 + 3.7325 52.312 + 3.7420 57.132 + 3.7496 60.947 + 3.7629 56.529 + 3.7763 51.509 + 3.7858 49.100 + 3.8030 73.999 + 3.8258 67.574 + 3.8449 79.622 + 3.8544 84.241 + 3.8601 87.454 + 3.8677 110.35 + 3.8715 140.06 + 3.8772 146.09 + 3.8868 127.82 + 3.8944 100.10 + 3.9192 75.606 + 3.9402 61.149 + 3.9592 63.960 + 3.9687 67.374 + 3.9840 70.988 + 4.0011 63.759 + 4.0145 68.980 + 4.0259 77.615 + 4.0507 79.021 +ENDDATA 68 +ENDSUBENT 86 +SUBENT F1133003 20110704 20120207 20120113 F043 +BIB 5 7 +REACTION (28-NI-62(P,N)29-CU-62,,DA,,REL) +COMMENT No explanation of relative units is given. +DETECTOR (LONGC) Counter of slow neutrons and long counter were + used. +SAMPLE Target of Ni-62 isotope of 0.18 mg/cm**2 thickness + obtained by evaporation on a gold backing was used. +STATUS (CURVE) Fig.2 +ENDBIB 7 +COMMON 2 3 +EN-ERR-DIG ERR-DIG +MEV ARB-UNITS + 0.0009 0.0329 +ENDCOMMON 3 +DATA 2 159 +EN DATA +MEV ARB-UNITS + 4.8073 0.35101 + 4.8135 1.3804 + 4.8196 1.9762 + 4.8319 2.2465 + 4.8441 1.8664 + 4.8518 2.7331 + 4.8533 3.6544 + 4.8564 4.4672 + 4.8626 5.0630 + 4.8687 4.5748 + 4.8748 3.5989 + 4.8809 3.9779 + 4.8870 4.6821 + 4.8947 5.5488 + 4.9024 5.8194 + 4.9115 5.0600 + 4.9223 5.3846 + 4.9376 5.2210 + 4.9483 5.8166 + 4.9636 5.9782 + 4.9697 6.4656 + 4.9805 7.3864 + 4.9867 8.5784 + 5.0004 7.8188 + 5.0080 7.3305 + 5.0126 6.5714 + 5.0202 6.0832 + 5.0310 6.7871 + 5.0416 6.2444 + 5.0494 8.0868 + 5.0677 7.5978 + 5.0754 8.2478 + 5.0846 9.3312 + 5.0984 9.0052 + 5.1045 9.7094 + 5.1121 9.1127 + 5.1199 11.334 + 5.1246 12.689 + 5.1352 12.146 + 5.1444 11.279 + 5.1551 11.712 + 5.1613 12.145 + 5.1690 13.283 + 5.1827 13.607 + 5.1874 14.203 + 5.1951 15.503 + 5.2012 15.015 + 5.2072 13.985 + 5.2148 12.792 + 5.2256 14.363 + 5.2378 13.712 + 5.2516 13.657 + 5.2592 13.277 + 5.2640 17.125 + 5.2701 17.829 + 5.2778 17.341 + 5.2869 16.582 + 5.2962 17.936 + 5.3038 17.339 + 5.3099 16.580 + 5.3205 15.116 + 5.3297 15.549 + 5.3388 14.952 + 5.3450 15.602 + 5.3542 16.903 + 5.3680 17.010 + 5.3726 17.877 + 5.3773 18.852 + 5.3834 18.202 + 5.3925 16.358 + 5.4017 16.683 + 5.4064 19.664 + 5.4140 18.850 + 5.4217 19.825 + 5.4279 20.801 + 5.4386 21.884 + 5.4477 20.203 + 5.4538 19.552 + 5.4645 19.498 + 5.4675 17.329 + 5.4783 19.442 + 5.4859 18.141 + 5.4950 17.761 + 5.5013 20.633 + 5.5059 21.663 + 5.5166 21.771 + 5.5241 18.139 + 5.5303 19.710 + 5.5396 21.282 + 5.5472 20.414 + 5.5595 22.147 + 5.5671 20.575 + 5.5733 22.255 + 5.5825 22.580 + 5.5902 23.555 + 5.5963 24.584 + 5.6010 25.722 + 5.6087 26.426 + 5.6208 24.041 + 5.6287 28.810 + 5.6363 27.888 + 5.6531 27.562 + 5.6591 25.285 + 5.6713 24.959 + 5.6759 25.338 + 5.6852 27.560 + 5.6974 26.367 + 5.7050 25.716 + 5.7127 27.450 + 5.7205 29.997 + 5.7282 30.538 + 5.7388 29.454 + 5.7435 31.567 + 5.7573 32.000 + 5.7635 33.463 + 5.7712 34.004 + 5.7802 31.402 + 5.7894 30.751 + 5.8017 32.485 + 5.8094 33.135 + 5.8201 32.538 + 5.8308 32.646 + 5.8352 29.339 + 5.8460 31.778 + 5.8536 29.121 + 5.8719 28.524 + 5.8795 28.198 + 5.8857 29.174 + 5.8965 31.503 + 5.9072 31.774 + 5.9148 30.906 + 5.9225 31.122 + 5.9301 30.146 + 5.9363 30.796 + 5.9410 33.398 + 5.9472 35.945 + 5.9608 32.854 + 5.9685 32.475 + 5.9792 32.149 + 5.9900 34.479 + 5.9962 36.917 + 6.0084 35.453 + 6.0160 34.531 + 6.0251 33.013 + 6.0342 31.549 + 6.0419 32.091 + 6.0541 32.686 + 6.0634 33.824 + 6.0679 33.282 + 6.0802 34.419 + 6.0863 33.660 + 6.0985 33.496 + 6.1062 33.821 + 6.1109 36.260 + 6.1202 38.319 + 6.1264 40.541 + 6.1417 38.968 + 6.1584 37.233 + 6.1615 38.804 +ENDDATA 161 +ENDSUBENT 177 +SUBENT F1133004 20110704 20120207 20120113 F043 +BIB 5 7 +REACTION (28-NI-61(P,N)29-CU-61,,DA,,REL) +COMMENT No explanation of relative units is given. +DETECTOR (LONGC) Counter of slow neutrons and long counter were + used. +SAMPLE Target of Ni-61 isotope of 0.2 mg/cm**2 thickness + obtained by evaporation on a gold backing was used. +STATUS (CURVE) Fig.3 +ENDBIB 7 +COMMON 2 3 +EN-ERR-DIG ERR-DIG +MEV ARB-UNITS + 0.0019 0.0554 +ENDCOMMON 3 +DATA 2 138 +EN DATA +MEV ARB-UNITS + 3.2003 5.3953 + 3.2109 5.1253 + 3.2215 5.3294 + 3.2291 5.8040 + 3.2366 6.5496 + 3.2396 5.9404 + 3.2427 5.1957 + 3.2458 4.3833 + 3.2518 5.1287 + 3.2593 5.7388 + 3.2638 6.7550 + 3.2699 7.5681 + 3.2729 7.0266 + 3.2744 6.4173 + 3.2775 5.8758 + 3.2805 5.4020 + 3.2880 8.5854 + 3.2925 9.1953 + 3.3047 7.5033 + 3.3318 10.485 + 3.3394 8.7929 + 3.3469 10.486 + 3.3530 9.2680 + 3.3622 7.8467 + 3.3712 8.7278 + 3.3772 9.4732 + 3.3879 9.2032 + 3.3954 8.7975 + 3.4045 8.5951 + 3.4180 11.305 + 3.4240 12.660 + 3.4332 10.358 + 3.4393 8.5980 + 3.4469 9.5467 + 3.4635 10.022 + 3.4741 9.8876 + 3.4831 11.446 + 3.4907 11.853 + 3.5013 10.702 + 3.5133 14.428 + 3.5195 11.381 + 3.5287 8.4023 + 3.5377 10.638 + 3.5391 11.925 + 3.5481 15.108 + 3.5543 11.316 + 3.5633 11.791 + 3.5724 12.401 + 3.5831 10.777 + 3.6028 9.5596 + 3.6073 10.982 + 3.6179 10.441 + 3.6269 13.286 + 3.6375 12.948 + 3.6435 13.829 + 3.6511 13.017 + 3.6632 13.086 + 3.6737 14.441 + 3.6843 15.458 + 3.6949 14.240 + 3.7070 14.376 + 3.7115 17.492 + 3.7218 23.520 + 3.7324 23.927 + 3.7445 24.402 + 3.7507 19.865 + 3.7643 19.799 + 3.7734 19.529 + 3.7855 19.394 + 3.7947 17.431 + 3.8038 16.213 + 3.8174 18.855 + 3.8263 21.023 + 3.8369 22.717 + 3.8490 21.973 + 3.8597 20.890 + 3.8688 19.875 + 3.8794 19.063 + 3.8916 17.845 + 3.9050 21.977 + 3.9141 22.723 + 3.9231 24.214 + 3.9367 23.808 + 3.9486 29.836 + 3.9686 22.050 + 3.9806 25.099 + 3.9913 23.068 + 4.0020 19.751 + 4.0140 21.309 + 4.0262 20.498 + 4.0352 22.395 + 4.0473 22.666 + 4.0697 29.982 + 4.0806 23.143 + 4.0925 26.259 + 4.1047 25.380 + 4.1151 30.257 + 4.1317 30.326 + 4.1392 32.222 + 4.1528 33.510 + 4.1619 32.902 + 4.1727 29.110 + 4.1863 29.314 + 4.1968 30.670 + 4.2104 30.535 + 4.2211 29.114 + 4.2316 31.688 + 4.2484 28.304 + 4.2590 28.643 + 4.2679 32.233 + 4.2847 27.630 + 4.2935 34.673 + 4.3056 34.742 + 4.3192 35.691 + 4.3315 32.645 + 4.3466 32.714 + 4.3558 30.480 + 4.4115 37.595 + 4.4234 41.524 + 4.4372 36.717 + 4.4462 39.562 + 4.4551 44.777 + 4.4704 41.121 + 4.4855 41.055 + 4.4976 41.327 + 4.5067 40.718 + 4.5172 42.615 + 4.5353 44.716 + 4.5474 45.868 + 4.5565 44.717 + 4.5701 45.125 + 4.5807 45.464 + 4.5879 53.117 + 4.6001 52.644 + 4.6138 49.530 + 4.6397 45.469 + 4.6532 47.841 + 4.6653 49.467 +ENDDATA 140 +ENDSUBENT 156 +SUBENT F1133005 20110704 20120207 20120113 F043 +BIB 5 9 +REACTION (28-NI-64(P,N)29-CU-64,,DA,,REL) +COMMENT No explanation of relative units is given. +DETECTOR (LONGC) Counter of slow neutrons and long counter were + used. +SAMPLE Target of Ni-64 isotope of 2.1 mg/cm**2 thickness + obtained by evaporation on a gold backing was used. +STATUS (CURVE) Fig.4 + (COREL,F1133002) Data for 0.2 mg/cm2 sample thickness + are given. +ENDBIB 9 +COMMON 2 3 +EN-ERR-DIG ERR-DIG +MEV ARB-UNITS + 0.0003 0.0405 +ENDCOMMON 3 +DATA 2 90 +EN DATA +MEV ARB-UNITS + 3.2178 28.163 + 3.2488 31.285 + 3.2828 39.413 + 3.3045 41.285 + 3.3323 49.415 + 3.3694 50.031 + 3.4096 51.898 + 3.4498 52.513 + 3.4838 52.504 + 3.5024 55.629 + 3.5426 56.244 + 3.5828 53.103 + 3.6323 58.098 + 3.6725 61.843 + 3.7096 64.963 + 3.7714 66.198 + 3.8116 66.187 + 3.8518 69.306 + 3.8766 69.925 + 3.8828 74.305 + 3.9137 82.435 + 3.9323 88.064 + 3.9571 92.439 + 3.9788 98.693 + 4.0005 116.21 + 4.0253 126.22 + 4.0531 126.84 + 4.0809 121.83 + 4.1087 112.43 + 4.1333 99.903 + 4.1611 98.017 + 4.2045 104.89 + 4.2354 111.77 + 4.2664 117.39 + 4.2973 123.02 + 4.3159 124.89 + 4.3468 126.76 + 4.3778 133.01 + 4.4118 134.88 + 4.4798 138.62 + 4.4984 142.37 + 4.5293 145.49 + 4.5603 151.12 + 4.5974 157.99 + 4.6284 164.24 + 4.6624 169.24 + 4.6965 174.24 + 4.7182 185.50 + 4.7275 188.63 + 4.7430 196.76 + 4.7709 205.52 + 4.8018 211.15 + 4.8420 209.26 + 4.8852 207.99 + 4.9130 198.60 + 4.9532 204.22 + 5.0028 217.98 + 5.0183 224.23 + 5.0678 233.61 + 5.1112 243.61 + 5.1452 257.38 + 5.2044 324.34 + 5.2383 308.68 + 5.2690 272.37 + 5.2967 260.46 + 5.3370 264.21 + 5.3865 272.33 + 5.4174 279.84 + 5.4515 289.22 + 5.4918 300.47 + 5.5196 309.86 + 5.5506 316.73 + 5.5877 317.98 + 5.6217 318.59 + 5.6558 324.84 + 5.6960 337.35 + 5.7300 338.59 + 5.7702 339.84 + 5.8229 358.60 + 5.8477 368.61 + 5.8757 395.52 + 5.9036 407.40 + 5.9161 418.04 + 5.9688 449.33 + 5.9902 418.02 + 6.0116 381.71 + 6.0301 361.67 + 6.0579 371.06 + 6.0891 403.60 + 6.1293 412.35 +ENDDATA 92 +ENDSUBENT 110 +SUBENT F1133006 20110704 20120207 20120113 F043 +BIB 5 6 +REACTION (28-NI-64(P,EL)28-NI-64,,DA,,RTH/REL) +COMMENT No explanation of relative units is given. +DETECTOR (SCIN) +SAMPLE Target of Ni-64 isotope of 2.3 mg/cm**2 thickness + obtained by evaporation on a gold backing was used. +STATUS (CURVE) Fig.5 +ENDBIB 6 +COMMON 2 3 +EN-ERR-DIG ERR-DIG +MEV ARB-UNITS + 0.0026 0.0013 +ENDCOMMON 3 +DATA 2 50 +EN DATA +MEV ARB-UNITS + 3.1682 5.0001 + 3.3046 4.9830 + 3.4302 4.8684 + 3.5611 4.9258 + 3.6593 4.9602 + 3.7794 4.8572 + 3.8886 4.7999 + 4.0033 4.6051 + 4.0960 4.6740 + 4.1943 4.6626 + 4.3143 4.6340 + 4.4017 4.5366 + 4.4836 4.4851 + 4.5982 4.3247 + 4.6910 4.3075 + 4.7948 4.0784 + 4.8875 4.2503 + 4.9694 4.1186 + 5.0568 3.9868 + 5.1604 4.2046 + 5.2367 4.3594 + 5.4005 4.1417 + 5.4825 3.9068 + 5.5808 3.8095 + 5.6627 3.7350 + 5.7335 3.9070 + 5.8264 3.6377 + 5.9193 3.3741 + 5.9904 3.1965 + 6.0884 3.5232 + 6.1647 3.7869 + 6.2410 3.9474 + 6.3174 4.0104 + 6.3992 4.0678 + 6.4702 4.0163 + 6.5468 3.6094 + 6.6232 3.5808 + 6.7103 3.8731 + 6.7760 3.5809 + 6.8520 4.3660 + 6.9666 4.2286 + 6.9993 4.3317 + 7.0757 4.3203 + 7.1468 4.1312 + 7.2012 4.3720 + 7.2666 4.6757 + 7.3429 4.6815 + 7.4143 3.8449 + 7.4799 3.6787 + 7.5615 4.1659 +ENDDATA 52 +ENDSUBENT 67 +SUBENT F1133007 20110704 20120207 20120113 F043 +BIB 5 6 +REACTION (28-NI-62(P,EL)28-NI-62,,DA,,RTH/REL) +COMMENT No explanation of relative units is given. +DETECTOR (SCIN) +SAMPLE Target of Ni-62 isotope of 2.5 mg/cm**2 thickness + obtained by evaporation on a gold backing was used. +STATUS (CURVE) Fig.6 +ENDBIB 6 +COMMON 2 3 +EN-ERR-DIG ERR-DIG +MEV ARB-UNITS + 0.0039 0.0001 +ENDCOMMON 3 +DATA 2 50 +EN DATA +MEV ARB-UNITS + 2.1927 4.2527 + 2.3440 4.2143 + 2.5091 4.1154 + 2.6810 4.0219 + 2.8048 4.2307 + 2.9561 4.1538 + 3.1006 4.2692 + 3.2381 4.2692 + 3.3550 4.0494 + 3.4995 4.2032 + 3.6370 4.0768 + 3.7470 4.0109 + 3.8708 3.9779 + 3.9878 4.0933 + 4.1253 3.9505 + 4.2422 3.6373 + 4.3729 4.0658 + 4.4692 4.2856 + 4.5861 4.2746 + 4.7030 3.9614 + 4.8062 3.7691 + 4.9850 3.6262 + 5.1019 2.8955 + 5.2257 3.2746 + 5.3357 3.6702 + 5.4389 3.5493 + 5.5558 3.2910 + 5.6590 3.5108 + 5.7415 3.6317 + 5.8515 3.4009 + 5.9547 3.1372 + 6.0578 3.0438 + 6.1541 3.2361 + 6.2367 2.9998 + 6.3329 2.9833 + 6.4499 3.5932 + 6.5462 3.6097 + 6.6356 3.5987 + 6.7250 3.1756 + 6.8075 2.9943 + 6.9519 3.1536 + 6.9864 3.7141 + 7.0758 3.7141 + 7.1721 3.6591 + 7.2614 3.3954 + 7.3302 3.3514 + 7.4334 3.7470 + 7.5022 3.8404 + 7.5916 3.5986 + 7.7016 3.7140 +ENDDATA 52 +ENDSUBENT 67 +SUBENT F1133008 20110704 20120207 20120113 F043 +BIB 5 6 +REACTION (28-NI-60(P,EL)28-NI-60,,DA,,RTH/REL) +COMMENT No explanation of relative units is given. +DETECTOR (SCIN) +SAMPLE Target of Ni-60 isotope of 1.85 mg/cm**2 thickness + obtained by evaporation on a gold backing was used. +STATUS (CURVE) Fig.7 +ENDBIB 6 +COMMON 2 3 +EN-ERR-DIG ERR-DIG +MEV ARB-UNITS + 0.0032 0.0007 +ENDCOMMON 3 +DATA 2 50 +EN DATA +MEV ARB-UNITS + 3.1634 3.9096 + 3.2915 3.8078 + 3.4264 3.6857 + 3.5478 3.6382 + 3.6489 3.7400 + 3.7702 3.6926 + 3.8848 3.6655 + 3.9995 3.5365 + 4.0939 3.5501 + 4.1815 3.5841 + 4.2827 3.4280 + 4.3837 3.6045 + 4.4850 3.3399 + 4.5792 3.8150 + 4.6805 3.2721 + 4.7815 3.5572 + 4.8827 3.5097 + 4.9568 3.4079 + 5.0512 3.4011 + 5.1388 3.7337 + 5.2330 4.0867 + 5.3816 3.4080 + 5.4691 3.6931 + 5.5702 3.9104 + 5.5972 3.7339 + 5.7252 3.9036 + 5.8197 3.4557 + 5.9074 3.2860 + 5.9815 3.6933 + 6.0759 3.5915 + 6.1501 3.5033 + 6.2309 3.7070 + 6.3255 2.9875 + 6.3861 3.3948 + 6.4670 3.3202 + 6.5479 3.4220 + 6.6351 4.5827 + 6.7163 3.7886 + 6.7902 4.3655 + 6.8645 3.9583 + 6.9723 4.2977 + 7.0128 4.2027 + 7.0734 4.3385 + 7.1407 4.5625 + 7.2218 4.1892 + 7.2823 4.5829 + 7.3562 5.4381 + 7.4234 6.0490 + 7.4976 5.9404 + 7.5787 5.3296 +ENDDATA 52 +ENDSUBENT 67 +SUBENT F1133009 20110704 20120207 20120113 F043 +BIB 5 6 +REACTION (28-NI-58(P,EL)28-NI-58,,DA,,RTH/REL) +COMMENT No explanation of relative units is given. +DETECTOR (SCIN) +SAMPLE Target of Ni-58 isotope of 1.1 mg/cm**2 thickness + obtained by evaporation on a gold backing was used. +STATUS (CURVE) Fig.8 +ENDBIB 6 +COMMON 2 3 +EN-ERR-DIG ERR-DIG +MEV ARB-UNITS + 0.0032 0.0035 +ENDCOMMON 3 +DATA 2 50 +EN DATA +MEV ARB-UNITS + 3.1523 3.9692 + 3.2671 4.0075 + 3.4048 3.9077 + 3.5348 3.8157 + 3.6346 4.0838 + 3.7493 4.0454 + 3.8641 4.0606 + 3.9860 3.4168 + 4.0861 4.0987 + 4.1777 3.8305 + 4.2924 3.6848 + 4.3843 3.8303 + 4.4683 3.5007 + 4.5829 3.3244 + 4.6753 4.0523 + 4.7745 3.6997 + 4.8889 3.1555 + 4.9580 3.4926 + 5.0431 4.5960 + 5.1347 4.2588 + 5.2335 3.4541 + 5.3787 3.1704 + 5.4777 2.5957 + 5.5543 2.6799 + 5.6464 2.9940 + 5.7238 3.9977 + 5.8225 3.1164 + 5.9134 2.0053 + 5.9826 2.4113 + 6.0753 3.3691 + 6.1517 3.1775 + 6.2285 3.5376 + 6.3050 3.4992 + 6.3823 4.3957 + 6.4743 4.5948 + 6.5508 4.6024 + 6.6275 4.7939 + 6.7186 3.9433 + 6.7872 3.5524 + 6.8490 4.3340 + 6.9556 3.5676 + 6.9951 5.0925 + 7.0787 4.3951 + 7.1399 4.4257 + 7.2091 4.7245 + 7.2724 7.2761 + 7.3401 5.8431 + 7.4159 4.9619 + 7.4844 4.5174 + 7.5840 4.6322 +ENDDATA 52 +ENDSUBENT 67 +ENDENTRY 9 diff --git a/exforall/F11/F1134.x4 b/exforall/F11/F1134.x4 new file mode 100644 index 000000000..85cc3be53 --- /dev/null +++ b/exforall/F11/F1134.x4 @@ -0,0 +1,809 @@ +ENTRY F1134 20110706 20120207 20120113 F043 +SUBENT F1134001 20110706 20120207 20120113 F043 +BIB 9 14 +TITLE Elastic and inelastic scattering of approx. 6 MeV + protons on nickel isotopes. +AUTHOR (A.E.Antropov,V.P.Bochin,P.P.Zarubin,B.N.Orlov, + A.V.Plavko,A.I.Sorokin) +INSTITUTE (4RUSSUL) +REFERENCE (J,IZV,32,1741,1969) + (J,BAS,32,1605,1969) English translation +FACILITY (CYCLO,4RUSSUL) +INC-SPECT Energy resolution was 60-80 keV. +DETECTOR (SIBAR) +ERR-ANALYS (ANG-ERR-D) Angle digitizing error + (ERR-DIG) Data digitizing error + (DATA-ERR) Error from the graphic bars +HISTORY (20110706C) +ENDBIB 14 +COMMON 2 3 +EN-MIN EN-MAX +MEV MEV + 6.05 6.07 +ENDCOMMON 3 +ENDSUBENT 21 +SUBENT F1134002 20110706 20120207 20120113 F043 +BIB 3 5 +REACTION (28-NI-58(P,INL)28-NI-58,PAR,DA) +SAMPLE Self-supporting nickel foils (98.6% Ni-58, 1.0% Ni-60, + 0.2 Ni-61, 0.1 Ni-62, 0.1 Ni-64) with the thickness + of 0.26 mg/cm**2 were used. +STATUS (CURVE) Fig.2(a) +ENDBIB 5 +COMMON 4 3 +ANG-ERR-D ERR-DIG E-LVL E-LVL +ADEG MB/SR MEV MEV + 0.6071 0.0079 2.899 2.939 +ENDCOMMON 3 +DATA 3 15 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 49.178 0.799 0.1493 + 59.801 0.9036 0.1494 + 68.552 0.829 0.1343 + 74.806 0.6201 0.1491 + 82.934 0.4262 0.1642 + 89.8 0.9337 0.1492 + 98.557 0.5607 0.1489 + 109.81 0.4862 0.1642 + 116.68 0.6056 0.1495 + 124.18 0.4415 0.1643 + 131.68 0.5162 0.1791 + 138.55 0.7253 0.1494 + 147.31 0.5463 0.1341 + 154.18 0.606 0.1642 + 160.44 0.3673 0.1343 +ENDDATA 17 +ENDSUBENT 31 +SUBENT F1134003 20110706 20120207 20120113 F043 +BIB 3 5 +REACTION (28-NI-58(P,INL)28-NI-58,PAR,DA) +SAMPLE Self-supporting nickel foils (98.6% Ni-58, 1.0% Ni-60, + 0.2 Ni-61, 0.1 Ni-62, 0.1 Ni-64)with the thickness + of 0.26 mg/cm**2 were used. +STATUS (CURVE) Fig.2(b) +ENDBIB 5 +COMMON 3 3 +ANG-ERR-D ERR-DIG E-LVL +ADEG MB/SR MEV + 0.5911 0.0034 2.458 +ENDCOMMON 3 +DATA 3 14 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 49.055 1.8163 0.1166 + 58.458 1.4606 0.135 + 68.469 1.3318 0.1104 + 75.357 1.1662 0.0982 + 83.474 1.2644 0.0983 + 91.631 0.8596 0.0859 + 99.755 0.8781 0.0982 + 108.5 0.9456 0.0981 + 115.37 1.0131 0.1102 + 124.12 1.0009 0.092 + 132.26 0.7863 0.0859 + 147.88 0.8539 0.093 + 153.5 0.9398 0.1105 + 159.76 0.7804 0.091 +ENDDATA 16 +ENDSUBENT 30 +SUBENT F1134004 20110706 20120207 20120113 F043 +BIB 3 5 +REACTION (28-NI-58(P,INL)28-NI-58,PAR,DA) +SAMPLE Self-supporting nickel foils (98.6% Ni-58, 1.0% Ni-60, + 0.2 Ni-61, 0.1 Ni-62, 0.1 Ni-64) with the thickness + of 0.26 mg/cm**2 were used. +STATUS (CURVE) Fig.2(c) +ENDBIB 5 +COMMON 3 3 +ANG-ERR-D ERR-DIG E-LVL +ADEG MB/SR MEV + 0.2496 0.0182 1.452 +ENDCOMMON 3 +DATA 3 16 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 39.742 9.4810 0.4295 + 50.403 8.1627 0.2454 + 57.91 7.8871 0.1533 + 66.678 7.2435 0.1534 + 74.196 6.5692 0.1841 + 82.343 5.7722 0.1842 + 90.473 5.5580 0.2147 + 97.974 5.5278 0.2149 + 108.59 6.0193 0.1532 + 116.7 6.3572 0.1534 + 124.82 6.5111 0.2148 + 132.32 6.6957 0.1843 + 139.2 6.2667 0.3068 + 145.46 6.0217 0.3374 + 152.34 5.8994 0.4908 + 159.83 6.1760 0.4898 +ENDDATA 18 +ENDSUBENT 32 +SUBENT F1134005 20110706 20120207 20120113 F043 +BIB 3 5 +REACTION (28-NI-58(P,INL)28-NI-58,PAR,DA) +SAMPLE Self-supporting nickel foils (98.6% Ni-58, 1.0% Ni-60, + 0.2 Ni-61, 0.1 Ni-62, 0.1 Ni-64) with the thickness + of 0.26 mg/cm**2 were used. +STATUS (CURVE) Fig.2(d) +ENDBIB 5 +COMMON 3 3 +ANG-ERR-D ERR-DIG E-LVL +ADEG MB/SR MEV + 0.3967 0.0023 3.035 +ENDCOMMON 3 +DATA 3 15 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 46.759 1.0634 0.2537 + 57.282 0.9144 0.2687 + 67.789 1.0938 0.2689 + 75.831 1.0642 0.2836 + 83.246 1.2286 0.2388 + 88.224 0.6317 0.2538 + 96.867 0.9753 0.2389 + 108.61 1.0950 0.2686 + 114.17 1.2743 0.2837 + 121.6 1.2297 0.2239 + 130.89 0.8568 0.2388 + 138.92 1.1257 0.2537 + 147.58 1.1708 0.2541 + 151.91 1.1858 0.2536 + 158.08 1.5144 0.2389 +ENDDATA 17 +ENDSUBENT 31 +SUBENT F1134006 20110706 20120207 20120113 F043 +BIB 3 5 +REACTION (28-NI-58(P,INL)28-NI-58,PAR,DA) +SAMPLE Self-supporting nickel foils (98.6% Ni-58, 1.0% Ni-60, + 0.2 Ni-61, 0.1 Ni-62, 0.1 Ni-64) with the thickness + of 0.26 mg/cm**2 were used. +STATUS (CURVE) Fig.2(e) +ENDBIB 5 +COMMON 3 3 +ANG-ERR-D ERR-DIG E-LVL +ADEG MB/SR MEV + 0.5327 0.0011 2.772 +ENDCOMMON 3 +DATA 3 11 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 45.532 1.7331 0.1807 + 56.04 1.7815 0.1747 + 65.35 1.5587 0.1506 + 73.385 1.6070 0.1325 + 87.006 1.5168 0.1324 + 95.683 1.3965 0.1386 + 106.79 1.6195 0.1627 + 112.94 1.8244 0.1384 + 121.02 1.5956 0.1625 + 130.29 1.6138 0.1628 + 139.58 1.5055 0.1746 +ENDDATA 13 +ENDSUBENT 27 +SUBENT F1134007 20110706 20120207 20120113 F043 +BIB 3 5 +REACTION (28-NI-58(P,EL)28-NI-58,,DA,,RTH) +SAMPLE Self-supporting nickel foils (98.6% Ni-58, 1.0% Ni-60, + 0.2 Ni-61, 0.1 Ni-62, 0.1 Ni-64) with the thickness + of 0.26 mg/cm**2 were used. +STATUS (CURVE) Fig.2(f) +ENDBIB 5 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG NO-DIM + 0.5724 0.0005 +ENDCOMMON 3 +DATA 3 12 +ANG-CM DATA DATA-ERR +ADEG NO-DIM NO-DIM + 43.676 1.0801 0.0976 + 54.8 0.9276 0.0732 + 65.919 0.6775 0.061 + 74.569 0.5189 0.0549 + 85.699 0.4579 0.0551 + 93.75 0.6103 0.0548 + 103.66 0.8358 0.0427 + 116.04 1.0065 0.0244 + 127.19 1.2991 0.0366 + 135.87 1.5856 0.0488 + 146.4 1.7807 0.0368 + 156.31 1.9087 0.0425 +ENDDATA 14 +ENDSUBENT 28 +SUBENT F1134008 20110706 20120207 20120113 F043 +BIB 3 5 +REACTION (28-NI-60(P,INL)28-NI-60,PAR,DA) +SAMPLE Self-supporting nickel foils (3.4% Ni-58, 95.1% Ni-60, + 0.4 Ni-61, 0.6 Ni-62, 0.5 Ni-64) with the thickness + of 0.34 mg/cm**2 were used. +STATUS (CURVE) Fig.3(a,d) +ENDBIB 5 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG MB/SR + 0.2918 0.0079 +ENDCOMMON 3 +DATA 4 28 +E-LVL ANG-CM DATA-CM DATA-ERR +MEV ADEG MB/SR MB/SR + 2.28 54.485 1.7362 0.1203 + 2.28 62.642 1.1948 0.1504 + 2.28 71.433 0.9541 0.1654 + 2.28 79.601 0.9690 0.1053 + 2.28 87.138 0.8637 0.1205 + 2.28 96.559 0.7282 0.1202 + 2.28 105.98 0.6229 0.1203 + 2.28 112.27 0.7130 0.1204 + 2.28 120.44 0.9986 0.1201 + 2.28 127.35 1.1489 0.0902 + 2.28 134.9 1.5248 0.1203 + 2.28 140.56 1.7653 0.1353 + 2.28 148.1 1.8855 0.1504 + 2.28 158.16 2.2012 0.1203 + 2.50 55.555 1.0667 0.1212 + 2.50 63.593 1.0208 0.1970 + 2.50 71.02 1.0811 0.1655 + 2.50 77.82 1.0201 0.1363 + 2.50 87.702 0.8378 0.1212 + 2.50 93.876 0.7012 0.1061 + 2.50 105.01 0.6552 0.1060 + 2.50 111.19 0.6852 0.1064 + 2.50 119.24 0.7454 0.1063 + 2.50 127.27 0.6389 0.1061 + 2.50 135.93 0.6385 0.1058 + 2.50 141.5 0.6837 0.1063 + 2.50 150.17 0.7893 0.1059 + 2.50 158.21 0.8041 0.0909 +ENDDATA 30 +ENDSUBENT 44 +SUBENT F1134009 20110706 20120207 20120113 F043 +BIB 3 5 +REACTION (28-NI-60(P,INL)28-NI-60,PAR,DA) +SAMPLE Self-supporting nickel foils (3.4% Ni-58, 95.1% Ni-60, + 0.4 Ni-61, 0.6 Ni-62, 0.5 Ni-64) with the thickness + of 0.34 mg/cm**2 were used. +STATUS (CURVE) Fig.3(b,e) +ENDBIB 5 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG MB/SR + 0.2635 0.0041 +ENDCOMMON 3 +DATA 4 28 +E-LVL ANG-CM DATA-CM DATA-ERR +MEV ADEG MB/SR MB/SR + 2.159 55.722 4.8980 0.2137 + 2.159 64.467 4.6533 0.1832 + 2.159 71.335 4.3171 0.1527 + 2.159 80.708 4.1945 0.1526 + 2.159 89.456 4.1025 0.1221 + 2.159 96.957 4.1632 0.1526 + 2.159 106.96 4.3460 0.2748 + 2.159 111.33 4.1625 0.1833 + 2.159 120.71 4.1316 0.1831 + 2.159 128.21 4.1312 0.1832 + 2.159 135.7 4.0698 0.1527 + 2.159 141.96 4.1000 0.1221 + 2.159 150.08 4.0385 0.1832 + 2.159 158.82 3.8244 0.1829 + 2.62 55. 2.2462 0.2769 + 2.62 62.5 1.7846 0.3385 + 2.62 71.25 1.5692 0.3692 + 2.62 78.75 1.5385 0.3077 + 2.62 87.5 1.5077 0.2154 + 2.62 93.75 1.4769 0.2153 + 2.62 105.62 1.6000 0.1846 + 2.62 111.88 1.5692 0.2463 + 2.62 119.38 1.2923 0.2155 + 2.62 127.5 1.3231 0.2461 + 2.62 135.62 1.3538 0.2153 + 2.62 142.5 1.5077 0.2462 + 2.62 151.25 1.4462 0.1846 + 2.62 157.5 1.4462 0.1848 +ENDDATA 30 +ENDSUBENT 44 +SUBENT F1134010 20110706 20120207 20120113 F043 +BIB 3 5 +REACTION (28-NI-60(P,INL)28-NI-60,PAR,DA) +SAMPLE Self-supporting nickel foils (3.4% Ni-58, 95.1% Ni-60, + 0.4 Ni-61, 0.6 Ni-62, 0.5 Ni-64) with the thickness + of 0.34 mg/cm**2 were used. +STATUS (CURVE) Fig.3(c) +ENDBIB 5 +COMMON 3 3 +ANG-ERR-D ERR-DIG E-LVL +ADEG MB/SR MEV + 0.522 0.0169 1.332 +ENDCOMMON 3 +DATA 3 15 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 48.704 9.9698 0.3692 + 56.833 9.1083 0.3385 + 64.332 9.3546 0.2769 + 71.208 9.0777 0.3077 + 80.585 8.5548 0.2462 + 88.709 8.9241 0.2769 + 96.209 8.8626 0.2462 + 106.21 9.3243 0.2153 + 113.08 9.4167 0.2461 + 120.58 9.6014 0.2154 + 128.7 10.094 0.2155 + 136.83 10.771 0.4308 + 141.83 10.586 0.4615 + 150.57 11.386 0.5538 + 156.82 10.894 0.5231 +ENDDATA 17 +ENDSUBENT 31 +SUBENT F1134011 20110706 20120207 20120113 F043 +BIB 3 5 +REACTION (28-NI-60(P,EL)28-NI-60,,DA,,RTH) +SAMPLE Self-supporting nickel foils (3.4% Ni-58, 95.1% Ni-60, + 0.4 Ni-61, 0.6 Ni-62, 0.5 Ni-64) with the thickness + of 0.34 mg/cm**2 were used. +STATUS (CURVE) Fig.3(f) +ENDBIB 5 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG NO-DIM + 0.0618 0.0029 +ENDCOMMON 3 +DATA 3 16 +ANG-CM DATA DATA-ERR +ADEG NO-DIM NO-DIM + 25.004 1.0808 0.1697 + 41.803 0.9234 0.9091E-01 + 56.101 0.9598 0.7273E-01 + 67.299 0.8569 0.8485E-01 + 72.277 0.8084 0.7879E-01 + 81.607 0.7539 0.6665E-01 + 89.068 0.7539 0.6061E-01 + 95.906 0.7661 0.6667E-01 + 105.85 0.8935 0.7273E-01 + 112.06 0.9541 0.6664E-01 + 120.14 1.0148 0.4849E-01 + 127.60 1.033 0.4848E-01 + 135.68 1.1058 0.6659E-01 + 142.51 1.124 0.6671E-01 + 151.84 1.1786 0.6669E-01 + 157.43 1.1968 0.6063E-01 +ENDDATA 18 +ENDSUBENT 32 +SUBENT F1134012 20110706 20120207 20120113 F043 +BIB 3 5 +REACTION (28-NI-61(P,INL)28-NI-61,PAR,DA) +SAMPLE Self-supporting nickel foils (4.4% Ni-58, 32.1% Ni-60, + 23.8 Ni-61, 39.7 Ni-62, 0.4 Ni-64) with the thickness + of 0.9 mg/cm**2 were used. +STATUS (CURVE) Fig.4(1-3,7) +ENDBIB 5 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG MB/SR + 0.5904 0.0072 +ENDCOMMON 3 +DATA 4 32 +E-LVL ANG-CM DATA-CM DATA-ERR +MEV ADEG MB/SR MB/SR + 1.622 43.611 0.4860 0.0741 + 1.622 51.65 0.5303 0.0734 + 1.622 64.018 0.6481 0.0731 + 1.622 73.301 0.5012 0.0735 + 1.622 83.198 0.4720 0.0588 + 1.622 93.092 0.5898 0.0732 + 1.622 104.23 0.4723 0.0735 + 1.622 114.13 0.4431 0.0882 + 1.750 42.758 0.5618 0.0763 + 1.750 51.417 0.5772 0.0756 + 1.750 63.174 0.4714 0.0758 + 1.750 73.071 0.4717 0.0757 + 1.750 82.964 0.5629 0.0755 + 1.750 92.251 0.3662 0.0761 + 1.750 104.01 0.2453 0.0909 + 1.750 113.28 0.3668 0.0911 + 1.812 42.28 0.7735 0.0758 + 1.812 50.945 0.6070 0.0759 + 1.812 62.085 0.3799 0.0606 + 1.812 72.603 0.3195 0.0758 + 1.812 82.499 0.3197 0.0756 + 1.812 92.396 0.3350 0.0909 + 1.812 102.91 0.2292 0.0758 + 1.812 114.04 0.3960 0.1061 + 2.9 43.117 0.8450 0.3485 + 2.9 50.587 0.6482 0.2273 + 2.9 61.783 0.5424 0.2878 + 2.9 71.118 0.3457 0.2121 + 2.9 80.447 0.2853 0.2123 + 2.9 91.016 0.3008 0.1515 + 2.9 99.716 0.4222 0.1667 + 2.9 109.67 0.2861 0.1669 +ENDDATA 34 +ENDSUBENT 48 +SUBENT F1134013 20110706 20120207 20120113 F043 +BIB 3 5 +REACTION (28-NI-61(P,INL)28-NI-61,PAR,DA) +SAMPLE Self-supporting nickel foils (4.4% Ni-58, 32.1% Ni-60, + 23.8 Ni-61, 39.7 Ni-62, 0.4 Ni-64) with the thickness + of 0.9 mg/cm**2 were used. +STATUS (CURVE) Fig.4(4) +ENDBIB 5 +COMMON 5 3 +ANG-ERR-D ERR-DIG E-LVL E-LVL E-LVL +ADEG MB/SR MEV MEV MEV + 0.3439 0.0148 1.105 1.139 1.195 +ENDCOMMON 3 +DATA 3 7 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 54.24 1.1245 0.6154 + 64.747 1.9248 0.5231 + 75.254 2.7251 0.4012 + 83.909 3.2176 0.3692 + 95.049 2.6333 0.4015 + 103.1 2.0796 0.3385 + 112.37 2.2953 0.2769 +ENDDATA 9 +ENDSUBENT 23 +SUBENT F1134014 20110706 20120207 20120113 F043 +BIB 3 5 +REACTION (28-NI-61(P,INL)28-NI-61,PAR,DA) +SAMPLE Self-supporting nickel foils (4.4% Ni-58, 32.1% Ni-60, + 23.8 Ni-61, 39.7 Ni-62, 0.4 Ni-64) with the thickness + of 0.9 mg/cm**2 were used. +STATUS (CURVE) Fig.4(5,10) +ENDBIB 5 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG MB/SR + 0.3583 0.0076 +ENDCOMMON 3 +DATA 4 21 +E-LVL ANG-CM DATA-CM DATA-ERR +MEV ADEG MB/SR MB/SR + 0.908 43.863 2.5079 0.3231 + 0.908 53.765 1.7079 0.3229 + 0.908 64.289 0.6464 0.2462 + 0.908 73.564 1.0926 0.2769 + 0.908 83.461 1.0004 0.2615 + 0.908 93.359 0.9235 0.2308 + 0.908 103.25 1.062 0.1077 + 0.908 123.05 1.339 0.3231 + 0.908 132.33 1.1083 0.4154 + 0.908 151.5 0.9238 0.3539 + 0.908 161.4 1.37 0.3385 + 1.019 42.116 3.3021 0.3817 + 1.019 50.254 1.8672 0.3512 + 1.019 60.85 1.1957 0.2748 + 1.019 70.187 0.9211 0.2137 + 1.019 80.143 0.7229 0.1985 + 1.019 89.466 0.7994 0.1374 + 1.019 99.418 0.708 0.1221 + 1.019 129.89 0.6629 0.2595 + 1.019 149.16 0.6939 0.3053 + 1.019 157.24 0.7552 0.2290 +ENDDATA 23 +ENDSUBENT 37 +SUBENT F1134015 20110706 20120207 20120113 F043 +BIB 3 5 +REACTION (28-NI-61(P,INL)28-NI-61,PAR,DA) +SAMPLE Self-supporting nickel foils (4.4% Ni-58, 32.1% Ni-60, + 23.8 Ni-61, 39.7 Ni-62, 0.4 Ni-64) with the thickness + of 0.9 mg/cm**2 were used. +STATUS (CURVE) Fig.4(6) +ENDBIB 5 +COMMON 3 3 +ANG-ERR-D ERR-DIG E-LVL +ADEG MB/SR MEV + 0.2768 0.0035 0.283 +ENDCOMMON 3 +DATA 3 13 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 44.263 2.3876 0.317 + 52.368 1.8292 0.234 + 62.985 0.9539 0.1811 + 72.297 0.6598 0.1132 + 82.208 0.5392 0.083 + 92.097 0.6073 0.0755 + 101.97 0.8037 0.0755 + 113.11 0.7208 0.084 + 122.39 0.7286 0.0679 + 131.66 0.774 0.0604 + 141.55 0.8572 0.0906 + 152.07 0.8498 0.0755 + 160.11 0.8047 0.0908 +ENDDATA 15 +ENDSUBENT 29 +SUBENT F1134016 20110706 20120207 20120113 F043 +BIB 3 5 +REACTION (28-NI-61(P,INL)28-NI-61,PAR,DA) +SAMPLE Self-supporting nickel foils (4.4% Ni-58, 32.1% Ni-60, + 23.8 Ni-61, 39.7 Ni-62, 0.4 Ni-64) with the thickness + of 0.9 mg/cm**2 were used. +STATUS (CURVE) Fig.4(8) +ENDBIB 5 +COMMON 4 3 +ANG-ERR-D ERR-DIG E-LVL E-LVL +ADEG MB/SR MEV MEV + 0.0517 0.0024 2.780 2.800 +ENDCOMMON 3 +DATA 3 8 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 42.524 1.7105 0.4127 + 50.002 1.2980 0.3492 + 60.584 1.0126 0.1905 + 69.925 0.6795 0.2064 + 81.134 0.2671 0.2857 + 89.226 0.0451 0.0952 + 98.548 0.1406 0.1124 + 108.49 0.2202 0.1746 +ENDDATA 10 +ENDSUBENT 24 +SUBENT F1134017 20110706 20120207 20120113 F043 +BIB 3 5 +REACTION (28-NI-61(P,INL)28-NI-61,PAR,DA) +SAMPLE Self-supporting nickel foils (4.4% Ni-58, 32.1% Ni-60, + 23.8 Ni-61, 39.7 Ni-62, 0.4 Ni-64) with the thickness + of 0.9 mg/cm**2 were used. +STATUS (CURVE) Fig.4(9) +ENDBIB 5 +COMMON 3 3 +ANG-ERR-D ERR-DIG E-LVL +ADEG MB/SR MEV + 0.2483 0.0042 1.454 +ENDCOMMON 3 +DATA 3 8 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 41.425 2.5085 0.5151 + 49.509 2.4483 0.4546 + 59.455 2.57 0.2121 + 68.783 2.5098 0.1818 + 78.729 2.6012 0.2727 + 88.669 2.9956 0.2123 + 100.49 2.6628 0.2424 + 110.43 2.8148 0.2122 +ENDDATA 10 +ENDSUBENT 24 +SUBENT F1134018 20110706 20120207 20120113 F043 +BIB 3 5 +REACTION (28-NI-61(P,INL)28-NI-61,PAR,DA) +SAMPLE Self-supporting nickel foils (4.4% Ni-58, 32.1% Ni-60, + 23.8 Ni-61, 39.7 Ni-62, 0.4 Ni-64) with the thickness + of 0.9 mg/cm**2 were used. +STATUS (CURVE) Fig.4(11) +ENDBIB 5 +COMMON 3 3 +ANG-ERR-D ERR-DIG E-LVL +ADEG MB/SR MEV + 0.0928 0.0012 0.654 +ENDCOMMON 3 +DATA 3 13 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 42.268 1.8760 0.2366 + 51.027 1.2578 0.2595 + 60.36 1.1816 0.2368 + 71.603 0.6016 0.1069 + 81.559 0.5178 0.0763 + 89.636 0.5789 0.086 + 100.82 0.6325 0.081 + 110.77 0.6785 0.0992 + 121.34 0.6404 0.0763 + 129.41 0.8466 0.0916 + 139.97 0.9460 0.083 + 150.53 1.0759 0.084 + 159.23 1.1142 0.087 +ENDDATA 15 +ENDSUBENT 29 +SUBENT F1134019 20110706 20120207 20120113 F043 +BIB 3 5 +REACTION (28-NI-62(P,INL)28-NI-62,PAR,DA) +SAMPLE Self-supporting nickel foils (4.4% Ni-58, 5.3% Ni-60, + 2.1 Ni-61, 87.1 Ni-62, 1.1 Ni-64) with the thickness + of 1.72 mg/cm**2 were used. +STATUS (CURVE) Fig.5(a) +ENDBIB 5 +COMMON 3 3 +ANG-ERR-D ERR-DIG E-LVL +ADEG MB/SR MEV + 0.1534 0.0049 1.17 +ENDCOMMON 3 +DATA 3 13 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 60.862 3.4299 0.1508 + 70.815 3.0094 0.1666 + 80.005 2.6128 0.1587 + 87.613 2.5415 0.1270 + 95.237 2.3909 0.1123 + 102.83 2.3911 0.1134 + 109.69 2.2563 0.1125 + 118.74 2.5977 0.1429 + 124.95 1.9233 0.1905 + 133.3 1.9314 0.2064 + 141.66 1.8839 0.1984 + 151.5 2.0587 0.2143 + 162.13 2.1066 0.2141 +ENDDATA 15 +ENDSUBENT 29 +SUBENT F1134020 20110706 20120207 20120113 F043 +BIB 3 5 +REACTION (28-NI-62(P,INL)28-NI-62,PAR,DA) +SAMPLE Self-supporting nickel foils (4.4% Ni-58, 5.3% Ni-60, + 2.1 Ni-61, 87.1 Ni-62, 1.1 Ni-64) with the thickness + of 1.72 mg/cm**2 were used. +STATUS (CURVE) Fig.5(b) +ENDBIB 5 +COMMON 4 3 +ANG-ERR-D ERR-DIG E-LVL E-LVL +ADEG MB/SR MEV MEV + 0.616 0.0008 2.30 2.34 +ENDCOMMON 3 +DATA 3 13 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 63.13 0.8131 0.0516 + 71.593 0.8093 0.0625 + 80.842 0.7625 0.0509 + 88.566 0.6845 0.0511 + 96.232 0.7510 0.0467 + 103.13 0.8214 0.0508 + 110.07 0.7628 0.0469 + 118.49 0.8723 0.0505 + 126.95 0.8685 0.0547 + 134.67 0.8100 0.0506 + 142.35 0.8296 0.0508 + 153.89 0.8336 0.0469 + 164.63 0.9197 0.0507 +ENDDATA 15 +ENDSUBENT 29 +SUBENT F1134021 20110706 20120207 20120113 F043 +BIB 3 5 +REACTION (28-NI-62(P,INL)28-NI-62,PAR,DA) +SAMPLE Self-supporting nickel foils (4.4% Ni-58, 5.3% Ni-60, + 2.1 Ni-61, 87.1 Ni-62, 1.1 Ni-64) with the thickness + of 1.72 mg/cm**2 were used. +STATUS (CURVE) Fig.5(v) +ENDBIB 5 +COMMON 3 3 +ANG-ERR-D ERR-DIG E-LVL +ADEG MB/SR MEV + 0.1094 0.0007 2.05 +ENDCOMMON 3 +DATA 3 13 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 59.899 0.3061 0.0437 + 69.899 0.3062 0.0436 + 78.359 0.3102 0.0476 + 86.063 0.2746 0.0516 + 93.004 0.2191 0.0478 + 101.45 0.2668 0.0635 + 107.62 0.2271 0.0556 + 115.3 0.2431 0.0595 + 123.03 0.1479 0.0555 + 130.7 0.2035 0.0594 + 139.93 0.2195 0.0637 + 149.16 0.2235 0.0675 + 159.16 0.2038 0.0714 +ENDDATA 15 +ENDSUBENT 29 +SUBENT F1134022 20110706 20120207 20120113 F043 +BIB 3 5 +REACTION (28-NI-64(P,INL)28-NI-64,PAR,DA) +SAMPLE Self-supporting nickel foils (9.8% Ni-58, 6.9% Ni-60, + 0.5 Ni-61, 5.0 Ni-62, 77.8 Ni-64) with the thickness + of 0.32 mg/cm**2 were used. +STATUS (CURVE) Fig.6 +ENDBIB 5 +COMMON 3 3 +ANG-ERR-D ERR-DIG E-LVL +ADEG MB/SR MEV + 0.2246 0.0018 1.317 +ENDCOMMON 3 +DATA 3 9 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 49.772 2.5623 0.0651 + 70.669 1.6276 0.0647 + 84.604 0.9876 0.0648 + 92.232 0.8008 0.0576 + 108.1 0.794 0.0504 + 127.4 0.8232 0.0575 + 132.94 0.7226 0.0432 + 140.51 0.7732 0.0504 + 146.76 0.6079 0.0502 +ENDDATA 11 +ENDSUBENT 25 +SUBENT F1134023 20110706 20120207 20120113 F043 +BIB 3 5 +REACTION (28-NI-64(P,INL)28-NI-64,PAR,DA) +SAMPLE Self-supporting nickel foils (9.8% Ni-58, 6.9% Ni-60, + 0.5 Ni-61, 5.0 Ni-62, 77.8 Ni-64) with the thickness + of 0.32 mg/cm**2 were used. +STATUS (CURVE) Fig.6 +ENDBIB 5 +COMMON 3 3 +ANG-ERR-D ERR-DIG E-LVL +ADEG MB/SR MEV + 0.2526 0.0011 2.270 +ENDCOMMON 3 +DATA 3 12 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 48.961 0.3903 0.0378 + 57.929 0.1619 0.027 + 71.723 0.1331 0.0252 + 79.998 0.1745 0.0288 + 95.861 0.1385 0.0251 + 106.21 0.1583 0.0289 + 111.72 0.1169 0.028 + 119.31 0.1241 0.0234 + 135.17 0.1511 0.025 + 141.38 0.0791 0.0253 + 150.34 0.0342 0.0249 + 156.55 0.0288 0.031 +ENDDATA 14 +ENDSUBENT 28 +SUBENT F1134024 20110706 20120207 20120113 F043 +BIB 3 5 +REACTION (28-NI-62(P,EL)28-NI-62,,DA,,RTH) +SAMPLE Self-supporting nickel foils (4.4% Ni-58, 5.3% Ni-60, + 2.1 Ni-61, 87.1 Ni-62, 1.1 Ni-64) with the thickness + of 1.72 mg/cm**2 were used. +STATUS (CURVE) Fig.7 +ENDBIB 5 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG NO-DIM + 0.116 0.0008 +ENDCOMMON 3 +DATA 3 11 +ANG-CM DATA DATA-ERR +ADEG NO-DIM NO-DIM + 45.029 0.9643 0.081 + 60.215 0.7774 0.0387 + 65.904 0.6858 0.0385 + 75.44 0.7314 0.0391 + 85.484 0.8862 0.0493 + 90.742 0.9601 0.0423 + 95.038 0.9952 0.0458 + 100.28 1.0022 0.0422 + 106.46 0.9563 0.0425 + 112.16 0.9069 0.0352 + 118.33 0.8611 0.0354 +ENDDATA 13 +ENDSUBENT 27 +SUBENT F1134025 20110706 20120207 20120113 F043 +BIB 3 5 +REACTION (28-NI-64(P,EL)28-NI-64,,DA,,RTH) +SAMPLE Self-supporting nickel foils (9.8% Ni-58, 6.9% Ni-60, + 0.5 Ni-61, 5.0 Ni-62, 77.8 Ni-64) with the thickness + of 0.32 mg/cm**2 were used. +STATUS (CURVE) Fig.8 +ENDBIB 5 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG NO-DIM + 0.3604 0.0016 +ENDCOMMON 3 +DATA 3 9 +ANG-CM DATA DATA-ERR +ADEG NO-DIM NO-DIM + 68.174 0.7243 0.0457 + 78.119 0.6072 0.0352 + 88.087 0.6908 0.0422 + 98.018 0.7638 0.0386 + 108.07 0.872 0.0387 + 117.1 0.8852 0.0388 + 128.58 0.8103 0.0315 + 138.97 0.6263 0.0211 + 148.15 0.4881 0.021 +ENDDATA 11 +ENDSUBENT 25 +ENDENTRY 25 diff --git a/exforall/F11/F1135.x4 b/exforall/F11/F1135.x4 new file mode 100644 index 000000000..9532ff0c7 --- /dev/null +++ b/exforall/F11/F1135.x4 @@ -0,0 +1,546 @@ +ENTRY F1135 20111024 20120207 20120113 F043 +SUBENT F1135001 20111024 20120207 20120113 F043 +BIB 8 16 +TITLE Elastic and inelastic scattering of protons by Mg-24, + Mg-25, and Mg-26. +AUTHOR (A.E.Antropov,P.P.Zarubin,B.I.Orlov,A.V.Plavko, + A.I.Sorokin) +INSTITUTE (4RUSSUL) +REFERENCE (J,IZV,34,106,1970) + (J,BAS,34,100,1971) English translation +FACILITY (CYCLO,4RUSSUL) +SAMPLE Self-supporting Mg foils (enriched in appropriate + isotope) with the thickness of 2.3 mg/cm2 and thin Mg + target with the thickness of 0.3 mg/cm2 on the tsapon + varnish backings were used. +ERR-ANALYS (ERR-SYS) Absolute error + (ANG-ERR-D) Angle digitizing error + (ERR-DIG) Data digitizing error +HISTORY (20111024C) +ENDBIB 16 +COMMON 1 3 +ERR-SYS +PER-CENT + 15. +ENDCOMMON 3 +ENDSUBENT 23 +SUBENT F1135002 20111024 20120207 20120113 F043 +BIB 2 2 +REACTION (12-MG-24(P,EL)12-MG-24,,DA,,RTH) +STATUS (CURVE) Fig.2(a) +ENDBIB 2 +COMMON 3 3 +EN ANG-ERR-D ERR-DIG +MEV ADEG NO-DIM + 5.94 0.6749 0.0106 +ENDCOMMON 3 +DATA 2 19 +ANG-CM DATA +ADEG NO-DIM + 19.602 0.51886 + 23.647 0.55255 + 30.389 0.55172 + 33.764 0.89319 + 42.874 1.6784 + 52.659 2.4635 + 66.143 2.5303 + 73.219 2.3243 + 79.285 2.2210 + 87.374 2.1858 + 94.454 2.2191 + 103.22 2.6967 + 112.33 3.3109 + 119.43 4.6092 + 128.54 6.1123 + 136.31 7.3422 + 142.39 8.3329 + 150.82 8.4344 + 157.56 8.1943 +ENDDATA 21 +ENDSUBENT 32 +SUBENT F1135003 20111024 20120207 20120113 F043 +BIB 2 2 +REACTION (12-MG-25(P,EL)12-MG-25,,DA,,RTH) +STATUS (CURVE) Fig.2(b) +ENDBIB 2 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG NO-DIM + 0.3918 0.0135 +ENDCOMMON 3 +DATA 3 43 +EN ANG-CM DATA +MEV ADEG NO-DIM + 5.84 26.111 1.5554 + 5.84 38.306 1.3502 + 5.84 53.455 1.2833 + 5.84 63.055 1.6294 + 5.84 73.766 1.8378 + 5.84 83.736 2.1840 + 5.84 95.182 2.6683 + 5.84 104.78 3.2213 + 5.84 114.02 3.1881 + 5.84 120.66 3.6028 + 5.84 131.37 3.9491 + 5.84 137.28 4.0879 + 5.84 142.08 4.2264 + 5.84 147.62 4.4341 + 5.84 153.89 4.6763 + 5.94 22.793 0.54148 + 5.94 27.595 0.65748 + 5.94 35.351 0.85078 + 5.94 42.739 0.96711 + 5.94 50.125 1.1604 + 5.94 56.032 1.5457 + 5.94 70.068 1.8552 + 5.94 76.720 1.7407 + 5.94 84.104 2.1647 + 5.94 99.247 2.5128 + 5.94 103.68 2.7826 + 5.94 109.96 3.0142 + 5.94 116.97 3.2074 + 5.94 126.94 3.7856 + 5.94 136.17 4.3637 + 5.94 152.79 5.2504 + 6.03 23.152 1.1133 + 6.03 37.929 1.2628 + 6.03 50.120 1.4490 + 6.03 65.263 1.9319 + 6.03 79.300 2.2294 + 6.03 98.874 3.0089 + 6.03 109.58 3.3802 + 6.03 121.77 3.8258 + 6.03 129.16 3.7524 + 6.03 135.07 4.3825 + 6.03 144.30 4.8277 + 6.03 152.79 5.3470 +ENDDATA 45 +ENDSUBENT 56 +SUBENT F1135004 20111024 20120207 20120113 F043 +BIB 2 2 +REACTION (12-MG-26(P,EL)12-MG-26,,DA,,RTH) +STATUS (CURVE) Fig.2(c) +ENDBIB 2 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG NO-DIM + 0.1316 0.0085 +ENDCOMMON 3 +DATA 3 45 +EN ANG-CM DATA +MEV ADEG NO-DIM + 5.84 21.647 1.1944 + 5.84 31.374 1.0416 + 5.84 39.977 1.1193 + 5.84 50.824 1.1973 + 5.84 61.295 1.4676 + 5.84 70.273 1.4685 + 5.84 81.121 1.4695 + 5.84 91.593 1.5859 + 5.84 101.69 1.5485 + 5.84 111.42 1.8571 + 5.84 121.51 2.0504 + 5.84 131.98 2.5899 + 5.84 142.45 3.2063 + 5.84 151.79 4.0919 + 5.94 27.621 0.80621 + 5.94 33.232 0.76746 + 5.94 39.218 0.65030 + 5.94 44.828 0.76842 + 5.94 51.560 0.92583 + 5.94 57.917 1.2401 + 5.94 64.274 1.5151 + 5.94 69.882 1.8293 + 5.94 78.861 1.7124 + 5.94 84.472 1.6344 + 5.94 106.17 1.7931 + 5.94 114.77 1.8330 + 5.94 121.13 2.0688 + 5.94 128.23 2.4224 + 5.94 140.57 3.7175 + 5.94 147.29 5.3259 + 5.94 152.52 6.0322 + 5.94 159.62 7.0132 + 6.03 22.323 1.8645 + 6.03 32.794 2.1654 + 6.03 42.519 2.2413 + 6.03 53.365 2.5048 + 6.03 64.210 2.7682 + 6.03 75.804 2.9942 + 6.03 83.661 2.8825 + 6.03 93.760 2.9209 + 6.03 103.11 2.7717 + 6.03 113.96 2.6602 + 6.03 125.56 2.8487 + 6.03 139.02 3.6374 + 6.03 154.72 3.8263 +ENDDATA 47 +ENDSUBENT 58 +SUBENT F1135005 20111024 20120207 20120113 F043 +BIB 3 3 +REACTION (12-MG-24(P,INL)12-MG-24,PAR,DA) +ERR-ANALYS (DATA-ERR) Error from the graphic bars +STATUS (CURVE) Fig.4 +ENDBIB 3 +COMMON 4 3 +EN E-LVL ANG-ERR-D ERR-DIG +MEV MEV ADEG MB/SR + 5.94 1.37 0.0853 0.0163 +ENDCOMMON 3 +DATA 3 21 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 23.328 19.592 0.96939 + 42.14 28.980 0.56123 + 49.666 31.276 0.51020 + 56.438 32.500 0.56113 + 65.97 35.816 0.66327 + 71.739 37.857 0.51025 + 75.251 37.854 0.51031 + 76.756 38.571 0.56122 + 84.532 40.011 0.45918 + 91.555 40.510 0.51028 + 96.07 40.765 0.51034 + 105.6 40.918 + 116.14 40.306 + 120.65 39.796 + 125.17 39.388 + 130.69 39.541 + 135.2 38.112 + 139.72 37.857 0.40817 + 144.48 36.378 + 153.26 34.796 + 160.28 33.469 +ENDDATA 23 +ENDSUBENT 35 +SUBENT F1135006 20111024 20120207 20120113 F043 +BIB 3 3 +REACTION (12-MG-25(P,EL)12-MG-25,,DA) +SAMPLE The Mg target of 0.3 mg/cm2 thickness was used. +STATUS (CURVE) Fig.7 +ENDBIB 3 +COMMON 3 3 +EN ANG-ERR-D ERR-DIG +MEV ADEG PER-CENT + 6.03 0.0362 0.002 +ENDCOMMON 3 +DATA 2 24 +ANG-CM DATA-CM +ADEG MB/SR + 17.384 2362.7 + 18.137 1918.6 + 25.702 719.74 + 29.869 510.90 + 34.790 306.20 + 40.475 215.47 + 46.541 150.97 + 56.397 87.396 + 61.328 73.154 + 67.022 66.206 + 71.195 58.887 + 76.890 56.631 + 82.583 51.252 + 86.379 48.023 + 92.071 42.714 + 98.144 38.825 + 109.15 34.532 + 111.81 31.525 + 116.74 29.925 + 127.37 25.376 + 137.25 25.375 + 144.08 22.668 + 148.64 23.265 + 156.23 25.705 +ENDDATA 26 +ENDSUBENT 38 +SUBENT F1135007 20111024 20120207 20120113 F043 +BIB 4 4 +REACTION (12-MG-25(P,INL)12-MG-25,PAR,DA) +SAMPLE The Mg target of 0.3 mg/cm2 thickness was used. +ERR-ANALYS (DATA-ERR) Error from the graphic bars +STATUS (CURVE) Fig.7 +ENDBIB 4 +COMMON 4 3 +EN E-LVL ANG-ERR-D ERR-DIG +MEV MEV ADEG MB/SR + 6.03 0.585 0.3898 0.0044 +ENDCOMMON 3 +DATA 3 9 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 29.139 2.0176 0.42057 + 34.438 1.7090 0.26169 + 38.988 1.5873 0.16823 + 43.915 1.4096 0.20561 + 49.985 1.3065 0.17758 + 57.951 1.1567 0.16823 + 64.403 1.0911 0.11215 + 74.265 0.89447 0.11234 + 86.022 0.64172 0.12150 +ENDDATA 11 +ENDSUBENT 24 +SUBENT F1135008 20111024 20120207 20120113 F043 +BIB 4 4 +REACTION (12-MG-25(P,INL)12-MG-25,PAR,DA) +SAMPLE The Mg target of 0.3 mg/cm2 thickness was used. +ERR-ANALYS (DATA-ERR) Error from the graphic bars +STATUS (CURVE) Fig.7 +ENDBIB 4 +COMMON 4 3 +EN E-LVL ANG-ERR-D ERR-DIG +MEV MEV ADEG MB/SR + 6.03 0.974 0.566 0.0091 +ENDCOMMON 3 +DATA 3 14 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 27.350 3.4017 0.44234 + 36.838 3.2087 0.63464 + 42.520 2.6890 0.34617 + 46.703 2.8811 0.30770 + 52.773 2.6883 0.36540 + 63.023 2.5722 0.28847 + 68.337 2.4949 0.21153 + 72.512 2.3985 0.19232 + 80.104 2.3018 0.19241 + 88.078 2.2820 0.28852 + 98.333 2.3197 + 106.69 2.3961 + 114.68 3.0878 + 123.04 3.1450 +ENDDATA 16 +ENDSUBENT 29 +SUBENT F1135009 20111024 20120207 20120113 F043 +BIB 4 4 +REACTION (12-MG-25(P,INL)12-MG-25,PAR,DA) +SAMPLE The Mg target of 0.3 mg/cm2 thickness was used. +ERR-ANALYS (DATA-ERR) Error from the graphic bars +STATUS (CURVE) Fig.7 +ENDBIB 4 +COMMON 4 3 +EN E-LVL ANG-ERR-D ERR-DIG +MEV MEV ADEG MB/SR + 6.03 1.614 0.5118 0.0213 +ENDCOMMON 3 +DATA 3 19 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 24.926 3.3950 0.82241 + 34.818 4.1403 0.44859 + 42.04 4.4377 0.37382 + 48.5 4.6230 + 51.933 5.2203 + 56.108 5.1446 + 62.958 5.7411 + 67.52 5.9643 + 72.086 6.3371 + 81.973 6.8581 + 88.426 6.7818 + 94.116 6.5188 + 96.386 6.1444 + 103.97 5.8809 + 112.7 5.4677 + 122.56 5.1289 + 129.77 4.7534 + 140.01 4.0407 + 149.87 3.6645 +ENDDATA 21 +ENDSUBENT 34 +SUBENT F1135010 20111024 20120207 20120113 F043 +BIB 3 3 +REACTION (12-MG-25(P,INL)12-MG-25,PAR,DA) +SAMPLE The Mg target of 0.3 mg/cm2 thickness was used. +STATUS (CURVE) Fig.7 +ENDBIB 3 +COMMON 4 3 +EN E-LVL ANG-ERR-D ERR-DIG +MEV MEV ADEG MB/SR + 6.03 1.96 0.537 0.0121 +ENDCOMMON 3 +DATA 2 19 +ANG-CM DATA-CM +ADEG MB/SR + 28.434 3.0046 + 39.351 2.581 + 44.628 2.4884 + 50.649 2.2123 + 57.060 2.138 + 66.862 1.9898 + 70.649 2.2094 + 74.791 2.062 + 80.096 2.4099 + 84.631 2.5193 + 90.681 2.7203 + 94.826 2.6279 + 98.600 2.6274 + 106.50 2.296 + 114.42 2.1847 + 123.86 2.2017 + 131.41 2.274 + 140.84 2.2176 + 149.91 2.5098 +ENDDATA 21 +ENDSUBENT 33 +SUBENT F1135011 20111024 20120207 20120113 F043 +BIB 4 4 +REACTION (12-MG-25(P,INL)12-MG-25,PAR,DA) +SAMPLE The Mg target of 0.3 mg/cm2 thickness was used. +ERR-ANALYS (DATA-ERR) Error from the graphic bars +STATUS (CURVE) Fig.7 +ENDBIB 4 +COMMON 4 3 +EN E-LVL ANG-ERR-D ERR-DIG +MEV MEV ADEG MB/SR + 6.03 2.562 0.4599 0.0019 +ENDCOMMON 3 +DATA 3 18 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 29.771 0.66218 0.28518 + 35.417 0.60279 0.24439 + 45.205 0.50626 0.19259 + 55.381 0.45417 0.12341 + 59.152 0.44297 6.6427E-02 + 65.558 0.40579 0.12592 + 71.226 0.43529 6.6463E-02 + 74.627 0.45743 6.6528E-02 + 81.047 0.47580 7.4072E-02 + 84.824 0.49052 7.4081E-02 + 90.862 0.49038 0.10741 + 101.43 0.50865 9.2590E-02 + 107.09 0.48259 9.9892E-02 + 115.01 0.46389 4.8147E-02 + 124.82 0.47477 5.1850E-02 + 132.36 0.45978 4.0740E-02 + 141.03 0.40402 4.4456E-02 + 151.62 0.51118 5.9258E-02 +ENDDATA 20 +ENDSUBENT 33 +SUBENT F1135012 20111024 20120207 20120113 F043 +BIB 4 4 +REACTION (12-MG-25(P,INL)12-MG-25,PAR,DA) +SAMPLE The Mg target of 0.3 mg/cm2 thickness was used. +ERR-ANALYS (DATA-ERR) Error from the graphic bars +STATUS (CURVE) Fig.7 +ENDBIB 4 +COMMON 5 3 +EN E-LVL E-LVL ANG-ERR-D ERR-DIG +MEV MEV MEV ADEG MB/SR + 6.03 2.562 2.801 0.6465 0.0094 +ENDCOMMON 3 +DATA 3 15 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 31.320 2.9779 0.40128 + 36.233 3.5228 0.40236 + 41.513 3.2676 0.32727 + 50.948 3.412 0.43636 + 57.732 2.684 + 68.295 2.4283 0.50909 + 75.846 2.791 + 85.662 3.1536 + 95.849 3.007 + 107.55 3.1148 + 116.61 3.4774 + 125.29 3.4764 + 131.71 3.6211 + 141.52 3.6564 + 152.47 4.3097 +ENDDATA 17 +ENDSUBENT 30 +SUBENT F1135013 20111024 20120207 20120113 F043 +BIB 3 3 +REACTION (12-MG-25(P,INL)12-MG-25,PAR,DA) +SAMPLE The Mg target of 0.3 mg/cm2 thickness was used. +STATUS (CURVE) Fig.7 +ENDBIB 3 +COMMON 5 3 +EN E-LVL E-LVL ANG-ERR-D ERR-DIG +MEV MEV MEV ADEG MB/SR + 6.03 3.4 3.414 0.5901 0.002 +ENDCOMMON 3 +DATA 2 15 +ANG-CM DATA-CM +ADEG MB/SR + 28.421 2.7108 + 31.816 2.5953 + 35.967 2.5567 + 46.532 2.4988 + 57.854 2.6139 + 68.041 2.4021 + 76.343 2.4019 + 85.399 2.3440 + 95.211 2.4399 + 107.28 2.1511 + 115.59 2.2471 + 124.64 2.1699 + 131.81 2.2082 + 142.00 2.2657 + 152.57 2.2654 +ENDDATA 17 +ENDSUBENT 29 +SUBENT F1135014 20111024 20120207 20120113 F043 +BIB 4 4 +REACTION (12-MG-25(P,INL)12-MG-25,PAR,DA) +SAMPLE The Mg target of 0.3 mg/cm2 thickness was used. +ERR-ANALYS (DATA-ERR) Error from the graphic bars +STATUS (CURVE) Fig.7 +ENDBIB 4 +COMMON 5 3 +EN E-LVL E-LVL ANG-ERR-D ERR-DIG +MEV MEV MEV ADEG MB/SR + 6.03 3.905 3.97 0.4861 0.0025 +ENDCOMMON 3 +DATA 3 14 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 32.096 1.7289 0.22430 + 42.285 1.7101 0.11215 + 47.568 1.7475 0.17757 + 67.189 1.5138 8.4112E-02 + 76.245 1.3642 0.11234 + 82.283 1.4577 0.16822 + 86.434 1.3829 0.10280 + 96.624 1.6632 0.19626 + 107.94 1.5698 9.3458E-02 + 110.59 1.5324 0.10278 + 115.49 1.5604 8.4115E-02 + 125.68 1.5510 9.3461E-02 + 133.23 1.7846 8.4128E-02 + 152.1 1.7472 9.3449E-02 +ENDDATA 16 +ENDSUBENT 29 +SUBENT F1135015 20111024 20120207 20120113 F043 +BIB 4 4 +REACTION (12-MG-25(P,INL)12-MG-25,PAR,DA) +SAMPLE The Mg target of 0.3 mg/cm2 thickness was used. +ERR-ANALYS (DATA-ERR) Error from the graphic bars +STATUS (CURVE) Fig.7 +ENDBIB 4 +COMMON 4 3 +EN E-LVL ANG-ERR-D ERR-DIG +MEV MEV ADEG MB/SR + 6.03 4.057 0.1638 0.0012 +ENDCOMMON 3 +DATA 3 16 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 32.848 0.35496 0.16075 + 38.131 0.3512 4.4860E-02 + 43.034 0.31005 5.2336E-02 + 47.947 0.45956 0.11215 + 53.225 0.3586 5.6075E-02 + 62.287 0.45201 5.2342E-02 + 68.329 0.53422 4.8598E-02 + 77.766 0.6052 4.4856E-02 + 88.335 0.65749 4.8579E-02 + 98.143 0.59015 5.2338E-02 + 109.08 0.49663 6.3548E-02 + 116.25 0.56389 4.1121E-02 + 126.82 0.60122 3.7383E-02 + 133.62 0.60492 3.7379E-02 + 143.81 0.66842 3.7386E-02 + 155.51 0.7207 3.7391E-02 +ENDDATA 18 +ENDSUBENT 31 +ENDENTRY 15 diff --git a/exforall/F11/F1138.x4 b/exforall/F11/F1138.x4 new file mode 100644 index 000000000..10e6f877e --- /dev/null +++ b/exforall/F11/F1138.x4 @@ -0,0 +1,464 @@ +ENTRY F1138 20111025 20120207 20120113 F043 +SUBENT F1138001 20111025 20120207 20120113 F043 +BIB 11 18 +TITLE Scattering of alpha particles with the energy of 24 MeV + on B-10 and B-11 nuclei. +AUTHOR (A.E.Denisov,R.P.Kolalis,V.S.Sadkovsky,G.A.Feofilov) +INSTITUTE (4RUSSUL) +REFERENCE (J,YF,24,249,1976) + (J,SNP,24,129,1977) English translation +FACILITY (CYCLO,4RUSSUL) U-120 +DETECTOR (SOLST) The semiconductor detector was used. +MONITOR (6-C-12(A,EL)6-C-12,,DA) +MONIT-REF (F0867002,G.A.Feofilov+,J,IZV,38,2591,1974) +SAMPLE Self-supporting boron films of natural isotopes + composition (80.4% B-11 and 19.6% B), and enriched to + 83.9% B-10. +ERR-ANALYS (ERR-SYS) Absolute error + (ANG-ERR-D) Angle digitizing error + (ERR-DIG) Data digitizing error + (DATA-ERR) Error from the graphic bars +HISTORY (20111025C) +ENDBIB 18 +COMMON 4 3 +EN ANG-RSL EN-RSL ERR-SYS +MEV ADEG KEV PER-CENT + 24. 2. 250. 35. +ENDCOMMON 3 +ENDSUBENT 25 +SUBENT F1138002 20111025 20120207 20120113 F043 +BIB 2 2 +REACTION (5-B-10(A,EL)5-B-10,,DA) +STATUS (CURVE) FIG.1(a) +ENDBIB 2 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG PER-CENT + 0.2164 0.003 +ENDCOMMON 3 +DATA 3 52 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 41.418 87.011 9.1202 + 45.854 56.126 4.6590 + 52.621 17.489 1.2639 + 55.788 14.047 1.0151 + 58.728 31.186 2.5887 + 62.103 29.970 2.4878 + 65.690 26.070 2.4469 + 68.437 19.723 1.4253 + 71.391 17.501 1.4528 + 74.767 15.843 1.1449 + 77.722 13.375 0.96656 + 80.461 16.005 0.98642 + 82.991 16.993 1.2280 + 86.155 16.168 1.3421 + 88.896 16.828 1.2161 + 91.638 16.830 1.2162 + 94.590 16.831 1.0374 + 97.333 15.543 1.1232 + 100.08 13.930 1.1563 + 103.45 12.117 0.87568 + 105.56 10.860 1.0193 + 108.52 9.7328 0.91352 + 111.05 10.437 0.75427 + 113.37 12.121 1.0062 + 115.69 11.082 1.1616 + 118.01 11.766 1.4951 + 120.32 15.712 1.3042 + 122.64 15.250 1.2659 + 125.17 13.532 1.5681 + 127.49 12.747 1.0582 + 129.82 10.869 1.1393 + 131.93 10.870 1.1394 + 134.04 10.240 1.0733 + 135.93 11.892 1.2465 + 138.04 12.501 1.0377 + 139.51 14.958 1.0810 + 141.20 15.723 1.3052 + 143.52 16.041 1.3316 + 145.63 15.570 1.2925 + 149.43 13.145 0.81015 + 151.12 12.018 0.99758 + 152.80 12.139 1.0076 + 154.49 9.6524 0.90596 + 155.76 10.771 1.0110 + 157.44 11.436 1.0734 + 159.13 10.666 0.88537 + 161.02 15.120 1.4191 + 164.39 25.141 2.9134 + 167.76 38.216 4.4287 + 170.28 62.289 5.3447 + 171.55 62.916 4.5468 + 173.65 65.480 6.1459 +ENDDATA 54 +ENDSUBENT 65 +SUBENT F1138003 20111025 20120207 20120113 F043 +BIB 2 2 +REACTION (5-B-11(A,EL)5-B-11,,DA) +STATUS (CURVE) Fig.1(b) +ENDBIB 2 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG PER-CENT + 0.1162 0.003 +ENDCOMMON 3 +DATA 3 46 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 40.860 86.929 10.143 + 44.037 38.187 3.1914 + 50.808 9.5656 0.69596 + 57.121 22.002 2.0792 + 59.862 23.605 2.2307 + 63.459 11.013 0.80128 + 66.428 3.9584 0.28801 + 69.177 2.5459 0.21277 + 72.340 2.4956 0.31929 + 75.491 5.5694 0.52630 + 77.808 6.8075 0.49529 + 81.181 7.4517 0.46236 + 83.922 7.7576 0.56441 + 87.084 8.1576 0.59352 + 89.614 8.4924 0.61788 + 92.144 9.203 0.76913 + 94.674 9.6773 0.80874 + 97.205 9.5816 0.80075 + 101.00 7.7624 0.56476 + 102.90 6.9517 0.58098 + 106.07 6.9525 0.43138 + 108.17 7.7644 0.64890 + 110.70 9.2092 0.76964 + 115.34 9.3974 0.78537 + 118.08 12.699 1.0613 + 120.40 11.958 0.99738 + 122.30 9.8833 0.71907 + 124.83 8.6756 0.63120 + 126.95 6.7515 0.49121 + 129.69 5.9265 0.49530 + 131.38 4.7529 0.39722 + 134.33 5.9872 0.43561 + 136.01 6.8906 0.57587 + 138.12 7.467 0.70563 + 140.02 7.1737 0.67792 + 141.50 6.8231 0.57023 + 143.61 6.0496 0.50549 + 150.99 7.0340 0.58786 + 153.10 7.5463 0.63067 + 154.78 7.5468 0.63071 + 160.06 6.7595 0.63877 + 163.43 5.7003 0.66513 + 166.81 4.5262 0.52813 + 169.55 5.0548 0.88020 + 171.66 4.8563 0.67657 + 173.77 4.4373 1.0407 +ENDDATA 48 +ENDSUBENT 59 +SUBENT F1138004 20111025 20120207 20120113 F043 +BIB 2 2 +REACTION (5-B-10(A,INL)5-B-10,PAR,DA) +STATUS (CURVE) Fig.2 +ENDBIB 2 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG MB/SR + 0.1992 0.0166 +ENDCOMMON 3 +DATA 4 55 +E-LVL ANG-CM DATA-CM DATA-ERR +MEV ADEG MB/SR MB/SR + 0.717 51.458 2.0693 + 0.717 54.492 1.7246 + 0.717 56.85 2.3108 + 0.717 60.895 2.2419 + 0.717 63.929 2.104 0.27586 + 0.717 67.3 2.0006 + 0.717 70.335 1.7248 + 0.717 73.368 1.5525 0.27579 + 0.717 76.74 1.0353 + 0.717 79.1 0.8974 + 0.717 83.144 1.5181 0.24138 + 0.717 85.504 1.3458 + 0.717 88.875 1.2769 + 0.717 91.234 1.3459 + 0.717 94.268 1.3114 + 0.717 96.965 1.0701 + 0.717 99.323 1.7598 + 0.717 102.36 1.553 + 0.717 104.04 2.0702 + 0.717 107.08 2.2772 0.27591 + 0.717 126.29 2.0016 0.58621 + 0.717 132.69 3.6914 0.65517 + 0.717 136.06 4.7604 0.75862 + 0.717 142.46 5.0709 0.75849 + 3.59 63.195 2.4108 0.5614 + 3.59 67.542 2.0235 0.2807 + 3.59 70.264 3.4963 0.66687 + 3.59 81.955 2.0191 0.52632 + 3.59 85.976 1.9828 0.5614 + 3.59 88.347 2.8592 0.38596 + 3.59 91.687 2.4371 0.31579 + 3.59 94.705 2.4713 0.35084 + 3.59 97.721 2.4353 0.3158 + 3.59 100.39 2.1538 0.35075 + 3.59 102.39 1.5567 0.59649 + 3.59 105.76 2.117 0.2807 + 3.59 108.11 2.2216 0.24561 + 3.59 110.13 2.5719 0.35091 + 3.59 125.2 2.1111 0.28069 + 3.59 128.2 1.7242 0.31582 + 3.59 130.89 1.7585 0.2807 + 3.59 140. 4.1767 0.38587 + 3.59 150.71 3.3664 1.0526 + 4.77 67.353 1.7122 0.41374 + 4.77 73.446 2.5378 0.31033 + 4.77 77.464 1.64 0.37929 + 4.77 80.823 1.2596 0.34481 + 4.77 84.196 1.3275 0.31041 + 4.77 86.554 1.2923 0.27585 + 4.77 89.592 1.4293 0.3449 + 4.77 92.618 1.1869 0.31048 + 4.77 95.988 1.1514 0.34479 + 4.77 98.339 0.8748 0.41383 + 4.77 101.7 0.5979 0.34481 + 4.77 104.76 1.321 0.3793 +ENDDATA 57 +ENDSUBENT 68 +SUBENT F1138005 20111025 20120207 20120113 F043 +BIB 2 2 +REACTION (5-B-10(A,INL)5-B-10,PAR,DA) +STATUS (CURVE) Fig.2 +ENDBIB 2 +COMMON 3 3 +E-LVL ANG-ERR-D ERR-DIG +MEV ADEG MB/SR + 2.15 0.1989 0.0017 +ENDCOMMON 3 +DATA 3 13 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 51.082 0.92460 9.1228E-02 + 55.453 0.86496 0.10526 + 65.537 0.86147 0.10877 + 68.902 0.64393 0.10883 + 71.926 0.71762 4.9123E-02 + 74.612 0.90359 9.8246E-02 + 81.203 0.8229 0.10175 + 84.359 0.92466 9.8246E-02 + 87.389 0.64748 9.1231E-02 + 90.415 0.59836 9.4737E-02 + 93.107 0.45801 8.0702E-02 + 98.486 0.4089 0.17895 + 106.210 0.53523 0.14035 +ENDDATA 15 +ENDSUBENT 26 +SUBENT F1138006 20111025 20120207 20120113 F043 +BIB 2 2 +REACTION (5-B-10(A,INL)5-B-10,PAR,DA) +STATUS (CURVE) Fig.2 +ENDBIB 2 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG MB/SR + 0.1156 0.0022 +ENDCOMMON 3 +DATA 5 29 +E-LVL E-LVL ANG-CM DATA-CM DATA-ERR +MEV MEV ADEG MB/SR MB/SR + 5.11 5.18 53.523 3.6897 0.75862 + 5.11 5.18 55.643 2.7241 0.55172 + 5.11 5.18 60.136 1.5862 0.41379 + 5.11 5.18 62.034 1.5862 0.41380 + 5.11 5.18 64.49 1.7931 0.44828 + 5.11 5.18 66.784 1.4828 0.37931 + 5.11 5.18 69.428 1.3448 0.41383 + 5.11 5.18 71.619 1.3448 0.41369 + 5.11 5.18 74.454 0.93103 0.34483 + 5.11 5.18 76.804 2.0345 0.31034 + 5.11 5.18 79.227 2.5172 0.37942 + 5.11 5.18 81.095 1.3448 0.34491 + 5.11 5.18 84.306 2.0057 0.41384 + 5.11 5.18 111.94 3.7586 0.68966 + 5.92 6.04 55.169 13.064 1.0058 + 5.92 6.04 62.247 12.543 1.1435 + 5.92 6.04 65.281 10.150 0.86705 + 5.92 6.04 68.652 8.9364 0.65896 + 5.92 6.04 72.022 8.9017 1.0405 + 5.92 6.04 76.067 9.4913 0.48542 + 5.92 6.04 78.764 11.017 0.52023 + 5.92 6.04 84.831 12.023 1.0061 + 5.92 6.04 88.202 10.983 0.97110 + 5.92 6.04 91.573 10.046 0.90181 + 5.92 6.04 94.944 9.8035 0.62428 + 5.92 6.04 97.64 9.0751 0.62430 + 5.92 6.04 100. 9.6301 0.55491 + 5.92 6.04 103.03 8.5896 0.90173 + 5.92 6.04 106.74 8.5549 0.97123 +ENDDATA 31 +ENDSUBENT 42 +SUBENT F1138007 20111025 20120207 20120113 F043 +BIB 2 2 +REACTION (5-B-11(A,INL)5-B-11,PAR,DA) +STATUS (CURVE) Fig.3 +ENDBIB 2 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG MB/SR + 0.1504 0.0083 +ENDCOMMON 3 +DATA 4 65 +E-LVL ANG-CM DATA-CM DATA-ERR +MEV ADEG MB/SR MB/SR + 2.12 53.537 1.5175 0.30857 + 2.12 56.922 1.9285 0.30861 + 2.12 59.286 1.7911 0.34286 + 2.12 61.989 1.6193 0.34285 + 2.12 66.046 1.6875 + 2.12 68.415 1.9615 + 2.12 71.796 1.9954 + 2.12 74.496 1.6179 + 2.12 77.874 1.4461 + 2.12 81.592 1.4114 + 2.12 84.294 1.2396 + 2.12 87.001 1.445 + 2.12 89.033 1.7877 + 2.12 92.416 2.0615 + 2.12 95.46 2.2326 + 2.12 98.502 2.198 + 2.12 101.88 2.1633 + 2.12 103.57 1.9231 + 2.12 105.94 2.1628 0.30857 + 2.12 108.3 1.614 0.48012 + 2.12 125.88 1.6463 0.41143 + 2.12 127.89 0.7546 0.44571 + 2.12 133.65 1.9539 0.41152 + 2.12 135.7 3.2223 0.51428 + 2.12 138.4 3.1534 0.41139 + 2.12 140.42 2.536 0.61714 + 2.12 141.45 3.4616 0.65142 + 2.12 144.13 2.0899 0.75428 + 2.12 167.49 5.2414 0.72015 + 2.12 170.23 7.8468 1.40570 + 4.44 53.611 2.7989 0.38261 + 4.44 61.428 2.4854 0.38259 + 4.44 67.554 3.8764 0.41739 + 4.44 77.416 4.6759 0.38256 + 4.44 80.476 4.7801 0.38257 + 4.44 83.535 4.6408 0.38249 + 4.44 87.616 4.9537 0.34783 + 4.44 90.336 5.0579 0.59130 + 4.44 92.716 5.1969 0.27826 + 4.44 95.437 5.4055 0.31304 + 4.44 98.157 5.5444 0.34783 + 4.44 100.88 5.5791 0.41742 + 4.44 106.65 4.9527 0.48696 + 4.44 109.03 4.8482 0.48687 + 4.44 112.09 4.7785 0.52174 + 4.44 116.84 3.5957 0.73043 + 4.44 119.22 2.413 0.52169 + 4.44 122.28 2.4128 0.73043 + 4.44 123.99 4.2562 0.48679 + 4.44 127.38 3.3169 0.34783 + 4.44 129.08 2.4125 0.52165 + 4.44 131.8 2.2384 0.41739 + 4.44 137.26 7.1077 0.62609 + 4.44 139.64 7.0728 0.59129 + 4.44 141.34 7.4205 0.55652 + 4.44 143.38 8.4987 0.93915 + 4.44 144.74 7.0725 0.97391 + 4.44 147.46 7.3507 0.97389 + 4.44 150.87 9.0896 0.62609 + 4.44 152.9 8.3243 0.76525 + 4.44 159.02 8.6023 0.73043 + 4.44 164.81 9.7498 0.86957 + 4.44 166.51 11.593 1.25220 + 4.44 170.26 12.219 1.25190 + 4.44 175.37 14.897 1.66960 +ENDDATA 67 +ENDSUBENT 78 +SUBENT F1138008 20111025 20120207 20120113 F043 +BIB 2 2 +REACTION (5-B-11(A,INL)5-B-11,PAR,DA) +STATUS (CURVE) Fig.3 +ENDBIB 2 +COMMON 3 3 +E-LVL ANG-ERR-D ERR-DIG +MEV ADEG MB/SR + 5.03 0.0842 0.0084 +ENDCOMMON 3 +DATA 3 36 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 62.732 2.7106 1.0345 + 66.464 3.1959 0.62068 + 69.869 2.8533 0.62071 + 72.928 2.8554 0.89653 + 76.679 2.1682 0.55171 + 79.733 2.5151 0.48275 + 82.800 2.0344 0.48269 + 85.165 2.9325 + 88.227 2.7966 + 91.625 2.8678 + 98.086 2.7342 + 102.18 1.9783 + 105.58 1.9116 + 108.65 1.4309 + 110.34 1.6389 + 115.76 2.677 0.62075 + 118.50 1.5754 0.82757 + 120.87 2.0597 0.62059 + 123.58 2.958 0.48260 + 125.29 2.2006 0.41379 + 127.66 2.547 0.48270 + 130.05 2.3417 0.55171 + 136.78 6.6909 0.62073 + 139.14 7.796 0.82757 + 140.83 8.2798 0.75861 + 142.86 8.557 0.82761 + 144.60 6.5582 1.1724 + 146.98 6.5598 0.96548 + 150.06 5.0446 0.75857 + 151.74 6.494 0.89653 + 158.88 6.2229 1.1724 + 163.32 4.7776 1.3105 + 166.65 9.0556 1.5862 + 169.35 10.575 1.5172 + 171.75 9.4039 1.6551 + 173.75 11.336 2.0015 +ENDDATA 38 +ENDSUBENT 49 +SUBENT F1138009 20111025 20120207 20120113 F043 +BIB 2 2 +REACTION (5-B-11(A,INL)5-B-11,PAR,DA) +STATUS (CURVE) Fig.3 +ENDBIB 2 +COMMON 4 3 +E-LVL E-LVL ANG-ERR-D ERR-DIG +MEV MEV ADEG MB/SR + 6.74 6.79 0.1567 0.0081 +ENDCOMMON 3 +DATA 3 19 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 57.016 6.9037 0.83045 + 69.924 3.5112 0.62284 + 77.411 6.3478 0.62276 + 80.813 7.3162 0.69204 + 83.191 6.6931 0.62280 + 85.232 7.385 0.76124 + 89.650 6.7616 0.76119 + 93.048 6.2768 0.62290 + 96.106 5.8612 0.55363 + 99.165 5.3765 1.0381 + 101.88 5.0994 0.96886 + 129.42 6.5496 0.89965 + 132.49 8.2101 1.0381 + 164.81 19.833 1.9377 + 167.89 25.438 2.3529 + 170.26 22.254 2.2837 + 172.99 25.576 2.4221 + 175.03 27.79 2.3529 + 176.06 31.735 2.6990 +ENDDATA 21 +ENDSUBENT 32 +ENDENTRY 9 diff --git a/exforall/F11/F1144.x4 b/exforall/F11/F1144.x4 new file mode 100644 index 000000000..70f085f34 --- /dev/null +++ b/exforall/F11/F1144.x4 @@ -0,0 +1,466 @@ +ENTRY F1144 20111122 20120207 20120113 F043 +SUBENT F1144001 20111122 20120207 20120113 F043 +BIB 9 16 +TITLE Elastic and inelastic scattering of 6 MeV protons by + even isotopes of chromium. +AUTHOR (A.E.Antropov,P.P.Zarubin,P.D.Ioannu,B.N.Orlov, + V.S.Romanov) +INSTITUTE (4RUSSUL) +REFERENCE (J,IZV,35,2355,1971) + (J,BAS,35,2136,1972) English translation +FACILITY (CYCLO,4RUSSUL) U-120 cyclotron. +DETECTOR (SOLST,MAGSP) Solid-state detector and magnetic + spectrometer were used. +SAMPLE Self-supporting foils of enriched Cr isotopes. +ERR-ANALYS (ERR-SYS) Absolute error + (ANG-ERR-D) Angle digitizing error + (ERR-DIG) Data digitizing error + (DATA-ERR) Error from the graphic bars +HISTORY (20111122C) +ENDBIB 16 +COMMON 2 3 +EN ERR-SYS +MEV PER-CENT + 6. 15. +ENDCOMMON 3 +ENDSUBENT 23 +SUBENT F1144002 20111122 20120207 20120113 F043 +BIB 3 5 +REACTION (24-CR-50(P,EL)24-CR-50,,DA,,RTH) +SAMPLE Self-supporting Cr-50 foils with the thickness of + 0.35 mg/cm2 were used. Isotopic composition was Cr-50 + (90.5%), Cr-52 (8.5%), Cr-53(0.8%) and Cr-54 (0.2%). +STATUS (CURVE) Fig.2 +ENDBIB 5 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG NO-DIM + 0.2376 0.0016 +ENDCOMMON 3 +DATA 3 20 +ANG-CM DATA DATA-ERR +ADEG NO-DIM NO-DIM + 27.358 0.99442 7.1856E-02 + 33.346 0.94062 5.3892E-02 + 37.517 1.0365 5.9881E-02 + 46.444 1.324 8.3832E-02 + 52.467 1.0427 5.9878E-02 + 60.858 0.91709 5.9884E-02 + 68.053 0.79145 5.9880E-02 + 74.646 0.69574 5.3879E-02 + 81.829 0.64795 5.9886E-02 + 87.827 0.52828 4.7904E-02 + 96.202 0.51044 5.9887E-02 + 104.57 0.52254 5.3893E-02 + 111.72 0.68433 6.5868E-02 + 118.88 0.81617 5.9889E-02 + 125.44 0.94202 4.7905E-02 + 133.2 1.026 5.9873E-02 + 141.55 1.1997 4.7901E-02 + 148.11 1.2897 4.7912E-02 + 155.26 1.4335 5.3891E-02 + 161.26 1.3438 5.3895E-02 +ENDDATA 22 +ENDSUBENT 36 +SUBENT F1144003 20111122 20120207 20120113 F043 +BIB 3 5 +REACTION (24-CR-50(P,INL)24-CR-50,PAR,DA) +SAMPLE Self-supporting Cr-50 foils with the thickness of + 0.35 mg/cm2 were used. Isotopic composition was Cr-50 + (90.5%), Cr-52 (8.5%), Cr-53(0.8%) and Cr-54 (0.2%). +STATUS (CURVE) Fig.2 +ENDBIB 5 +COMMON 3 3 +E-LVL ANG-ERR-D ERR-DIG +MEV ADEG MB/SR + 0.782 0.3864 0.0143 +ENDCOMMON 3 +DATA 3 18 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 36.075 12.384 1.0511 + 43.217 14.78 1.1095 + 51.628 12.095 0.93432 + 60.021 10.636 0.81753 + 67.807 9.8194 0.75913 + 75.595 8.8278 0.75903 + 80.97 9.2957 0.70074 + 89.342 9.3552 0.75912 + 96.508 10.057 0.58395 + 104.9 8.5398 0.75916 + 111.44 11.11 0.70075 + 119.25 8.6586 0.75917 + 126.43 8.8348 0.64234 + 132.38 10.763 0.70071 + 140.14 11.523 0.70078 + 147.91 11.816 0.75918 + 154.49 11.875 0.64232 + 159.86 12.285 0.70069 +ENDDATA 20 +ENDSUBENT 34 +SUBENT F1144004 20111122 20120207 20120113 F043 +BIB 3 5 +REACTION (24-CR-50(P,INL)24-CR-50,PAR,DA) +SAMPLE Self-supporting Cr-50 foils with the thickness of + 0.35 mg/cm2 were used. Isotopic composition was Cr-50 + (90.5%), Cr-52 (8.5%), Cr-53(0.8%) and Cr-54 (0.2%). +STATUS (CURVE) Fig.2 +ENDBIB 5 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG MB/SR + 0.5495 0.0021 +ENDCOMMON 3 +DATA 4 50 +E-LVL ANG-CM DATA-CM DATA-ERR +MEV ADEG MB/SR MB/SR + 1.900 46.516 2.6635 0.21739 + 1.900 52.610 2.3013 0.18841 + 1.900 61.132 2.0551 0.17392 + 1.900 68.447 1.577 0.21739 + 1.900 75.136 1.5771 0.17389 + 1.900 81.202 1.9975 0.15942 + 1.900 89.113 1.8527 0.1594 + 1.900 97.623 1.9544 0.18839 + 1.900 105.54 1.6792 0.1739 + 1.900 113.43 2.0851 0.17385 + 1.900 127.43 1.7956 0.15941 + 1.900 134.10 2.216 0.15939 + 1.900 142.62 2.1002 0.15938 + 1.900 150.52 2.1584 0.17387 + 1.900 156.61 2.057 0.15945 + 1.900 162.69 2.0861 0.15944 + 2.940 37.094 1.5075 0.22388 + 2.940 46.216 1.9552 0.19403 + 2.940 52.297 1.5373 0.19402 + 2.940 60.202 1.3284 0.20896 + 2.940 68.108 1.5075 0.16418 + 2.940 74.797 1.3284 0.16419 + 2.940 80.878 1.5821 0.14925 + 2.940 88.175 1.4627 0.1791 + 2.940 96.689 1.5224 0.16415 + 2.940 104.59 1.3582 0.1642 + 2.940 111.28 1.4478 0.14927 + 2.940 124.66 1.5821 0.13431 + 2.940 133.78 1.6119 0.13435 + 2.940 141.69 1.597 0.17912 + 2.940 148.38 1.5224 0.14923 + 2.940 155.07 1.5373 0.13432 + 2.940 162.36 1.7313 0.14921 + 3.180 36.460 1.607 0.2029 + 3.180 44.361 1.839 0.27536 + 3.180 60.183 1.187 0.20289 + 3.180 66.873 1.1291 0.17391 + 3.180 74.170 1.1726 0.17387 + 3.180 80.856 1.3176 0.1884 + 3.180 87.547 1.2307 0.15942 + 3.180 96.060 1.2888 0.14493 + 3.180 102.75 1.057 0.1594 + 3.180 111.87 1.2165 0.15943 + 3.180 125.85 1.4195 0.17385 + 3.180 132.54 1.6225 0.15939 + 3.180 134.37 1.2457 0.15936 + 3.180 140.45 1.3762 0.18839 + 3.180 147.75 1.4198 0.17384 + 3.180 155.05 1.3184 0.15945 + 3.180 160.52 1.3184 0.15946 +ENDDATA 52 +ENDSUBENT 66 +SUBENT F1144005 20111122 20120207 20120113 F043 +BIB 3 5 +REACTION (24-CR-52(P,EL)24-CR-52,,DA,,RTH) +SAMPLE Self-supporting Cr-52 foils with the thickness of + 0.20 mg/cm2 were used. Isotopic composition was + Cr-52 (98.6%), Cr-53(1.3%) and Cr-54 (0.1%). +STATUS (CURVE) Fig.3 +ENDBIB 5 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG NO-DIM + 0.2124 0.0024 +ENDCOMMON 3 +DATA 3 21 +ANG-CM DATA DATA-ERR +ADEG NO-DIM NO-DIM + 27.317 1.0598 7.8946E-02 + 32.486 0.84941 8.5525E-02 + 38.21 1.0403 7.8949E-02 + 45.264 1.0076 5.2631E-02 + 52.941 1.0538 5.9210E-02 + 60.666 0.87637 5.2629E-02 + 67.716 0.85679 5.9213E-02 + 74.145 0.75168 5.9216E-02 + 79.925 0.67944 5.9208E-02 + 87.633 0.58093 5.2634E-02 + 95.324 0.56137 5.9215E-02 + 104.27 0.6471 + 112.57 0.79202 + 118.32 0.88426 + 125.98 1.0094 + 133.64 1.1346 + 134.26 1.2267 + 141.92 1.3453 + 149.57 1.4836 + 155.96 1.5627 + 163. 1.6221 +ENDDATA 23 +ENDSUBENT 37 +SUBENT F1144006 20111122 20120207 20120113 F043 +BIB 3 5 +REACTION (24-CR-52(P,INL)24-CR-52,PAR,DA) +SAMPLE Self-supporting Cr-52 foils with the thickness of + 0.20 mg/cm2 were used. Isotopic composition was + Cr-52 (98.6%), Cr-53(1.3%) and Cr-54 (0.1%). +STATUS (CURVE) Fig.3 +ENDBIB 5 +COMMON 3 3 +E-LVL ANG-ERR-D ERR-DIG +MEV ADEG MB/SR + 1.434 0.6739 0.0135 +ENDCOMMON 3 +DATA 3 17 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 46.720 6.76 0.42623 + 55.013 7.4496 0.39342 + 63.379 6.6638 0.36065 + 70.419 6.7959 0.36066 + 77.457 6.9607 0.39345 + 83.226 6.8959 0.39344 + 90.288 6.569 0.36061 + 99.266 6.3734 0.36059 + 108.26 5.85 0.39340 + 115.93 6.1789 0.32787 + 121.68 6.5731 0.32785 + 129.37 6.3773 0.32790 + 135.15 6.083 0.26231 + 144.12 6.0842 0.32784 + 151.12 6.9703 0.26235 + 158.81 6.873 0.36060 + 164.58 6.7754 0.32792 +ENDDATA 19 +ENDSUBENT 33 +SUBENT F1144007 20111122 20120207 20120113 F043 +BIB 3 5 +REACTION (24-CR-52(P,INL)24-CR-52,PAR,DA) +SAMPLE Self-supporting Cr-52 foils with the thickness of + 0.20 mg/cm2 were used. Isotopic composition was + Cr-52 (98.6%), Cr-53(1.3%) and Cr-54 (0.1%). +STATUS (CURVE) Fig.3 +ENDBIB 5 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG MB/SR + 0.773 0.0051 +ENDCOMMON 3 +DATA 4 32 +E-LVL ANG-CM DATA-CM DATA-ERR +MEV ADEG MB/SR MB/SR + 2.369 56.632 0.86856 7.6803E-02 + 2.369 65.582 0.94558 7.6812E-02 + 2.369 72.676 0.74734 7.6810E-02 + 2.369 79.729 0.72191 5.7602E-02 + 2.369 85.475 0.79885 7.6809E-02 + 2.369 91.912 0.671 7.0403E-02 + 2.369 101.52 0.68404 7.6815E-02 + 2.369 108.57 0.65861 6.4013E-02 + 2.369 116.91 0.58841 5.7614E-02 + 2.369 123.31 0.63976 7.6821E-02 + 2.369 131.04 0.43514 8.3203E-02 + 2.369 137.41 0.5953 7.0420E-02 + 2.369 145.12 0.51869 7.6817E-02 + 2.369 152.15 0.58286 7.0409E-02 + 2.369 159.21 0.52543 7.6821E-02 + 2.369 165.6 0.58959 7.0416E-02 + 2.965 51.206 1.5432 6.5378E-02 + 2.965 57.102 1.3233 8.0126E-02 + 2.965 65.602 1.0835 8.1328E-02 + 2.965 72.099 1.0904 7.3425E-02 + 2.965 79.241 1.1172 7.2149E-02 + 2.965 85.095 1.0907 8.4516E-02 + 2.965 92.255 1.0375 6.3287E-02 + 2.965 101.36 1.0244 6.4329E-02 + 2.965 108.52 0.96452 8.1275E-02 + 2.965 117.64 0.82473 8.3568E-02 + 2.965 129.98 0.88502 6.4127E-02 + 2.965 137.77 0.9252 6.3745E-02 + 2.965 146.2 0.97206 8.2910E-02 + 2.965 152.07 0.90553 6.0453E-02 + 2.965 158.6 0.77234 7.3280E-02 + 2.965 165.72 0.88584 7.5173E-02 +ENDDATA 34 +ENDSUBENT 48 +SUBENT F1144008 20111122 20120207 20120113 F043 +BIB 3 5 +REACTION (24-CR-52(P,INL)24-CR-52,PAR,DA) +SAMPLE Self-supporting Cr-52 foils with the thickness of + 0.20 mg/cm2 were used. Isotopic composition was + Cr-52 (98.6%), Cr-53(1.3%) and Cr-54 (0.1%). +STATUS (CURVE) Fig.3 +ENDBIB 5 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG MB/SR + 0.4317 0.0028 +ENDCOMMON 3 +DATA 5 48 +E-LVL E-LVL ANG-CM DATA-CM DATA-ERR +MEV MEV ADEG MB/SR MB/SR + 2.648 2.767 58.63 1.3319 9.6778E-02 + 2.648 2.767 67.07 1.3643 0.10968 + 2.648 2.767 73.663 0.99673 9.6780E-02 + 2.648 2.767 81.438 1.0873 9.6775E-02 + 2.648 2.767 87.909 1.1907 9.6769E-02 + 2.648 2.767 93.772 1.1327 7.7423E-02 + 2.648 2.767 101.6 1.0297 9.0326E-02 + 2.648 2.767 110.71 0.96542 8.3870E-02 + 2.648 2.767 118.5 1.0043 8.3873E-02 + 2.648 2.767 126.28 1.082 9.0326E-02 + 2.648 2.767 132.82 0.91437 7.0971E-02 + 2.648 2.767 139.3 0.98551 7.7425E-02 + 2.648 2.767 139.88 1.2371 7.7412E-02 + 2.648 2.767 148.96 1.3019 7.7419E-02 + 2.648 2.767 155.5 1.1601 8.3878E-02 + 2.648 2.767 162.67 1.0571 8.3876E-02 + 2.648 2.767 168.48 1.2314 8.3867E-02 + 3.113 3.161 48.308 1.5902 0.18654 + 3.113 3.161 62.716 1.0172 0.11240 + 3.113 3.161 69.24 0.88395 0.12561 + 3.113 3.161 76.366 0.99743 9.8376E-02 + 3.113 3.161 82.226 0.93755 8.1735E-02 + 3.113 3.161 88.73 0.91102 7.3452E-02 + 3.113 3.161 97.188 0.85786 7.4237E-02 + 3.113 3.161 106.28 0.89805 7.9189E-02 + 3.113 3.161 112.79 0.83152 9.2621E-02 + 3.113 3.161 119.9 1.005 8.6125E-02 + 3.113 3.161 126.41 0.94513 8.7215E-02 + 3.113 3.161 134.22 0.91196 7.6280E-02 + 3.113 3.161 142.67 0.89213 7.1713E-02 + 3.113 3.161 149.81 0.90561 7.5219E-02 + 3.113 3.161 157.62 0.8791 7.8105E-02 + 3.113 3.161 162.8 0.94588 7.9348E-02 + 3.432 3.440 53.063 0.49007 4.9180E-02 + 3.432 3.440 61.556 0.39181 5.2459E-02 + 3.432 3.440 68.095 0.30336 5.9016E-02 + 3.432 3.440 75.216 0.36246 4.9183E-02 + 3.432 3.440 81.076 0.3363 4.7176E-02 + 3.432 3.440 88.22 0.34622 4.5902E-02 + 3.432 3.440 96.687 0.3037 5.5738E-02 + 3.432 3.440 105.1 0.38576 6.2195E-02 + 3.432 3.440 112.89 0.39241 8.1967E-02 + 3.432 3.440 125.25 0.35977 3.6056E-02 + 3.432 3.440 133.69 0.3861 3.6071E-02 + 3.432 3.440 141.48 0.40914 5.9013E-02 + 3.432 3.440 149.9 0.46498 3.6038E-02 + 3.432 3.440 153.86 0.33716 5.2325E-02 + 3.432 3.440 161. 0.3438 5.4726E-02 +ENDDATA 50 +ENDSUBENT 64 +SUBENT F1144009 20111122 20120207 20120113 F043 +BIB 3 5 +REACTION (24-CR-54(P,EL)24-CR-54,,DA,,RTH) +SAMPLE Self-supporting Cr-54 foils with the thickness of + 0.41 mg/cm2 were used. Isotopic composition was Cr-50 + (0.6%), Cr-52 (10.8%), Cr-53(10.0%) and Cr-54 (78.6%). +STATUS (CURVE) Fig.4 +ENDBIB 5 +COMMON 2 3 +ANG-ERR-D ERR-DIG +ADEG NO-DIM + 0.4143 0.0021 +ENDCOMMON 3 +DATA 3 19 +ANG-CM DATA DATA-ERR +ADEG NO-DIM NO-DIM + 30.773 0.97059 2.7499E-02 + 42.958 0.98334 3.7498E-02 + 50.738 1.016 3.6789E-02 + 59.616 0.89118 3.9768E-02 + 64.082 0.79378 4.4978E-02 + 68.002 0.77136 4.2498E-02 + 71.491 0.67644 3.4968E-02 + 80.847 0.56413 2.7495E-02 + 85.296 0.48922 2.9786E-02 + 94.072 0.4944 2.9634E-02 + 101.35 0.54205 4.2468E-02 + 108.14 0.59469 3.7498E-02 + 115.89 0.66235 2.7628E-02 + 122.22 0.68247 2.4964E-02 + 131.94 0.72767 3.4743E-02 + 137.32 0.71278 3.2498E-02 + 144.19 0.65293 3.8751E-02 + 152.51 0.6181 3.7475E-02 + 159.37 0.57824 2.8396E-02 +ENDDATA 21 +ENDSUBENT 35 +SUBENT F1144010 20111122 20120207 20120113 F043 +BIB 3 5 +REACTION (24-CR-54(P,INL)24-CR-54,PAR,DA) +SAMPLE Self-supporting Cr-54 foils with the thickness of + 0.41 mg/cm2 were used. Isotopic composition was Cr-50 + (0.6%), Cr-52 (10.8%), Cr-53(10.0%) and Cr-54 (78.6%). +STATUS (CURVE) Fig.4 +ENDBIB 5 +COMMON 3 3 +E-LVL ANG-ERR-D ERR-DIG +MEV ADEG MB/SR + 0.835 0.2662 0.0098 +ENDCOMMON 3 +DATA 3 17 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 46.478 4.0407 0.81529 + 52.246 3.6334 0.50956 + 58.495 3.2261 0.35649 + 66.195 2.2074 0.30573 + 72.92 1.953 0.35670 + 81.077 2.1063 0.33121 + 86.37 1.4697 0.38217 + 94.052 1.3682 0.30573 + 104.13 1.6745 0.35648 + 109.89 1.2162 0.43412 + 118.04 1.981 0.58587 + 121.89 1.4207 0.71328 + 131. 2.0072 0.53504 + 137.73 1.4726 0.45860 + 144.45 1.6513 0.50956 + 151.15 2.2122 0.58578 + 157.87 2.238 0.76434 +ENDDATA 19 +ENDSUBENT 33 +SUBENT F1144011 20111122 20120207 20120113 F043 +BIB 3 5 +REACTION (24-CR-54(P,INL)24-CR-54,PAR,DA) +SAMPLE Self-supporting Cr-54 foils with the thickness of + 0.41 mg/cm2 were used. Isotopic composition was Cr-50 + (0.6%), Cr-52 (10.8%), Cr-53(10.0%) and Cr-54 (78.6%). +STATUS (CURVE) Fig.4 +ENDBIB 5 +COMMON 3 3 +E-LVL ANG-ERR-D ERR-DIG +MEV ADEG MB/SR + 1.835 0.5486 0.0078 +ENDCOMMON 3 +DATA 3 17 +ANG-CM DATA-CM DATA-ERR +ADEG MB/SR MB/SR + 54.209 0.87715 0.18405 + 60.01 0.58879 0.11043 + 66.781 0.38632 9.2024E-02 + 74.521 0.26974 8.5879E-02 + 82.265 0.36787 9.2024E-02 + 87.588 0.42307 9.8159E-02 + 90.973 0.29423 7.3620E-02 + 96.777 0.14084 7.3805E-02 + 105.49 0.14695 6.7484E-02 + 109.36 0.18375 7.3619E-02 + 113.23 0.16533 6.7478E-02 + 121.94 0.15917 7.9754E-02 + 131.13 8.5528E-02 6.7528E-02 + 137.91 0.18980 7.3621E-02 + 147.58 0.12843 7.3613E-02 + 152.42 1.1849E-02 4.9080E-02 + 159.68 0.10385 6.1350E-02 +ENDDATA 19 +ENDSUBENT 33 +ENDENTRY 11 diff --git a/exforall/M00/M0073.x4 b/exforall/M00/M0073.x4 index 65cecdb7f..54c3c66e3 100644 --- a/exforall/M00/M0073.x4 +++ b/exforall/M00/M0073.x4 @@ -1,39 +1,40 @@ -ENTRY M0073 20101226 20110323 20110311 M056 -SUBENT M0073001 20101226 20110323 20110311 M056 -BIB 12 23 +ENTRY M0073 20111117 20120207 20120131 M061 +SUBENT M0073001 20111117 20120207 20120131 M061 +BIB 13 24 TITLE Total nuclear photoabsorption cross sections - in the region 150 4RUS, - BRA -> BRS. -COMMENT The curves of the total gamma-absorption cross - sections in the E1 Giant Resonance energy range for - the nuclei Sm-154, Gd-156, Ho-165, Er-168, Yb-174, - Hf-178, Hf-180, Ta-181, W-182, W-184, W-186, Au-197 - have been measured using the absorption method. -ENDBIB 23 + (19910202A) Corrected by V.Varlamov, V.McLane + (20111117A) Corrected by V.Varlamov: Dates, doi, + 4CCP -> 4RUS, COMMENT, REL-REF, BRA, lowercase. +COMMENT The total gamma-absorption cross sections in the + E1 giant resonance energy range for the nuclei + Sm-154, Gd-156, Ho-165, Er-168, Yb-174, Hf-178, + Hf-180, Ta-181, W-182 W-184, W-186, Au-197 have + been measured using the absorption method. +ENDBIB 24 NOCOMMON 0 0 -ENDSUBENT 26 -SUBENT M0073002 20101226 20110323 20110311 M056 +ENDSUBENT 27 +SUBENT M0073002 20111117 20120207 20120131 M061 BIB 1 1 -REACTION (62-SM-154(G,TOT),,SIG) +REACTION (62-SM-154(G,ABS),,SIG) ENDBIB 1 NOCOMMON 0 0 DATA 3 49 -EN DATA DATA-ERR +EN DATA ERR-S MEV MB MB 8.46 35. 23. 8.67 13. 20. @@ -86,13 +87,13 @@ MEV MB MB 20.09 53. 43. ENDDATA 51 ENDSUBENT 57 -SUBENT M0073003 20101226 20110323 20110311 M056 +SUBENT M0073003 20111117 20120207 20120131 M061 BIB 1 1 -REACTION (64-GD-156(G,TOT),,SIG) +REACTION (64-GD-156(G,ABS),,SIG) ENDBIB 1 NOCOMMON 0 0 DATA 3 52 -EN DATA DATA-ERR +EN DATA ERR-S MEV MB MB 8.48 28. 19. 8.75 11. 17. @@ -148,13 +149,13 @@ MEV MB MB 21. 135. 47. ENDDATA 54 ENDSUBENT 60 -SUBENT M0073004 20101226 20110323 20110311 M056 +SUBENT M0073004 20111117 20120207 20120131 M061 BIB 1 1 -REACTION (67-HO-165(G,TOT),,SIG) +REACTION (67-HO-165(G,ABS),,SIG) ENDBIB 1 NOCOMMON 0 0 DATA 3 30 -EN DATA DATA-ERR +EN DATA ERR-S MEV MB MB 8.37 25. 20. 8.78 31. 22. @@ -188,13 +189,13 @@ MEV MB MB 19.87 68. 47. ENDDATA 32 ENDSUBENT 38 -SUBENT M0073005 20101226 20110323 20110311 M056 +SUBENT M0073005 20111117 20120207 20120131 M061 BIB 1 1 -REACTION (68-ER-168(G,TOT),,SIG) +REACTION (68-ER-168(G,ABS),,SIG) ENDBIB 1 NOCOMMON 0 0 DATA 3 44 -EN DATA DATA-ERR +EN DATA ERR-S MEV MB MB 8.36 31. 19. 8.55 14. 18. @@ -242,13 +243,13 @@ MEV MB MB 19.72 62. 41. ENDDATA 46 ENDSUBENT 52 -SUBENT M0073006 20101226 20110323 20110311 M056 +SUBENT M0073006 20111117 20120207 20120131 M061 BIB 1 1 -REACTION (70-YB-174(G,TOT),,SIG) +REACTION (70-YB-174(G,ABS),,SIG) ENDBIB 1 NOCOMMON 0 0 DATA 3 47 -EN DATA DATA-ERR +EN DATA ERR-S MEV MB MB 8.4 17.9 19.46 8.69 23. 19.5 @@ -299,13 +300,13 @@ MEV MB MB 20.36 134. 47. ENDDATA 49 ENDSUBENT 55 -SUBENT M0073007 20101226 20110323 20110311 M056 +SUBENT M0073007 20111117 20120207 20120131 M061 BIB 1 1 -REACTION (72-HF-178(G,TOT),,SIG) +REACTION (72-HF-178(G,ABS),,SIG) ENDBIB 1 NOCOMMON 0 0 DATA 3 51 -EN DATA DATA-ERR +EN DATA ERR-S MEV MB MB 8.14 21. 21. 8.34 69. 22. @@ -360,13 +361,13 @@ MEV MB MB 20.83 219. 29. ENDDATA 53 ENDSUBENT 59 -SUBENT M0073008 20101226 20110323 20110311 M056 +SUBENT M0073008 20111117 20120207 20120131 M061 BIB 1 1 -REACTION (72-HF-180(G,TOT),,SIG) +REACTION (72-HF-180(G,ABS),,SIG) ENDBIB 1 NOCOMMON 0 0 DATA 3 39 -EN DATA DATA-ERR +EN DATA ERR-S MEV MB MB 8.6 27. 22. 8.88 24. 24. @@ -409,13 +410,13 @@ MEV MB MB 18.99 114. 45. ENDDATA 41 ENDSUBENT 47 -SUBENT M0073009 20101226 20110323 20110311 M056 +SUBENT M0073009 20111117 20120207 20120131 M061 BIB 1 1 -REACTION (73-TA-181(G,TOT),,SIG) +REACTION (73-TA-181(G,ABS),,SIG) ENDBIB 1 NOCOMMON 0 0 DATA 3 48 -EN DATA DATA-ERR +EN DATA ERR-S MEV MB MB 8.41 44. 25. 8.63 51. 25. @@ -467,13 +468,13 @@ MEV MB MB 20.94 156. 45. ENDDATA 50 ENDSUBENT 56 -SUBENT M0073010 20101226 20110323 20110311 M056 +SUBENT M0073010 20111117 20120207 20120131 M061 BIB 1 1 -REACTION (74-W-182(G,TOT),,SIG) +REACTION (74-W-182(G,ABS),,SIG) ENDBIB 1 NOCOMMON 0 0 DATA 3 45 -EN DATA DATA-ERR +EN DATA ERR-S MEV MB MB 8.53 54. 30. 8.72 24. 25. @@ -522,13 +523,13 @@ MEV MB MB 20.73 147. 60. ENDDATA 47 ENDSUBENT 53 -SUBENT M0073011 20101226 20110323 20110311 M056 +SUBENT M0073011 20111117 20120207 20120131 M061 BIB 1 1 -REACTION (74-W-184(G,TOT),,SIG) +REACTION (74-W-184(G,ABS),,SIG) ENDBIB 1 NOCOMMON 0 0 DATA 3 37 -EN DATA DATA-ERR +EN DATA ERR-S MEV MB MB 8.77 48. 28.8 9.04 35. 28. @@ -569,13 +570,13 @@ MEV MB MB 17.64 100.8 45.6 ENDDATA 39 ENDSUBENT 45 -SUBENT M0073012 20101226 20110323 20110311 M056 +SUBENT M0073012 20111117 20120207 20120131 M061 BIB 1 1 -REACTION (74-W-186(G,TOT),,SIG) +REACTION (74-W-186(G,ABS),,SIG) ENDBIB 1 NOCOMMON 0 0 DATA 3 42 -EN DATA DATA-ERR +EN DATA ERR-S MEV MB MB 8.67 44. 26. 8.92 53. 26. @@ -621,13 +622,13 @@ MEV MB MB 18.98 144. 55. ENDDATA 44 ENDSUBENT 50 -SUBENT M0073013 20101226 20110323 20110311 M056 +SUBENT M0073013 20111117 20120207 20120131 M061 BIB 1 1 -REACTION (79-AU-197(G,TOT),,SIG) +REACTION (79-AU-197(G,ABS),,SIG) ENDBIB 1 NOCOMMON 0 0 DATA 3 48 -EN DATA DATA-ERR +EN DATA ERR-S MEV MB MB 8.20 24. 19. 8.46 25. 17. diff --git a/exforall/M01/M0134.x4 b/exforall/M01/M0134.x4 index dd4c65d38..b9f6affad 100644 --- a/exforall/M01/M0134.x4 +++ b/exforall/M01/M0134.x4 @@ -1,43 +1,58 @@ -ENTRY M0134 910205 20050926 0000 -SUBENT M0134001 910205 20050926 0000 -BIB 11 14 -TITLE AVERAGE NUMBER OF PROMPT NEUTRONS EMITTED IN TH-232 - AND U-238 PHOTOFISSION BY GAMMA-RAYS FROM REACTION - F-19(P,A+G)O-16. -AUTHOR (L.I.PROKHOROVA,G.N.SMIRENKIN) -INSTITUTE (4CCPIFP) -REFERENCE (J,AE,8,457,60) -FACILITY (SYNCH,4CCPIFP) -INC-SOURCE (MPH=(9-F-19(P,A)8-O-16)) GAMMA RAYS FROM REACTION +ENTRY M0134 20111117 20120207 20120131 M061 +SUBENT M0134001 20111117 20120207 20120131 M061 +BIB 12 19 +TITLE Average number of prompt neutrons emitted in Th-232 + and U-238 photofission by gamma-rays from reaction + F-19(proton,alpha+gamma)O-16. +AUTHOR (L.I.Prokhorova,G.N.Smirenkin) +INSTITUTE (4RUSIFP) +REFERENCE (J,AE,8,457,1960) + (J,SJA,8,390,1960) + Translation of Russian AE,8,457,1960. +FACILITY (SYNCH,4RUSIFP) +INC-SOURCE (MPH=(9-F-19(P,A)8-O-16)) Gamma rays from reaction. METHOD (EXTB,SITA) DETECTOR (BF3) -ERR-ANALYS (ERR-S) STATISTICAL ERRORS ONLY +MONIT-REF (,R.Leachman,C,58GENEVA,2,342,1958) +ERR-ANALYS (ERR-S) Statistical errors only. STATUS (CURVE) -HISTORY (860226C) - (910202A) CORRECTED BY V.VARLAMOV, V.MCLANE -ENDBIB 14 +HISTORY (19860226C) + (19910202A) Corrected by V.Varlamov, V.McLane + (20111117A) Corrected by V.Varlamov: REFERENCE, dates, + CCP -> RUS, MONIT-REF, recompilation, lowercase. +ENDBIB 19 +COMMON 2 3 +MONIT 2MONIT-ERR 2 +PRT/FIS PRT/FIS + 2.26 .05 +ENDCOMMON 3 +ENDSUBENT 26 +SUBENT M0134002 20111117 20120207 20120131 M061 +BIB 2 4 +REACTION 1((90-TH-232(G,F),PR,NU)/ + (94-PU-240(G,F),PR,NU)) + 2(90-TH-232(G,F),PR,NU) +MONITOR 2(94-PU-240(G,F),PR,NU) +ENDBIB 4 NOCOMMON 0 0 -ENDSUBENT 17 -SUBENT M0134002 910205 20050926 0000 -BIB 1 1 -REACTION (90-TH-232(G,F),PR,NU,,,EXP) -ENDBIB 1 -NOCOMMON 0 0 -DATA 3 1 -EN DATA ERR-S -MEV NO-DIM NO-DIM - 6.7 3.2 0.2 +DATA 5 1 +EN DATA 1ERR-S 1DATA 2ERR-S 2 +MEV NO-DIM NO-DIM PRT/FIS PRT/FIS + 6.7 1.42 .09 3.2 .2 ENDDATA 3 -ENDSUBENT 9 -SUBENT M0134003 910205 20050926 0000 -BIB 1 1 -REACTION (92-U-238(G,F),PR,NU,,,EXP) -ENDBIB 1 +ENDSUBENT 12 +SUBENT M0134003 20111117 20120207 20120131 M061 +BIB 2 4 +REACTION 1((92-U-238(G,F),PR,NU)/ + (94-PU-240(G,F),PR,NU)) + 2(92-U-238(G,F),PR,NU) +MONITOR 2(94-PU-240(G,F),PR,NU) +ENDBIB 4 NOCOMMON 0 0 -DATA 3 1 -EN DATA ERR-S -MEV NO-DIM NO-DIM - 6.7 4.2 0.2 +DATA 5 1 +EN DATA 1ERR-S 1DATA 2ERR-S 2 +MEV NO-DIM NO-DIM PRT/FIS PRT/FIS + 6.7 1.86 .09 4.2 .2 ENDDATA 3 -ENDSUBENT 9 +ENDSUBENT 12 ENDENTRY 3 diff --git a/exforall/M01/M0173.x4 b/exforall/M01/M0173.x4 index 1a5aebbd9..a5df9f610 100644 --- a/exforall/M01/M0173.x4 +++ b/exforall/M01/M0173.x4 @@ -1,26 +1,31 @@ -ENTRY M0173 910205 20050926 0000 -SUBENT M0173001 910205 20050926 0000 -BIB 12 14 -TITLE RELATIVE YIELDS OF DELAYED NEUTRONS GROUP IN THE - PHOTOFISSION OF U-238. -AUTHOR (O.P.NIKOTIN,K.A.PETRZHAK) -INSTITUTE (4CCPTIL) -REFERENCE (J,AE,19,185,65) -FACILITY (BETAT,4CCPTIL) +ENTRY M0173 20111117 20120207 20120131 M061 +SUBENT M0173001 20111117 20120207 20120131 M061 +BIB 12 19 +TITLE Relative yields of delayed neutrons group in the + photofission of U-238. +AUTHOR (O.P.Nikotin,K.A.Petrzhak) +INSTITUTE (4RUSTIL) +REFERENCE (J,AE,19,185,1965) + (J,SJA,19,1080,1965) + #doi:10.1007/BF01126434 + Translation of Russian AE,19,185,1965. +FACILITY (BETAT,4RUSTIL) INC-SOURCE (BRST) METHOD (EXTB,SITA) PART-DET (DN) DETECTOR (PROPC) -ERR-ANALYS (ERR-S) STATISTICAL ERRORS GIVEN. +ERR-ANALYS (ERR-S) Statistical errors given. STATUS (CURVE) -HISTORY (870807C) - (910202A) CORRECTED BY V.VARLAMOV, V.MCLANE -ENDBIB 14 +HISTORY (19870807C) + (19910202A) Corrected by V.Varlamov, V.McLane + (20111117A) Corrected by V.Varlamov: Dates, REFERENCE, + 4CCP -> 4RUS, BRS -> BRA, REACTION, lowercase. +ENDBIB 19 NOCOMMON 0 0 -ENDSUBENT 17 -SUBENT M0173002 910205 20050926 0000 +ENDSUBENT 22 +SUBENT M0173002 20111117 20120207 20120131 M061 BIB 1 1 -REACTION (92-U-238(G,F),DL/PAR,NU,,BRS/REL,EXP) +REACTION (92-U-238(G,F),DL,NU,,BRA/REL) ENDBIB 1 COMMON 2 3 HL HL-ERR diff --git a/exforall/M01/M0198.x4 b/exforall/M01/M0198.x4 index 915add5df..486c5c4ba 100644 --- a/exforall/M01/M0198.x4 +++ b/exforall/M01/M0198.x4 @@ -1,6 +1,6 @@ -ENTRY M0198 20110531 20111003 20110921 M059 -SUBENT M0198001 20110531 20111003 20110921 M059 -BIB 12 20 +ENTRY M0198 20111004 20120207 20111216 M060 +SUBENT M0198001 20111004 20120207 20111216 M060 +BIB 12 21 TITLE The fragment yields in Np-237 photofission. AUTHOR (M.Ya.Kondrat'ko,V.N.Korinets,K.A.Petrzhak, O.A.Teodorovich) @@ -21,9 +21,10 @@ HISTORY (19870807C) INSTITUTE, FACILITY, dates, BRS -> BRA, cumulative data for 121,125Sn from SUBENT 005 are moved into SUBENT 008, ELEMENT, lowercase. -ENDBIB 20 + (20111004A) Corrected by V.Varlamov: ISOMER. +ENDBIB 21 NOCOMMON 0 0 -ENDSUBENT 23 +ENDSUBENT 24 SUBENT M0198002 20110531 20111003 20110921 M059 BIB 1 1 REACTION (93-NP-237(G,F)MASS,CHN,FY,,BRA) @@ -182,14 +183,14 @@ NO-DIM PC/FIS PC/FIS 140. 4.98 0.26 ENDDATA 10 ENDSUBENT 20 -SUBENT M0198008 20110531 20111003 20110921 M059 +SUBENT M0198008 20111004 20120207 20111216 M060 BIB 1 1 REACTION (93-NP-237(G,F)ELEM/MASS,CUM,FY,,BRA) ENDBIB 1 -COMMON 1 3 -EN-MAX -MEV - 14. +COMMON 2 3 +EN-MAX ISOMER +MEV NO-DIM + 14. 1. ENDCOMMON 3 DATA 4 2 ELEMENT MASS DATA DATA-ERR diff --git a/exforall/M02/M0258.x4 b/exforall/M02/M0258.x4 index ca153f7d5..49e28a9fb 100644 --- a/exforall/M02/M0258.x4 +++ b/exforall/M02/M0258.x4 @@ -1,113 +1,31 @@ -ENTRY M0258 910206 20050926 0000 -SUBENT M0258001 910206 20050926 0000 -BIB 12 19 -TITLE D(HE3,GAMMA)LI-5 REACTION FROM 2 TO 11 MEV. -AUTHOR (W.DEL BIANCO,F.LEMIRE,R.J.A.LEVESQUE,J.M.POUTISSOU) +ENTRY M0258 20110928 20120207 20111216 M060 +SUBENT M0258001 20110928 20120207 20111216 M060 +BIB 12 22 +TITLE D(He3,gamma)Li-5 reaction from 2 to 11 MeV. +AUTHOR (W.Del Bianco,F.Lemire,R.J.A.Levesque,J.M.Poutissou) INSTITUTE (1CANMON) -REFERENCE (J,CJP,46,1585,68) +REFERENCE (J,CJP,46,1585,1968) FACILITY (VDG,1CANLUQ) METHOD (EXTB,SITA) DETECTOR (NAICR) PART-DET (G) -ERR-ANALYS (ERR-S) STATISTICAL ERRORS ARE PRESENTED. -COMMENT THE 90-DEGREE YIELD OF THE D(3HE,GAMMA)5LI REACTION HAS - BEEN MEASURED FROM 2.3 TO 11.2 MEV 3HE ENERGY. - NO CLEAR EVIDENCE OF A LEVEL IN 5LI HAS BEEN FOUND - OVER THIS ENERGY RANGE. - THE UPPER LIMITS FOR THE RESONANCE INTEGRATED CROSS - SECTION AND GAMMA-RAY WIDTH WERE ESTIMATED TO BE ABOUT - 15 MICRO-B*MEV AND 100 EV, RESPECTIVELY. +ERR-ANALYS (ERR-S) Statistical errors are presented. +COMMENT The 90-degree yield of the d(3He,gamma)5Li reaction + has been measured from 2.3 to 11.2 MeV 3He energy. + No clear evidence of a level in 5Li has been found + over this energy range. + The upper limits for the resonance integrated cross + section and gamma-ray width were estimated to be + about 15 micro-b*meV and 100 eV, respectively. STATUS (CURVE) -HISTORY (840404C) - (910202A) CORRECTED BY V.VARLAMOV, V.MCLANE -ENDBIB 19 -COMMON 1 3 -ANG -ADEG - 90. -ENDCOMMON 3 -ENDSUBENT 26 -SUBENT M0258002 910206 20050926 0000 -BIB 1 1 -REACTION (1-H-2(HE3,G)3-LI-5,,DA/DE,,REL,EXP) -ENDBIB 1 -COMMON 1 3 -EN -MEV - 9.66 -ENDCOMMON 3 -DATA 3 39 -E DATA ERR-S -MEV ARB-UNITS ARB-UNITS - 11.96 46800. - 13.05 43500. - 13.94 31500. - 14.91 19200. - 16.06 8600. - 17.06 4800. - 18.03 3200. - 19.07 1700. - 20.11 800. - 21.04 462. 24. - 22.08 306. 18. - 23.08 262. 11. - 24.12 216. 12. - 25.16 205. 12. - 26.16 191. 9. - 27.24 205. 8. - 28.28 223. 9. - 29.25 195. 11. - 30.05 211. 13. - 31.09 230. 13. - 32.19 267. 13. - 33.23 236. 13. - 34.23 202. 13. - 35.3 203. 13. - 36.31 230. 15. - 37.35 238. 15. - 38.39 204. 15. - 39.35 253. 13. - 40.0 283. 16. - 41.08 283. 13. - 42.08 308. 14. - 43.15 302. 12. - 44.19 253. 13. - 45.2 175. 12. - 46.27 138. 7. - 47.28 80. 10. - 48.32 90. 10. - 49.03 188. 16. - 50. 131. 13. -ENDDATA 41 -ENDSUBENT 51 -SUBENT M0258003 910206 20050926 0000 -BIB 1 3 -REACTION (1-H-2(HE3,G)3-LI-5,PAR,DA,,,EXP) - FOR TRANSITIONS TO THE GROUND AND FIRST EXCITED STATES - OF 5LI -ENDBIB 3 -COMMON 1 3 -EN -MEV - 11.2 -ENDCOMMON 3 -DATA 3 14 -E-EXC DATA ERR-S -MEV MU-B/SR MU-B/SR - 17.3 1.89 0.32 - 17.75 1.99 0.30 - 18.2 2.54 0.32 - 18.62 2.82 0.31 - 19.05 2.46 0.30 - 19.25 2.45 0.30 - 19.47 2.65 0.30 - 19.66 2.72 0.30 - 19.86 2.47 0.30 - 20.07 3.2 0.30 - 20.28 3.14 0.30 - 20.48 3.06 0.30 - 20.68 2.83 0.30 - 20.87 3.25 0.30 -ENDDATA 16 -ENDSUBENT 28 +HISTORY (19840404C) + (19910202A) Corrected by V.Varlamov, V.Mclane + (20110928A) Corrected by V.Varlamov: dates, lowercase. + ENTRY deleted because there are no photonuclear data + (charge particle radiative capture reaction). +ENDBIB 22 +NOCOMMON 0 0 +ENDSUBENT 25 +NOSUBENT M0258002 20110928 20120207 20111216 M060 +NOSUBENT M0258003 20110928 20120207 20111216 M060 ENDENTRY 3 diff --git a/exforall/M03/M0377.x4 b/exforall/M03/M0377.x4 index b4579a745..cd972c9d1 100644 --- a/exforall/M03/M0377.x4 +++ b/exforall/M03/M0377.x4 @@ -1,56 +1,59 @@ -ENTRY M0377 960312 20050926 0000 -SUBENT M0377001 960312 20050926 0000 -BIB 15 44 -TITLE TWO-BODY PHOTODISINTEGRATION OF HE-3 BETWEEN 200 - AND 800 MEV. -AUTHOR (V.ISBERT,G.AUDIT,N.D'HOSE,S.KERHOAS,M.MAC CORMIK, - G.TAMAS,P.A.WALLACE,S.ALTIERI,A.BRAGHIERI,P.PEDRONI, - T.PINELLI,L.Y.MURPHY,J.AHRENS,R.BECK,J.PEISE, - J.R.M.ANNAND,I.ANTHONY,R.CRAWFORD,S.J.HALL, - J.D.KELLIE,G.J.MILLER) -REFERENCE (J,NP/A,578,525,94) +ENTRY M0377 20111118 20120207 20120131 M061 +SUBENT M0377001 20111118 20120207 20120131 M061 +BIB 15 47 +TITLE Two-body photodisintegration of He-3 between 200 + and 800 MeV. +AUTHOR (DAPHNE Collaboration,V.Isbert,G.Audit,N.D'Hose, + S.Kerhoas,M.Mac Cormick,G.Tamas,P.A.Wallace, + S.Altieri,A.Braghieri,P.Pedroni,T.Pinelli,L.Y.Murphy, + J.Ahrens,R.Beck,J.Peise,J.R.M.Annand,I.Anthony, + R.Crawford,S.J.Hall,J.D.Kellie,G.J.Miller) +REFERENCE (J,NP/A,578,525,1994) + #doi:10.1016/0375-9474(94)90759-5 INSTITUTE (2FR SAC) (2UK GLS) (2GERMNZ) FACILITY (MICRT,2GERMNZ) -INC-SOURCE (QMPH,TAGD) ELECTRON TAGGED BREMSSTRAHLUNG. -DETECTOR (TRD) 3.7 PI ACCEPTANCE HADRON DETECTOR DAPHNE, - CONSISTING OF THREE COAXIAL CYLINDRICAL MULTIWIRE - PROPORTIANAL COUNTERS, SURROUNDED BY A SEGMENTED - CYLINDRICAL EDE TELESCOPE FOR CHARGE-PARTICLE - IDENTIFICATION. +INC-SOURCE (QMPH,TAGD) Electron tagged bremsstrahlung. +DETECTOR (TRD) 3.7 PI acceptance hadron detector DAPHNE, + consisting of three coaxial cylindrical multiwire + proportional counters, surrounded by a segmented + cylindrical ede telescope for charge-particle + identification. PART-DET (P) -METHOD (EDE) EACH SPECTROMETER CONSISTED OF CYLINDRICAL - PLASTIC SCINTILLATORS. -SAMPLE LIQUID HE-3 AT 2.65 K AND 556 MBAR WAS CONTAINED IN - MYLAR CYLINDER OF DIMENSIONS 4.3 CM DIAMETER BY 27.5 - CM LENGTH WITH A WALL THICKNESS OF 0.1 MM. -ANALYSIS DIRECT MEASUREMENT THE NUMBER OF EVENTS. -ERR-ANALYS THE TOTAL ERRORS ARE GIVEN WHICH INCLUDE THE SUM OF - MEAN-ROOT-SQWERE UNCERTAINTIES AND, THE SYSTEMATIC - ONES WHICH WERE ESTIMATED TO BE 4.5 % AT EG = 205 MEV - AND 8.5 % AT EG = 750 MEV. -COMMENT DIFFERENTIAL CROSS SECTIONS FOR THE HE-3(G,PD) - REACTION AT PHOTON ENERGIES BETWEEN 200 AND 800 MEV - AT ALL PROTON C.M. ANGLES BETWEEN 35 AND 145 DEGREE - HAVE BEEN MEASURED USING THE TAGGED PHOTON BEAM - FACILITY OF THE 855 MEV MAMI ACCELERATOR IN MAINZ. - REACTION PRODUCTS WERE DETECTED USING THE LARGE - ACCEPTANCE DETECTOR DAPHNE. THE RESULTS CONFIRM THE - RAPID DECREASE OF FORWARD-ANGLE CROSS SECTIONS WOTH - INCREASING EG WHILST AT BACKWARD ANGLES, AIDED BY THE - HIGH PRECISION OF MEASUREMENT, THE CLEAR ENHANCEMENT - IN THE ANGULAR DISTRIBUTION WHICH IS A POSSIBLE - SIGNATURE OF THREE-BODY MECHANISMS WAS SEEN. -STATUS (TABLE) THE DATA WERE PUBLISHED IN FORM OF TABLES. -HISTORY (960221C) - (960313U) -ENDBIB 44 -NOCOMMON -ENDSUBENT 47 -SUBENT M0377002 960312 20050926 0000 +METHOD (EDE) Each spectrometer consisted of cylindrical + plastic scintillators. +SAMPLE Liquid He-3 at 2.65 k and 556 mbar was contained in + mylar cylinder of dimensions 4.3 cm diameter by 27.5 + cm length with a wall thickness of 0.1 mm. +ANALYSIS Direct measurement the number of events. +ERR-ANALYS (ERR-T) The total errors are given which include the + sum of mean-root-square uncertainties and, the + systematic ones which were estimated to be 4.5 % at + Eg = 205 MeV and 8.5 % at Eg = 750 MeV. +COMMENT Differential cross sections for the He-3(g,pd) + reaction at photon energies between 200 and 800 MeV + at all proton c.m. angles between 35 and 145 degree + have been measured using the tagged photon beam + facility of the 855 MeV MAMI accelerator in MAINZ. + Reaction products were detected using the large + acceptance detector DAPHNE. The results confirm the + rapid decrease of forward-angle cross sections with + increasing Eg whilst at backward angles, aided by the + high precision of measurement, the clear enhancement + in the angular distribution which is a possible + signature of three-body mechanisms was seen. +STATUS (TABLE) DATA from the Table 2. +HISTORY (19960221C) + (19960313U) + (20111118A) Corrected by V.Varlamov: AUTHOR, dates, + ERR-T, STATUS, doi, lowercase. +ENDBIB 47 +NOCOMMON 0 0 +ENDSUBENT 50 +SUBENT M0377002 20111118 20120207 20120131 M061 BIB 1 1 -REACTION (2-HE-3(G,P)1-H-2,,DA,,,EXP) +REACTION (2-HE-3(G,P)1-H-2,,DA) ENDBIB 1 COMMON 1 3 ANG-CM @@ -58,7 +61,7 @@ ADEG 40. ENDCOMMON 3 DATA 4 27 -EN EN-ERR DATA DATA-ERR +EN EN-ERR DATA-CM ERR-T MEV MEV MU-B/SR MU-B/SR 235. 5. .79 .025 245. 5. .616 .017 @@ -89,9 +92,9 @@ MEV MEV MU-B/SR MU-B/SR 750. 50. .0099 .0019 ENDDATA 29 ENDSUBENT 39 -SUBENT M0377003 960312 20050926 0000 +SUBENT M0377003 20111118 20120207 20120131 M061 BIB 1 1 -REACTION (2-HE-3(G,P)1-H-2,,DA,,,EXP) +REACTION (2-HE-3(G,P)1-H-2,,DA) ENDBIB 1 COMMON 1 3 ANG-CM @@ -99,7 +102,7 @@ ADEG 50. ENDCOMMON 3 DATA 4 30 -EN EN-ERR DATA DATA-ERR +EN EN-ERR DATA-CM ERR-T MEV MEV MU-B/SR MU-B/SR 205. 5. .753 .015 215. 5. .702 .015 @@ -133,9 +136,9 @@ MEV MEV MU-B/SR MU-B/SR 750. 50. .0056 .0013 ENDDATA 32 ENDSUBENT 42 -SUBENT M0377004 960312 20050926 0000 +SUBENT M0377004 20111118 20120207 20120131 M061 BIB 1 1 -REACTION (2-HE-3(G,P)1-H-2,,DA,,,EXP) +REACTION (2-HE-3(G,P)1-H-2,,DA) ENDBIB 1 COMMON 1 3 ANG-CM @@ -143,7 +146,7 @@ ADEG 60. ENDCOMMON 3 DATA 4 30 -EN EN-ERR DATA DATA-ERR +EN EN-ERR DATA-CM ERR-T MEV MEV MU-B/SR MU-B/SR 205. 5. .604 .012 215. 5. .572 .012 @@ -177,9 +180,9 @@ MEV MEV MU-B/SR MU-B/SR 750. 50. .0027 .0008 ENDDATA 32 ENDSUBENT 42 -SUBENT M0377005 960312 20050926 0000 +SUBENT M0377005 20111118 20120207 20120131 M061 BIB 1 1 -REACTION (2-HE-3(G,P)1-H-2,,DA,,,EXP) +REACTION (2-HE-3(G,P)1-H-2,,DA) ENDBIB 1 COMMON 1 3 ANG-CM @@ -187,7 +190,7 @@ ADEG 70. ENDCOMMON 3 DATA 4 30 -EN EN-ERR DATA DATA-ERR +EN EN-ERR DATA-CM ERR-T MEV MEV MU-B/SR MU-B/SR 205. 5. .538 .01 215. 5. .471 .01 @@ -221,9 +224,9 @@ MEV MEV MU-B/SR MU-B/SR 750. 50. .0005 .0005 ENDDATA 32 ENDSUBENT 42 -SUBENT M0377006 960312 20050926 0000 +SUBENT M0377006 20111118 20120207 20120131 M061 BIB 1 1 -REACTION (2-HE-3(G,P)1-H-2,,DA,,,EXP) +REACTION (2-HE-3(G,P)1-H-2,,DA) ENDBIB 1 COMMON 1 3 ANG-CM @@ -231,7 +234,7 @@ ADEG 80. ENDCOMMON 3 DATA 4 30 -EN EN-ERR DATA DATA-ERR +EN EN-ERR DATA-CM ERR-T MEV MEV MU-B/SR MU-B/SR 205. 5. .437 .009 215. 5. .4 .009 @@ -265,9 +268,9 @@ MEV MEV MU-B/SR MU-B/SR 750. 50. .0014 .0004 ENDDATA 32 ENDSUBENT 42 -SUBENT M0377007 960312 20050926 0000 +SUBENT M0377007 20111118 20120207 20120131 M061 BIB 1 1 -REACTION (2-HE-3(G,P)1-H-2,,DA,,,EXP) +REACTION (2-HE-3(G,P)1-H-2,,DA) ENDBIB 1 COMMON 1 3 ANG-CM @@ -275,7 +278,7 @@ ADEG 90. ENDCOMMON 3 DATA 4 30 -EN EN-ERR DATA DATA-ERR +EN EN-ERR DATA-CM ERR-T MEV MEV MU-B/SR MU-B/SR 205. 5. .363 .008 215. 5. .302 .008 @@ -309,9 +312,9 @@ MEV MEV MU-B/SR MU-B/SR 750. 50. .0001 .0003 ENDDATA 32 ENDSUBENT 42 -SUBENT M0377008 960312 20050926 0000 +SUBENT M0377008 20111118 20120207 20120131 M061 BIB 1 1 -REACTION (2-HE-3(G,P)1-H-2,,DA,,,EXP) +REACTION (2-HE-3(G,P)1-H-2,,DA) ENDBIB 1 COMMON 1 3 ANG-CM @@ -319,7 +322,7 @@ ADEG 100. ENDCOMMON 3 DATA 4 30 -EN EN-ERR DATA DATA-ERR +EN EN-ERR DATA-CM ERR-T MEV MEV MU-B/SR MU-B/SR 205. 5. .285 .007 215. 5. .259 .007 @@ -353,9 +356,9 @@ MEV MEV MU-B/SR MU-B/SR 750. 50. .001 .0005 ENDDATA 32 ENDSUBENT 42 -SUBENT M0377009 960312 20050926 0000 +SUBENT M0377009 20111118 20120207 20120131 M061 BIB 1 1 -REACTION (2-HE-3(G,P)1-H-2,,DA,,,EXP) +REACTION (2-HE-3(G,P)1-H-2,,DA) ENDBIB 1 COMMON 1 3 ANG-CM @@ -363,7 +366,7 @@ ADEG 110. ENDCOMMON 3 DATA 4 30 -EN EN-ERR DATA DATA-ERR +EN EN-ERR DATA-CM ERR-T MEV MEV MU-B/SR MU-B/SR 205. 5. .221 .007 215. 5. .203 .007 @@ -397,9 +400,9 @@ MEV MEV MU-B/SR MU-B/SR 750. 50. .0019 .0008 ENDDATA 32 ENDSUBENT 42 -SUBENT M0377010 960312 20050926 0000 +SUBENT M0377010 20111118 20120207 20120131 M061 BIB 1 1 -REACTION (2-HE-3(G,P)1-H-2,,DA,,,EXP) +REACTION (2-HE-3(G,P)1-H-2,,DA) ENDBIB 1 COMMON 1 3 ANG-CM @@ -407,7 +410,7 @@ ADEG 120. ENDCOMMON 3 DATA 4 30 -EN EN-ERR DATA DATA-ERR +EN EN-ERR DATA-CM ERR-T MEV MEV MU-B/SR MU-B/SR 205. 5. .162 .007 215. 5. .163 .007 @@ -441,9 +444,9 @@ MEV MEV MU-B/SR MU-B/SR 750. 50. .0023 .0008 ENDDATA 32 ENDSUBENT 42 -SUBENT M0377011 960312 20050926 0000 +SUBENT M0377011 20111118 20120207 20120131 M061 BIB 1 1 -REACTION (2-HE-3(G,P)1-H-2,,DA,,,EXP) +REACTION (2-HE-3(G,P)1-H-2,,DA) ENDBIB 1 COMMON 1 3 ANG-CM @@ -451,7 +454,7 @@ ADEG 130. ENDCOMMON 3 DATA 4 30 -EN EN-ERR DATA DATA-ERR +EN EN-ERR DATA-CM ERR-T MEV MEV MU-B/SR MU-B/SR 205. 5. .111 .006 215. 5. .108 .006 @@ -485,9 +488,9 @@ MEV MEV MU-B/SR MU-B/SR 750. 50. .0028 .0014 ENDDATA 32 ENDSUBENT 42 -SUBENT M0377012 960312 20050926 0000 +SUBENT M0377012 20111118 20120207 20120131 M061 BIB 1 1 -REACTION (2-HE-3(G,P)1-H-2,,DA,,,EXP) +REACTION (2-HE-3(G,P)1-H-2,,DA) ENDBIB 1 COMMON 1 3 ANG-CM @@ -495,7 +498,7 @@ ADEG 140. ENDCOMMON 3 DATA 4 30 -EN EN-ERR DATA DATA-ERR +EN EN-ERR DATA-CM ERR-T MEV MEV MU-B/SR MU-B/SR 205. 5. .067 .006 215. 5. .06 .006 diff --git a/exforall/M03/M0384.x4 b/exforall/M03/M0384.x4 index ed56ba493..ff9b4ceaa 100644 --- a/exforall/M03/M0384.x4 +++ b/exforall/M03/M0384.x4 @@ -1,58 +1,64 @@ -ENTRY M0384 960312 20050616 20050926 0000 -SUBENT M0384001 960312 20050616 20050926 0000 -BIB 14 38 -TITLE THE TOTAL CROSS SECTION FOR THE HE-4(G,NPP)N REACTION - IN THE DELTA-RESONANCE REGION. -AUTHOR (T.EMURA,S.ENDO,H.ITOH,S.KATO,M.KOIKE,K.MAEDA,T.MAKI, - S.MARUO,K.MARUYAMA,Y.MURATA, K.NIKI, C.RANGACHARYULU, - A.SASAKI,T.SUDA,Y.SUMI,Y.WADA,K.YOSHIDA) -REFERENCE (J,PL/B,286,229,92) +ENTRY M0384 20111118 20120207 20120131 M061 +SUBENT M0384001 20111118 20120207 20120131 M061 +BIB 15 44 +TITLE The total cross section for the He-4(gamma,npp)n + reaction in the delta-resonance region. +AUTHOR (TAGX Collaboration,T.Emura,I.Endo,S.Endo,H.Itoh, + S.Kato,M.Koike,K.Maeda,T.Maki,S.Maruo,K.Maruyama, + Y.Murata,K.Niki,C.Rangacharyulu,A.Sasaki,T.Suda, + Y.Sumi,Y.Wada,K.Yoshida) +REFERENCE (J,PL/B,286,229,1992) + #doi:10.1016/0370-2693(92)1767-4 INSTITUTE (2JPNTOK) FACILITY (SYNCH,2JPNTOK) -INC-SOURCE (QMPH,TAGD) ELECTRON TAGGED BREMSSTRAHLUNG. -DETECTOR (MAGSP) THE TAGX MULTIPARTICLE SPECTROMETER (PI SR - SOLID ANGLE FOR PROTONS AND 0.85 SR FOR NEUTRONS). +INC-SOURCE (QMPH,TAGD) Electron tagged bremsstrahlung. +DETECTOR (MAGSP) The TAGX multiparticle spectrometer (pi sr + solid angle for protons and 0.85 sr for neutrons). +PART-DET (N) + (P) METHOD (COINC) -SAMPLE CRYOGENIC HE-4 TARGET. -ANALYSIS EACH OF THE EVENTS INCLUDES TWO CHARGED PARTICLES AND - ONE NEUTRAL PARTICLE. THE EVENTS WERE ANALYZED ON AN - EVENT-BY-EVENT BASIS TO OBTAIN THE MOMENTUM VECTORS - AND MASSES OF THE PARTICLES. THE MISSING MASS AND - MOMENTUM ON THE NPPX-TYPE EVENT, WHERE X REPRESENTS - AN UNOBSERVED PARTICLE, WERE CALCULATED FROM THE EG - AND THE RECONSTRUCTED FOUR-MOMENTA OF THE DETECTED - PARTICLES. WHEN THE MISSING MASS WAS CONSISTENT WITH - A NEUTRON, THE EVENT WAS CLASSIFIED AS THE NNPP - CHANNEL AND THE MISSING MOMENTUM WAS ATTRIBUTED TO - THE NEUTRON. -ERR-ANALYS THE STATISTICAL ERRORS ARE GIVEN ONLY. -COMMENT THIS IS THE FIRST MEASUREMENT OF THE TOTAL CROSS - SECTION OF THE HE-4(G,NPP)N REACTION IN THE ENERGY - RANGE OF 135 - 455 MEV. THE CROSS SECTION WHICH - CANNOT BE REPRODUCED BY ANY MODEL , HAS SIMILAR - EG-DEPENDANCE TO CROSS SECTION OF THE PROCESS (HE-4) - + G -> ALL CHANNELS. THE AVERAGE RATIO OF CROSS - SECTIONS OF TWO KINDS MENTIONED ABOVE IS EGUAL TO - 2.3 (0.3) % AND IS COMPARED WITH CASCADE-MODEL - CALCULATION IN WHICH QUASI-FREE PION PRODUCTION - FOLLOWED BY PION REABSORPTION IS ASSUMED. -STATUS (TABLE) THE DATA WERE PUBLISHED IN FORM OF TABLES. -HISTORY (960229C) - (960313U) -ENDBIB 38 +SAMPLE Cryogenic He-4 target. +ANALYSIS Each of the events includes two charged particles and + one neutral particle. The events were analyzed on an + event-by-event basis to obtain the momentum vectors + and masses of the particles. The missing mass and + momentum on the nppx-type event, where x represents + an unobserved particle, were calculated from the Eg + and the reconstructed four-momentum of the detected + particles. When the missing mass was consistent with + a neutron, the event was classified as the nnpp + channel and the missing momentum was attributed to + the neutron. +ERR-ANALYS (ERR-S) Statistical errors are given. +COMMENT This is the first measurement of the total cross + section of the He-4(g,npp)n reaction in the energy + range of 135 - 455 MeV. The cross section which + cannot be reproduced by any model, has similar + Eg-dependence to cross section of the process (He-4) + + g -> all channels. The average ratio of cross + sections of two kinds mentioned above is equal to + 2.3 (0.3) % and is compared with cascade-model + calculation in which quasi-free pion production + followed by pion reabsorption is assumed. +STATUS (TABLE) The data were published in form of table. +HISTORY (19960229C) + (19960313U) + (20111118A) Corrected by V.Varlamov: AUTHOR, dates, + doi, ERR-S, REACTION, lowercase. +ENDBIB 44 COMMON 1 3 EN-ERR MEV 20. ENDCOMMON 3 -ENDSUBENT 45 -SUBENT M0384002 960312 20050616 20050926 0000 +ENDSUBENT 51 +SUBENT M0384002 20111118 20120207 20120131 M061 BIB 1 1 REACTION (2-HE-4(G,2N+P)1-H-1,,SIG) ENDBIB 1 NOCOMMON 0 0 DATA 3 8 -EN DATA DATA-ERR +EN DATA ERR-S MEV MICRO-B MICRO-B 155. 0.0 26.3 195. 15.8 7.3 diff --git a/exforall/M04/M0473.x4 b/exforall/M04/M0473.x4 index 07074a928..65bc9a268 100644 --- a/exforall/M04/M0473.x4 +++ b/exforall/M04/M0473.x4 @@ -1,72 +1,75 @@ -ENTRY M0473 910218 20050926 0000 -SUBENT M0473001 910218 20050926 0000 -BIB 13 50 -TITLE EXPERIMENTAL TEST OF BREMSSTRAHLUNG CROSS SECTION. -AUTHOR (M.N.MARTINS,E.HAYWARD,G.LAMAZE,X.K.MARUYAMA, - F.J.SCHIMA,E.WOLYNEC) -REFERENCE (J,PR/C,30,1855,84) +ENTRY M0473 20110927 20120207 20111216 M060 +SUBENT M0473001 20110927 20120207 20111216 M060 +BIB 13 53 +TITLE Experimental test of bremsstrahlung cross section. +AUTHOR (M.N.Martins,E.Hayward,G.Lamaze,X.K.Maruyama, + F.J.Schima,E.Wolynec) +REFERENCE (J,PR/C,30,1855,1984) INSTITUTE (1USANIS) -METHOD (ACTIV) MEASURING THE ACTIVITY INDUCED IN CU-63 - BY ELECTRODISINTEGRATION. -SAMPLE THE TARGET CONSISTED OF 99% ENRICHED CU-63 FOILS - APPROXIMATELY 5 MG/CM**2 IN NIS EXPERIMENTS AND OF - 99.9% ENRICHED CU-63 FOILS 10.0 (0.2) MG/CM**2 IN - USP EXPERIMENTS. +METHOD (ACTIV) Measuring the activity induced in Cu-63 by + electrodisintegration. +SAMPLE The target consisted of 99% enriched Cu-63 foils + approximately 5 mg/cm**2 in NIS experiments and of + 99.9% enriched Cu-63 foils 10.0 (0.2) mg/cm**2 in + USP experiments. PART-DET (B+) -ANALYSIS THE DATA FROM INDUCED ACTIVITY WERE ACQUIRED IN FIVE - SEQUENTIAL FOUR MINUTE COUNTING PERIODS. AFTER EACH - COUNTING PERIOD, THE 511 KEV ANNIHILATION PEAK - COUNTING RATE WAS DETERMINED AND CORRECTED FOR DECAY - TO THE END OF THE IRRADIATION AND FOR DECAY WITHIN - THE COUNTING PERIOD. THEN NUMBERS OF COUNTING WERE - USED TO OBTAIN THE ELECTRODISINTEGRATION CROSS - SECTION. THE USP RELATIVE DATA WERE NORMALIZED TO THE - NIST ABSOLUTE MEASUREMENTS. THE PHOTODISINTEGRATION - CROSS SECTION WAS OBTAINED FROM ELECTRODISINTEGRATION - CROSS SECTION USING THE VIRTUAL PHOTON SPECTRA THEORY. -CORRECTION THE MEASURED COUNTING RATES WERE CORRECTED FOR DECAY - TO THE END OF THE IRRADIATION AND FOR DECAY WITHIN - THE EACH OF USED COUNTING FOUR MINUTES PERIOD. - THE EXPERIMENTAL ELECTRODISINTEGRATION CROSS SECTION - WAS CORRECTED FOR THE CONTRIBUTION DUE TO THE - BREMSSTRAHLUNG GENERATED IN THE TARGET. THE VIRTUAL - PHOTON SPECTRA WERE CORRECTED FOR NUCLEAR SIZE - EFFECTS. -REL-REF (N,,E.WOLYNEC+,J,PR/C,22,1012,80) THE NUCLEAR SIZE - EFFECT CORRECTION. - (R,,W.W.GARGARO+,J,PR/C,4,1032,71) E0, E1, AND E2 - VIRTUAL PHOTON SPECTRA CALCULATED IN DWBA. - (R,,C.W.SOTO VARGAS+,J,NP/A,288,45,77) E0, E1, AND E2 - VIRTUAL PHOTON SPECTRA CALCULATED IN DWBA. -ERR-ANALYS THE STATISTICAL ERRORS ONLY. -COMMENT THE BREMSSTRAHLUNG CROSS SECTION HAS BEEN STUDIED BY - MEASURING THE (B+) ACTIVITY INDUCED IN CU-63 BY - ELECTRODISINTEGRATION AND WHEN THIN RADIATORS OF CU, - MO, TA, AND TH WERE PLACED IN THE ELECTRON BEAM JUST - AHEAD OF THE TARGET. THE ELECTRON ENERGIES WERE - WARIED FROM 13.5 TO 60 MEV FOR THE REACTION OF - ELECTRODISINTEGRATION AND FROM 20 TO 60 MEV FOR THE - RADIATOR-IN MEASUREMENTS; THE (G,N) CROSS SECTION - FOR CU-63 WAS DETERMINED USING VIRTUAL PHOTON THEORY; - THE RADIATOR DATA WERE FITTED USING VARIOUS DATA ON - BREMSSTRAHLUNG CROSS SECTIONS. -HISTORY (910218C) -ENDBIB 50 +ANALYSIS The data from induced activity were acquired in five + sequential four minute counting periods. After each + counting period, the 511 keV annihilation peak + counting rate was determined and corrected for decay + to the end of the irradiation and for decay within + the counting period. Then numbers of counting were + used to obtain the electrodisintegration cross + section. The USP relative data were normalized to + the NIST absolute measurements. The + photodisintegration cross section was obtained from + electrodisintegration cross section using the + virtual photon spectra theory. +CORRECTION The measured counting rates were corrected for decay + to the end of the irradiation and for decay within + the each of used counting four minutes period. The + experimental electrodisintegration cross section was + corrected for the contribution due to the + bremsstrahlung generated in the target. The virtual + photon spectra were corrected for nuclear size + effects. +REL-REF (N,,E.WOLYNEC+,J,PR/C,22,1012,1980) The nuclear size + effect correction. + (R,,W.W.GARGARO+,J,PR/C,4,1032,1971) E0, E1, and E2 + virtual photon spectra calculated in DWBA. + (R,,C.W.SOTO VARGAS+,J,NP/A,288,45,1977) E0, E1, and + E2 virtual photon spectra calculated in DWBA. +ERR-ANALYS (ERR-S) The statistical errors only. +COMMENT The bremsstrahlung cross section has been studied by + measuring the (b+) activity induced in Cu-63 by + electrodisintegration and when thin radiators of Cu, + Mo, Ta, and Th were placed in the electron beam just + ahead of the target. The electron energies were + varied from 13.5 to 60 MeV for the reaction of + electrodisintegration and from 20 to 60 MeV for the + radiator-in measurements; the (g,n) cross section + for Cu-63 was determined using virtual photon + theory; the radiator data were fitted using various + data on bremsstrahlung cross sections. +HISTORY (19910218C) + (20110927A) Reaction in SUBENT 004, ERR-S, dates, + STATUS, lowercase. +ENDBIB 53 NOCOMMON 0 0 -ENDSUBENT 53 -SUBENT M0473002 910218 20050926 0000 +ENDSUBENT 56 +SUBENT M0473002 20110927 20120207 20111216 M060 BIB 5 7 REACTION (29-CU-63(E,N)29-CU-62,,SIG) -FACILITY (LINAC,3BZLUSP) UNIVERSITY OF DE SAO PAULO (BRAZIL) - LINAC. -DETECTOR (GELI) 27 CM**3 COAXIAL GE(LI) DETECTOR. -INC-SOURCE ELECTRON BEAM. -STATUS (APRVD) THE DATA IN FORM OF TABLES WERE RECEIVED - FROM THE AUTHORS (E.HAYWARD). +FACILITY (LINAC,3BZLUSP) University of De Sao Paulo (BRAZIL) + linac. +DETECTOR (GELI) 27 cm**3 coaxial GE(LI) detector. +INC-SOURCE Electron beam. +STATUS (TABLE,APRVD) The data in form of tables were + received from the authors (E.Hayward). ENDBIB 7 NOCOMMON 0 0 DATA 3 17 -EN DATA DATA-ERR +EN DATA ERR-S MEV MB MB 13.5 .0079 .0006 14.5 .0161 .0012 @@ -87,19 +90,19 @@ MEV MB MB 30.5 .361 .016 ENDDATA 19 ENDSUBENT 31 -SUBENT M0473003 910218 20050926 0000 +SUBENT M0473003 20110927 20120207 20111216 M060 BIB 5 7 REACTION (29-CU-63(E,N)29-CU-62,,SIG) -FACILITY (LINAC,1USANIS) USA NATIONAL INSTITUTE OF STANDARDS - AND TECHNOLOGY LINAC. -DETECTOR (GE-IN) HIGH PURITY GE DETECTOR. -INC-SOURCE ELECTRON BEAM. -STATUS (APRVD) THE DATA IN FORM OF TABLES WERE RECEIVED - FROM THE AUTHORS (E.HAYWARD). +FACILITY (LINAC,1USANIS) USA National Institute of Standards + and Technology linac. +DETECTOR (GE-IN) high purity Ge detector. +INC-SOURCE Electron beam. +STATUS (TABLE,APRVD) The data in form of tables were + received from the authors (E.Hayward). ENDBIB 7 NOCOMMON 0 0 DATA 3 15 -EN DATA DATA-ERR +EN DATA ERR-S MEV MB MB 20. .157 .085 22. .2 .0061 @@ -118,24 +121,23 @@ MEV MB MB 60. .595 .023 ENDDATA 17 ENDSUBENT 29 -SUBENT M0473004 910218 20050926 0000 -BIB 6 12 -REACTION ((29-CU-63(E,N)29-CU-62,,SIG)+ - (29-CU-63(G,N)29-CU-62,,SIG)) -FACILITY (LINAC,1USANIS) USA NATIONAL INSTITUTE OF STANDARDS - AND TECHNOLOGY LINAC. -DETECTOR (GE-IN) HIGH PURITY GE DETECTOR. -INC-SOURCE ELECTRON BEAM. -FLAG (1.) CU-BREMSSTRAHLUNG RADIATOR. - (2.) MO-BREMSSTRAHLUNG RADIATOR. - (3.) TA-BREMSSTRAHLUNG RADIATOR. - (4.) TH-BREMSSTRAHLUNG RADIATOR. -STATUS (APRVD) THE DATA IN FORM OF TABLES WERE RECEIVED - FROM THE AUTHORS (E.HAYWARD). -ENDBIB 12 +SUBENT M0473004 20110927 20120207 20111216 M060 +BIB 6 11 +REACTION (29-CU-63(E,N)29-CU-62,,SIG) +FACILITY (LINAC,1USANIS) USA National Institute of Standards + and Technology linac. +DETECTOR (GE-IN) High purity Ge detector. +INC-SOURCE Electron beam. +FLAG (1.) Cu-bremsstrahlung radiator. + (2.) Mo-bremsstrahlung radiator. + (3.) Ta-bremsstrahlung radiator. + (4.) Th-bremsstrahlung radiator. +STATUS (TABLE,APRVD) The data in form of tables were + received from the authors (E.Hayward). +ENDBIB 11 NOCOMMON 0 0 DATA 4 32 -EN DATA DATA-ERR FLAG +EN DATA ERR-S FLAG MEV MB MB NO-DIM 20. .486 .015 1. 20. .513 .015 2. @@ -170,19 +172,19 @@ MEV MB MB NO-DIM 60. 1.76 .089 3. 60. 1.39 .04 4. ENDDATA 34 -ENDSUBENT 51 -SUBENT M0473005 910218 20050926 0000 +ENDSUBENT 50 +SUBENT M0473005 20110927 20120207 20111216 M060 BIB 5 6 -REACTION (29-CU-63(G,N)29-CU-62,,SIG,,BRA,EXP) -FACILITY (LINAC,1USANIS) USA NATIONAL INSTITUTE OF STANDARDS - AND TECHNOLOGY LINAC. -DETECTOR (GE-IN) HIGH PURITY GE DETECTOR. -INC-SOURCE (VPH) VIRTUAL PHOTONS. -STATUS (CURVE) +REACTION (29-CU-63(G,N)29-CU-62,,SIG,,BRA) +FACILITY (LINAC,1USANIS) USA National Institute of Standards + and Technology linac. +DETECTOR (GE-IN) High purity Ge detector. +INC-SOURCE (VPH) Virtual photons. +STATUS (CURVE) Data from Fig. 3. ENDBIB 6 NOCOMMON 0 0 DATA 4 5 -EN-MIN EN-MAX DATA DATA-ERR +EN-MIN EN-MAX DATA ERR-S MEV MEV MB MB 11. 13. 10. 1. 13. 15. 32. 4. @@ -191,21 +193,22 @@ MEV MEV MB MB 22. 30. 8. 2. ENDDATA 7 ENDSUBENT 18 -SUBENT M0473006 910218 20050926 0000 -BIB 5 6 +SUBENT M0473006 20110927 20120207 20111216 M060 +BIB 5 7 REACTION (29-CU-63(G,N)29-CU-62,,INT) -FACILITY (LINAC,1USANIS) USA NATIONAL INSTITUTE OF STANDARDS - AND TECHNOLOGY LINAC. -DETECTOR (GE-IN) HIGH PURITY GE DETECTOR. -INC-SOURCE (VPH) VIRTUAL PHOTONS. +FACILITY (LINAC,1USANIS) USA National Institute of Standards + and Technology linac. +DETECTOR (GE-IN) High purity Ge detector. +INC-SOURCE (VPH) Virtual photons. STATUS (DEP,M0473004) -ENDBIB 6 + (TABLE) Data from Table 2. +ENDBIB 7 NOCOMMON 0 0 DATA 4 2 -EN-MIN EN-MAX DATA DATA-ERR +EN-MIN EN-MAX DATA ERR-S MEV MEV MB*MEV MB*MEV 10. 25. 490. 25. 10. 30. 529. 33. ENDDATA 4 -ENDSUBENT 15 +ENDSUBENT 16 ENDENTRY 6 diff --git a/exforall/M05/M0501.x4 b/exforall/M05/M0501.x4 index 1d634d8d4..1dd581be1 100644 --- a/exforall/M05/M0501.x4 +++ b/exforall/M05/M0501.x4 @@ -1,64 +1,70 @@ -ENTRY M0501 971015 20050616 20050926 0000 -SUBENT M0501001 971015 20050616 20050926 0000 -BIB 14 40 -TITLE O-16(G,N) REACTION AT INTERMEDIATE ENERGY. -AUTHOR (B.-E.ANDERSSON,J.-O.ADLER,S.A.BULYCHJEV,L.ISAAKSSON, - H.RUIJTER,B.SCHRODER,J.R.M.ANNAND,G.I.CRAWFORD, - P.D.HARTY,J.C.MCGEORGE,G.J.MILLER,J.RYCKEBOSH) -INSTITUTE (2SWDLND,2UK GLS,2BLGBLG) -REFERENCE (J,NP/A,586,125,95) +ENTRY M0501 20111117 20120207 20120131 M061 +SUBENT M0501001 20111117 20120207 20120131 M061 +BIB 15 45 +TITLE 16O(gamma,n) reaction at intermediate energy. +AUTHOR (B.-E.Andersson,J.-O.Adler,S.A.Bulychjev,L.Isaksson, + H.Ruijter,B.Schroder,J.R.M.Annand,G.I.Crawford, + P.D.Harty,J.C.McGeorge,G.J.Miller,J.Ryckebusch) +INSTITUTE (2SWDLND,2UK GLS,2BLGGHT) +REFERENCE (J,PR/C,51,2553,1995) + #doi:10.1016/0375-9474(94)00535-U INC-SOURCE (TAGD) -FACILITY (MICRT,2SWDLND) LUND UNIVERSITY RACETRACK MICROTRON. -SAMPLE THE TARGET CONSISTED OF DISTILLED WATER HELD IN - A CYLINDRICAL ALUMINIUM CELL OF DIMENSIONS 90 MM X 50 - MM IN DIAMETER. ENTRANCE AND EXIT FOILS HAD A - THICKNESS OF 0.25 MM WHICH WAS NEGLIGIBLE IN - COMPARISON TO THE WATER. - THE (D-2)-0 TARGET FOR D(G,N) REACTION MEASUREMENTS. +FACILITY (MICRT,2SWDLND) Lund university racetrack microtron. +SAMPLE The target consisted of distilled water held in + a cylindrical aluminium cell of dimensions 90 mm x 50 + mm in diameter. Entrance and exit foils had a + thickness of 0.25 mm which was negligible in + comparison to the water. + The (D-2)-0 target for D(G,N) reaction measurements. METHOD (TOF) -DETECTOR (SCIN) NE213A LIQUID SCINTILLATOR. -ANALYSIS (AREA) DIFFERENTIAL CROSS SECTION VALUES WERE OBTAINED - FROM INTEGRATED AREAS OF PEAKS IN PHOTONEUTRON ENERGY - TOF SPECTRA. -ERR-ANALYS (ERR-T) THE TOTAL - STATISTICAL PLUS SYSTEMATIC - - ERRORS ARE GIVEN. SYSTEMATIC ERRORS AMOUNT TO ABOUT +DETECTOR (SCIN) NE213A liquid scintillator. +ANALYSIS (AREA) Differential cross section values were obtained + from integrated areas of peaks in photoneutron energy + tof spectra. +ERR-ANALYS (ERR-T) The total (statistical plus systematic) + errors are given. Systematic errors amount to about 12.5 - 15 %. -STATUS (CURVE) DATA WERE PREPARED IN THE MSU INP CDFE BY - V.V.VARLAMOV. -COMMENT MEASUREMENTS OF REACTION O-16(G,N), MADE WITH TAGGED - PHOTONS AT EG NEAR 58 MEV, ARE PRESENTED. NEUTRON - ENERGY DETERMINATION WAS MADE BY TIME OF FLIGHT, - GIVING A RESOLUTION OF ABOUT 2 MEV WHICH ENABLED THE - GROUND-STATE EXCITATION IN O-15 TO BE RESOLVED FROM - STATES AT 5.2 AND 6.2 MEV. DIFFERENTIAL CROSS - SECTIONS WERE MEASURED IN THE ANGULAR RANGE 30 - 110 - DEG AND ARE COMPARED WITH THE PREDICTIONS OF - MICROSCOPIC, SELF-CONSISTENT HARTREE-FOCK, RANDOM - PHASE APPROXIMATION MODEL OF (G,N) REACTIONS. THE - IMPLICATIONS FOR THE THEORETICAL DESCRIPTION ARE - DISCUSSED, NOTABLY THE DEPENDENCE OF THE (G,N) CROSS - SECTION ON MESON EXCHANGE CURRENTS AND FINAL-STATE - RESCATTERING. -HISTORY (971015C) - (980128A) REACTION IN SUBENTRY 6 CORRECTED -ENDBIB 40 +EN-SEC (E-LVL,8-O-15) +STATUS (CURVE) +COMMENT Measurements of reaction 16O(g,n), made with tagged + photons at Eg near 58 MeV, are presented. Neutron + energy determination was made by time of flight, + giving a resolution of about 2 MeV which enabled the + ground-state excitation in 15O to be resolved from + states at 5.2 and 6.2 MeV. Differential cross + sections were measured in the angular range 30 - 110 + deg and are compared with the predictions of + microscopic, self-consistent Hartree-Fock, random + phase approximation model of (g,n) reactions. The + implications for the theoretical description are + discussed, notably the dependence of the (g,n) cross + section on meson exchange currents and final-state + rescattering. +HISTORY (19971015C) Data were compiled at the MSU SINP CDFE by + V.V.Varlamov. + (19980128A) REACTION in subentry 6 corrected. + (20111117A) Corrected by V.Varlamov: TITLE, AUTHOR, + STATUS, HISTORY, ERR-ANALYS, LEVEL-PROP, doi, dates, + lowercase. +ENDBIB 45 COMMON 3 3 EN-MIN EN-MAX EN-RSL-FW MEV MEV PER-CENT 55. 61. .6 ENDCOMMON 3 -ENDSUBENT 47 -SUBENT M0501002 971015 20050616 20050926 0000 -BIB 1 1 +ENDSUBENT 52 +SUBENT M0501002 20111117 20120207 20120131 M061 +BIB 2 2 REACTION (8-O-16(G,N)8-O-15,PAR,DA) -ENDBIB 1 +LEVEL-PROP (8-O-15,E-LVL=0.,SPIN=0.5,PARITY=-1.) +ENDBIB 2 COMMON 1 3 E-LVL MEV 0. ENDCOMMON 3 DATA 3 9 -ANG-CM DATA ERR-T +ANG-CM DATA-CM ERR-T ADEG MU-B/SR MU-B/SR 30. 7.25 1.75 35. 7.23 1.37 @@ -70,21 +76,24 @@ ADEG MU-B/SR MU-B/SR 90. 3.8 .8 110. 1.5 .5 ENDDATA 11 -ENDSUBENT 21 -SUBENT M0501003 971015 20050616 20050926 0000 -BIB 1 4 +ENDSUBENT 22 +SUBENT M0501003 20111117 20120207 20120131 M061 +BIB 2 7 REACTION (8-O-16(G,N)8-O-15,PAR,DA) - CROSS SECTION FOR REACTION TO THREE UNRESOLVED FINAL - STATES - 1/2+, 5/2+ DOUBLET AT 5.2 MEV - AND 3/2- - STATE AT 6.2 MEV. -ENDBIB 4 + Cross section for reaction to three unresolved final + states - 1/2+, 5/2+ doublet at 5.2 MeV and 3/2- + state at 6.2 MeV. +LEVEL-PROP (8-O-15,E-LVL=5.2,SPIN=.5,PARITY=+1.) + (8-O-15,E-LVL=5.22,SPIN=2.5,PARITY=+1.) + (8-O-15,E-LVL=6.2,SPIN=1.5,PARITY=-1.) +ENDBIB 7 COMMON 2 3 -E-LVL E-LVL +E-LVL-MIN E-LVL-MAX MEV MEV - 5.2 6.2 + 5.2 6.2 ENDCOMMON 3 DATA 3 9 -ANG-CM DATA ERR-T +ANG-CM DATA-CM ERR-T ADEG MU-B/SR MU-B/SR 30. 17.1 3.4 35. 17. 3.2 @@ -96,13 +105,15 @@ ADEG MU-B/SR MU-B/SR 90. 10.5 1.5 110. 5.5 1.0 ENDDATA 11 -ENDSUBENT 24 -SUBENT M0501004 971015 20050616 20050926 0000 -BIB 1 3 +ENDSUBENT 27 +SUBENT M0501004 20111117 20120207 20120131 M061 +BIB 2 5 REACTION (8-O-16(G,N)8-O-15,PAR,DA) - CROSS SECTION FOR REACTION TO TWO UNRESOLVED FINAL - STATES - 1/2+, 5/2+ DOUBLET AT 5.2 MEV. -ENDBIB 3 + Cross section for reaction to two unresolved final + states - 1/2+, 5/2+ doublet at 5.2 MeV. +LEVEL-PROP (8-O-15,E-LVL=5.2,SPIN=.5,PARITY=+1.) + (8-O-15,E-LVL=5.22,SPIN=2.5,PARITY=+1.) +ENDBIB 5 COMMON 1 3 E-LVL MEV @@ -113,13 +124,14 @@ ANG-CM DATA ERR-T ADEG MU-B/SR MU-B/SR 60. 5.6 2.1 ENDDATA 3 -ENDSUBENT 15 -SUBENT M0501005 971015 20050616 20050926 0000 -BIB 1 3 +ENDSUBENT 17 +SUBENT M0501005 20111117 20120207 20120131 M061 +BIB 2 4 REACTION (8-O-16(G,N)8-O-15,PAR,DA) - CROSS SECTION FOR REACTION TO FINAL STATE 3/2- AT - AT 6.2 MEV. -ENDBIB 3 + Cross section for reaction to final state 3/2- at + at 6.2 MeV. +LEVEL-PROP (8-O-15,E-LVL=6.2,SPIN=1.5,PARITY=-1.) +ENDBIB 4 COMMON 1 3 E-LVL MEV @@ -130,7 +142,7 @@ ANG-CM DATA ERR-T ADEG MU-B/SR MU-B/SR 60. 14.3 4.2 ENDDATA 3 -ENDSUBENT 15 +ENDSUBENT 16 SUBENT M0501006 971015 20050616 20050926 0000 BIB 1 1 REACTION (1-H-2(G,N)1-H-1,,DA,P) diff --git a/exforall/M05/M0535.x4 b/exforall/M05/M0535.x4 index 61233c37c..daba39776 100644 --- a/exforall/M05/M0535.x4 +++ b/exforall/M05/M0535.x4 @@ -1,46 +1,48 @@ -ENTRY M0535 19990429 19990429 20050926 0000 -SUBENT M0535001 19990429 19990429 20050926 0000 -BIB 14 30 -TITLE U-238 FISSION INDUCED BY LOW-ENERGY MONOVHROMATIC - G-RAYS. -AUTHOR (A.MANFREDINI,M.MUCHNIK,L.FIORE,C.RAMORINO, - H.G.DE CARVALHO,J.LANG,R.MULLER) +ENTRY M0535 20111117 20120207 20120131 M061 +SUBENT M0535001 20111117 20120207 20120131 M061 +BIB 14 32 +TITLE 238U fission induced by low-energy monochromatic + gamma-rays: cross sections between 5 and 8 MeV. +AUTHOR (A.Manfredini,M.Muchnik,L.Fiore,C.Ramorino, + H.G.De Carvalho,J.Lang,R.Muller) INSTITUTE (2ITYROM) (2ITYCAS) (2SWTZUR) (3BZLRIO) -REFERENCE (J,NP/A,74,377,1965) -INC-SOURCE (MPH=(16-S-0(N,G))) EG = 5.43 MEV - (MPH=(39-Y-89(N,G)39-Y-90)) EG = 6.07 MEV - (MPH=(22-TI-0(N,G))) EG = 6.44 MEV - (MPH=(4-BE-9(N,G)4-BE-10)) EG = 6.8 MEV - (MPH=(82-PB-0(N,G))) EG = 7.38 MEV - (MPH=(13-AL-27(N,G)13-AL-28)) EG = 7.72 MEV -FACILITY NO INFORMATION. -SAMPLE NATURAL U-238 TARGET. +REFERENCE (J,NP,74,377,1965) + #doi:10.1016/0029-5582(65)90089-1 +INC-SOURCE (MPH=(16-S-0(N,G))) Eg = 5.43 MeV + (MPH=(39-Y-89(N,G)39-Y-90)) Eg = 6.07 MeV + (MPH=(22-TI-0(N,G))) Eg = 6.44 MeV + (MPH=(4-BE-9(N,G)4-BE-10)) Eg = 6.8 MeV + (MPH=(82-PB-0(N,G))) Eg = 7.38 MeV + (MPH=(13-AL-27(N,G)13-AL-28)) Eg = 7.72 MeV +FACILITY No information. +SAMPLE Natural U-238 target. METHOD (EXTB,SITA) -DETECTOR (PLATE) NICLEAR EMULSIONS. -ANALYSIS DIRECT FISSION FRAGMENT COUNTING. -ERR-ANALYS STATISTICAL UNCERTAINTIES ARE GIVEN. -STATUS (TABLE) DATA WERE PREPARED IN THE MSU INP CDFE BY - V.V.VARLAMOV. -COMMENT THE PHOTOFISSION CROSS SECTION OF U-238 HAS BEEN - MEASURED AT SIX ENERGIES BETWEEN 5.43 AND 7.72 MEV, - USING NUCLEAR EMULSIONS AND MONOCHROMATIC G-RAYS. - THE EXISTENCE OF MINIMA IN THIS ENERGY REGIOIN, - SUGGESTED BY PREVIOUS WORKERS, HAS BEEN CONFIRMED. -HISTORY (19980729C) - (19990429A) DATE is corrected -ENDBIB 30 -NOCOMMON -ENDSUBENT 33 -SUBENT M0535002 19990429 19990429 20050926 0000 +DETECTOR (PLATE) Nuclear emulsions. +ANALYSIS Direct fission fragment counting. +ERR-ANALYS (ERR-S) Statistical uncertainties are given. +STATUS (TABLE) +COMMENT The photofission cross section of U-238 has been + measured at six energies between 5.43 and 7.72 MeV, + using nuclear emulsions and monochromatic g-rays. + The existence of minima in this energy region, + suggested by previous workers, has been confirmed. +HISTORY (19980729C) Data were compiled at the MSU SINP CDFE + by V.Varlamov. + (20111117A) Corrected by V.Varlamov: TITLE, REFERENCE, + doi, STATUS, HISTORY, ERR-S, typos, lowercase. +ENDBIB 32 +NOCOMMON 0 0 +ENDSUBENT 35 +SUBENT M0535002 20111117 20120207 20120131 M061 BIB 1 1 -REACTION (92-U-238(G,F),,SIG,,,EXP) +REACTION (92-U-238(G,F),,SIG) ENDBIB 1 -NOCOMMON +NOCOMMON 0 0 DATA 3 6 -EN DATA DATA-ERR +EN DATA ERR-S MEV MB MB 5.43 .7 .11 6.07 6.38 .69 diff --git a/exforall/M05/M0555.x4 b/exforall/M05/M0555.x4 index 0509c9f94..e79cadd36 100644 --- a/exforall/M05/M0555.x4 +++ b/exforall/M05/M0555.x4 @@ -1,50 +1,52 @@ -ENTRY M0555 19990305 19990429 20050926 0000 -SUBENT M0555001 19990305 19990429 20050926 0000 -BIB 13 41 +ENTRY M0555 20111117 20120207 20120131 M061 +SUBENT M0555001 20111117 20120207 20120131 M061 +BIB 13 43 INSTITUTE (2GERMNZ,2UK GLS) -REFERENCE (J,PR/C,47,652,199302) -AUTHOR (H.SCHMIEDEN,I.J.D.MACGREGOR,R.O.OWENS,B.SCHOCH, - J.R.M.ANNAND,R.BECK,S.M.DORAN,S.J.HALL,J.D.KELLIE, - J.C.MCGEORGE,J.M.VOGT) -TITLE SCALING OF THE 4HE(G,P) REACTION IN THE EG = 80 - - 160 MEV REGION. -FACILITY (MICRT,2GERMNZ) 180 MEV ELECTRON MICROTRON MAMI-A AT - MAINZ. +REFERENCE (J,PL/B,314,284,199309) + #doi:10.1016/0370-2693(93)91237-H +AUTHOR (H.Schmieden,I.J.D.Macgregor,R.O.Owens,B.Schoch, + J.R.M.Annand,R.Beck,S.M.Doran,S.J.Hall,J.D.Kellie, + J.C.Mcgeorge,J.M.Vogt) +TITLE Scaling of the 4He(g,p)t reaction in the Egamma = 80 + - 160 MeV region. +FACILITY (MICRT,2GERMNZ) 180 MeV electron microtron MAMI-A at + Mainz. INC-SOURCE (TAGD) METHOD (EDE) DETECTOR (TELES,SCIN) -SAMPLE THE LIQUID HELIUM TARGET CELL WAS ELLIPTICAL IN - SHAPE (50 X 100 MM) WITH A THICKNESS VARYING BETWEEN - 6 AND 13 MM AND WITH THE TARGET PLANE AT 34 DEGREE TO - THE PHOTON BEAM. -ERR-ANALYS (DATA-ERR) STATISTICAL ERRORS ARE GIVEN. - SYSTEMATIC ERRORS ABOUT 6.5 % WERE OBTAINED BY ADDING - QUADRATURE THE SISTEMATIC UNCERTAINTIES FROM THE - FOLOWING SOURCES: - - PHOTON FLAX 3.4 %; - - DETECTOR SOLID ANGLE 5.0 %; - - TARGET THICKNESS 2.0 %; - - INELASTIC PROTON REACTIONS IN DETECTOR 1.0 %; - - DETECTOR EDGE EFFECTS 1.0 5; - - MULTIPLE ELECTRON HITS < 1.0 %. -COMMENT THE 4HE(G,P)3H REACTION CROSS SECTION HAS BEEN - MEASURED WITH TAGGED PHOTONS OF ENERGY 81 - 158 MEV. - PROTONS WERE DETECTED OVER THE ANGULAR RANGE 55 - - 125 DEGREE. THE SCALING OF THE DATA AS A FUNCTION OF - MOMENTUM MISMATCH HAS BEEN EXAMINED FOR TWO REACTION - MODELS, THE MODIFIED QUASIDEUTERON MECHANISM AND - QUASIFREE KNOCKOUT. BOTH MODELS SHOW CLEAR SCALING - BEHAVIOUR BUT COMPARISON OF THE PREDICTED AND - MEASURED SCALING FUNCTION SHAPES FAVOURS THE MODIFIED - QUASIDEUTERON MECHANISM AT MOMENTA UP TO ABOUT 500 - MEV/C. -STATUS (TABLE) DATA FROM THE TABLE 1. - DATA WERE COMPILED AT THE USA BNL NNDC BY - V.V.VARLAMOV. -HISTORY (19990305C) -ENDBIB 41 +SAMPLE The liquid helium target cell was elliptical in + shape (50 x 100 mm) with a thickness varying between + 6 and 13 mm and with the target plane at 34 degree to + the photon beam. +ERR-ANALYS (DATA-ERR) Statistical errors are given. + Systematic errors about 6.5 % were obtained by adding + quadrature the systematic uncertainties from the + following sources: + - photon flax 3.4 %; + - detector solid angle 5.0 %; + - target thickness 2.0 %; + - inelastic proton reactions in detector 1.0 %; + - detector edge effects 1.0 5; + - multiple electron hits < 1.0 %. +COMMENT The 4He(g,p)3H reaction cross section has been + measured with tagged photons of energy 81 - 158 MeV. + Protons were detected over the angular range 55 - + 125 degree. The scaling of the data as a function of + momentum mismatch has been examined for two reaction + models, the modified quasideuteron mechanism and + quasifree knockout. Both models show clear scaling + behavior but comparison of the predicted and + measured scaling function shapes favours the modified + quasideuteron mechanism at momenta up to about 500 + MeV/c. +STATUS (TABLE) Data from the table 1. +HISTORY (19990305C)Data were compiled at the USA BNL NNDC by + V.Varlamov. + (20111117A) Corrected by V.Varlamov: TITLE, REFERENCE, + doi, STATUS, HISTORY. +ENDBIB 43 NOCOMMON 0 0 -ENDSUBENT 44 +ENDSUBENT 46 SUBENT M0555002 19990305 19990429 20050926 0000 BIB 1 1 REACTION (2-HE-4(G,P)1-H-3,,DA) diff --git a/exforall/M05/M0557.x4 b/exforall/M05/M0557.x4 index 8e7eab3b5..0804a3404 100644 --- a/exforall/M05/M0557.x4 +++ b/exforall/M05/M0557.x4 @@ -1,74 +1,79 @@ -ENTRY M0557 19990302 19990429 20050926 0000 -SUBENT M0557001 19990302 19990429 20050926 0000 -BIB 15 49 +ENTRY M0557 20111117 20120207 20120131 M061 +SUBENT M0557001 20111117 20120207 20120131 M061 +BIB 15 52 INSTITUTE (2SWDLND,2UK EDG) REFERENCE (J,NP/A,554,173,1993) -AUTHOR (D.G.IRELAND,D.BRANFORD,T.DAVINSON,N.J.DAVIS, - E.W.MACDONALD,P.J.SELLIN,A.C.SHOTTER,P.TERZOUDI, - P.J.WOODS,J.-O.ADLER,B.-E.ANDERSON,L.ISAKSSON, - D.NILSSON,H.RUIJTER,A.SANDELL,B.SCHRODER) -TITLE THE (G,P) REACTION AT EG ABOUT 60 MEV. -FACILITY (MICRT,2SWDLND) UNIVERSITY OF LUND MAXLAB RACETRACK - MICROTRON FOLLOWED BY THE STRETCHER RING. -INC-SOURCE (TAGD) THE MAGNETICALLY TAGGED PHOTONS. -DETECTOR (TELES,TRD,HPGE) TWO TELESCOPES EACH CONSISTING OF - TW0 SILICON STRIP DETECTORS (SSDS) AND ONE HYPERPURE - GERMANIUM DETECTOR (HPGE). +AUTHOR (D.G.Ireland,D.Branford,T.Davinson,N.J.Davis, + E.W.Macdonald,P.J.Sellin,A.C.Shotter,P.Terzoudi, + P.J.Woods,J.-O.Adler,B.-E.Anderson,L.Isaksson, + D.Nilsson,H.Ruijter,A.Sandell,B.Schroder) +TITLE The (g,p) reaction at E-gamma about 60 MeV. +FACILITY (MICRT,2SWDLND) University of Lund Maxlab racetrack + microtron followed by the stretcher ring. +INC-SOURCE (TAGD) The magnetically tagged photons. +DETECTOR (TELES,TRD,HPGE) Two telescopes each consisting of + two silicon strip detectors (SSDS) and one hyperpure + germanium detector (HPGE). METHOD (EXTB,SITA)) -ANALYSIS (AREA) ENERGY SPECTRA CORRESPONDING TO SEVERAL ANGULAR - BINS WERE GENERATED, AND THE YIELD FOR A SPECIFIC - TRANSITION OBTAINED BY INTEGRATION THE NUMBER OF - COUNTS IN A DISCRETE PEAK. -ADD-RES ANGULAR DISTRIBUTIONS FOR THE 12C, 27AL(G,P) - REACTIONS. +ANALYSIS (AREA) Energy spectra corresponding to several angular + bins were generated, and the yield for a specific + transition obtained by integration the number of + counts in a discrete peak. +ADD-RES Angular distributions for the 12C, 27Al(g,p) + reactions. MONITOR (6-C-12(G,P)5-B-11,PAR,DA) -REL-REF (N,,J.L.MATTHEWS+,J,NP/A,267,212,1990) - REACTION FOR DATA ABSOLUTE NORMALIZATION. -COMMENT A STUDY OF THE (G,P) REACTION ON 12C, 14N, 27AL, - AND 51 V TARGETS, AT PHOTON ENERGIES EG ABOUT 60 MEV, - WAS REPORTED. ANGULAR DISTRIBUTIONS IN THE RANGE - THETA-P = 60 - 120 DEGREE WERE PRESENTED FOR - TRANSITIONS LEADING TO THE GROUND STATE AND SEVERAL - LOW-LYING STATES IN EACH RESIDUAL NUCLEUS. THE - RELATIVE POPULATION OF THE RESIDUAL NUCLEUS STATES - IS SIMILAR TO THOSE FOUND IN (E,E'P) AND (D,3HE) - EXPERIMENTS, APART FROM THE WELL-KNOWN EXCEPTION OF - THE PEAK AT 6.8 MEV IN THE 12C(G,P) REACTION. - DIRECT-KNOCKOUT CALCULATIONS FAIL TO ACCOUNT FOR THE - MAGNITUDE OF THE (G,P) RESULTS, WHICH INDICATES THE - NEED FOR CALCULATIONS THAT INCLUDE EFFECTS SUCH AS - MESON EXCHANGE OR SHORT-RANGE CORRELATIONS. STRENGHT - SEEN AT HIGHER EXCITATION ENERGIES IS ATTRIBUTED TO - INCLISIVE (G,P) EVENTS. THE EXCITATION-ENERGY SPECTRA - HAVE BEEN COMPARED WITH QUASI-DEUTERON MODEL - CALCULATIONS WHICH ASSUME A (G,NP) REACTION WHERE THE - NEUTRON GOES UNDETECTED. THE SHAPE OF 51V EXCITATION - SPEXTRUM IA COMPARED TO A PRE-EQUILIBRIUM MODEL - CALCULATION. THE RESULTS APPEAR TO INDICATE THAT - TWO-NUCLEON ABSORPTION OF THE PHOTON IS IMPORTANT. -STATUS (TABLE) DATA FROM THE TABLES 1 - 3. - DATA WERE COMPILED AT THE USA BNL NNDC BY - V.V.VARLAMOV. +REL-REF (N,,J.L.MATTHEWS+,J,NP/A,267,51,1976) + Reaction for data absolute normalization. +COMMENT A study of the (g,p) reaction on 12C, 14N, 27Al, + and 51V targets, at photon energies Eg about 60 MeV, + was reported. Angular distributions in the range + theta-p = 60 - 120 degree were presented for + transitions leading to the ground state and several + low-lying states in each residual nucleus. The + relative population of the residual nucleus states + is similar to those found in (e,e'p) and (d,3He) + experiments, apart from the well-known exception of + the peak at 6.8 MeV in the 12C(g,p) reaction. + Direct-knockout calculations fail to account for the + magnitude of the (g,p) results, which indicates the + need for calculations that include effects such as + meson exchange or short-range correlations. Strength + seen at higher excitation energies is attributed to + inclusive (g,p) events. The excitation-energy spectra + have been compared with quasi-deuteron model + calculations which assume a (g,np) reaction where the + neutron goes undetected. The shape of 51V excitation + spectrum is compared to a pre-equilibrium model + calculation. The results appear to indicate that + two-nucleon absorption of the photon is important. +STATUS (TABLE) Data from the tables 1 - 3. + Data were compiled at the USA BNL NNDC by + V.V.Varlamov. HISTORY (19990302C) -ENDBIB 49 + (20111117A) Corrected by V.Varlamov: TITLE, REL-REF, + EN-SEC, E-LVL, ANALYS, ERR-S, LEVEL-PROP, typos, + lowercase. +ENDBIB 52 NOCOMMON 0 0 -ENDSUBENT 52 -SUBENT M0557002 19990302 19990429 20050926 0000 -BIB 3 6 +ENDSUBENT 55 +SUBENT M0557002 20111117 20120207 20120131 M061 +BIB 5 8 REACTION (7-N-14(G,P)6-C-13,PAR,DA) -SAMPLE THE CERAMIC MATERIAL ALUMINIUM NITRIDE (A1N) WAS USED - AS 14N TARGET (25 BY 25 MM PIECES OF THICKNESS 160 - MICRON WHICH FORMED A 100 X 150 MM TARGET). -ERR-ANALYS (DATA-ERR) STATISTICAL ERRORS. SYSTEMATIC ERRORS - WERE AMOUNTED TO 21 %. -ENDBIB 6 +SAMPLE The ceramic material aluminium nitride (AlN) was used + as 14N target (25 by 25 mm pieces of thickness 160 + micron which formed a 100 x 150 mm target). +ERR-ANALYS (ERR-S) Statistical errors. + (ERR-SYS,,21.) Systematic errors were amounted to 21%. +EN-SEC (E-LVL,6-C-13) +LEVEL-PROP (6-C-13,E-LVL=0.,SPIN=0.5,PARITY=-1.) +ENDBIB 8 COMMON 2 3 -EN E-EXC +EN E-LVL MEV MEV 57.5 0.0 ENDCOMMON 3 DATA 3 9 -ANG DATA DATA-ERR +ANG DATA ERR-S ADEG MU-B/SR MU-B/SR 59.1 14.29 1.7 69.9 14.45 1.38 @@ -80,23 +85,25 @@ ADEG MU-B/SR MU-B/SR 106.8 2.15 .47 119.5 1.22 .42 ENDDATA 11 -ENDSUBENT 26 -SUBENT M0557003 19990302 19990429 20050926 0000 -BIB 3 6 +ENDSUBENT 28 +SUBENT M0557003 20111117 20120207 20120131 M061 +BIB 5 8 REACTION (7-N-14(G,P)6-C-13,PAR,DA) -SAMPLE THE CERAMIC MATERIAL ALUMINIUM NITRIDE (AIN) WAS USED - AS 14N TARGET (25 BY 25 MM PIECES OF THICKNESS 160 - MICRON WHICH FORMED A 100 X 150 MM TARGET). -ERR-ANALYS (DATA-ERR) STATISTICAL ERRORS. SYSTEMATIC ERRORS - WERE AMOUNTED TO 21 %. -ENDBIB 6 +SAMPLE The ceramic material aluminium nitride (AlN) was used + as 14N target (25 by 25 mm pieces of thickness 160 + micron which formed a 100 x 150 mm target). +ERR-ANALYS (DATA-ERR) Statistical errors. + (ERR-SYS,,21.) Systematic errors were amounted to 21%. +EN-SEC (E-LVL,6-C-13) +LEVEL-PROP (6-C-13,E-LVL=3.7,SPIN=1.5,PARITY=-1.) +ENDBIB 8 COMMON 2 3 -EN E-EXC +EN E-LVL MEV MEV 57.5 3.7 ENDCOMMON 3 DATA 3 9 -ANG DATA DATA-ERR +ANG DATA ERR-S ADEG MU-B/SR MU-B/SR 59.1 5.47 2.22 69.9 2.27 1.65 @@ -108,23 +115,25 @@ ADEG MU-B/SR MU-B/SR 106.8 2. .52 119.5 .3 .43 ENDDATA 11 -ENDSUBENT 26 -SUBENT M0557004 19990302 19990429 20050926 0000 -BIB 3 6 +ENDSUBENT 28 +SUBENT M0557004 20111117 20120207 20120131 M061 +BIB 5 8 REACTION (7-N-14(G,P)6-C-13,PAR,DA) -SAMPLE THE CERAMIC MATERIAL ALUMINIUM NITRIDE (AIN) WAS USED - AS 14N TARGET (25 BY 25 MM PIECES OF THICKNESS 160 - MICRON WHICH FORMED A 100 X 150 MM TARGET). -ERR-ANALYS (DATA-ERR) STATISTICAL ERRORS. SYSTEMATIC ERRORS - WERE AMOUNTED TO 21 %. -ENDBIB 6 +SAMPLE The ceramic material aluminium nitride (AlN) was used + as 14N target (25 by 25 mm pieces of thickness 160 + micron which formed a 100 x 150 mm target). +ERR-ANALYS (DATA-ERR) Statistical errors. + (ERR-SYS,,21.) Systematic errors were amounted to 21%. +EN-SEC (E-LVL,6-C-13) +LEVEL-PROP (6-C-13,E-LVL=7.6,SPIN=2.5,PARITY=-1.) +ENDBIB 8 COMMON 2 3 -EN E-EXC +EN E-LVL MEV MEV 57.5 7.6 ENDCOMMON 3 DATA 3 9 -ANG DATA DATA-ERR +ANG DATA ERR-S ADEG MU-B/SR MU-B/SR 59.1 33.9 3.41 69.9 27.3 2.71 @@ -136,23 +145,25 @@ ADEG MU-B/SR MU-B/SR 106.8 4.46 1.05 119.5 2.1 .94 ENDDATA 11 -ENDSUBENT 26 -SUBENT M0557005 19990302 19990429 20050926 0000 -BIB 3 6 +ENDSUBENT 28 +SUBENT M0557005 20111117 20120207 20120131 M061 +BIB 5 8 REACTION (7-N-14(G,P)6-C-13,PAR,DA) -SAMPLE THE CERAMIC MATERIAL ALUMINIUM NITRIDE (AIN) WAS USED - AS 14N TARGET (25 BY 25 MM PIECES OF THICKNESS 160 - MICRON WHICH FORMED A 100 X 150 MM TARGET). -ERR-ANALYS (DATA-ERR) STATISTICAL ERRORS. SYSTEMATIC ERRORS - WERE AMOUNTED TO 21 %. -ENDBIB 6 +SAMPLE The ceramic material aluminium nitride (AlN) was used + as 14N target (25 by 25 mm pieces of thickness 160 + micron which formed a 100 x 150 mm target). +ERR-ANALYS (DATA-ERR) Statistical errors. + (ERR-SYS,,21.) Systematic errors were amounted to 21%. +EN-SEC (E-LVL,6-C-13) +LEVEL-PROP (6-C-13,E-LVL=8.9,SPIN=0.5,PARITY=-1.) +ENDBIB 8 COMMON 2 3 -EN E-EXC +EN E-LVL MEV MEV 57.5 8.9 ENDCOMMON 3 DATA 3 9 -ANG DATA DATA-ERR +ANG DATA ERR-S ADEG MU-B/SR MU-B/SR 59.1 12.79 3.22 69.9 12.61 2.61 @@ -164,23 +175,25 @@ ADEG MU-B/SR MU-B/SR 106.8 2.04 1.05 119.5 1.4 .93 ENDDATA 11 -ENDSUBENT 26 -SUBENT M0557006 19990302 19990429 20050926 0000 -BIB 3 6 +ENDSUBENT 28 +SUBENT M0557006 20111117 20120207 20120131 M061 +BIB 5 8 REACTION (7-N-14(G,P)6-C-13,PAR,DA) -SAMPLE THE CERAMIC MATERIAL ALUMINIUM NITRIDE (AIN) WAS USED - AS 14N TARGET (25 BY 25 MM PIECES OF THICKNESS 160 - MICRON WHICH FORMED A 100 X 150 MM TARGET). -ERR-ANALYS (DATA-ERR) STATISTICAL ERRORS. SYSTEMATIC ERRORS - WERE AMOUNTED TO 21 %. -ENDBIB 6 +SAMPLE The ceramic material aluminium nitride (AlN) was used + as 14N target (25 by 25 mm pieces of thickness 160 + micron which formed a 100 x 150 mm target). +ERR-ANALYS (DATA-ERR) Statistical errors. + (ERR-SYS,,21.) Systematic errors were amounted to 21%. +EN-SEC (E-LVL,6-C-13) +LEVEL-PROP (6-C-13,E-LVL=11.9,SPIN=1.5,PARITY=-1.) +ENDBIB 8 COMMON 2 3 -EN E-EXC +EN E-LVL MEV MEV 57.5 11.9 ENDCOMMON 3 DATA 3 9 -ANG DATA DATA-ERR +ANG DATA ERR-S ADEG MU-B/SR MU-B/SR 59.1 36.26 2.98 69.9 33.86 2.35 @@ -192,23 +205,24 @@ ADEG MU-B/SR MU-B/SR 106.8 5.51 1.04 119.5 4.42 .93 ENDDATA 11 -ENDSUBENT 26 -SUBENT M0557007 19990302 19990429 20050926 0000 -BIB 3 6 +ENDSUBENT 28 +SUBENT M0557007 20111117 20120207 20120131 M061 +BIB 4 7 REACTION (7-N-14(G,P)6-C-13,PAR,DA) -SAMPLE THE CERAMIC MATERIAL ALUMINIUM NITRIDE (AIN) WAS USED - AS 14N TARGET (25 BY 25 MM PIECES OF THICKNESS 160 - MICRON WHICH FORMED A 100 X 150 MM TARGET). -ERR-ANALYS (DATA-ERR) STATISTICAL ERRORS. SYSTEMATIC ERRORS - WERE AMOUNTED TO 21 %. -ENDBIB 6 +SAMPLE The ceramic material aluminium nitride (AlN) was used + as 14N target (25 by 25 mm pieces of thickness 160 + micron which formed a 100 x 150 mm target). +ERR-ANALYS (DATA-ERR) Statistical errors. + (ERR-SYS,,21.) Systematic errors were amounted to 21%. +EN-SEC (E-EXC,6-C-13) +ENDBIB 7 COMMON 3 3 EN E-EXC-MIN E-EXC-MAX MEV MEV MEV 57.5 14. 20. ENDCOMMON 3 DATA 3 9 -ANG DATA DATA-ERR +ANG DATA ERR-S ADEG MU-B/SR MU-B/SR 59.1 23.51 4.14 69.9 30.82 3.52 @@ -220,22 +234,24 @@ ADEG MU-B/SR MU-B/SR 106.8 13.97 2.04 119.5 4.26 1.83 ENDDATA 11 -ENDSUBENT 26 -SUBENT M0557008 19990302 19990429 20050926 0000 -BIB 3 5 +ENDSUBENT 27 +SUBENT M0557008 20111117 20120207 20120131 M061 +BIB 5 7 REACTION (23-V-51(G,P)22-TI-50,PAR,DA) -SAMPLE THE 51V TARGET WAS A 100 BY 100 MM FOIL OF THICKNESS - 74 MICRON. -ERR-ANALYS (DATA-ERR) STATISTICAL ERRORS. SYSTEMATIC ERRORS - WERE NOT SIGNIFICANT. -ENDBIB 5 +SAMPLE The 51V target was a 100 by 100 mm foil of thickness + 74 micron. +ERR-ANALYS (ERR-S) Statistical errors. Systematic errors + were not significant. +EN-SEC (E-LVL,22-TI-50) +LEVEL-PROP (22-TI-50,E-LVL=0.,SPIN=0.,PARITY=+1.) +ENDBIB 7 COMMON 2 3 -EN E-EXC +EN E-LVL MEV MEV 59.2 0.0 ENDCOMMON 3 DATA 3 7 -ANG DATA DATA-ERR +ANG DATA ERR-S ADEG MU-B/SR MU-B/SR 55.6 2.21 .96 61.4 1.5 .47 @@ -245,22 +261,24 @@ ADEG MU-B/SR MU-B/SR 100.4 .15 .08 110.2 .14 .1 ENDDATA 9 -ENDSUBENT 23 -SUBENT M0557009 19990302 19990429 20050926 0000 -BIB 3 5 +ENDSUBENT 25 +SUBENT M0557009 20111117 20120207 20120131 M061 +BIB 5 7 REACTION (23-V-51(G,P)22-TI-50,PAR,DA) -SAMPLE THE 51V TARGET WAS A 100 BY 100 MM FOIL OF THICKNESS - 74 MICRON. -ERR-ANALYS (DATA-ERR) STATISTICAL ERRORS. SYSTEMATIC ERRORS - WERE NOT SIGNIFICANT. -ENDBIB 5 +SAMPLE The 51V target was a 100 by 100 mm foil of thickness + 74 micron. +ERR-ANALYS (ERR-S) Statistical errors. Systematic errors + were not significant. +EN-SEC (E-LVL,22-TI-50) +LEVEL-PROP (22-TI-50,E-LVL=1.6,SPIN=2.,PARITY=+1.) +ENDBIB 7 COMMON 2 3 -EN E-EXC +EN E-LVL MEV MEV 59.2 1.6 ENDCOMMON 3 DATA 3 7 -ANG DATA DATA-ERR +ANG DATA ERR-S ADEG MU-B/SR MU-B/SR 55.6 3.47 1.67 61.4 2.08 .73 @@ -270,22 +288,25 @@ ADEG MU-B/SR MU-B/SR 100.4 .32 .12 110.2 .18 .09 ENDDATA 9 -ENDSUBENT 23 -SUBENT M0557010 19990302 19990429 20050926 0000 -BIB 3 5 +ENDSUBENT 25 +SUBENT M0557010 20111117 20120207 20120131 M061 +BIB 5 8 REACTION (23-V-51(G,P)22-TI-50,PAR,DA) -SAMPLE THE 51V TARGET WAS A 100 BY 100 MM FOIL OF THICKNESS - 74 MICRON. -ERR-ANALYS (DATA-ERR) STATISTICAL ERRORS. SYSTEMATIC ERRORS - WERE NOT SIGNIFICANT. -ENDBIB 5 +SAMPLE The 51V target was a 100 by 100 mm foil of thickness + 74 micron. +ERR-ANALYS (ERR-S) Statistical errors. Systematic errors + were not significant. +EN-SEC (E-LVL,22-TI-50) +LEVEL-PROP (22-TI-50,E-LVL=2.7,SPIN=4.,PARITY=+1.) + (22-TI-50,E-LVL=3.2,SPIN=6.,PARITY=+1.) +ENDBIB 8 COMMON 3 3 -EN E-EXC-MIN E-EXC-MAX +EN E-LVL-MIN E-LVL-MAX MEV MEV MEV 59.2 2.7 3.2 ENDCOMMON 3 DATA 3 7 -ANG DATA DATA-ERR +ANG DATA ERR-S ADEG MU-B/SR MU-B/SR 55.6 10.21 2.95 61.4 4.47 .8 @@ -295,22 +316,25 @@ ADEG MU-B/SR MU-B/SR 100.4 .56 .14 110.2 .5 .13 ENDDATA 9 -ENDSUBENT 23 -SUBENT M0557011 19990302 19990429 20050926 0000 -BIB 3 5 +ENDSUBENT 26 +SUBENT M0557011 20111117 20120207 20120131 M061 +BIB 5 8 REACTION (23-V-51(G,P)22-TI-50,PAR,DA) -SAMPLE THE 51V TARGET WAS A 100 BY 100 MM FOIL OF THICKNESS - 74 MICRON. -ERR-ANALYS (DATA-ERR) STATISTICAL ERRORS. SYSTEMATIC ERRORS - WERE NOT SIGNIFICANT. -ENDBIB 5 +SAMPLE The 51V target was a 100 by 100 mm foil of thickness + 74 micron. +ERR-ANALYS (ERR-S) Statistical errors. Systematic errors + were not significant. +EN-SEC (E-LVL,22-TI-50) +LEVEL-PROP (22-TI-50,E-LVL=0.,SPIN=0.,PARITY=+1.) + (22-TI-50,E-LVL=3.2,SPIN=6.,PARITY=+1.) +ENDBIB 8 COMMON 3 3 -EN E-EXC-MIN E-EXC-MAX +EN E-LVL-MIN E-LVL-MAX MEV MEV MEV 59.2 0.0 3.2 ENDCOMMON 3 DATA 3 7 -ANG DATA DATA-ERR +ANG DATA ERR-S ADEG MU-B/SR MU-B/SR 55.6 15.9 4.02 61.4 8.96 .74 @@ -320,22 +344,23 @@ ADEG MU-B/SR MU-B/SR 100.4 1.03 .11 110.2 .82 .13 ENDDATA 9 -ENDSUBENT 23 -SUBENT M0557012 19990302 19990429 20050926 0000 -BIB 3 5 +ENDSUBENT 26 +SUBENT M0557012 20111117 20120207 20120131 M061 +BIB 4 6 REACTION (23-V-51(G,P)22-TI-50,PAR,DA) -SAMPLE THE 51V TARGET WAS A 100 BY 100 MM FOIL OF THICKNESS - 74 MICRON. -ERR-ANALYS (DATA-ERR) STATISTICAL ERRORS. SYSTEMATIC ERRORS - WERE NOT SIGNIFICANT. -ENDBIB 5 +SAMPLE The 51V target was a 100 by 100 mm foil of thickness + 74 micron. +ERR-ANALYS (ERR-S) Statistical errors. Systematic errors + were not significant. +EN-SEC (E-EXC,22-TI-50) +ENDBIB 6 COMMON 3 3 EN E-EXC-MIN E-EXC-MAX MEV MEV MEV 59.2 3.8 8. ENDCOMMON 3 DATA 3 7 -ANG DATA DATA-ERR +ANG DATA ERR-S ADEG MU-B/SR MU-B/SR 55.6 23.43 5.87 61.4 12. 1.04 @@ -345,22 +370,23 @@ ADEG MU-B/SR MU-B/SR 100.4 2.2 .19 110.2 1.6 .17 ENDDATA 9 -ENDSUBENT 23 -SUBENT M0557013 19990302 19990429 20050926 0000 -BIB 3 5 +ENDSUBENT 24 +SUBENT M0557013 20111117 20120207 20120131 M061 +BIB 4 6 REACTION (23-V-51(G,P)22-TI-50,PAR,DA) -SAMPLE THE 51V TARGET WAS A 100 BY 100 MM FOIL OF THICKNESS - 74 MICRON. -ERR-ANALYS (DATA-ERR) STATISTICAL ERRORS. SYSTEMATIC ERRORS - WERE NOT SIGNIFICANT. -ENDBIB 5 +SAMPLE The 51V target was a 100 by 100 mm foil of thickness + 74 micron. +ERR-ANALYS (ERR-S) Statistical errors. Systematic errors + were not significant. +EN-SEC (E-EXC,22-TI-50) +ENDBIB 6 COMMON 3 3 EN E-EXC-MIN E-EXC-MAX MEV MEV MEV 59.2 8.2 26. ENDCOMMON 3 DATA 3 7 -ANG DATA DATA-ERR +ANG DATA ERR-S ADEG MU-B/SR MU-B/SR 55.6 140.68 15. 61.4 95.37 3.21 @@ -370,22 +396,24 @@ ADEG MU-B/SR MU-B/SR 100.4 38.73 1.1 110.2 33.33 1. ENDDATA 9 -ENDSUBENT 23 -SUBENT M0557014 19990302 19990429 20050926 0000 -BIB 3 5 +ENDSUBENT 24 +SUBENT M0557014 20111117 20120207 20120131 M061 +BIB 5 7 REACTION (23-V-51(G,P)22-TI-50,PAR,DA) -SAMPLE THE 51V TARGET WAS A 100 BY 100 MM FOIL OF THICKNESS - 74 MICRON. -ERR-ANALYS (DATA-ERR) STATISTICAL ERRORS. SYSTEMATIC ERRORS - WERE NOT SIGNIFICANT. -ENDBIB 5 +SAMPLE the 51V target was a 100 by 100 mm foil of thickness + 74 micron. +ERR-ANALYS (ERR-S) Statistical errors. Systematic errors + were not significant. +EN-SEC (E-LVL,22-TI-50) +LEVEL-PROP (22-TI-50,E-LVL=4.4,SPIN=3.,PARITY=11.) +ENDBIB 7 COMMON 2 3 -EN E-EXC +EN E-LVL MEV MEV 59.2 4.4 ENDCOMMON 3 DATA 3 7 -ANG DATA DATA-ERR +ANG DATA ERR-S ADEG MU-B/SR MU-B/SR 55.6 4.46 1.26 61.4 2.28 .28 @@ -395,22 +423,24 @@ ADEG MU-B/SR MU-B/SR 100.4 .65 .09 110.2 .41 .07 ENDDATA 9 -ENDSUBENT 23 -SUBENT M0557015 19990302 19990429 20050926 0000 -BIB 3 5 +ENDSUBENT 25 +SUBENT M0557015 20111117 20120207 20120131 M061 +BIB 5 7 REACTION (23-V-51(G,P)22-TI-50,PAR,DA) -SAMPLE THE 51V TARGET WAS A 100 BY 100 MM FOIL OF THICKNESS - 74 MICRON. -ERR-ANALYS (DATA-ERR) STATISTICAL ERRORS. SYSTEMATIC ERRORS - WERE NOT SIGNIFICANT. -ENDBIB 5 +SAMPLE The 51V target was a 100 by 100 mm foil of thickness + 74 micron. +ERR-ANALYS (ERR-S) Statistical errors. Systematic errors + were not significant. +EN-SEC (E-LVL,22-TI-50) +LEVEL-PROP (22-TI-50,E-LVL=6.,SPIN=4.,PARITY=-1.) +ENDBIB 7 COMMON 2 3 -EN E-EXC +EN E-LVL MEV MEV 59.2 6. ENDCOMMON 3 DATA 3 7 -ANG DATA DATA-ERR +ANG DATA ERR-S ADEG MU-B/SR MU-B/SR 55.6 12.6 3.22 61.4 6.81 .66 @@ -420,5 +450,5 @@ ADEG MU-B/SR MU-B/SR 100.4 .83 .11 110.2 .64 .11 ENDDATA 9 -ENDSUBENT 23 +ENDSUBENT 25 ENDENTRY 15 diff --git a/exforall/M05/M0589.x4 b/exforall/M05/M0589.x4 index 9702bc9b0..1e4e2427d 100644 --- a/exforall/M05/M0589.x4 +++ b/exforall/M05/M0589.x4 @@ -1,60 +1,63 @@ -ENTRY M0589 19990326 19990429 20050926 0000 -SUBENT M0589001 19990326 19990429 20050926 0000 -BIB 14 51 -INSTITUTE (1CANSAS,1USAUI) + BOSTON UNIV.,MA,USA. +ENTRY M0589 20111117 20120207 20120131 M061 +SUBENT M0589001 20111117 20120207 20120131 M061 +BIB 14 54 +INSTITUTE (1CANSAS,1USAUI) + Boston University, MA,USA. REFERENCE (J,PR/C,52,755,1995) -AUTHOR (R.IGARASHI,J.C.BERGSTROM,H.S.CAPLAN,K.G.E.DOSS, - E.L.HALLIN,D.M.SKOPIK,D.DELI CARPINI,E.C.BOOTH, - E.K.MCINTYRE,J.P.MILLER,M.A.LUCAS,B.E.MACGIBBON, - A.M.NATHAN,D.WELLS) -TITLE PHOTON SCATTERING FROM 206PB. -FACILITY (LINAC,1CANSAS) 300 MEV LINAC AT SASKATCHEVAN - ACCELERATOR LABORATORY PULSE STRETCHER RING. +AUTHOR (R.Igarashi,J.C.Bergstrom,H.S.Caplan,K.G.E.Doss, + E.L.Hallin,D.M.Skopik,D.Delli Carpini,E.C.Booth, + E.K.Mcintyre,J.P.Miller,M.A.Lucas,B.E.Macgibbon, + A.M.Nathan,D.Wells) +TITLE Photon scattering from 12C and 4He nuclei near the + DELTA (1232) resonance. +FACILITY (LINAC,1CANSAS) 300 MeV linac at Saskatchevan + Accelerator Laboratory pulse stretcher ring. INC-SOURCE (BRST) METHOD (EXTB,SITA) -DETECTOR (NAICR) THE BOSTON UNIVERSITY LARGE NAI(TL) GAMMA - SPECTROMETER WITH 1.7 % RESOLUTION WHICH IS A - 26.7 CM DIAMETER CYLINDRICAL CORE OF NAI SURROUNDED - BY 10.8 CM THICK QUADRANT CRYSTALS OF NAI. -SAMPLE TWO CARBON TARGETS WERE USED, ONE 3.98 G/CM**2 THICK, - THE OTHER 1.6 G/CM**2. - NO INFORMATION ABOUT HELIUM TARGET. +DETECTOR (NAICR) The Boston university large NaI(Tl) gamma + spectrometer with 1.7 % resolution which is a + 26.7 cm diameter cylindrical core of NaI surrounded + by 10.8 cm thick quadrant crystals of NaI. +SAMPLE Two carbon targets were used, one 3.98 g/cm**2 thick, + the other 1.6 g/cm**2. + No information about helium target. ANALYSIS (AREA) -ERR-ANALYS (ERR-S) STATISTICAL ERRORS. - (ERR-1) SYSTEMATIC ERRORS THE MAJOR SOURCES OF WHICH - WERE THE QUANTAMETER CALIBRATION AND THE NAI ENERGY - CALIBRATION. -COMMENT ANGULAR DISTRIBUTIONS FOR PHOTON SCATTERING FROM 12C - AND 4HE HAVE BEEN MEASURED USING CONTINUOUS WAVE - BREMSSTRAHLUNG FROM THE SASKATCHEVAN ACCELERATOR - LABORATORY PULSE STRETCHER RING. DATA FOR CARBON - WERE TAKEN AT 158.8, 195.2, 197.2, 247.2, AND 290.2 - MEV END-POINT ENERGIES, AND FOR HELIUM WERE TAKEN AT - AN END-POINT ENERGY OF 158.8 MEV. A LARGE NAI(TL) - GAMMA RAY SPECTROMETER WITH 1.7 % RESOLUTION WAS - USED TO DETECT SCATTERED PHOTONS AT LABORATORY - SCATTERING ANGLES, RANGING FROM 20 TO 150 DEGREE. - THE EXCELLENT ENERGY RESOLUTION OF THE NAI DETECTOR - ALLOWED A SEPARATION OF ELASTIC FROM INELASTIC - PHOTON SCATTERING FOR THE FIRST TIME AT THESE - ENERGIES. THE ANGULAR DISTRIBUTIONS FOR ELASTIC - SCATTERING ARE IN ONLY FAIR AGREEMENT WITH DELTA-HOLE - THEORY AND THEORY BASED ON THE OPTICAL THEOREM AT - FORWARD ANGLES, AND COMPLETELY DISAGREE WITH THEORY - AT BACKWARD ANGLES. MEASURED CROSS SECTIONS FOR - INELASTIC SCATTERING LEADING TO THE 4.43 MEV STATE - IN CARBON ARE SMALL COMPARED TO THE ELASTIC - SCATTERING AT FORWARD ANGLES, BUT ARE DOMINANT AT - BACKWARD ANGLES. THIS EXPERIMENT IS THE FIRST TO - SEPARATE ELASTIC FROM INELASTIC PHOTON SCATTERING - AT THESE ENERGIES. -STATUS (TABLE) DATA FROM THE TABLES 1 - 4. - DATA WERE COMPILED AT THE USA BNL NNDC BY - V.V.VARLAMOV. +ERR-ANALYS (ERR-S) Statistical errors. + (ERR-1) Systematic errors the major sources of which + were the quantameter calibration and the NaI energy + calibration. +COMMENT Angular distributions for photon scattering from 12C + and 4He have been measured using continuous wave + bremsstrahlung from the Saskatchevan Accelerator + Laboratory pulse stretcher ring. Data for carbon + were taken at 158.8, 195.2, 197.2, 247.2, and 290.2 + MeV end-point energies, and for helium were taken at + an end-point energy of 158.8 MeV. A large NaI(Tl) + gamma ray spectrometer with 1.7 % resolution was + used to detect scattered photons at laboratory + scattering angles, ranging from 20 to 150 degree. + The excellent energy resolution of the NaI detector + allowed a separation of elastic from inelastic + photon scattering for the first time at these + energies. The angular distributions for elastic + scattering are in only fair agreement with delta-hole + theory and theory based on the optical theorem at + forward angles, and completely disagree with theory + at backward angles. Measured cross sections for + inelastic scattering leading to the 4.43 MeV state + in carbon are small compared to the elastic + scattering at forward angles, but are dominant at + backward angles. This experiment is the first to + separate elastic from inelastic photon scattering + at these energies. +STATUS (TABLE) Data from the tables 1 - 4. + Data were compiled at the USA BNL NNDC by + V.Varlamov. HISTORY (19990326C) -ENDBIB 51 + (20111117A) Corrected by V.Varlamov: AUTHOR, TITLE, + lowercase. +ENDBIB 54 NOCOMMON 0 0 -ENDSUBENT 54 +ENDSUBENT 57 SUBENT M0589002 19990326 19990429 20050926 0000 BIB 1 1 REACTION (6-C-12(G,INL)6-C-12,PAR,DA,,BRS) @@ -86,18 +89,19 @@ MEV ADEG MU-B/SR MU-B/SR MU-B/SR 280.6 121.4 .0399 .0192 .0093 ENDDATA 19 ENDSUBENT 29 -SUBENT M0589003 19990326 19990429 20050926 0000 -BIB 2 2 +SUBENT M0589003 20111117 20120207 20120131 M061 +BIB 3 3 REACTION (6-C-12(G,INL)6-C-12,PAR,DA,,BRS) -FLAG (1.) UPPER LIMIT. -ENDBIB 2 +EN-SEC (E-EXC,6-C-12) +FLAG (1.) Upper limit. +ENDBIB 3 COMMON 1 3 E-EXC MEV 10. ENDCOMMON 3 DATA 6 32 -EN ANG-CM DATA ERR-S ERR-1 FLAG +EN ANG-CM DATA-CM ERR-S ERR-1 FLAG MEV ADEG MU-B/SR MU-B/SR MU-B/SR NO-DIM 137.1 20.2 .345 .049 .019 137.1 40.7 .254 .017 .014 @@ -132,16 +136,15 @@ MEV ADEG MU-B/SR MU-B/SR MU-B/SR NO-DIM 277.5 46. 2.98 .17 .25 277.5 67. .173 1. ENDDATA 34 -ENDSUBENT 45 -SUBENT M0589004 19990326 19990429 20050926 0000 -BIB 2 2 +ENDSUBENT 46 +SUBENT M0589004 20111117 20120207 20120131 M061 +BIB 1 1 REACTION (6-C-12(G,EL)6-C-12,,DA,,BRS) -FLAG (1.) UPPER LIMIT. -ENDBIB 2 +ENDBIB 1 NOCOMMON 0 0 DATA 6 35 -EN ANG-CM DATA ERR-S ERR-1 FLAG -MEV ADEG MU-B/SR MU-B/SR MU-B/SR NO-DIM +EN ANG-CM DATA-CM ERR-S ERR-1 DATA-MAX +MEV ADEG MU-B/SR MU-B/SR MU-B/SR MU-B/SR 154. 20.3 .454 .236 .061 154. 40.7 .41 .075 .055 154. 60.4 .272 .085 .036 @@ -165,20 +168,20 @@ MEV ADEG MU-B/SR MU-B/SR MU-B/SR NO-DIM 239.5 46. 2.96 .46 .4 239.5 61. .691 .109 .093 239.5 92.2 .327 .1 .077 - 239.5 105.9 .0952 1. - 239.5 120.7 .0867 1. - 239.5 130.2 .0479 1. + 239.5 105.9 .0952 + 239.5 120.7 .0867 + 239.5 130.2 .0479 239.5 130.3 .0393 .015 .0053 239.5 147.2 .0378 .0146 .0051 280.6 20.5 15.6 3.7 2.1 280.6 30.9 7.89 1.18 1.06 280.6 46. 3.29 .4 .44 - 280.6 67.1 .123 1. - 280.6 91.1 .0821 1. - 280.6 121.4 .0431 1. - 280.6 145.4 .0140 1. + 280.6 67.1 .123 + 280.6 91.1 .0821 + 280.6 121.4 .0431 + 280.6 145.4 .0140 ENDDATA 37 -ENDSUBENT 44 +ENDSUBENT 43 SUBENT M0589005 19990326 19990429 20050926 0000 BIB 1 1 REACTION (2-HE-4(G,EL)2-HE-4,,DA,,BRS) diff --git a/exforall/M06/M0680.x4 b/exforall/M06/M0680.x4 index 6e6d13bb1..4deeccf2e 100644 --- a/exforall/M06/M0680.x4 +++ b/exforall/M06/M0680.x4 @@ -1,14 +1,11 @@ -ENTRY M0680 20101201 20110216 20110117 M055 -SUBENT M0680001 20101201 20110216 20110117 M055 -BIB 12 54 +ENTRY M0680 20111117 20120207 20120131 M061 +SUBENT M0680001 20111117 20120207 20120131 M061 +BIB 12 57 TITLE Simultaneous measurement of the photodisintegration of 4He in the giant dipole resonance region. - The title "Photonuclear reactions of light nuclei - studied with high-intensity real photon beams" is - presented in C,2006CERN,176,2006 (identical data). -AUTHOR (T.SHIMA,S.NAITO,Y.NAGAI,T.BABA,K.TAMURA,T.TAKAHASHI, - T.KII,H.OHGAKI,H.TOYOKAWA) - The AUTHOR Tatsushi Shima is presented in +AUTHOR (T.Shima,S.Naito,Y.Nagai,T.Baba,K.Tamura,T.Takahashi, + T.Kii,H.Ohgaki,H.Toyokawa) + The author Tatsushi Shima is presented in C,2006CERN,176,2006 (identical data). REFERENCE (J,PR/C,72,044004,2005) #doi:10.1103/PhysRevC.72.044004 @@ -47,6 +44,10 @@ COMMENT The simultaneous measurement of the two-body and consistent with a Faddeev-type calculation predicting a flat pattern of the excitation function. + The article C,2006CERN,176,2006 presented in REFERENCE + included identical data has another title - + "Photonuclear reactions of light nuclei studied with + high-intensity real photon beams". HISTORY (20060130C) Data were compiled at MSU SINP CDFE by V.V.Varlamov partially using the data tables obtained from Prof. T.Shima. @@ -55,13 +56,15 @@ HISTORY (20060130C) Data were compiled at MSU SINP CDFE by (20100916A) REFERENCE added. (20101201A) Typographical mistakes corrected, INC-SOURCE = LCS. -ENDBIB 54 + (20111117A) Corrected by V.Varlamov: TITLE, AUTHOR, + CRITIQUE. +ENDBIB 57 COMMON 1 3 EN-RSL-FW PER-CENT 7.8 ENDCOMMON 3 -ENDSUBENT 61 +ENDSUBENT 64 SUBENT M0680002 20060324 20060420 20060324 M039 BIB 3 4 REACTION (2-HE-4(G,P)1-H-3,,SIG) diff --git a/exforall/M07/M0711.x4 b/exforall/M07/M0711.x4 index b367f2ec7..89db74d80 100644 --- a/exforall/M07/M0711.x4 +++ b/exforall/M07/M0711.x4 @@ -1,18 +1,19 @@ -ENTRY M0711 20100211 20100405 20100331 M052 -SUBENT M0711001 20100211 20100405 20100331 M052 -BIB 13 31 +ENTRY M0711 20111117 20120207 20120131 M061 +SUBENT M0711001 20111117 20120207 20120131 M061 +BIB 13 33 TITLE Multiparticle photonuclear reactions on 203Tl nucleus. AUTHOR (Zh.A.Asanov,A.N.Ermakov,B.S.Ishkhanov,I.M.Kapitonov, Kyaw Kyaw Htun,I.V.Makarenko,D.R.Salakhutdinov, V.A.Chetvertkova) - The same AUTHOR list is present in J,BAS,71,332,2007 + The same author list is present in J,BAS,71,332,2007 and the different one in C,2007NICE,,125(#740),2007: A.Ermakov,B.Ishkhanov,I.Kapitonov,Kyaw Kyaw Htun, I.Makarenko,V.Chetvertkova. REFERENCE (J,IZV,71,346,2007) (J,BAS,71,332,2007) (C,2007NICE,,125(#740),2007) + Unpublished in Conf. Proc. INSTITUTE (4RUSMOS) FACILITY (MICRT,4RUSMOS) 70 MeV racetrack microtron RTM-70, Skobeltsyn Institute of Nuclear Physics, Lomonosov @@ -26,19 +27,20 @@ DETECTOR (HPGE) Hyperpure Germanium detector, efficiency 30 % for Eg = 1332 keV. ANALYSIS (AREA) Gamma-quanta energy spectrum lines data. ERR-ANALYS (DATA-ERR) Root-mean-square errors. -STATUS (TABLE,APRVD) Table 2, aproved by I.V.Makarenko. +STATUS (TABLE,APRVD) Table 2, approved by I.V.Makarenko. HISTORY (20070515C) Data were compiled at Russia MSU SINP CDFE by V.Varlamov. (20070713A) AUTHOR and REFERENCE corrected. (20100211C) REACTION in SUBENT 2 changed, SUBENTS 003- 005 deleted. -ENDBIB 31 + (20111117A) Corrected by V.Varlamov: REFERENCE +ENDBIB 33 COMMON 1 3 EN-MAX MEV 50. ENDCOMMON 3 -ENDSUBENT 38 +ENDSUBENT 40 SUBENT M0711002 20100211 20100405 20100331 M052 BIB 2 33 REACTION ((81-TL-203(G,X)ELEM/MASS,,SIG,,BRA)/ diff --git a/exforall/M07/M0721.x4 b/exforall/M07/M0721.x4 index 1a43cbb09..7e12ab37b 100644 --- a/exforall/M07/M0721.x4 +++ b/exforall/M07/M0721.x4 @@ -1,10 +1,11 @@ -ENTRY M0721 20070820 20070911 20070906 M043 -SUBENT M0721001 20070820 20070911 20070906 M043 -BIB 13 17 +ENTRY M0721 20111117 20120207 20120131 M061 +SUBENT M0721001 20111117 20120207 20120131 M061 +BIB 13 19 TITLE Excitation of 2+ isomeric level of 104Ag nucleus in - photonucler reactions. -AUTHOR (A.ERMAKOV,B.ISHKHANOV,I.KAPITONOV,I.MAKARENKO) + photonuclear reactions. +AUTHOR (A.Ermakov,B.Ishkhanov,I.Kapitonov,I.Makarenko) REFERENCE (C,2007NICE,,124(#317),2007) + Unpublished in Conf.Proc. INSTITUTE (4RUSMOS) FACILITY (MICRT,4RUSMOS) 70 MeV racetrack microtron RTM-70, Skobeltsyn Institute of Nuclear Physics, Lomonosov @@ -18,13 +19,14 @@ ERR-ANALYS (DATA-ERR) Root-mean-square errors. STATUS (APRVD) by I.V.Makarenko. HISTORY (20070712C) Data were compiled at Russia MSU SINP CDFE by V.Varlamov. -ENDBIB 17 + (20111117A) Corrected by V.Varlamov: AUTHOR, REFERENCE +ENDBIB 19 COMMON 1 3 EN-MAX MEV 50. ENDCOMMON 3 -ENDSUBENT 24 +ENDSUBENT 26 SUBENT M0721002 20070820 20070911 20070906 M043 BIB 2 3 REACTION (47-AG-107(G,3N)47-AG-104-M/G,,SIG/RAT,,BRA) diff --git a/exforall/M07/M0737.x4 b/exforall/M07/M0737.x4 index 6f2c351ab..1def225d0 100644 --- a/exforall/M07/M0737.x4 +++ b/exforall/M07/M0737.x4 @@ -1,9 +1,9 @@ -ENTRY M0737 20101130 20110216 20110117 M055 -SUBENT M0737001 20101130 20110216 20110117 M055 -BIB 12 23 +ENTRY M0737 20111205 20120207 20120131 M061 +SUBENT M0737001 20111205 20120207 20120131 M061 +BIB 12 25 TITLE Giant dipole resonance of 181Ta. -AUTHOR (B.S.ISHKHANOV,I.M.KAPITONOV,E.V.LAZUTIN, - I.M.PISKAREV,O.P.SHEVCHENKO) +AUTHOR (B.S.Ishkhanov,I.M.Kapitonov,E.V.Lazutin, + I.M.Piskarev,O.P.Shrvchenko) REFERENCE (J,ZEP,10,30,1969) (J,JEL,10,51,1969) INSTITUTE (4RUSMOS) @@ -22,11 +22,13 @@ CORRECTION The correction for multipole neutron emission in the STATUS (TABLE) (APRVD) Numerical data obtained from I.M.Kapitonov. HISTORY (20080221C) - (20101130A) Corrected by V.Varlamov: REFERENCE, data + (20101130A) Corrected by V.Varlamov: REFERENCE, data set in SUBENT 002 substituted. -ENDBIB 23 + (20111205A) Corrected by V.Varlamov: AUTHOR, data in + SUBENT 002 substituted. +ENDBIB 25 NOCOMMON 0 0 -ENDSUBENT 26 +ENDSUBENT 28 SUBENT M0737002 20101130 20110216 20110117 M055 BIB 2 3 REACTION (73-TA-181(G,X)0-NN-1,,SIG,,BRS) @@ -259,7 +261,7 @@ MEV MB MB 29.7 118.08 18.8 ENDDATA 222 ENDSUBENT 230 -SUBENT M0737003 20080226 20080516 20080512 M045 +SUBENT M0737003 20111205 20120207 20120131 M061 BIB 2 3 REACTION (73-TA-181(G,X)0-NN-1,UNW,SIG,,BRS) SIG(g,n) + SIG(g,2n) averaged. @@ -353,7 +355,7 @@ MEV MB 16.2 249.6 16.3 240.19 16.4 235.73 - 16.5 282.83 + 16.5 232.83 16.6 209.29 16.7 188.38 16.8 186.92 diff --git a/exforall/M07/M0762.x4 b/exforall/M07/M0762.x4 index 873bcfa30..edddef799 100644 --- a/exforall/M07/M0762.x4 +++ b/exforall/M07/M0762.x4 @@ -1,12 +1,12 @@ -ENTRY M0762 20090505 20090724 20090722 M049 -SUBENT M0762001 20090505 20090724 20090722 M049 -BIB 12 22 -AUTHOR (A.S.SOLDATOV) +ENTRY M0762 20111117 20120207 20120131 M061 +SUBENT M0762001 20111117 20120207 20120131 M061 +BIB 12 23 +AUTHOR (A.S.Soldatov) TITLE Photofission cross section of Americium isotopes in the energy range from 6 to 12 MeV. REFERENCE (J,YF,64,211,2001) On Russian. (J,PAN,64,169,2001) Translation from Russian. - #DOI=10.1134/1.1349437 + #doi:10.1134/1.1349437 INSTITUTE (4RUSFEI) INC-SOURCE (BRST) FACILITY (MICRT,4RUSFEI) @@ -14,18 +14,19 @@ SAMPLE Americium oxydes: 241Am isotopically pure, 243Am (30.3 % of 241Am, 3.8 % of 244Cm and 0.7 % of 242Cm), 242mAm (242m - 1, 241Am - 0.162, 243Am - 0.006). -METHOD (EXTB,STTA) +METHOD (EXTB,SITA) DETECTOR (TRD) MICA-FOILS. -STATUS (TABLE,APRVD) by A.S.Soldatov. +STATUS (TABLE,APRVD) Approved by A.S.Soldatov. Data presented on the Figs. 1 - 3 were compiled at the Russia MSU SINP CDFE by V.Varlamov. -COMMENT The meaurements were performed by relative method +COMMENT The measurements were performed by relative method using the photofission cross section of 238U as a cross section standard. HISTORY (20090430C) -ENDBIB 22 + (20111117A) Corrected by V.Varlamov: AUTHOR, doi. +ENDBIB 23 NOCOMMON 0 0 -ENDSUBENT 25 +ENDSUBENT 26 SUBENT M0762002 20090505 20090724 20090722 M049 BIB 2 2 REACTION ((95-AM-241(G,F),,SIG,,BRA)/(92-U-238(G,F),,SIG,,BRA)) diff --git a/exforall/M07/M0764.x4 b/exforall/M07/M0764.x4 index de693dc26..798eb0378 100644 --- a/exforall/M07/M0764.x4 +++ b/exforall/M07/M0764.x4 @@ -1,28 +1,29 @@ -ENTRY M0764 20090505 20090724 20090722 M049 -SUBENT M0764001 20090505 20090724 20090722 M049 -BIB 11 19 -AUTHOR (A.S.SOLDATOV) +ENTRY M0764 20111117 20120207 20120131 M061 +SUBENT M0764001 20111117 20120207 20120131 M061 +BIB 11 20 +AUTHOR (A.S.Soldatov) TITLE Photofission cross section of 243Cm, 245Cm, 249Bk, and 249Cf in the energy range from the threshold to 10 - 12 MeV. REFERENCE (J,YF,66,574,2003) On Russian. (J,PAN,66,547,2003) Translation from Russian. - #DOI=10.1134/1.1563721 + #doi:10.1134/1.1563721 INSTITUTE (4RUSFEI) INC-SOURCE (BRST) FACILITY (MICRT,4RUSFEI) -METHOD (EXTB,STTA) +METHOD (EXTB,SITA) DETECTOR (TRD) MICA-FOILS. -STATUS (TABLE,APRVD) by A.S.Soldatov. +STATUS (TABLE,APRVD) Approved by A.S.Soldatov. Data presented on the Figs. 1 - 4 were compiled at the Russia MSU SINP CDFE by V.Varlamov. -COMMENT The meaurements were performed by relative method +COMMENT The measurements were performed by relative method using the photofission cross section of 238U as a cross section standard. HISTORY (20090430C) -ENDBIB 19 + (20111117A) Corrected by V.Varlamov: AUTHOR, doi. +ENDBIB 20 NOCOMMON 0 0 -ENDSUBENT 22 +ENDSUBENT 23 SUBENT M0764002 20090505 20090724 20090722 M049 BIB 3 5 REACTION ((96-CM-243(G,F),,SIG,,BRA)/(92-U-238(G,F),,SIG,,BRA)) diff --git a/exforall/M07/M0765.x4 b/exforall/M07/M0765.x4 index bf0e63b4e..8a8b9cf39 100644 --- a/exforall/M07/M0765.x4 +++ b/exforall/M07/M0765.x4 @@ -1,16 +1,16 @@ -ENTRY M0765 20090220 20090508 20090508 M048 -SUBENT M0765001 20090220 20090508 20090508 M048 -BIB 14 24 +ENTRY M0765 20111117 20120207 20120131 M061 +SUBENT M0765001 20111117 20120207 20120131 M061 +BIB 14 25 TITLE A high-resolution measurement of the photofission spectrum of Th-232 near threshold. -AUTHOR (J.W.KNOWLES,W.F.MILLS,R.N.KING,B.O.PICH,S.YEN, - R.SOBIE,L.WATT,T.E.DRAKE,L.S.CARDMAN,R.L.GULBRANSON) +AUTHOR (J.W.Kmowles,W.F.Mills,R.N.King,B.O.Pich,S.Yen, + R.Sobie,L.Watt,T.E.Drake,L.S.Cardman,R.L.Gulbranson) REFERENCE (J,PL/B,116,315,1982) - DOI=10.1016/0370-2693(82)90289-1 + #doi:10.1016/0370-2693(82)90289-1 INSTITUTE (1CANCRC,1CANTOR,1USAUI) -FACILITY (MICRT,1CANCRC) Iniversity of Illinois Microtron. +FACILITY (MICRT,1CANCRC) University of Illinois Microtron. INC-SOURCE (MPH,TAGD) Chalk River bremsstrahlung monochromator - at the Iniversity of Illinois Microtron Laboratory. + at the University of Illinois Microtron Laboratory. SAMPLE The targets consist of uniform coating of ThO-2, 2.0 mg/cm**2 thick. DETECTOR (FISCH) Multiwire fission chamber made by stacking @@ -25,13 +25,14 @@ COMMENT Data units mb are used instead of original ones fm**2: STATUS (CURVE) Data from Fig 2. were compiled at the Russia MSU SINP CDFE by V.Varlamov. HISTORY (20090219C) -ENDBIB 24 + (20111117A) Corrected by V.Varlamov: AUTHOR, doi. +ENDBIB 25 COMMON 2 3 EN-RSL ERR-SYS KEV PER-CENT 13. 20. ENDCOMMON 3 -ENDSUBENT 31 +ENDSUBENT 32 SUBENT M0765002 20090220 20090508 20090508 M048 BIB 1 1 REACTION (90-TH-232(G,F),,SIG) diff --git a/exforall/M07/M0771.x4 b/exforall/M07/M0771.x4 index 5b7b815e8..928bc31a8 100644 --- a/exforall/M07/M0771.x4 +++ b/exforall/M07/M0771.x4 @@ -1,24 +1,24 @@ -ENTRY M0771 20090713 20090724 20090722 M049 -SUBENT M0771001 20090713 20090724 20090722 M049 -BIB 13 35 +ENTRY M0771 20111117 20120207 20120131 M061 +SUBENT M0771001 20111117 20120207 20120131 M061 +BIB 13 36 TITLE (g,n) study of the isovector quadrupole resonance in 40Ca. -AUTHOR (D.A.SIMS,G.J.O'KEEFE,R.P.RASSOOL,A.KUZIN, - M.N.THOMPSON,J.-O.ADLER,B.-E.ANDERSSON,K.G.FISSUM, - K.HANSEN,L.ISAAKSSON,B.NILSSON,H.RUIJTER,A.SANDELL, - B.SCHRODER,J.R.M.ANNAND,G.I.CRAWFORD,P.D.HARTY, - J.C.MCGEORGE,G.J.MILLER) +AUTHOR (D.A.Sims,G.J.O'Keefe,R.P.Rassool,A.Kuzin, + M.N.Thompson,J.-O.Adler,B.-E.Andersson,K.G.Fissum, + K.Hansen,L.Isaaksson,B.Nilsson,H.Ruijter,A.Sandell, + B.Schroder,J.R.M.Annand,G.I.Crawford,P.D.Harty, + J.C.McGeorge,G.J.Miller) INSTITUTE (3AULAML,2SWDLND,2UK GLS) REFERENCE (J,PR/C,55,1288,1997) - #DOI=10.1103/PhysRevC.55.1288 + #doi:10.1103/PhysRevC.55.1288 INC-SOURCE (MPH,TAGD) Tagged-photon facility. FACILITY (MICRT,2SWDLND) Lund University racetrack microtron. -SAMPLE The target of enriched (> 98 %) 40Ca was a solid +SAMPLE The target of enriched (> 98 %) 40Ca was a solid cylinder with dimensions 42-mm diameter x 100-mm length. METHOD (COINC,TOF) Each neutron detector consisted of 64 TOF spectra which contained real coincidences with the - tigger focal plane and a random background. + tagger focal plane and a random background. DETECTOR (SCIN) NE213A Liquid scintillator. ANALYSIS (SHAPE) Pulse shape analysis for separation of neutron events from the background of photons. @@ -36,13 +36,14 @@ ERR-ANALYS (ERR-S) Statistical errors. STATUS (CURVE) Data from Figs. 3 - 5 were compiled at the Russia MSU SINP CDFE by V.V.Varlamov. HISTORY (20090505C) -ENDBIB 35 + (20111117A) Corrected by V.Varlamov: AUTHOR, doi. +ENDBIB 36 COMMON 3 3 ERR-1 ERR-2 ERR-3 PER-CENT PER-CENT PER-CENT 10. 9. 7. ENDCOMMON 3 -ENDSUBENT 42 +ENDSUBENT 43 SUBENT M0771002 20090713 20090724 20090722 M049 BIB 2 2 REACTION (20-CA-40(G,N)20-CA-39,PAR,DA) diff --git a/exforall/M07/M0774.x4 b/exforall/M07/M0774.x4 index ed3139488..8fd8efbbd 100644 --- a/exforall/M07/M0774.x4 +++ b/exforall/M07/M0774.x4 @@ -1,15 +1,15 @@ -ENTRY M0774 20090615 20090901 20090828 M050 -SUBENT M0774001 20090615 20090901 20090828 M050 -BIB 12 24 +ENTRY M0774 20111117 20120207 20120131 M061 +SUBENT M0774001 20111117 20120207 20120131 M061 +BIB 12 25 TITLE Influence of the N=50 neutron core on the dipole excitations in 87Rb. -AUTHOR (L.KAUBLER,K.D.SCHILLING,R.SCHWENGNER,F.DONAU, - E.GROSSE,D.BELIC,P.VON BRENTANO,M.BUBNER,C.FRANSEN, - M.GRINBERG,U.KNEISSL,C.KOHSTALL,A.LINNEMANN, - P.MATSCHINSKY,A.NORD,N.PIETRALLA,H.H.PITZ,M.SCHECK, - F.STEDILE,V.WERNER) +AUTHOR (L.Kaubler,K.D.Schilling,R.Schwengner,F.Donau, + E.Grosse,D.Belic,P.Von Brentano,M.Bubner,C.Fransen, + M.Grinberg,U.Kneissl,C.Kohstall,A.Linnemann, + P.Matschinsky,A.Nord,N.Pietralla,H.H.Pitz,M.Scheck, + F.Stedile,V.Werner) REFERENCE (J,PR/C,65,054315,2002) - #DOI=10.1103/PhysRevC.65.054315 + #doi:10.1103/PhysRevC.65.054315 INSTITUTE (2GERIFS,2GERKLN,3BULBLA,2GERZFK) FACILITY (LINAC,2GERIFS) Stuttgart Dynamitron accelerator. INC-SOURCE (BRST) Bremsstrahlung with end-point energy 4.0 MeV. @@ -17,7 +17,7 @@ SAMPLE The scattering target consisted of a 87Rb-2(CO-3) sample of 2.507 g total mass with a relative enrichment of 99.2 in 87Rb. DETECTOR (HPGE) 3 High-purity Ge-detectors with energy - resolution about 2 kev at a photon energy of 1.3 MeV + resolution about 2 keV at a photon energy of 1.3 MeV and about 3 keV at 3 MeV installed at angles of about 90, 127 and 150 degree. METHOD (GSPEC) @@ -25,10 +25,11 @@ ERR-ANALYS (DATA-ERR) No information. STATUS (TABLE) Data from Tab. 1 were compiled at the Russia MSU SINP CDFE by V.Varlamov. HISTORY (20090615C) -ENDBIB 24 + (20111117A) Corrected by V.Varlamov: AUTHOR, doi. +ENDBIB 25 NOCOMMON 0 0 -ENDSUBENT 27 -SUBENT M0774002 20090615 20090901 20090828 M050 +ENDSUBENT 28 +SUBENT M0774002 20111117 20120207 20120131 M061 BIB 1 4 REACTION 1(37-RB-87(G,0),,EN) Excitation energy Ex. 2(37-RB-87(G,EL),,ARE) Integrated cross section Is. diff --git a/exforall/M07/M0775.x4 b/exforall/M07/M0775.x4 index 198c773e0..1c2243248 100644 --- a/exforall/M07/M0775.x4 +++ b/exforall/M07/M0775.x4 @@ -1,13 +1,13 @@ -ENTRY M0775 20110119 20110323 20110311 M056 -SUBENT M0775001 20110119 20110323 20110311 M056 -BIB 12 28 +ENTRY M0775 20111117 20120207 20120131 M061 +SUBENT M0775001 20111117 20120207 20120131 M061 +BIB 12 27 TITLE Dipole and quadrupole excitations in 88Sr up to 6.8 MeV. -AUTHOR (L.KAUBLER,H.SCHNARE,R.SCHWENGNER,H.PRADE,F.DONAU, - P.VON BRENTANO,J.EBERTH,J.ENDERS,A.FITZLER, - C.FRANSEN,M.GRINBERG,R.-D.HERZBERG,H.KAIZER, - P.VON NEUMANN-COSEL,N.PIETRALLA,A.RICHTER,G.RUSEV, - CH.STOYANOV,I.WIEDENHOVER) +AUTHOR (L.Kaubler,H.Schnare,R.Schwengner,H.Prade,F.Donau, + P.Von Brentano,J.Eberth,J.Enders,A.Fitzker, + C.Fransen,M.Grinberg,R.-D.Herzberg,H.Kaizer, + P.Von Neumann-Cosel,N.Pietralla,A.Richter,G.Rusev, + Ch.Stoyanov,I.Wiedenhover) REFERENCE (J,PR/C,70,064307,2004) #doi:10.1103/PhysRevC.70.064307 INSTITUTE (2GERKLN,2GERTHD,3BULBLA,1USASTB,2GERZFK) @@ -27,11 +27,10 @@ STATUS (TABLE) Data from Tab. 1 were compiled at the Russia HISTORY (20090616C) (20091002A) Missing pointer 3 near DATA in 66 position. - (20110119A) Corrected by V.Varlamov: DATA (pointer 3 - added in 002), REFERENCE. -ENDBIB 28 + (20111117A) Corrected by V.Varlamov: AUTHOR, doi. +ENDBIB 27 NOCOMMON 0 0 -ENDSUBENT 31 +ENDSUBENT 30 SUBENT M0775002 20110119 20110323 20110311 M056 BIB 1 4 REACTION 1(38-SR-88(G,0),,EN) Excitation energy Ex. diff --git a/exforall/M07/M0777.x4 b/exforall/M07/M0777.x4 index c7dcd1073..40340ff0b 100644 --- a/exforall/M07/M0777.x4 +++ b/exforall/M07/M0777.x4 @@ -1,15 +1,15 @@ -ENTRY M0777 20090617 20090901 20090828 M050 -SUBENT M0777001 20090617 20090901 20090828 M050 -BIB 12 31 +ENTRY M0777 20111117 20120207 20120131 M061 +SUBENT M0777001 20111117 20120207 20120131 M061 +BIB 12 32 TITLE Photon scattering experiments of 176Hf and the systematics of low-lying dipole modes in the stable even-even Hf isotopes 176,178,180Hf -AUTHOR (M.SCHECK,D.BELIC,P.VON BRENTANO,J.J.CAROLL, - C.FRANSEN,A.GADE,H.VON GARELL,U.KNEISSL,C.KOHSTALL, - A.LINNEMANN,N.PIETRALLA,H.H.PITZ,F.STEDILE,R.TOMAN, - V.WERNER) +AUTHOR (M.Scheck,D.Belic,P.Von Brentano,J.J.Caroll, + C.Fransen,A.Gade,H.Von Garell,U.Kneissl,C.Kohstall, + A.Linnemann,N.Pietralla,H.H.Pitz,F.Stedile,R.Toman, + V.Werner) REFERENCE (J,PR/C,67,064313,2003) - #DOI=10.1103/PhysRevC.67.064313 + #doi:10.1103/PhysRevC.67.064313 INSTITUTE (2GERIFS,2GERKLN) (1USAUSA) Department of Physics and Astronomy, Youngstown State University, Youngstown, Ohio, USA. @@ -24,7 +24,7 @@ SAMPLE The scattering target consisted of a 87Rb-2(CO-3) sample of 2.507 g total mass with a relative enrichment of 99.2 in 87Rb. DETECTOR (HPGE) 3 high-resolution Ge-detectors with energy - resolution about 2 kev at a photon energy of 1.3 MeV + resolution about 2 keV at a photon energy of 1.3 MeV and about 3 keV at 3 MeV installed at angles of about 90, 127 and 150 degree. METHOD (GSPEC) @@ -32,9 +32,10 @@ ERR-ANALYS (DATA-ERR) No information. STATUS (TABLE) Data from Tab. 1 were compiled at the Russia MSU SINP CDFE by V.Varlamov. HISTORY (20090617C) -ENDBIB 31 + (20111117A) Corrected by V.Varlamov: AUTHOR, doi. +ENDBIB 32 NOCOMMON 0 0 -ENDSUBENT 34 +ENDSUBENT 35 SUBENT M0777002 20090617 20090901 20090828 M050 BIB 1 3 REACTION 1(72-HF-176(G,0),,EN) Excitation energy Ex. diff --git a/exforall/M07/M0778.x4 b/exforall/M07/M0778.x4 index 5fee6fc64..2f1af26a8 100644 --- a/exforall/M07/M0778.x4 +++ b/exforall/M07/M0778.x4 @@ -1,15 +1,15 @@ -ENTRY M0778 20090618 20090901 20090828 M050 -SUBENT M0778001 20090618 20090901 20090828 M050 -BIB 11 36 +ENTRY M0778 20111117 20120207 20120131 M061 +SUBENT M0778001 20111117 20120207 20120131 M061 +BIB 11 37 TITLE Low-energy photon scattering experiments of 151,153Eu, 163Dy, and 165Ho and the systematics of the M1 scissors mode in rare-earth nuclei. -AUTHOR (A.NORD,J.ENDERS,A.E.DE ALMEDIA PINTO,D.BELIC, - P.VON BRENTANO,C.FRANSEN,U.KNEISSL,C.KOHSTALL, - A.LINNEMANN,P.VON NEUMANN-COSEL,N.PIETRALLA, - H.H.PITZ,A.RICHTER,F.STEDILE,V.WERNER) +AUTHOR (A.Nord,J.Enders,A.E.De Almedia Pinto,D.Belic, + P.Von Brentano,C.Fransen,U.Kneissl,C.Kohstall, + A.Linnemann,P.Von Neumann-Cosel,N.Pietralla, + H.H.Pitz,A.Richter,F.Stedile,V.Werner) REFERENCE (J,PR/C,67,034307,2003) - #DOI=10.1103/PhysRevC.67.034307 + #doi:10.1103/PhysRevC.67.034307 INSTITUTE (2GERIFS,1USAMSU,3BZLUSP,2GERKLN,2GERTHD) FACILITY (LINAC,2GERIFS) Stuttgart Dynamitron accelerator. INC-SOURCE (BRST) Bremsstrahlung with end-point energy of 4.05. @@ -19,7 +19,7 @@ INC-SOURCE (BRST) Bremsstrahlung with end-point energy of 4.05. decay branchings. SAMPLE The nuclear resonance fluorescence targets were sandwiched by 27Al disks serving for the photon flux - calubratiin. Target compositions and specifications: + calibration. Target compositions and specifications: Isotope Composition Enrich. Total Major (%) masses (mg) impur. Target 27Al (%) @@ -29,17 +29,18 @@ SAMPLE The nuclear resonance fluorescence targets were 162Dy (1.82) 164Dy (8.02) 165Ho Ho2O3 100. 2697 763 - 165Ho Ho metall 100. 2115 781 + 165Ho Ho metal 100. 2115 781 DETECTOR (HPGE) 3 high-resolution Ge-detectors with energy - resolution about 2 kev at a photon energy of 1.3 MeV + resolution about 2 keV at a photon energy of 1.3 MeV and about 3 keV at 3 MeV installed at angles of about 90, 127 and 150 degree. METHOD (GSPEC) ERR-ANALYS (DATA-ERR) No information. HISTORY (20090618C) -ENDBIB 36 + (20111117A) Corrected by V.Varlamov: AUTHOR, doi. +ENDBIB 37 NOCOMMON 0 0 -ENDSUBENT 39 +ENDSUBENT 40 SUBENT M0778002 20090618 20090901 20090828 M050 BIB 2 5 REACTION 1(63-EU-151(G,0),,EN) Excitation energy Ex. diff --git a/exforall/M07/M0779.x4 b/exforall/M07/M0779.x4 index 548785531..36d336b79 100644 --- a/exforall/M07/M0779.x4 +++ b/exforall/M07/M0779.x4 @@ -1,15 +1,15 @@ -ENTRY M0779 20090622 20090901 20090828 M050 -SUBENT M0779001 20090622 20090901 20090828 M050 -BIB 11 52 +ENTRY M0779 20111117 20120207 20120131 M061 +SUBENT M0779001 20111117 20120207 20120131 M061 +BIB 11 53 TITLE Low-lying dipole excitations in vibrational nuclei: The Cd isotopic chain studied in photon scattering experiments. -AUTHOR (C.KOHSTALL,D.BELIC,P.VON BRENTANO,C.FRANSEN,A.GADE, - R.-D.HERZBERG,J.JOLIE,U.KNEISSL,A.LINNEMANN,A.NORD, - N.PIETRALLA,H.H.PITZ,M.SCHECK,F.STEDILE,V.WERNER, - S.W.YATES) +AUTHOR (C.Kohstall,D.Belic,P.Von Brentano,C.Fransen,A.Gade, + R.-D.Herzberg,J.Jolie,U.Kneissl,A.Linnemann,A.Nord, + N.Pietralla,H.H.Pitz,M.Scheck,F.Stedile,V.Werner, + S.W.Yates) REFERENCE (J,PR/C,72,034302,2005) - #DOI=10.1103/PhysRevC.72.034302 + #doi:10.1103/PhysRevC.72.034302 INSTITUTE (2GERIFS,2GERKLN,1USAKTY) FACILITY (LINAC,2GERIFS) 4.3-MV Dynamitron accelerator in Stuttgart. @@ -21,7 +21,7 @@ INC-SOURCE (BRST) Bremsstrahlung with end-point energy of 4.05. SAMPLE Isotopically enriched targets were used. The nuclear resonance fluorescence targets were sandwiched between 27Al disks that served for the photon flux - calubratiin. Target compositions and specifications: + calibration. Target compositions and specifications: Isotope Composition Enrich. Total Major (%) masses (mg) impur. Target 27Al (%) @@ -47,15 +47,16 @@ SAMPLE Isotopically enriched targets were used. The nuclear 114Cd metal 99.07 3494 2028 116Cd CdO 97.07 6039 1579 DETECTOR (HPGE) 3 high-resolution Ge-detectors with energy - resolution about 2 kev at a photon energy of 1.3 MeV + resolution about 2 keV at a photon energy of 1.3 MeV and about 3 keV at 3 MeV installed at angles of about 90, 127 and 150 degree. METHOD (GSPEC) ERR-ANALYS (DATA-ERR) No information. HISTORY (20090618C) -ENDBIB 52 + (20111117A) Corrected by V.Varlamov: AUTHOR, doi. +ENDBIB 53 NOCOMMON 0 0 -ENDSUBENT 55 +ENDSUBENT 56 SUBENT M0779002 20090622 20090901 20090828 M050 BIB 2 5 REACTION 1(48-CD-111(G,0),,EN) Excitation energy Ex. diff --git a/exforall/M07/M0787.x4 b/exforall/M07/M0787.x4 index dd5cb955d..741e2f88b 100644 --- a/exforall/M07/M0787.x4 +++ b/exforall/M07/M0787.x4 @@ -1,19 +1,19 @@ -ENTRY M0787 20100405 20100610 20100609 M053 -SUBENT M0787001 20100405 20100610 20100609 M053 -BIB 14 32 +ENTRY M0787 20111117 20120207 20120131 M061 +SUBENT M0787001 20111117 20120207 20120131 M061 +BIB 14 34 TITLE Symmetric and asymmetric modes of 232Th photofission - at intermrdiate energies. + at intermediate energies. AUTHOR (N.A.Demekhina,G.S.Karapetyan) REFERENCE (J,YF,73,26,2010) (J,PAN,73,24,2010) - #DOI:10.1134/S1063778810010047 -INSTITUTE (4UKRUFT) + #doi:10.1134/S1063778810010047 +INSTITUTE (4ARMJER) FACILITY (SYNCH,4ARMJER) SAMPLE A target from 232Th 1.5 x 1.5 x 0.002 cm**3 in dimensions had a natural isotopic composition. INC-SOURCE (BRST) METHOD (ACTIV) -DETECTOR (HPGE) High-purity germanium detector (80 cm**3) of +DETECTOR (HPGE) High-purity germanium detector (80 cm**3) of resolution about 0.2 % at the 60Co gamma-transition energy of 1332 keV. ANALYSIS (AREA) @@ -33,9 +33,11 @@ FLAG (1.) Sum of G- and M- contributions. STATUS (TABLE) Data from the Table 2 published are compiled at the Russia MSU SINP CDFE by V.Varlamov. HISTORY (20100405C) -ENDBIB 32 + (20111117A) Corrected by V.Varlamov: TITLE, REFERENCE, + INSTITUTE, doi. +ENDBIB 34 NOCOMMON 0 0 -ENDSUBENT 35 +ENDSUBENT 37 SUBENT M0787002 20100405 20100610 20100609 M053 BIB 1 2 REACTION (90-TH-232(G,F)ELEM/MASS,CUM,SIG,,BRA) diff --git a/exforall/M07/M0795.x4 b/exforall/M07/M0795.x4 index 9bc157b60..a0f7d347d 100644 --- a/exforall/M07/M0795.x4 +++ b/exforall/M07/M0795.x4 @@ -1,8 +1,8 @@ -ENTRY M0795 20101027 20110216 20110117 M055 -SUBENT M0795001 20101027 20110216 20110117 M055 -BIB 14 28 -TITLE Photodisintegration of heavy nuclei behind Giant - Dipole Resonance. +ENTRY M0795 20111117 20120207 20120131 M061 +SUBENT M0795001 20111117 20120207 20120131 M061 +BIB 14 30 +TITLE Photodisintegration of heavy nuclei in the energy + region above the Giant Dipole Resonance. AUTHOR (A.N.Ermakov,B.S.Ishkhanov,I.M.Kapitonov, I.V.Makarenko,V.N.Orlin) REFERENCE (J,YF,73,767,2010) @@ -29,13 +29,15 @@ ERR-ANALYS (DATA-ERR) Root-mean-square errors. STATUS (APRVD) by I.V.Makarenko. HISTORY (20101027C) Data were compiled at Russia MSU SINP CDFE by V.Varlamov. -ENDBIB 28 + (20111117C) Corrected by V.Varlamov: TITLE, SUBENT 003 + deleted because of duplication of 002. +ENDBIB 30 COMMON 1 3 EN-MAX MEV 67.7 ENDCOMMON 3 -ENDSUBENT 35 +ENDSUBENT 37 SUBENT M0795002 20101027 20110216 20110117 M055 BIB 3 11 REACTION ((81-TL-203(G,X)ELEM/MASS,,SIG,,BRA)/ @@ -63,7 +65,7 @@ NO-DIM NO-DIM NO-DIM NO-DIM 80. 203. .0035 .0012 ENDDATA 9 ENDSUBENT 25 -SUBENT M0795003 20101027 20110216 20110117 M055 +SUBENT M0795003 20111117 20120207 20120131 M061 BIB 3 6 REACTION ((81-TL-205(G,X)80-HG-203,,SIG,,BRA)/ (81-TL-203(G,N)81-TL-202,,SIG,,BRA)) @@ -73,12 +75,8 @@ DECAY-DATA (80-HG-203,46.59D) STATUS (TABLE) Data from Table 5. ENDBIB 6 NOCOMMON 0 0 -DATA 2 1 -DATA DATA-ERR -NO-DIM NO-DIM - .0035 .0012 -ENDDATA 3 -ENDSUBENT 14 +NODATA 0 0 +ENDSUBENT 10 SUBENT M0795004 20101027 20110216 20110117 M055 BIB 4 11 REACTION ((83-BI-209(G,X)ELEM/MASS,,SIG,,BRA)/ diff --git a/exforall/M08/M0811.x4 b/exforall/M08/M0811.x4 index ed4931205..ac855840a 100644 --- a/exforall/M08/M0811.x4 +++ b/exforall/M08/M0811.x4 @@ -1,12 +1,14 @@ -ENTRY M0811 20110330 20110617 20110530 M058 -SUBENT M0811001 20110330 20110617 20110530 M058 -BIB 13 20 +ENTRY M0811 20111129 20120207 20120131 M061 +SUBENT M0811001 20111129 20120207 20120131 M061 +BIB 13 23 TITLE Iodine- and Xenon-Isotope Yield Ratio in Photofission Fragments of Heavy Nuclei. AUTHOR (Yu.P.Gangrsky,V.I.Zhemenik,B.N.Markov,G.V.Myshinsky) INSTITUTE (4ZZZDUB,4UKRIJD) REFERENCE (J,PPN/L,7,(6),415,2010) + (J,FCY/L,7,(6/162),680,2010) #doi:10.1134/S1547477110060087 + English translation of PPN/L,7,(6),415,2010. FACILITY (MICRT,4ZZZDUB) Microtron MT-25 of the Laboratory of Nuclear Reaction of the Joint Institute for Nuclear Research, Dubna. @@ -21,13 +23,14 @@ ERR-ANALYS (DATA-ERR) No information. STATUS (TABLE) Data from the Table 2. HISTORY (20110330C) Data were compiled at the MSU SINP CDFE by V.Varlamov. -ENDBIB 20 + (20111129A) Corrected by V.Varlamov: REFERENCE. +ENDBIB 23 COMMON 1 3 EN-MAX MEV 25. ENDCOMMON 3 -ENDSUBENT 27 +ENDSUBENT 30 SUBENT M0811002 20110330 20110617 20110530 M058 BIB 2 2 REACTION (90-TH-232(G,F)54-XE-135,IND,FY,,BRA) diff --git a/exforall/M08/M0817.x4 b/exforall/M08/M0817.x4 index c452e56ca..92589a5e7 100644 --- a/exforall/M08/M0817.x4 +++ b/exforall/M08/M0817.x4 @@ -1,6 +1,6 @@ -ENTRY M0817 20110614 20111003 20110921 M059 -SUBENT M0817001 20110614 20111003 20110921 M059 -BIB 11 25 +ENTRY M0817 20111004 20120207 20111216 M060 +SUBENT M0817001 20111004 20120207 20111216 M060 +BIB 11 26 TITLE Giant dipole resonance on nuclei in transition region N about 90. AUTHOR (O.V.Vasilyev,V.A.Semenov,S.F.Semenko) @@ -9,8 +9,8 @@ REFERENCE (J,YF,13,463,1971) (J,SNP,13,259,1969) English translation of YF,13,463,1971. FACILITY (BETAT,4RUSSGU) Saratov State University betatron - with maximum energy 25 MeV. -SAMPLE Monoisotopic oxides (X-2,O-3): + with maximal energy 25 MeV. +SAMPLE Mono-isotopic oxides (X-2,O-3): Isotope Height, g 146Nd 2.19 148Sm 2.19 @@ -23,12 +23,13 @@ SAMPLE Monoisotopic oxides (X-2,O-3): INC-SOURCE (BRST) DETECTOR (PROPC) 12 proportional counters. METHOD (EXTB,SITA) -STATUS (CURVE,APRVD) Data from Fig. 2, by S.F.Semenko. -HISTORY (20110614C) Data were compiled at the Russia MSU SIMP +STATUS (CURVE) Data from Fig. 2 of YF,13,463,1971. +HISTORY (20110614C) Data were compiled at the Russia MSU SINP CDFE by V.Varlamov. -ENDBIB 25 + (20111004A) Corrected by V.Varlamov: STATUS. +ENDBIB 26 NOCOMMON 0 0 -ENDSUBENT 28 +ENDSUBENT 29 SUBENT M0817002 20110614 20111003 20110921 M059 BIB 3 5 REACTION (60-ND-146(G,X)0-NN-1,,SIG,,BRS) diff --git a/exforall/M08/M0822.x4 b/exforall/M08/M0822.x4 new file mode 100644 index 000000000..3062d570e --- /dev/null +++ b/exforall/M08/M0822.x4 @@ -0,0 +1,54 @@ +ENTRY M0822 20110630 20120207 20111216 M060 +SUBENT M0822001 20110630 20120207 20111216 M060 +BIB 13 25 +TITLE Photoproduction of PI-0 mesons on hydrogen at 320-MeV + energy. +AUTHOR (Yu.A.Aleksandrov,V.A.Kozlov,V.N.Maykov, + V.V.Pavlovskaya) +INSTITUTE (4RUSLEB) +REFERENCE (J,YF,25,80,1977) + (J,SNP,25,43,1977) + English translation of YF,25,80,1977. +FACILITY (SYNCH,4RUSLEB) Synchrotron of Fiz. Inst. Lebedev + (FIAN), Moscow +INC-SOURCE (BRST) +SAMPLE Liquid hydrogen target cell - cylinder with diameter + 18 cm and length 40 cm. +METHOD (COINC) +DETECTOR (CEREN) Cerenkov spectrometers. +PART-DET (PI0) +ERR-ANALYS (ERR-S) Statistical uncertainties. + (ERR-T) Total uncertainty included registration + efficiency error (2 - 3 %), absolute monitoring + error, experiment geometry error, bremsstrahlung + end-point energy stability uncertainty (17 MeV at + 320 MeV), hydrogen density uncertainty etc. +STATUS (TABLE) Data from the Table 2 of YF,25,80,1977. +HISTORY (20110630C) Data were compiled at the Russia MSU SINP + CDFE by V.Varlamov. +ENDBIB 25 +NOCOMMON 0 0 +ENDSUBENT 28 +SUBENT M0822002 20110630 20120207 20111216 M060 +BIB 2 3 +REACTION (1-H-1(G,PI0)1-H-1,,DA,,BRA) +FLAG (1.) Differential cross section extrapolated to the + angle 0 degree. +ENDBIB 3 +COMMON 1 3 +EN-MAX +MEV + 320. +ENDCOMMON 3 +DATA 5 6 +ANG DATA ERR-S ERR-T FLAG +ADEG MU-B/SR MU-B/SR MU-B/SR NO-DIM + 0. 13.83 .64 1. + 10. 14.46 .97 1.32 + 30. 18.3 .82 1.39 + 60. 27.08 .85 1.97 + 90. 32.27 1.29 2.52 + 120. 25. 1.97 2.54 +ENDDATA 8 +ENDSUBENT 20 +ENDENTRY 2 diff --git a/exforall/M08/M0823.x4 b/exforall/M08/M0823.x4 new file mode 100644 index 000000000..90f969cca --- /dev/null +++ b/exforall/M08/M0823.x4 @@ -0,0 +1,187 @@ +ENTRY M0823 20110922 20120207 20111216 M060 +SUBENT M0823001 20110922 20120207 20111216 M060 +BIB 11 16 +TITLE Three-particle and total photodisintegration of 4He. +AUTHOR (Yu.M.Arkatov,A.V.Bazaeva,P.I.Vatset,V.I.Voloshchuk, + A.P.Klyucharev,A.F.Khodyachikh) +INSTITUTE (4UKRKFT) +REFERENCE (J,YF,10,1123,1969) + (J,SNP,10,639,1969) + English translation of YF,10,1123,1969. +FACILITY (LINAC,4UKRKFT) +INC-SOURCE (KINDT) Two-particle kinematics. +METHOD (EXTB,SITA) +DETECTOR (TRD,MAGSP) Diffusion 4He filled chamber in magnetic + field. +ERR-ANALYS (ERR-S) Statistical errors. +STATUS (CURVE) Data from Figs. 1 - 3 of YF,10,1123,1969. +HISTORY (20110929C) Data were compiled at the Russia MSU SINP + CDFE by V.Varlamov. +ENDBIB 16 +NOCOMMON 0 0 +ENDSUBENT 19 +SUBENT M0823002 20110922 20120207 20111216 M060 +BIB 1 1 +REACTION (2-HE-4(G,N+P)1-H-2,,SIG) +ENDBIB 1 +NOCOMMON 0 0 +DATA 4 13 +EN-MIN EN-MAX DATA ERR-S +MEV MEV MB MB + 27.8 30. .0097 .0056 + 30. 35. .0722 .0132 + 35. 40. .1424 .0194 + 40. 45. .1694 .0222 + 45. 50. .2 .025 + 50. 55. .1674 .025 + 55. 60. .1368 .0236 + 60. 65. .125 .0229 + 65. 70. .1694 .027 + 70. 80. .1755 .02 + 80. 90. .142 .021 + 90. 105. .0819 .0132 + 105. 120. .0597 .014 +ENDDATA 15 +ENDSUBENT 21 +SUBENT M0823003 20110922 20120207 20111216 M060 +BIB 1 1 +REACTION (2-HE-4(G,2N+P)1-H-1,,SIG) +ENDBIB 1 +NOCOMMON 0 0 +DATA 4 5 +EN-MIN EN-MAX DATA ERR-S +MEV MEV MB MB + 30. 40. .0105 .0038 + 40. 60. .0346 .0054 + 60. 80. .0356 .0066 + 80. 100. .0439 .0086 + 100. 120. .029 .0081 +ENDDATA 7 +ENDSUBENT 13 +SUBENT M0823004 20110922 20120207 20111216 M060 +BIB 2 2 +REACTION (2-HE-4(G,N+P)1-H-2,,DA,P) +PART-DET (P) +ENDBIB 2 +COMMON 2 3 +EN-MIN EN-MAX +MEV MEV + 28. 60. +ENDCOMMON 3 +DATA 3 6 +ANG-CM DATA-CM ERR-S +ADEG MU-B/SR MU-B/SR + 15. 8.43 1.77 + 45. 12.23 1.37 + 75. 13. 1.52 + 105. 11.04 1.37 + 135. 8.25 1.69 + 165. 2. 1.28 +ENDDATA 8 +ENDSUBENT 19 +SUBENT M0823005 20110922 20120207 20111216 M060 +BIB 2 2 +REACTION (2-HE-4(G,N+P)1-H-2,,DA,P) +PART-DET (P) +ENDBIB 2 +COMMON 2 3 +EN-MIN EN-MAX +MEV MEV + 60. 120. +ENDCOMMON 3 +DATA 3 6 +ANG-CM DATA-CM ERR-S +ADEG MU-B/SR MU-B/SR + 15. 10.45 2.07 + 45. 11.8 1.61 + 75. 9. 1.44 + 105. 8.54 1.27 + 135. 9.1 1.43 + 165. 10.12 2.1 +ENDDATA 8 +ENDSUBENT 19 +SUBENT M0823006 20110922 20120207 20111216 M060 +BIB 2 2 +REACTION (2-HE-4(G,N+P)1-H-2,,DA,N) +PART-DET (N) +ENDBIB 2 +COMMON 2 3 +EN-MIN EN-MAX +MEV MEV + 28. 60. +ENDCOMMON 3 +DATA 3 6 +ANG-CM DATA-CM ERR-S +ADEG MU-B/SR MU-B/SR + 15. 6.33 2.44 + 45. 7. 1.16 + 75. 9.67 1.9 + 105. 16.83 1.8 + 135. 9.67 1.56 + 165. 9.33 1.5 +ENDDATA 8 +ENDSUBENT 19 +SUBENT M0823007 20110922 20120207 20111216 M060 +BIB 2 2 +REACTION (2-HE-4(G,N+P)1-H-2,,DA,N) +PART-DET (N) +ENDBIB 2 +COMMON 2 3 +EN-MIN EN-MAX +MEV MEV + 60. 120. +ENDCOMMON 3 +DATA 3 6 +ANG-CM DATA-CM ERR-S +ADEG MU-B/SR MU-B/SR + 15. 12.82 2.17 + 45. 13.17 1.46 + 75. 14.33 1.39 + 105. 14. 1.3 + 135. 14. 1.45 + 165. 12. 2. +ENDDATA 8 +ENDSUBENT 19 +SUBENT M0823008 20110922 20120207 20111216 M060 +BIB 2 2 +REACTION (2-HE-4(G,N+P)1-H-2,,DA,D) +PART-DET (D) +ENDBIB 2 +COMMON 2 3 +EN-MIN EN-MAX +MEV MEV + 28. 60. +ENDCOMMON 3 +DATA 3 6 +ANG-CM DATA-CM ERR-S +ADEG MU-B/SR MU-B/SR + 15. 9.96 2.07 + 45. 11.37 1.36 + 75. 10.81 1.39 + 105. 9.36 1.41 + 135. 11.2 1.53 + 165. 10.82 1.87 +ENDDATA 8 +ENDSUBENT 19 +SUBENT M0823009 20110922 20120207 20111216 M060 +BIB 2 2 +REACTION (2-HE-4(G,N+P)1-H-2,,DA,D) +PART-DET (D) +ENDBIB 2 +COMMON 2 3 +EN-MIN EN-MAX +MEV MEV + 60. 120. +ENDCOMMON 3 +DATA 3 6 +ANG-CM DATA-CM ERR-S +ADEG MU-B/SR MU-B/SR + 15. 8.67 1.87 + 45. 9.19 1.36 + 75. 7.19 1.19 + 105. 10.36 2.41 + 135. 13.31 1.7 + 165. 12.88 2.27 +ENDDATA 8 +ENDSUBENT 19 +ENDENTRY 9 diff --git a/exforall/M08/M0824.x4 b/exforall/M08/M0824.x4 new file mode 100644 index 000000000..61cfebd16 --- /dev/null +++ b/exforall/M08/M0824.x4 @@ -0,0 +1,104 @@ +ENTRY M0824 20110927 20120207 20111216 M060 +SUBENT M0824001 20110927 20120207 20111216 M060 +BIB 11 19 +TITLE Cross section for absorption of gamma-rays by sulphur + nuclei in the region of the giant dipole resonance. +AUTHOR (B.S.Dolbilkin,A.I.Isakov,V.I.Korin,L.E.Lazareva, + F.A.Nikolaev) +INSTITUTE (4RUSLEB) +REFERENCE (J,YF,8,1080,1968) + (J,SNP,8,625,1969) + English translation of YF,8,1080,1968 +INC-SOURCE (BRST) +FACILITY (SYNCH,4RUSLEB) +SAMPLE Natural sulphur mixture (32S - 95.02 %, 34S - 4.22 %). +METHOD (EXTB,SITA) +DETECTOR (BPAIR) 9-channel magnetic pair spectrometer. +CORRECTION Photoabsorption cross section was obtained by + subtraction of the atomic absorption cross section + from the experimentally measured sum of atomic and + nuclear absorption cross sections. +HISTORY (20110927C) Data were compiled at the Russia MSU SINP + CDFE by V.Varlamov. +ENDBIB 19 +NOCOMMON 0 0 +ENDSUBENT 22 +SUBENT M0824002 20110927 20120207 20111216 M060 +BIB 3 3 +REACTION (16-S-32(G,ABS),,SIG) +ERR-ANALYS (DATA-ERR) Root-mean-squared uncertainties. +STATUS (CURVE) Data from Fig. 1 of YF,8,1080,1968. +ENDBIB 3 +NOCOMMON 0 0 +DATA 3 52 +EN DATA DATA-ERR +MEV MB MB + 9.6 26. 4. + 10.46 26.1 3.6 + 11.53 18.51 3.93 + 12.5 21.21 4. + 13.3 9. 2.5 + 14.79 3.94 2.92 + 15.25 4.54 2.3 + 15.31 6.96 3.24 + 15.89 8.07 3.1 + 16.23 10. 3. + 16.41 22.52 2.65 + 16.71 25.96 3.3 + 17. 11.51 2.65 + 17.3 21. 3.3 + 17.6 13.05 3.5 + 17.7 31.51 3.5 + 18.12 31.07 3.61 + 18.44 19.45 3.33 + 18.75 20. 3.8 + 19. 27.57 4.14 + 19.37 43.13 2.56 + 19.58 38.96 3.53 + 20. 39.05 2.42 + 20.2 31.7 2.81 + 20.62 32.22 3.16 + 20.83 24.76 2.36 + 21.13 24.54 3.05 + 21.46 26. 2.87 + 21.67 12.21 3.11 + 22. 17.71 2.72 + 22.29 19.19 2.82 + 22.6 18.18 2.92 + 22.96 15.41 3. + 23.32 29.92 2.7 + 23.65 25.02 3.8 + 23.96 13.5 4.04 + 24.17 26.62 4.1 + 24.58 15.95 4.44 + 24.79 11.51 4.4 + 25. 13.93 3. + 25.31 22.92 3.25 + 25.64 17.71 4.33 + 26. 15.55 4.74 + 26.31 1.51 3.33 + 26.45 15.75 4.54 + 26.87 12.82 3.5 + 27.46 13.13 4.74 + 27.81 .1 5.55 + 28. 15.95 5.6 + 28.3 9.59 5. + 28.65 24.04 5.95 + 29.37 33.53 5.51 +ENDDATA 54 +ENDSUBENT 62 +SUBENT M0824003 20110927 20120207 20111216 M060 +BIB 3 4 +REACTION (16-S-32(G,ABS),,INT) +ERR-ANALYS No information. +STATUS (TABLE) Data from Tab. 2 of YF,8,1080,1968. + (DEP,M0824002) +ENDBIB 4 +NOCOMMON 0 0 +DATA 3 1 +EN-MIN EN-MAX DATA +MEV MEV MB*MEV + 0.0 30. 420. +ENDDATA 3 +ENDSUBENT 12 +ENDENTRY 3 diff --git a/exforall/M08/M0825.x4 b/exforall/M08/M0825.x4 new file mode 100644 index 000000000..08d8dff21 --- /dev/null +++ b/exforall/M08/M0825.x4 @@ -0,0 +1,1472 @@ +ENTRY M0825 20111028 20120207 20111216 M060 +SUBENT M0825001 20111028 20120207 20111216 M060 +BIB 13 24 +TITLE Total nuclear photon absorption cross sections for + some light elements. +AUTHOR (J.Ahrens,H.Borchert,K.H.Czock,H.B.Eppler,H.Gimm, + H.Gundrum,M.Kroning,P.Riehn,G.Sita Ram,A.Zieger, + B.Ziegler) +REFERENCE (J,NP/A,251,479,1975) + #doi:10.1016/0375-9474(75)90543-6 +INSTITUTE (2GERMNZ) +FACILITY (LINAC,2GERMNZ) +INC-SOURCE (BRST) +SAMPLE All samples were of natural isotopic composition. +DETECTOR Two 11-channel magnetic Compton spectrometers. +METHOD (EXTB,SITA) +CORRECTION Total nuclear photon absorption cross section was + obtained as difference between measured total + attenuation cross section and non-nuclear + (electronic) cross section (calculated). +ERR-ANALYS (DATA-ERR) Mean root-square uncertainties. + The error of the sum of all non-nuclear cross + sections was estimated to be smaller then 0.1 % for + elements and energy ranges considered. +STATUS (CURVE) Data from Figs. 2 - 8. +HISTORY (20111105C) Data were compiled at the Russia MSU SINP + CDFE by V.Varlamov. +ENDBIB 24 +NOCOMMON 0 0 +ENDSUBENT 27 +SUBENT M0825002 20111028 20120207 20111216 M060 +BIB 1 1 +REACTION (3-LI-0(G,ABS),,SIG) +ENDBIB 1 +NOCOMMON 0 0 +DATA 3 125 +EN DATA DATA-ERR +MEV MB MB + 10. .57 .105 + 10.5 .878 .114 + 11. .892 .123 + 11.5 1.362 .1 + 12. 1.42 .127 + 12.5 1.669 .11 + 13. 2.064 .141 + 13.5 2.42 .133 + 14. 1.757 .088 + 14.5 2.723 .11 + 15. 3.162 .097 + 15.5 3.074 .106 + 16. 3.314 .149 + 16.5 3.614 .15 + 17. 3.426 .169 + 17.5 3.513 .14 + 18. 3.953 .134 + 18.5 3.614 .132 + 19. 4. .13 + 19.5 3.513 .127 + 20. 3.6 .13 + 20.5 3.69 .158 + 21. 3.162 .136 + 21.5 3.217 .154 + 22. 3.25 .134 + 22.5 3.426 .131 + 23. 2.986 .123 + 23.5 2.284 .115 + 24. 2.84 .098 + 24.5 2.859 .11 + 25. 3.06 .107 + 25.5 2.945 .124 + 26. 2.768 .129 + 26.5 3.426 .132 + 27. 3.338 .133 + 27.5 2.99 .13 + 28. 3.371 .14 + 28.5 3.162 .142 + 29. 3.25 .15 + 29.5 2.547 .132 + 30. 2.9 .13 + 30.5 3.1 .132 + 31. 2.84 .154 + 31.5 3.1 .134 + 32. 2.65 .149 + 32.5 3.074 .133 + 33. 3.194 .153 + 33.5 3.34 .162 + 34. 2.81 .134 + 34.5 3.074 .176 + 35. 2.77 .149 + 35.5 3.074 .154 + 36. 2.79 .158 + 36.5 2.734 .176 + 37. 3.162 .167 + 37.5 2.81 .158 + 38. 2.66 .162 + 38.5 2.679 .184 + 39. 2.46 .169 + 39.5 2.338 .154 + 40. 2.42 .155 + 40.5 2.284 .16 + 41. 2.3 .174 + 41.5 2.1 .161 + 42. 2.28 .13 + 42.5 2.129 .16 + 43. 1.89 .173 + 43.5 1.658 .167 + 44. 1.932 .18 + 44.5 1.58 .176 + 45. 2. .176 + 45.5 1.58 .18 + 46. 1.14 .2 + 46.5 1.49 .22 + 47. 1.99 .187 + 47.5 .97 .15 + 48. 1.1 .26 + 48.5 1.362 .23 + 49. .746 .2 + 49.5 .878 .264 + 50. 1.543 .18 + 50.5 1.537 .29 + 51. 2.1 .1 + 52. 1.86 .177 + 52.5 1.493 .256 + 53. 1.58 .173 + 53.5 1.758 .283 + 54. 1.669 .237 + 54.5 1.36 .26 + 55. 1. .3 + 56. 1.01 .28 + 56.5 1.14 .26 + 57. 1.17 .27 + 57.5 1.75 .285 + 58. 1.669 .26 + 58.5 1.21 .264 + 59. 1.2 .26 + 59.5 1.186 .254 + 60. .439 .26 + 61. 1.32 .245 + 61.5 1.361 .256 + 62. 1.037 .26 + 62.5 .64 .25 + 63.5 1.14 .22 + 64. 1.142 .22 + 64.5 1.05 .239 + 65. .97 .24 + 65.625 .878 .23 + 66.5 1.274 .22 + 66.875 1.39 .214 + 67.5 .7 .25 + 68.125 1.142 .242 + 68.75 .44 .3 + 69.375 .44 .28 + 70. .9 .264 + 70.625 .615 .24 + 71.25 1.01 .272 + 71.875 .176 .25 + 72.5 1.318 .3 + 73.125 .615 .176 + 74.375 1.32 .264 + 75. .7 .2 + 75.625 .8 .36 + 76.25 .527 .19 + 76.875 .44 .29 +ENDDATA 127 +ENDSUBENT 133 +SUBENT M0825003 20111028 20120207 20111216 M060 +BIB 1 1 +REACTION (3-LI-0(G,ABS),,SIG) +ENDBIB 1 +NOCOMMON 0 0 +DATA 3 83 +EN DATA DATA-ERR +MEV MB MB + 12. .9 .032 + 14. 1.793 .062 + 16. 2.551 .055 + 18. 3.482 .069 + 20. 3.72 .056 + 22. 3.356 .07 + 24. 2.9 .068 + 26. 2.89 .069 + 28. 3.08 .078 + 30. 3.034 .083 + 32. 2.94 .083 + 34. 3.03 .084 + 36. 2.89 .078 + 38. 2.849 .082 + 40. 2.482 .088 + 42. 2.252 .09 + 44. 1.997 .08 + 46. 1.764 .09 + 48. 1.241 .093 + 50. 1.173 .1 + 52. 1.747 .11 + 54. 1.55 .115 + 56. 1.149 .14 + 58. 1.517 .136 + 60. .876 .126 + 62. 1.393 .115 + 64. .92 .114 + 66. .916 .133 + 68. 1.103 .14 + 70. .55 .143 + 72. .831 .16 + 74. .357 .14 + 76. .897 .129 + 78. .37 .14 + 80. 1.123 .129 + 82. .669 .139 + 84. .865 .16 + 86. .483 .147 + 88. .529 .16 + 90. .483 .16 + 92. .46 .161 + 94. .598 .158 + 96. .47 .161 + 98. .195 .16 + 100. .529 .152 + 102. .037 .153 + 104. .057 .162 + 106. .57 .158 + 108. .6 .15 + 110. .46 .145 + 112. .368 .159 + 114. .529 .14 + 116. .7 .126 + 118. .276 .114 + 120. .5 .085 + 122.5 .483 .097 + 125. .317 .1 + 127.5 .484 .107 + 130. .506 .092 + 132.5 .368 .102 + 135. .46 .09 + 137. .575 .097 + 140. .51 .092 + 143.33 .366 .115 + 146.66 .325 .083 + 150. .24 .07 + 153.33 .2 .09 + 156.66 .162 .114 + 159.99 .138 .092 + 163.33 .23 .1 + 166.67 .232 .1 + 169.98 .31 .114 + 170.33 -0.092 .1 + 175. .274 .11 + 178.34 .6 .097 + 182.2 .79 .11 + 186. .828 .097 + 189.8 .76 .115 + 193.1 .828 .115 + 196.96 1.11 .14 + 200. 1.356 .133 + 205. 1.34 .16 + 209.8 1.61 .193 +ENDDATA 85 +ENDSUBENT 91 +SUBENT M0825004 20111028 20120207 20111216 M060 +BIB 1 1 +REACTION (4-BE-9(G,ABS),,SIG) +ENDBIB 1 +NOCOMMON 0 0 +DATA 3 112 +EN DATA DATA-ERR +MEV MB MB + 10.5 .661 .427 + 11. 1.068 .328 + 11.5 1.119 .33 + 12. .51 .27 + 12.5 .763 .254 + 13. .739 .25 + 13.5 .9 .25 + 14. .864 .226 + 14.5 1.475 .214 + 15. .814 .2 + 15.5 .9 .194 + 16. .36 .184 + 16.5 .864 .174 + 17. .505 .178 + 17.5 .867 .164 + 18. 1.55 .163 + 18.5 1.622 .174 + 19. 2.746 .153 + 19.5 2.465 .2 + 20. 3.1 .18 + 20.5 3.8 .2 + 21. 4.475 .194 + 21.5 5. .183 + 22. 5.39 .216 + 22.5 5.2 .178 + 23. 5.186 .154 + 23.5 5.04 .178 + 24. 5.186 .1 + 24.5 5.08 .127 + 25. 5.085 .142 + 25.5 5.033 .123 + 26. 4.983 .132 + 26.5 5.08 .111 + 27. 5.2 .133 + 27.5 5.11 .1 + 28. 4.93 .086 + 28.5 4.93 .152 + 29. 4.9 .147 + 29.5 4.271 .152 + 30. 4.373 .18 + 30.5 4.322 .17 + 31. 4.427 .158 + 31.5 4.365 .184 + 32. 4.576 .174 + 32.5 4.374 .185 + 33. 4.222 .193 + 33.5 3.97 .194 + 34. 3.492 .216 + 34.5 4.067 .246 + 35. 3.61 .276 + 35.5 4.072 .254 + 36. 3.613 .31 + 36.5 3.564 .254 + 37. 3.41 .3 + 37.5 3.725 .258 + 38. 3.327 .297 + 38.5 3.756 .266 + 39. 3.254 .3 + 39.5 2.941 .275 + 40. 3.46 .3 + 40.5 3.305 .305 + 41. 3.153 .328 + 41.5 3.36 .287 + 42. 3.054 .32 + 42.5 3. .297 + 43. 3.153 .313 + 43.5 2.85 .31 + 44. 2.847 .339 + 44.5 2.9 .328 + 45. 2.6 .35 + 45.5 2.7 .36 + 46. 3. .36 + 46.5 2.6 .407 + 47. 2.49 .457 + 47.5 2.11 .427 + 48. 2.746 .426 + 48.5 1.372 .458 + 49. 1.726 .386 + 49.5 1.88 .46 + 50. 1.746 .411 + 50.5 2.085 .452 + 51. 1.746 .46 + 52. 2.44 .534 + 52.5 2.034 .46 + 53. 1.98 .508 + 53.5 1.72 .431 + 54. 1.577 .458 + 54.5 1.16 .36 + 55. 1.354 .459 + 56. 1.95 .458 + 56.5 .626 .526 + 57. 1.85 .47 + 57.5 2.085 .427 + 58.5 1.78 .364 + 59. 1.372 .4 + 59.5 1.119 .407 + 60. .163 .456 + 61. 1.294 .336 + 61.5 .822 .386 + 62. .92 .46 + 62.5 1.24 .35 + 64. 1.192 .422 + 64.5 2.03 .356 + 65. 1.22 .36 + 65.625 1.314 .339 + 66.5 1.376 .46 + 66.875 .813 .41 + 68.125 1.068 .42 + 68.75 1.233 .339 + 70. 1.119 .41 + 70.8 .661 .36 + 71.6 .616 .386 +ENDDATA 114 +ENDSUBENT 120 +SUBENT M0825005 20111028 20120207 20111216 M060 +BIB 1 1 +REACTION (4-BE-9(G,ABS),,SIG) +ENDBIB 1 +NOCOMMON 0 0 +DATA 3 83 +EN DATA DATA-ERR +MEV MB MB + 12. .839 .174 + 14. .847 .126 + 16. .86 .1 + 18. .935 .11 + 20. 2.451 .094 + 22. 4.626 .096 + 24. 5.161 .096 + 26. 5.065 .1 + 28. 5.097 .11 + 30. 4.645 .094 + 32. 4.451 .09 + 34. 4.1 .116 + 36. 3.9 .129 + 38. 3.52 .142 + 40. 3.354 .148 + 42. 3.227 .162 + 44. 2.97 .16 + 46. 2.8 .174 + 48. 2.46 .215 + 50. 1.7 .2 + 52. 2. .225 + 54. 1.58 .22 + 56. 1.564 .258 + 58. 1.5 .213 + 60. 1.258 .252 + 62. .9 .211 + 64. 1.677 .225 + 66. 1.258 .219 + 68. 1.264 .25 + 70. 1.065 .215 + 72. .774 .516 + 74. .58 .26 + 76. .58 .226 + 78. .839 .232 + 80. .323 .225 + 82. .318 .238 + 84. .593 .24 + 86. .645 .228 + 88. .226 .23 + 90. .677 .215 + 92. .7 .23 + 94. .788 .216 + 96. .29 .194 + 98. .323 .19 + 100. .743 .19 + 102. .463 .18 + 104. .484 .165 + 106. .48 .167 + 108. .43 .175 + 110. .387 .18 + 112. .36 .17 + 114. .742 .166 + 116. .484 .148 + 118. .048 .15 + 120. .188 .135 + 122.55 .677 .155 + 125.1 .484 .143 + 127.59 .573 .135 + 130.2 .49 .13 + 132.75 .5 .14 + 135.3 .194 .129 + 137.9 .258 .14 + 140.4 .194 .12 + 143.6 .318 .1 + 146.27 .161 .13 + 149.33 .384 .11 + 151.88 .286 .12 + 155.07 .13 .13 + 157.94 .008 .11 + 161.21 .258 .123 + 164.63 .358 .126 + 167.82 .387 .13 + 171. .516 .137 + 174.73 .58 .15 + 178.66 .8 .14 + 181.9 .68 .13 + 185.67 .964 .13 + 189.5 .94 .13 + 193.32 1.13 .13 + 196.51 .968 .13 + 200.1 .9 .13 + 205. 1.094 .14 + 209.3 1.29 .18 +ENDDATA 85 +ENDSUBENT 91 +SUBENT M0825006 20111028 20120207 20111216 M060 +BIB 1 1 +REACTION (6-C-0(G,ABS),,SIG) +ENDBIB 1 +NOCOMMON 0 0 +DATA 3 132 +EN DATA DATA-ERR +MEV MB MB + 13.125 -0.91 .36 + 13.25 1.455 .4 + 13.375 .727 .37 + 13.66 -0.182 .41 + 13.686 .55 .55 + 13.88 .58 .55 + 14.03 .2 .48 + 14.2 .73 .364 + 14.35 .9 .47 + 14.46 1.46 .41 + 14.63 1.818 .44 + 14.75 .764 .4 + 14.89 0.0 .345 + 15.09 .02 .44 + 15.22 .77 .33 + 15.38 .73 .42 + 15.47 1.45 .327 + 15.83 .81 .364 + 15.96 -0.091 .473 + 16. 1.46 .38 + 16.29 1.138 .3 + 16.43 .91 .364 + 16.6 .127 .55 + 16.77 .364 .45 + 16.86 .9 .54 + 17.03 .073 .58 + 17.11 1.1 .4 + 17.29 2.18 .31 + 17.46 1.636 .545 + 17.8 2.313 .535 + 17.95 2.36 .455 + 18.06 1.284 .47 + 18.14 2.364 .44 + 18.34 1.8 .55 + 18.49 .735 .39 + 18.64 1.429 .4 + 18.82 1.615 .4 + 18.91 2.825 .55 + 19.09 1.68 .36 + 19.26 1.72 .4 + 19.34 1.76 .38 + 19.51 2.9 .538 + 19.69 3.273 .367 + 19.86 1.45 .36 + 19.94 2.55 .382 + 20.11 3.64 .55 + 20.29 3.818 .364 + 20.37 4.545 .3 + 20.54 5.273 .618 + 20.71 5.64 .345 + 20.89 6.91 .33 + 21.06 7.1 .3 + 21.23 8.36 .44 + 21.36 9.09 .44 + 21.57 11.273 .44 + 21.66 12. .47 + 21.83 12.91 .545 + 21.91 16.182 .29 + 22.05 17.46 .5 + 22.26 17.27 .462 + 22.43 18.91 .44 + 22.56 18. .727 + 22.77 19.82 .36 + 22.86 21.45 .4 + 22.94 20.73 .55 + 23.2 20.2 .31 + 23.29 21.45 .54 + 23.46 20.39 .4 + 23.63 18.6 .42 + 23.71 18.91 .38 + 23.9 18.92 .33 + 24.06 18.18 .4 + 24.23 16.9 .31 + 24.31 14.55 .27 + 24.49 12.818 .455 + 24.66 12.49 .29 + 24.92 13.455 .273 + 25.04 11.64 .38 + 25.26 11.27 .4 + 25.39 12. .364 + 25.51 11.636 .18 + 25.69 12.18 .55 + 25.86 12.56 .22 + 26. 12.85 .3 + 26.2 12.9 .327 + 26.3 11.82 .33 + 26.46 12. .473 + 26.54 10.73 .44 + 26.71 10.65 .36 + 26.89 10.17 .36 + 27.06 9.273 .36 + 27.15 10. .4 + 27.31 8.189 .4 + 27.49 9. .31 + 27.66 8.91 .36 + 27.74 8.18 .29 + 27.91 9.46 .44 + 28. 8.727 .218 + 28.34 8.08 .4 + 28.41 8.7 .27 + 28.51 7.818 .37 + 28.56 8. .28 + 28.77 7.82 .236 + 28.81 8.364 .473 + 28.94 8. .29 + 29.1 8.55 .36 + 29.29 7.273 .31 + 29.41 8.52 .25 + 29.46 7.3 .25 + 29.63 8.45 .364 + 29.79 7.455 .51 + 29.93 7.71 .218 + 30. 8.364 .48 + 30.17 7.12 .291 + 30.31 7.1 .42 + 30.49 8. .164 + 30.66 7.27 .364 + 30.83 7.27 .25 + 30.91 7.418 .513 + 31.13 5.82 .31 + 31.26 6.244 .476 + 31.34 6. .255 + 31.51 9.91 .618 + 31.69 5.8 .44 + 31.86 6.389 .8 + 32.02 7.1 .476 + 32.11 5.142 .48 + 32.29 5.1 .549 + 32.37 5.876 .4 + 32.63 3.45 .77 + 32.71 5.18 .4 + 32.89 6.02 .88 +ENDDATA 134 +ENDSUBENT 140 +SUBENT M0825007 20111028 20120207 20111216 M060 +BIB 1 1 +REACTION (6-C-0(G,ABS),,SIG) +ENDBIB 1 +NOCOMMON 0 0 +DATA 3 69 +EN DATA DATA-ERR +MEV MB MB + 10.2 -0.087 .193 + 12.42 .21 .18 + 14.35 .682 .154 + 16.3 .773 .135 + 18.225 1.93 .16 + 20.16 4.058 .145 + 22.1 16.112 .12 + 24.52 16.329 .087 + 26.45 11.594 .145 + 28.15 8.49 .135 + 30.32 7.826 .097 + 31.77 6. .126 + 34.2 6. .13 + 36.12 5.314 .15 + 38.1 4.624 .087 + 40. 3.753 .097 + 41.94 4.06 .193 + 44.21 3.285 .214 + 46.16 2.692 .25 + 48.23 3.188 .272 + 50.07 2.477 .28 + 52.1 2.419 .25 + 54.37 2.029 .25 + 56.45 1.643 .29 + 58.4 1.93 .3 + 60.32 1.54 .286 + 62.25 1.643 .329 + 64.19 1.366 .294 + 66.13 1.345 .386 + 68.12 1.268 .292 + 70.28 1.462 .3 + 72.55 1.546 .3 + 74.5 1.443 .329 + 76.3 1.643 .386 + 78.42 1.45 .406 + 80.16 1.053 .39 + 82. .663 .429 + 84.28 1.353 .45 + 86.45 1.159 .369 + 88.39 1.64 .35 + 90.32 1.561 .29 + 92.26 1.35 .214 + 94.2 1.444 .273 + 96.13 1.556 .348 + 98.25 1.092 .311 + 100. .877 .253 + 103.87 1.053 .348 + 106.3 .676 .338 + 107.84 2.126 .37 + 108.5 1.643 .57 + 110.25 1.15 .58 + 112.58 1.16 .6 + 114.52 .74 .51 + 116.94 .29 .38 + 119.35 1.256 .39 + 121.77 1.353 .429 + 124.2 1.35 .4 + 126.13 1.072 .35 + 128.76 1.353 .39 + 132.94 1.07 .45 + 134.84 .58 .5 + 137.25 .819 .448 + 140. .77 .43 + 142.58 .29 .444 + 145.48 .586 .43 + 148.39 .429 .37 + 151.83 1.29 .386 + 154.67 .966 .43 + 158.1 1.366 .487 +ENDDATA 71 +ENDSUBENT 77 +SUBENT M0825008 20111028 20120207 20111216 M060 +BIB 1 1 +REACTION (8-O-0(G,ABS),,SIG) +ENDBIB 1 +NOCOMMON 0 0 +DATA 3 142 +EN DATA DATA-ERR +MEV MB MB + 10.1 .058 1. + 10.2 1.643 .728 + 10.37 .582 .874 + 10.56 -0.524 1.05 + 10.65 .932 1.165 + 10.85 -1.748 .845 + 11.021 -0.466 1.019 + 11.28 -0.524 1.049 + 11.31 .647 .845 + 11.451 .583 .85 + 11.59 2.039 .765 + 11.774 3.2 .856 + 11.87 .728 .7 + 12.058 3.8 .874 + 12.29 .973 .86 + 12.457 3.53 .583 + 12.7 3.233 .763 + 12.81 4. .874 + 12.9 3.5 .88 + 13.087 6.4 .763 + 13.18 7.573 .845 + 13.328 4.37 .932 + 13.46 4.118 .96 + 13.6 4.369 .874 + 13.75 2.586 .75 + 13.95 2.62 .862 + 14.116 .583 .87 + 14.31 2.5 .87 + 14.4 2.87 .932 + 14.584 3.495 .88 + 14.68 4. 1.111 + 14.86 1.748 1.135 + 15. 5.173 1.054 + 15.15 2.33 1.165 + 15.33 4.078 1.2 + 15.48 2.32 1.31 + 15.612 .88 .9 + 15.7 2.91 1.3 + 15.9 3.88 1.235 + 16.1 4.078 1.14 + 16.24 4.643 1.05 + 16.36 3.175 1.135 + 16.537 4.95 1.02 + 16.64 4.94 1.01 + 16.83 4.527 .86 + 16.92 4.369 .88 + 17.06 7.864 1.135 + 17.2 7.28 .932 + 17.4 8.155 .875 + 17.57 4.66 .86 + 17.67 4.643 1.02 + 17.9 2.65 .944 + 18.07 4.66 .938 + 18.138 4.369 1.078 + 18.31 3.5 1.05 + 18.42 1.177 .9 + 18.6 4.94 .9 + 18.726 5.243 1.054 + 18.9 6.117 1.177 + 19.033 8.45 .996 + 19.167 5.243 .99 + 19.355 5.586 .944 + 19.448 7.29 1.054 + 19.64 6.41 1.1 + 19.73 7.573 .88 + 20. 5.534 1.078 + 20.08 4.94 1.05 + 20.2 5.5 .996 + 20.29 9.233 1.293 + 20.48 9.29 .88 + 20.664 12.233 .89 + 20.77 14.27 1. + 20.96 14. 1.3 + 21.132 15.728 .873 + 21.32 13.4 .885 + 21.41 14.27 .944 + 21.527 15.167 1.3 + 21.88 20.4 1.234 + 21.95 20.12 1.165 + 22. 27.42 1.019 + 22.35 30.583 1.165 + 22.535 30.57 .88 + 22.72 27.94 .89 + 22.815 25.36 1.165 + 22.91 27.97 .9 + 23.096 30.29 1.06 + 23.28 27.38 .86 + 23.416 24.175 .874 + 23.61 22.72 1.165 + 23.73 22.7 1.06 + 23.845 22.47 1.02 + 23.98 25.63 1.11 + 24.17 27.67 .9 + 24.31 30.24 1.135 + 24.5 24.175 1.07 + 24.7 25. .786 + 24.874 25.3 1.09 + 25.06 24.175 .645 + 25.154 23. 1.35 + 25.3 24.2 .65 + 25.435 21.53 1.05 + 25.62 21.85 .64 + 25.809 21.513 1.04 + 25.9 21.28 .95 + 26.09 19.53 .87 + 26.217 19.177 .65 + 26.37 17.45 .89 + 26.5 16.89 .59 + 26.65 17.77 .86 + 26.84 16. .58 + 26.93 13.94 .763 + 27.119 15.146 .71 + 27.31 14. .525 + 27.5 14.56 .89 + 27.586 11.94 .59 + 27.76 12.816 1.195 + 28.0542 14. .64 + 28.14 11.95 .56 + 28.148 10.49 1.293 + 28.335 10. .55 + 28.52 11.65 .874 + 28.7 11.94 .64 + 28.8 8.825 1. + 28.973 11.07 .6 + 29.083 10.195 1.4 + 29.255 11.07 .65 + 29.444 11.06 1.456 + 29.55 9.9 .862 + 29.738 9.82 1.34 + 29.85 10.963 .658 + 30. 10.485 1.34 + 30.115 10.118 .7 + 30.21 11.07 1.427 + 30.393 11.36 .7 + 30.58 8.237 1.35 + 30.86 10.485 1.177 + 30.95 9.62 .763 + 31.165 9. 1.05 + 31.33 11.6 .71 + 31.43 9.03 1.165 + 31.6 8.825 .82 + 31.8 11.65 1.235 +ENDDATA 144 +ENDSUBENT 150 +SUBENT M0825009 20111028 20120207 20111216 M060 +BIB 1 1 +REACTION (8-O-0(G,ABS),,SIG) +ENDBIB 1 +NOCOMMON 0 0 +DATA 3 69 +EN DATA DATA-ERR +MEV MB MB + 11.2 .613 .152 + 13.356 3.98 .2 + 15.32 2.9 .26 + 17.192 5.3 .276 + 19.11 5.53 .28 + 21.23 12.43 .29 + 23.425 27.318 .28 + 25.342 24.17 .39 + 26.78 15.47 .235 + 29.2 11. .254 + 31.1 10.22 .276 + 33. 8.296 .3 + 34.93 7.354 .29 + 36.85 6.22 .334 + 38.77 6.63 .25 + 40.88 5.25 .276 + 42.6 4.715 .36 + 44.52 3.373 .345 + 46.82 4.285 .417 + 49.85 4. .39 + 51.15 4.56 .4 + 53.15 3.453 .5 + 55. 2.624 .47 + 57. 2.49 .51 + 58.9 2.21 .55 + 60.82 2.624 .613 + 62.74 2.765 .54 + 64.658 .97 .483 + 67. 3.1 .415 + 68.5 3.87 .39 + 70.41 1.812 .48 + 72.8 1.8 .5 + 74.725 1.365 .55 + 77.1 .3 .56 + 79.05 .81 .53 + 80.96 1.1 .55 + 82.88 1.086 .53 + 84.8 1.52 .56 + 86.71 1.11 .528 + 88.63 .92 .64 + 91.03 1.086 .64 + 92.945 .7 .7 + 94.38 1.338 .7 + 96.3 .414 .724 + 98.22 1.59 .77 + 99.85 .028 .69 + 102.055 .81 .7 + 103.68 .7 .7 + 105.9 1.395 .613 + 108.29 1.4 .6 + 110.685 3.177 .62 + 114.67 4.144 .66 + 116. 2.5 .61 + 117.4 2.51 .64 + 119.795 2.232 .585 + 122.19 .73 .73 + 124.59 1.38 .6 + 127. .837 .7 + 130.06 1.934 .6 + 132.74 2.511 .78 + 134.66 .98 .7 + 137.53 2.348 .75 + 140.41 2.49 .71 + 143.29 2.2 .69 + 146.16 -0.307 .7 + 149.05 2.06 .608 + 152.4 .7 .7 + 155.274 3.59 .865 + 158.63 3.82 .88 +ENDDATA 71 +ENDSUBENT 77 +SUBENT M0825010 20111028 20120207 20111216 M060 +BIB 1 1 +REACTION (13-AL-27(G,ABS),,SIG) +ENDBIB 1 +NOCOMMON 0 0 +DATA 3 145 +EN DATA DATA-ERR +MEV MB MB + 10.2 1.81 1.3 + 10.4 3.613 1.48 + 10.6 4.7 1.6 + 10.8 3.209 1.31 + 11. .08 1.734 + 11.2 3.2 1.532 + 11.4 1.807 1.445 + 11.6 1.084 1.45 + 11.8 .072 1.6 + 12. 2.768 1.518 + 12.2 4.697 1.518 + 12.4 6.641 1.23 + 12.6 2.41 1.532 + 12.8 2.168 1.3 + 13. 1.6 1.6 + 13.2 2.168 1.6 + 13.4 6.57 1.3 + 13.6 6.143 1.445 + 13.8 5.254 1.45 + 14. 5.182 1.48 + 14.2 5.23 1.626 + 14.4 4.7 1.532 + 14.6 7.227 1.235 + 14.8 9.395 1.45 + 15. 6.865 1.6 + 15.2 5.911 1.532 + 15.4 12.647 1.6 + 15.6 12.285 1.1 + 15.8 11.924 1.662 + 16. 12.647 1.41 + 16.2 16.2 1.662 + 16.4 15.176 1.38 + 16.6 16.42 1.42 + 16.8 19.874 1.8 + 17. 19.563 1.677 + 17.2 20.437 1.68 + 17.4 20.235 2.04 + 17.6 21.167 1.5 + 17.8 23.357 1.445 + 18. 26.02 1.68 + 18.2 31.07 1.6 + 18.4 32.52 1.677 + 18.6 28.907 1.81 + 18.8 30.714 1.445 + 19. 27.411 1.734 + 19.2 33.243 1.81 + 19.4 30.352 1.68 + 19.6 33.97 1.81 + 19.8 35.765 1.6 + 20. 37.579 1.89 + 20.2 37.52 2.189 + 20.4 40.47 2.02 + 20.6 41.532 2.02 + 20.8 38.685 2.06 + 21. 41.192 3.035 + 21.2 40.145 2.19 + 21.4 37.88 2.48 + 21.6 40.145 2.746 + 21.8 40.874 2.53 + 22. 39.747 2.168 + 22.2 35.295 2.24 + 22.4 36.134 2.313 + 22.6 29.297 1.81 + 22.8 24.82 3.768 + 23. 31.017 1.893 + 23.2 26.276 1.88 + 23.4 27.736 1.9 + 23.6 24.087 2.17 + 23.8 23.126 3.83 + 24. 20.654 2.276 + 24.2 24.1 2.04 + 24.4 23.848 2.139 + 24.6 22.063 1.814 + 24.8 23.126 2.89 + 25. 22.042 2.023 + 25.2 19.15 2.746 + 25.4 20.235 2.41 + 25.6 23.85 2.168 + 25.8 24.57 5.637 + 26. 19.51 2.385 + 26.2 23.357 2.46 + 26.4 17. 2.5 + 26.6 15.55 2.46 + 26.8 13.87 2.53 + 27. 18.1 2.168 + 27.2 19.19 2. + 27.4 20.235 2.53 + 27.6 16.62 2.537 + 27.8 17. 2.551 + 28. 19.874 2.48 + 28.2 16.98 2.19 + 28.4 13.427 2.313 + 28.6 12.285 2.89 + 28.8 13.138 1.792 + 29. 14.468 1.662 + 29.2 15.176 2.54 + 29.4 16.42 1.6 + 29.6 13.369 1.81 + 29.8 17.344 1.821 + 30. 15.176 2.117 + 30.2 11.924 1.81 + 30.4 16.62 1.771 + 30.6 15.176 2. + 30.8 12.257 1.48 + 31. 13.37 1.843 + 31.2 16.058 1.95 + 31.4 13.73 1.532 + 31.6 13. 1.8 + 31.8 13.868 1.79 + 32. 12.285 1.684 + 32.2 10.22 2.53 + 32.4 13.138 1.518 + 32.6 14. 1.41 + 32.8 4. 2.674 + 33. 13.138 2.11 + 33.2 16.06 1.6 + 33.4 12.647 2.2 + 33.6 10.95 1.66 + 33.8 13.377 1.893 + 34. 10.5 1.987 + 34.2 10.479 1.7 + 34.4 11.94 2.168 + 34.6 14.157 1.81 + 34.8 15.176 1.915 + 35. 7.227 1.8 + 35.2 5.84 2.53 + 35.4 10.84 1.915 + 35.6 10.117 2.327 + 35.8 9.192 1.82 + 36. 8.325 1.662 + 36.2 8.672 2.26 + 36.4 9.337 1.8 + 36.6 9.92 2. + 36.8 4. 2.24 + 37. 8.672 2.1 + 37.2 10.724 2.24 + 37.4 10.95 2.168 + 37.6 10.12 2.168 + 37.8 9.395 2.17 + 38. 7.227 2.2 + 38.2 7.59 1.8 + 38.4 9.395 2.53 + 38.6 7.552 1.8 + 38.8 5.4 2.53 + 39. 9.76 1.95 +ENDDATA 147 +ENDSUBENT 153 +SUBENT M0825011 20111028 20120207 20111216 M060 +BIB 1 1 +REACTION (13-AL-27(G,ABS),,SIG) +ENDBIB 1 +NOCOMMON 0 0 +DATA 3 69 +EN DATA DATA-ERR +MEV MB MB + 10.95 2.07 .458 + 13.19 4.138 .48 + 15.27 8.5 .5 + 16.71 18.39 .49 + 19.59 31.255 .51 + 21.5 39.54 .69 + 23.42 30.184 .759 + 25.34 23.03 .76 + 27.26 18.39 .8 + 29.18 15.6 .78 + 31.1 14.04 .667 + 33. 13.525 .69 + 35.41 10.8 .87 + 37.33 9.621 .63 + 39.1 8.36 .6 + 41.16 7.586 .8 + 43.08 5.54 .832 + 45.29 6.21 .88 + 46.92 4.6 1.1 + 49.12 4.6 1.38 + 51.23 5.977 1.38 + 53.34 5.016 1.2 + 55.06 5.287 1.15 + 57. 6.625 1.15 + 58.9 4.832 1.08 + 61.3 3.77 1.021 + 62.74 6.207 1.14 + 65.14 6.9 1.15 + 67.05 4.591 1.241 + 69. 4.224 1.28 + 71.3 3.946 1.333 + 74.29 5.06 1.38 + 75.11 6.625 1.4 + 77.79 6.437 1.577 + 79.04 5.225 1.47 + 80.96 .69 1.839 + 82.88 -0.21 1.7 + 84.79 .92 1.67 + 85.75 -1.379 1.623 + 87.96 1.02 1.71 + 89.86 1.067 1.63 + 91.5 2.07 1.195 + 93.42 3.062 1.61 + 95.34 2.76 1.536 + 96.78 .418 1.531 + 98.22 3. 1.423 + 100.62 1.02 1.393 + 102.53 3.9 1.446 + 104.45 3.678 1.62 + 106.85 .11 1.84 + 108.77 -0.92 1.86 + 113.56 2.551 2.435 + 115.48 3.22 2.85 + 117.88 3.062 2.737 + 119.87 5.29 2.95 + 122.19 2.3 2.04 + 125.55 5.48 1.96 + 127. .345 1.839 + 129.86 3.22 1.678 + 132.74 2.83 1.61 + 135.23 2.41 1.61 + 137.53 -2.07 1.577 + 140.41 2.09 1.623 + 142.33 5.287 1.44 + 145.205 -1.378 1.5 + 148.56 .23 1.379 + 151.92 2.04 1.6 + 154.79 2.3 1.63 + 157.67 -0.612 1.4 +ENDDATA 71 +ENDSUBENT 77 +SUBENT M0825012 20111028 20120207 20111216 M060 +BIB 1 1 +REACTION (14-SI-0(G,ABS),,SIG) +ENDBIB 1 +NOCOMMON 0 0 +DATA 3 112 +EN DATA DATA-ERR +MEV MB MB + 10.1 3.53 2.118 + 10.29 3.56 1.62 + 10.45 5.455 1.8 + 10.64 4.17 1.765 + 10.76 7.58 2.25 + 10.89 4.5 1.925 + 11.02 1.925 2.05 + 11.21 4.5 1.617 + 11.52 1.9 1.9 + 11.66 1.9 1.85 + 11.85 5.833 1.944 + 12.1 4.17 2.118 + 12.17 2.567 1.733 + 12.29 2.85 2.25 + 12.42 2.567 2.265 + 12.64 3.5 1.617 + 12.74 2.6 2.18 + 12.9 5.775 1.925 + 13.06 5.134 2. + 13.18 4.5 2.14 + 13.31 2.567 2.2 + 13.5 3.85 2.265 + 13.6 2.888 2.14 + 13.76 3.04 2.27 + 13.92 2.57 2.1 + 14.08 3.2 2.15 + 14.25 5.185 2.2 + 14.45 2.89 2.26 + 14.65 5.134 2.31 + 14.7 6.74 1.944 + 14.84 5.313 1.893 + 14.97 7.7 2.07 + 15.16 8.163 1.925 + 15.3 10.267 2.44 + 15.4 6.218 2.1 + 15.57 6.42 2.18 + 15.73 9.82 2.4 + 15.86 6.73 1.925 + 15.96 6.1 2. + 16.11 6.42 2. + 16.21 5.11 1.96 + 16.5 3. 1.8 + 16.62 7.7 1.48 + 16.82 3.2 1.6 + 16.94 6.417 1.6 + 17.07 8.98 1.925 + 17.2 9.3 2.25 + 17.3 12.83 1.93 + 17.45 14.76 1.6 + 17.64 17.65 1.6 + 17.77 20.856 1.42 + 17.9 28.88 1.4 + 18.1 35.65 1.765 + 18.28 43.316 1.93 + 18.4 42. 2.2 + 18.54 31.765 1.745 + 18.66 27.6 1.6 + 18.85 33.69 1.9 + 19. 48.45 1.9 + 19.1 41.71 1.73 + 19.24 42.128 1.7 + 19.43 38.5 1.9 + 19.55 39.54 1.92 + 19.68 51.98 1.7 + 19.81 56.15 1.62 + 20. 57.433 1.8 + 20.13 58.66 1.874 + 20.25 51. 1.83 + 20.41 42.67 1.93 + 20.57 42.128 1.83 + 20.76 44.6 1.925 + 20.9 50.62 1.62 + 21.15 53.146 1.87 + 21.21 54.225 1.87 + 21.46 57.754 2.1 + 21.66 45.22 2.14 + 21.78 43.3 1.94 + 21.85 39.144 1.745 + 21.91 33.96 2.2 + 22.03 29.84 1.73 + 22.36 28.877 1.617 + 22.48 25.67 2.37 + 22.68 28.88 1.874 + 22.83 29.224 1.81 + 22.86 26.95 2.567 + 23. 30.78 1.829 + 23.19 24.21 1.75 + 23.44 22.46 1.925 + 23.7 25.348 1.758 + 24. 24. 1.96 + 24.14 22.8 1.925 + 24.4 20.85 2. + 24.713 22.14 2. + 25. 20. 2.2 + 25.2 24.39 2.246 + 25.48 19.85 2.227 + 25.66 23.51 2. + 25.92 15.4 2.14 + 26.18 23.718 2.33 + 26.433 18.15 2.1 + 26.75 20.53 2.39 + 27. 22.8 2.246 + 27.2 19.58 2.25 + 27.52 19.57 2.07 + 27.7 18.148 2.567 + 28.03 18.61 2.2 + 28.3 15.94 2.25 + 28.5 16.04 2.85 + 28.95 16.685 2.374 + 29.17 13.17 2.46 + 29.44 15.72 2.12 + 29.75 13.48 2.438 +ENDDATA 114 +ENDSUBENT 120 +SUBENT M0825013 20111028 20120207 20111216 M060 +BIB 1 1 +REACTION (20-CA-0(G,ABS),,SIG) +ENDBIB 1 +NOCOMMON 0 0 +DATA 3 101 +EN DATA DATA-ERR +MEV MB MB + 13.085 9.63 2.222 + 13.256 14.074 2.193 + 13.426 9.7 2. + 13.511 11.111 1.94 + 13.69 7.41 2.22 + 13.85 9.63 1.852 + 14. 14.666 2.52 + 14.175 13.3 2.4 + 14.325 14.5 2.1 + 14.45 10.37 1.94 + 14.535 10.622 2.088 + 14.7 12.6 2.15 + 15. 14.075 2.22 + 15.15 18.52 1.94 + 15.3 20.637 1.85 + 15.47 19.26 2.075 + 15.64 19.26 1.8 + 15.9 16.46 1.94 + 16.05 17.777 1.777 + 16.18 19.237 2.22 + 16.324 19.89 3.111 + 16.511 20.75 2.593 + 16.54 20.637 2.15 + 16.622 26.5 2.2 + 16.66 26. 2.2 + 16.75 26.1 2.3 + 17. 29.63 2.52 + 17.09 31.85 2.96 + 17.26 39.26 2.666 + 17.54 34.81 2.68 + 17.7 45.185 3.11 + 17.85 41.14 2.6 + 18.03 57.04 3.41 + 18.2 61.48 3.14 + 18.3 61.5 5.185 + 18.41 71.111 2.815 + 18.625 71.23 3.333 + 18.8 85.925 3. + 18.92 86.666 3.44 + 19.056 87.4 2.96 + 19.31 87.4 3.733 + 19.39 91.274 2.888 + 19.56 96.3 3.14 + 19.648 95.615 2.96 + 19.9 95.555 2.68 + 20.012 91.85 3.26 + 20.16 94.815 3.14 + 20.33 87.41 3. + 20.4 77.777 4.488 + 20.575 85.926 2.53 + 20.76 79.26 3.585 + 20.95 85.925 2.52 + 21.04 76.311 3.1 + 21.18 76.3 3.44 + 21.352 77.807 3. + 21.523 67.466 2.963 + 21.7 72.59 4.444 + 21.815 64.34 3. + 21.95 61.5 3.41 + 22.1 61.94 2.96 + 22.3 55.555 2.45 + 22.47 55. 3.733 + 22.545 48.89 3.39 + 22.72 50.875 3.333 + 22.85 45.333 5.23 + 23.03 43.395 1.65 + 23.227 48.15 3.733 + 23.315 42.222 2.96 + 23.56 40.1 2.237 + 23.74 34.075 2.222 + 24. 37.037 2.177 + 24.25 31.111 2.22 + 24.5 34.075 2.2 + 24.75 31. 2.23 + 25.25 28.15 2.37 + 25.5 29.63 2.533 + 25.75 25. 2.37 + 26. 26.666 2.68 + 26.25 24.07 2.67 + 26.5 26.7 1.585 + 26.75 19.3 3.26 + 27. 25.88 2.09 + 27.318 19.45 2.6 + 27.574 21.54 2.7 + 27.86 25.125 2.6 + 28.15 25.925 2.52 + 28.425 13.333 2.52 + 28.68 21.48 3.29 + 28.95 20.8 3. + 29.16 14.65 3.41 + 29.535 17.037 2.96 + 29.91 15.555 3. + 30.13 22.222 2.98 + 30.39 18.845 3.29 + 30.725 17.64 3.14 + 31.043 8.815 3.26 + 31.323 11.111 3.29 + 31.666 11.85 3.4 + 31.94 17.35 3.4 + 32.26 12.56 3.3 + 32.6 16.3 3.25 +ENDDATA 103 +ENDSUBENT 109 +SUBENT M0825014 20111028 20120207 20111216 M060 +BIB 1 1 +REACTION (20-CA-0(G,ABS),,SIG) +ENDBIB 1 +NOCOMMON 0 0 +DATA 3 69 +EN DATA DATA-ERR +MEV MB MB + 10.525 12.88 .462 + 12.9 10.173 .5 + 14.78 15.72 .694 + 16.755 29.6 .74 + 19.078 82.312 .786 + 21.38 79.54 .925 + 23.31 45.865 1.02 + 25.29 30.98 1.2 + 27.2 23.63 .925 + 29.11 18.5 1.027 + 30.95 15.723 1.4 + 32.94 14.345 1.3 + 34.85 13.327 1.48 + 36.758 14.8 1.34 + 38.67 16.185 1.387 + 41.058 10.65 1.25 + 42.5 7.4 1.5 + 44.4 7.94 1.49 + 46.313 9.25 1.85 + 48.7 11.56 1.9 + 50.61 8.213 1.85 + 52.468 7.94 2.127 + 54.44 4.2 1.96 + 56.35 1.85 1.8 + 58.26 .462 1.75 + 60.65 3.736 1.78 + 62.56 2.7 1.96 + 64.47 6.07 2.59 + 66.38 3.45 2.127 + 68.4 5.55 2.5 + 70.205 6.63 2.775 + 72.595 4.86 2.96 + 74.505 4.2 3.237 + 76.9 2.053 2.4 + 78.805 1.38 2.635 + 80.715 1.85 3.265 + 83.163 8.324 3.51 + 85. 2.312 3.237 + 86.93 1.027 3.08 + 88.84 -2.775 2.85 + 91.23 3.7 2.775 + 93.14 -6.012 2.8 + 95.05 2.053 3.21 + 96.58 -5.04 3.17 + 98.606 1.387 3. + 100.785 3.237 2.96 + 102.7 3.7 3.05 + 104.61 1.305 3.08 + 107. 4.16 3.45 + 108.9 5.55 3.355 + 111.3 6.936 3.468 + 113.21 2.33 3.7 + 115.7 5.6 4.07 + 118. -3.3 3.3 + 119.9 .934 3.33 + 122.76 -1.48 3.218 + 125.15 6.474 3.237 + 127.54 1.119 3.514 + 130. 7.186 3.375 + 132.32 4.106 2.42 + 135.188 7.4 3.7 + 137.575 8.32 3.256 + 140.45 9.71 3.255 + 143.31 7.86 3.22 + 146.177 7.279 3. + 149.05 2.78 2.77 + 152. 5.123 2.312 + 155.07 3.7 2.8 + 158.12 2.3 3. +ENDDATA 71 +ENDSUBENT 77 +ENDENTRY 14 diff --git a/exforall/M08/M0826.x4 b/exforall/M08/M0826.x4 new file mode 100644 index 000000000..950108427 --- /dev/null +++ b/exforall/M08/M0826.x4 @@ -0,0 +1,63 @@ +ENTRY M0826 20110922 20120207 20111216 M060 +SUBENT M0826001 20110922 20120207 20111216 M060 +BIB 10 17 +TITLE Photodisintegration of 4He into two deuterons. +AUTHOR (YU.M.Arkatov,P.I.Vatset,V.I.Voloshchuk, + I.M.Prokhoretz,A.F.Khodyachikh,V.I.Chmil) +INSTITUTE (4UKRKFT) +REFERENCE (J,YF,16,12,1972) + (J,SNP,16,6,1973) + English translation of YF,16,12,1972. +FACILITY (LINAC,4UKRKFT) +INC-SOURCE (KINDT) Two-particle kinematics. +METHOD (EXTB,SITA) +DETECTOR (TRD,MAGSP) Diffusion 4He filled chamber in magnetic + field. +ERR-ANALYS (ERR-S) Statistical errors. + (ERR-SYS,,5.) Uncertainty in g-quanta beam intensity + not higher than 5 %. +HISTORY (20110922C) Data were compiled at the Russia MSU SINP + CDFE by V.Varlamov. +ENDBIB 17 +NOCOMMON 0 0 +ENDSUBENT 20 +SUBENT M0826002 20110922 20120207 20111216 M060 +BIB 2 2 +REACTION (2-HE-4(G,D)1-H-2,,SIG) +STATUS (TABLE) Data from Table 1 of YF,16,12,1972. +ENDBIB 2 +NOCOMMON 0 0 +DATA 4 4 +EN-MIN EN-MAX DATA ERR-S +MEV MEV MICRO-B MICRO-B + 30. 40. 2.94 .65 + 40. 50. 2.47 .64 + 50. 60. .79 .39 + 60. 75. 1.14 .43 +ENDDATA 6 +ENDSUBENT 13 +SUBENT M0826003 20110922 20120207 20111216 M060 +BIB 2 2 +REACTION (2-HE-4(G,D)1-H-2,,DA) +STATUS (CURVE) Data from Fig 1 of YF,16,12,1972. +ENDBIB 2 +COMMON 2 3 +EN-MIN EN-MAX +MEV MEV + 30. 50. +ENDCOMMON 3 +DATA 4 9 +ANG-CM-MIN ANG-CM-MAX DATA-CM ERR-S +ADEG ADEG MU-B/SR MU-B/SR + 0.0 20. .193 .193 + 20. 40. .4 .164 + 40. 60. .483 .197 + 60. 80. .51 .136 + 80. 100. .338 .1 + 100. 120. .498 .135 + 120. 140. .479 .197 + 140. 160. .399 .164 + 160. 180. .193 .193 +ENDDATA 11 +ENDSUBENT 22 +ENDENTRY 3 diff --git a/exforall/M08/M0827.x4 b/exforall/M08/M0827.x4 new file mode 100644 index 000000000..f49763132 --- /dev/null +++ b/exforall/M08/M0827.x4 @@ -0,0 +1,398 @@ +ENTRY M0827 20110923 20120207 20111216 M060 +SUBENT M0827001 20110923 20120207 20111216 M060 +BIB 13 17 +TITLE Reaction 15N(gamma,p) at giant resonance energies. +AUTHOR (V.P.Denisov,L.A.Kul'chitsky,I.Ya.Chubukov) +INSTITUTE (4RUSFTI) +REFERENCE (J,YF,14,889,1971) + (J,SNP,14,497,1972) + English translation of YF,14,889,1971. +FACILITY (SYNCH,4RUSFTI) +INC-SOURCE (BRST) +SAMPLE Nitrogen target (enriched to 95 % of isotope 15N). +METHOD (EDE) +DETECTOR (TELES,PROPC,SCIN) +PART-DET (P) +MONITOR (8-O-16(G,P)7-N-15,,SIG) +MONIT-REF (,V.P.DENISOV+,J,NP/A,113,289,1968) + Cross section of the reaction 16O(g,p)14N. +HISTORY (20110923C) Data were compiled at the Russia MSU SINP + CDFE by V.Varlamov. +ENDBIB 17 +NOCOMMON 0 0 +ENDSUBENT 20 +SUBENT M0827002 20110923 20120207 20111216 M060 +BIB 4 4 +REACTION (7-N-15(G,P)6-C-14,PAR,DA,,BRS) +EN-SEC (E-LVL,6-C-14) +ERR-ANALYS (ERR-S) Statistical errors. +STATUS (CURVE) Data from Fig. 3 of YF,14,889,1971. +ENDBIB 4 +COMMON 2 3 +E-LVL ANG +MEV ADEG + 0.0 90. +ENDCOMMON 3 +DATA 3 52 +EN DATA ERR-S +MEV MB/SR MB/SR + 13.5 .081 .025 + 14.12 .097 .0146 + 14.83 .117 .0225 + 15.23 .0543 .0262 + 15.43 .0524 .026 + 15.76 .0444 .0137 + 16.07 .0473 .015 + 16.3 .0524 .0146 + 16.5 .0594 .0166 + 16.72 .03 .0094 + 17. .051 .0225 + 17.12 .0618 .0112 + 17.21 .073 .026 + 17.35 .06 .0125 + 17.57 .086 .0197 + 17.83 .0786 .0187 + 17.97 .0973 .0144 + 18.23 .115 .0187 + 18.38 .1572 .02 + 18.63 .1292 .0198 + 18.96 .14 .0225 + 19.04 .0824 .0122 + 19.29 .1667 .0243 + 19.46 .1779 .0253 + 19.69 .16 .0243 + 19.91 .1977 .0234 + 20.11 .1948 .0227 + 20.36 .27 .023 + 20.56 .1723 .0197 + 20.76 .1573 .0223 + 21.01 .2 .024 + 21.22 .1536 .023 + 21.42 .1695 .026 + 21.62 .1667 .0235 + 21.83 .1639 .0265 + 22.03 .088 .0234 + 22.28 .1116 .03 + 22.46 .1722 .0356 + 22.69 .132 .0337 + 22.94 .16 .0373 + 23.14 .1723 .0416 + 23.37 .1835 .044 + 23.55 .1292 .028 + 23.8 .2 .0265 + 23.96 .0618 .0225 + 24.16 .1788 .0478 + 24.67 .2322 .0318 + 25.28 .1742 .0249 + 26. .2175 .0435 + 26.8 .1685 .0225 + 27.81 .1248 .015 + 28.93 .116 .016 +ENDDATA 54 +ENDSUBENT 67 +SUBENT M0827003 20110923 20120207 20111216 M060 +BIB 4 4 +REACTION (7-N-15(G,P)6-C-14,PAR,DA,,BRS) +EN-SEC (E-LVL,6-C-14) +ERR-ANALYS (ERR-S) Statistical errors. +STATUS (CURVE) Data from Fig. 4 of YF,14,889,1971. +ENDBIB 4 +COMMON 2 3 +E-LVL ANG +MEV ADEG + 7.01 90. +ENDCOMMON 3 +DATA 3 49 +EN DATA ERR-S +MEV MB/SR MB/SR + 20.4 .2857 .037 + 20.83 .1042 .0714 + 21. .12 .0446 + 21.14 .2738 .0625 + 21.39 .372 .079 + 21.63 .2128 .0565 + 21.81 .32 .0264 + 22. .3184 .03 + 22.36 .4167 .02 + 22.61 .3274 .0357 + 22.93 .238 .0417 + 23.35 .262 .0356 + 23.51 .2532 .0226 + 23.76 .3125 .0476 + 24. .287 .0267 + 24.16 .3125 .027 + 24.4 .2514 .038 + 24.65 .2776 .039 + 24.9 .3542 .0548 + 25.06 .387 .06 + 25.26 .3423 .067 + 25.55 .1845 .0654 + 25.71 .3186 .0893 + 25.98 .5536 .0863 + 26.12 .39 .09 + 26.36 .3273 .116 + 26.61 .369 .119 + 26.78 .1964 .0714 + 26.94 -0.0059 .0792 + 27.18 .122 .0923 + 27.41 .015 .0926 + 27.61 .2833 .0842 + 27.84 .322 .1548 + 28.08 .2113 .066 + 28.33 .4464 .0952 + 28.49 .4212 .1726 + 28.74 .262 .116 + 29. .35 .122 + 29.2 .5119 .134 + 29.39 .4673 .137 + 29.8 .3244 .0179 + 30.04 .2946 .0536 + 31.02 .3393 .089 + 31.76 .39 .039 + 32.41 .4583 .0417 + 32.98 .3427 .043 + 33.8 .369 .05 + 34.86 .1845 .0655 + 36. .3155 .042 +ENDDATA 51 +ENDSUBENT 64 +SUBENT M0827004 20110923 20120207 20111216 M060 +BIB 4 4 +REACTION (7-N-15(G,P)6-C-14,PAR,DA,,BRS) +EN-SEC (E-LVL,6-C-14) +ERR-ANALYS (ERR-S) Statistical errors. +STATUS (CURVE) Data from Fig. 5 of YF,14,889,1971. +ENDBIB 4 +COMMON 2 3 +E-LVL ANG +MEV ADEG + 10.74 90. +ENDCOMMON 3 +DATA 3 11 +EN DATA ERR-S +MEV MB/SR MB/SR + 24.79 .0052 .0975 + 25.52 .0983 .052 + 26.22 .2486 .1 + 26.85 .3423 .069 + 27.49 .344 .078 + 28.12 .2569 .1127 + 28.79 .3824 .11 + 29.39 .166 .088 + 30.02 .3613 .19 + 30.56 .21 .06 + 31.21 -0.0046 .0462 +ENDDATA 13 +ENDSUBENT 26 +SUBENT M0827005 20110923 20120207 20111216 M060 +BIB 4 9 +REACTION (7-N-15(G,P)6-C-14,PAR,SIG,,BRS) +ERR-ANALYS No information. +REL-REF (R,,J.L.RHODES+,J,PR,110,1415,1958) + Angular distribution of protons from the reaction + 15N(g,p-0) used for calculation of total (g,p-0) + reaction cross section from the differential one. +STATUS (CURVE) Data from Fig. 6 of YF,14,889,1971. + (DEP,M0827002) Differential 15N(g,p-0) reaction cross + section. +ENDBIB 9 +COMMON 1 3 +E-LVL +MEV + 0.0 +ENDCOMMON 3 +DATA 2 33 +EN DATA +MEV MB + 13.5 .93 + 14. 1.19 + 14.5 1.31 + 15. 1.085 + 15.5 .5 + 16. .463 + 16.5 .465 + 17. .5 + 17.5 .582 + 18. .7 + 18.5 1.27 + 19. 1.323 + 19.5 1.694 + 20. 1.932 + 20.5 1.985 + 21. 1.575 + 21.5 1.548 + 22. 1.244 + 22.5 1.337 + 23. 1.56 + 23.5 1.416 + 24. 1.363 + 24.5 1.97 + 25. 1.985 + 25.5 1.85 + 26. 1.79 + 26.5 1.69 + 27. 1.535 + 27.5 1.34 + 28. 1.218 + 28.5 1.11 + 29. 1.006 + 29.5 .926 +ENDDATA 35 +ENDSUBENT 53 +SUBENT M0827006 20110923 20120207 20111216 M060 +BIB 3 7 +REACTION (7-N-15(G,P)6-C-14,PAR,SIG,,BRS) + For angular distribution of protons from the reaction + 15N(g,p-1): 1 + 1.5 sin**2(THETA). +ERR-ANALYS No information. +STATUS (CURVE) Data from Fig. 7 of YF,14,889,1971. + (DEP,M0827003) Differential 15N(g,p-1) reaction cross + section. +ENDBIB 7 +COMMON 1 3 +E-LVL +MEV + 7.01 +ENDCOMMON 3 +DATA 2 32 +EN DATA +MEV MB + 20.5 2.52 + 21. 2.69 + 21.5 3.217 + 22. 3.252 + 22.5 2.937 + 23. 2.692 + 23.5 2.825 + 24. 3.04 + 24.5 3.287 + 25. 3.6 + 25.5 3.58 + 26. 3.22 + 26.5 2.894 + 27. 2.58 + 27.5 2.517 + 28. 3. + 28.5 3.217 + 29. 3.25 + 29.5 3.216 + 30. 3.2 + 30.5 3.259 + 31. 3.57 + 31.5 3.951 + 32. 4.38 + 32.5 4.2 + 33. 3.74 + 33.5 3.555 + 34. 3.25 + 34.5 2.97 + 35. 2.8 + 35.5 2.715 + 36. 2.657 +ENDDATA 34 +ENDSUBENT 50 +SUBENT M0827007 20110923 20120207 20111216 M060 +BIB 3 3 +REACTION (7-N-15(G,P)6-C-14,,SIG,,BRS) +ERR-ANALYS No information. +STATUS (CURVE) Data from Fig. 8 of YF,14,889,1971. +ENDBIB 3 +NOCOMMON 0 0 +DATA 2 21 +EN DATA +MEV MB + 20.5 4.114 + 21. 4.57 + 21.5 4.98 + 22. 4.57 + 22.5 4.163 + 23. 3.94 + 23.5 4.163 + 24. 4.617 + 24.5 4.95 + 25. 5.878 + 25.5 7.265 + 26. 7.43 + 26.5 7.02 + 27. 6.2 + 27.5 6.3 + 28. 7.184 + 28.5 7.42 + 29. 5.714 + 29.5 4.75 + 30. 4.2 + 30.5 3.92 +ENDDATA 23 +ENDSUBENT 31 +SUBENT M0827008 20110923 20120207 20111216 M060 +BIB 3 4 +REACTION (7-N-15(G,P)6-C-14,PAR,INT,,BRS) +ERR-ANALYS (DATA-ERR) Uncertainties of angular distributions + included. +STATUS (TABLE) Data from Tabs. 1, 2 of YF,14,889,1971. +ENDBIB 4 +COMMON 1 3 +E-LVL +MEV + 0.0 +ENDCOMMON 3 +DATA 4 2 +EN-MIN EN-MAX DATA DATA-ERR +MEV MEV MB*MEV MB*MEV + 0.0 30.5 22. 3. + 12.5 30. 21. 3. +ENDDATA 4 +ENDSUBENT 17 +SUBENT M0827009 20110923 20120207 20111216 M060 +BIB 3 4 +REACTION (7-N-15(G,P)6-C-14,PAR,INT,,BRS) +ERR-ANALYS (DATA-ERR) Uncertainties of angular distributions + included. +STATUS (TABLE) Data from Tabs. 1, 2 of YF,14,889,1971. +ENDBIB 4 +COMMON 1 3 +E-LVL +MEV + 7.01 +ENDCOMMON 3 +DATA 4 2 +EN-MIN EN-MAX DATA DATA-ERR +MEV MEV MB*MEV MB*MEV + 0.0 36.4 52. 7. + 20.5 32. 32. 5. +ENDDATA 4 +ENDSUBENT 17 +SUBENT M0827010 20110923 20120207 20111216 M060 +BIB 3 4 +REACTION (7-N-15(G,P)6-C-14,PAR,INT,,BRS) +ERR-ANALYS (DATA-ERR) Uncertainties of angular distributions + included. +STATUS (TABLE) Data from Tab. 2 of YF,14,889,1971. +ENDBIB 4 +COMMON 1 3 +E-LVL +MEV + 10.7 +ENDCOMMON 3 +DATA 4 1 +EN-MIN EN-MAX DATA DATA-ERR +MEV MEV MB*MEV MB*MEV + 0.0 36.4 26.5 15.3 +ENDDATA 3 +ENDSUBENT 16 +SUBENT M0827011 20110923 20120207 20111216 M060 +BIB 3 4 +REACTION (7-N-15(G,P)6-C-14,,INT,,BRS) +ERR-ANALYS (DATA-ERR) Uncertainties of angular distributions + included. +STATUS (TABLE) Data from Tabs. 1, 2 of YF,14,889,1971. +ENDBIB 4 +NOCOMMON 0 0 +DATA 4 2 +EN-MIN EN-MAX DATA DATA-ERR +MEV MEV MB*MEV MB*MEV + 0.0 30.5 73. 10. + 12.5 30.5 72. 10. +ENDDATA 4 +ENDSUBENT 13 +ENDENTRY 11 diff --git a/exforall/M08/M0828.x4 b/exforall/M08/M0828.x4 new file mode 100644 index 000000000..204e1fc2f --- /dev/null +++ b/exforall/M08/M0828.x4 @@ -0,0 +1,64 @@ +ENTRY M0828 20110630 20120207 20111216 M060 +SUBENT M0828001 20110630 20120207 20111216 M060 +BIB 13 17 +TITLE Cross section of 9Be photoneutron reaction. +AUTHOR (G.P.Antropov,V.A.Vakhlamov,I.E.Mitrofanov, + V.S.Russkikh) +REFERENCE (J,IZV,37,2657,1973) + (J,BAS,37,172,1974) + English translation of IZV,37,2657,1973. +INSTITUTE (4RUSFTI) +FACILITY (BETAT,4RUSFTI) +INC-SOURCE (BRST) +SAMPLE Natural beryllium target. +DETECTOR (BF3) 96 boron counters SNM-8 in polyethylene. +METHOD (EXTB,SITA) +ANALYSIS (UNFLD) Cross section unfolding from yield curves. +ERR-ANALYS (DATA-ERR) No information +STATUS (CURVE) Data from the figure of IZV,37,2657,1973. +HISTORY (20110630C) Data were compiled at the Russia MSU SINP + CDFE by V.Varlamov. +ENDBIB 17 +NOCOMMON 0 0 +ENDSUBENT 20 +SUBENT M0828002 20110630 20120207 20111216 M060 +BIB 1 1 +REACTION (4-BE-9(G,N+A)2-HE-4,,SIG,,BRS) +ENDBIB 1 +NOCOMMON 0 0 +DATA 3 30 +EN DATA DATA-ERR +MEV MB MB + 2. .27 .037 + 2.5 .187 .039 + 3. .2 .062 + 3.5 .249 .07 + 4. .448 .083 + 4.5 .566 .08 + 5. .286 .093 + 5.5 .996 .097 + 6. 1.8 .104 + 6.5 1.826 .102 + 7. 1.369 .187 + 7.5 .95 .199 + 8. .456 .195 + 8.5 .976 .187 + 9. 1.328 .166 + 9.5 2.324 .311 + 10. 2.2 .29 + 10.5 3.033 .415 + 11. 3.4 .396 + 11.5 3.527 .386 + 12. 3.697 .394 + 12.5 3.029 .498 + 13. 2.28 .5 + 13.5 3.278 .494 + 14. 2.548 .6 + 14.5 2.953 .6 + 15. 1. .71 + 15.5 .641 .685 + 16. 1.91 .7 + 16.5 5.187 .7 +ENDDATA 32 +ENDSUBENT 38 +ENDENTRY 2 diff --git a/exforall/M08/M0829.x4 b/exforall/M08/M0829.x4 new file mode 100644 index 000000000..320bf8c2a --- /dev/null +++ b/exforall/M08/M0829.x4 @@ -0,0 +1,81 @@ +ENTRY M0829 20111005 20120207 20111216 M060 +SUBENT M0829001 20111005 20120207 20111216 M060 +BIB 15 27 +TITLE The (gamma,2n) reaction in 12C and 16O at + intermediate energies. +AUTHOR (B.Johnsson,M.Nilsson,K.Lindgren) +INSTITUTE (2SWDLND) +REFERENCE (J,NP/A,278,365,1977) + #doi:10.1016/0375-9474(77)90087-2 +INC-SOURCE (BRST) +FACILITY (SYNCH,2SWDLND) Lund University 1.2 GeV electron + synchrotron. +SAMPLE Carbon in the form of graphite and oxygen in the + organic compound delrin. The thickness was less than + 0.1 radiation length. +METHOD (ACTIV) Induced g-activity measurement. +DETECTOR (GELI) 35 cm**3 detector. +ANALYSIS (PHDIF) Photon difference method for cross section + unfolding from the experimentally measured yield + curve. +MONITOR (6-C-12(G,N)6-C-11,,SIG) +REL-REF (N,,K.TESCH,J,NIM,95,245,1971) + Photon difference method together with a smoothing + technique. + (R,,G.Hylten,J,NP/A,158,225,1970) + Monitor reaction. +ERR-ANALYS (DATA-ERR) Root-mean-squared errors. +STATUS (CURVE) Data from Figs. 3, 4. +HISTORY (20100905C) Data were compiled at the Russia MSU SINP + CDFE by V.Varlamov. +ENDBIB 27 +NOCOMMON 0 0 +ENDSUBENT 30 +SUBENT M0829002 20111005 20120207 20111216 M060 +BIB 1 1 +REACTION (6-C-12(G,2N)6-C-10,,SIG,,BRS) +ENDBIB 1 +NOCOMMON 0 0 +DATA 3 12 +EN DATA DATA-ERR +MEV MICRO-B MICRO-B + 150. 2.63 .5 + 200. 8.86 2. + 250. 22. 8. + 300. 32.32 7.5 + 350. 36.97 8.9 + 400. 35.35 9.09 + 450. 31.82 7.78 + 500. 37.33 6.75 + 550. 23.87 5.85 + 600. 22.5 4.11 + 650. 25.5 6. + 690. 30.3 6.92 +ENDDATA 14 +ENDSUBENT 20 +SUBENT M0829003 20111005 20120207 20111216 M060 +BIB 2 4 +REACTION (8-O-16(G,2N)8-O-14,,SIG,,BRS) +COMMENT A 9 mm lead absorber was placed between the detector + and the target to reduce dead-time losses from the + beta+ annihilation radiation from 15O(T1/2 = 124 s). +ENDBIB 4 +NOCOMMON 0 0 +DATA 3 12 +EN DATA DATA-ERR +MEV MICRO-B MICRO-B + 215. 1.39 .28 + 250. 2.75 .63 + 300. 7.13 1.52 + 350. 9.52 2.25 + 400. 10.25 2.13 + 450. 9.72 2.38 + 500. 8.23 2. + 550. 7.88 2.22 + 600. 9.16 2.13 + 650. 9.34 2.2 + 700. 7.25 1.75 + 705.56 6.93 +ENDDATA 14 +ENDSUBENT 23 +ENDENTRY 3 diff --git a/exforall/M08/M0830.x4 b/exforall/M08/M0830.x4 new file mode 100644 index 000000000..de03d6df9 --- /dev/null +++ b/exforall/M08/M0830.x4 @@ -0,0 +1,205 @@ +ENTRY M0830 20110930 20120207 20111216 M060 +SUBENT M0830001 20110930 20120207 20111216 M060 +BIB 14 21 +TITLE The 42Ca photoneutron cross section. +AUTHOR (Y.I.Assafiri,M.N.Thompson) +INSTITUTE (3AULAML) +REFERENCE (J,NP/A,357,429,1981) + #doi:10.1016/0375-9474(81)90230-X +INC-SOURCE (BRST) +FACILITY (BETAT,3AULAML) +SAMPLE Enriched metallic calcium target, 99 % 42Ca, cylinder + 25.4 mm diameter by 0.6 mm thickness. +METHOD (EXTB,SITA) The reaction yield curve measurement. +DETECTOR (BF3) 4pi Halpern-type BF3-detector. +ANALYSIS (PLA) The variable bin Penfold-Leiss method for cross + section unfolding from the yield curve. +ERR-ANALYS (DATA-ERR) Root-mean-squared uncertainties. +CORRECTION Above the two-neutron reaction threshold, 19.8 MeV, + the experimental reaction yield curve for total + photoneutron reaction was corrected for the neutron + multiplicity assuming a statistical decay of the GDR + states. +STATUS (CURVE) Data from Fig.4. +HISTORY (20110930C) Russia MSU SINP CDFE, V.Varlamov. +ENDBIB 21 +NOCOMMON 0 0 +ENDSUBENT 24 +SUBENT M0830002 20110930 20120207 20111216 M060 +BIB 1 3 +REACTION (20-CA-42(G,X)0-NN-1,UNW,SIG,,BRS) + The sum of the (g,n), (g,np), and (g,2n) reaction + cross sections. +ENDBIB 3 +NOCOMMON 0 0 +DATA 3 152 +EN DATA DATA-ERR +MEV MB MB + 11.7 .6 .6 + 11.8 1.06 1.06 + 12. 2.33 1.3 + 12.1 .7 .7 + 12.2 .9 .9 + 12.4 1.17 1.17 + 12.5 1.11 1.11 + 12.6 1.44 1.44 + 12.7 1.38 1.38 + 12.9 1. 1. + 13. 2.31 1.67 + 13.1 3.24 1.81 + 13.2 4.44 1.76 + 13.3 4.63 1.83 + 13.4 5.14 2. + 13.5 3.59 2. + 13.6 3.74 2.08 + 13.7 5.86 2.1 + 13.8 4.68 2.13 + 13.9 8.12 2.29 + 14. 7.37 2.22 + 14.1 7.89 2.31 + 14.2 3.7 2.45 + 14.3 7.95 2.41 + 14.4 12.35 2.78 + 14.5 13.43 2.57 + 14.6 11.11 2.73 + 14.7 10.18 2.78 + 14.8 15.43 2.78 + 14.9 16.67 2.8 + 15. 15.29 2.94 + 15.1 18.5 3. + 15.2 16.83 3. + 15.3 13. 3.18 + 15.4 22.22 3.22 + 15.5 17.3 3.24 + 15.6 13.89 3.33 + 15.7 23.61 3.47 + 15.8 19.17 3.46 + 15.9 20. 3.5 + 16. 24. 3.57 + 16.1 22.22 3.7 + 16.2 18.7 3.84 + 16.3 23.38 3.76 + 16.4 23.61 3.91 + 16.5 25.42 3.94 + 16.6 20.83 4.19 + 16.7 22.29 4.11 + 16.8 29. 4.16 + 16.9 31.94 4.61 + 17. 17.12 4.41 + 17.1 24. 4.37 + 17.2 27.72 4.62 + 17.3 21.98 4.67 + 17.4 29.14 4.76 + 17.5 22.22 4.75 + 17.6 26.65 4.77 + 17.7 32.75 4.86 + 17.8 19.41 5. + 17.9 32.25 5.12 + 18. 32.73 5.14 + 18.1 21.51 5.29 + 18.2 24.78 5.29 + 18.3 31.93 5.32 + 18.4 23.86 5.52 + 18.5 33.1 4.4 + 18.6 28.7 5.3 + 18.7 28.24 5.32 + 18.8 34.26 4.61 + 18.9 30.05 4.61 + 19. 28.24 4.57 + 19.1 27.59 4.59 + 19.2 19.64 4.83 + 19.3 25. 4.93 + 19.4 43.52 4.93 + 19.5 27.78 4.87 + 19.6 36.11 5.05 + 19.7 30.71 4.86 + 19.8 32.88 5.08 + 19.9 30.86 5.16 + 20. 34.72 5.25 + 20.1 30. 5.09 + 20.2 30.86 5.09 + 20.3 37.06 5.14 + 20.4 30. 5.23 + 20.5 27.59 5.04 + 20.6 39.36 5.1 + 20.7 31.48 5. + 20.8 30.1 5. + 20.9 32.27 5. + 21. 31.94 4.91 + 21.1 28.7 4.98 + 21.2 33.8 5.08 + 21.3 27.55 4.87 + 21.4 22.44 4.86 + 21.5 28.06 4.87 + 21.6 25.69 4.83 + 21.7 36.34 4.7 + 21.8 25.24 4.72 + 21.9 13.56 4.87 + 22. 29.86 5. + 22.1 23.17 4.83 + 22.2 23.87 4.73 + 22.3 25.46 4.63 + 22.4 25.72 4.64 + 22.5 22.95 8.1 + 22.6 16.9 3.94 + 22.7 18.54 4.18 + 22.8 13.56 4.18 + 22.9 17.98 4.18 + 23. 18.7 4.16 + 23.1 18. 4.11 + 23.2 23.17 4.16 + 23.3 13.34 4.19 + 23.4 15.43 3.7 + 23.5 20.57 3.49 + 23.6 15.27 3.8 + 23.7 17.13 3.55 + 23.8 15.41 3.75 + 23.9 7.48 3.7 + 24. 11.22 3.7 + 24.1 16.27 3.7 + 24.2 15.84 2.95 + 24.3 10.11 2.74 + 24.4 12.97 3.23 + 24.5 4.14 3.25 + 24.6 14.81 3.22 + 24.7 12.65 3.25 + 24.8 5.33 3. + 24.9 10.28 3.24 + 25. 4.63 3. + 25.1 7.4 3.25 + 25.2 5.55 2.78 + 25.3 5.56 2.78 + 25.4 10.18 2.9 + 25.5 4.11 2.81 + 25.6 10.65 3. + 25.7 13.89 2.79 + 25.8 11.24 2.79 + 25.9 7.87 2.82 + 26. 5.14 2.73 + 26.1 5.62 2.75 + 26.2 2.5 2.5 + 26.3 8.35 2.75 + 26.4 2.6 2.6 + 26.5 2.9 2.9 + 26.6 6.69 2.95 + 26.7 10.17 2.75 + 26.8 9.72 2.77 + 26.9 7.4 3. + 27. 6.94 2.77 + 27.1 1.6 1.6 +ENDDATA 154 +ENDSUBENT 162 +SUBENT M0830003 20110930 20120207 20111216 M060 +BIB 2 3 +REACTION (20-CA-42(G,X)0-NN-1,UNW,INT,,BRA) +STATUS (TABLE) Data from the text. + (DEP,M0830002) Excitation function. +ENDBIB 3 +NOCOMMON 0 0 +DATA 4 1 +EN-MIN EN-MAX DATA DATA-ERR +MEV MEV MB*MEV MB*MEV + 0. 27. 256. 40. +ENDDATA 3 +ENDSUBENT 11 +ENDENTRY 3 diff --git a/exforall/M08/M0831.x4 b/exforall/M08/M0831.x4 new file mode 100644 index 000000000..6f96b2862 --- /dev/null +++ b/exforall/M08/M0831.x4 @@ -0,0 +1,715 @@ +ENTRY M0831 20111024 20120207 20111216 M060 +SUBENT M0831001 20111024 20120207 20111216 M060 +BIB 8 28 +TITLE Analysis of reliability of experimental data on total + and partial photoneutron reaction cross sections. + New evaluated data for 159Tb. +AUTHOR (V.V.Varlamov,B.S.Ishkhanov,V.N.Orlin,T.S.Polevich, + M.E.Stepanov) +REFERENCE (R,MSU-INP-2011-5/869,2011) In Russian. +INSTITUTE (4RUSMOS) +INC-SOURCE (QMPH,ARAD) +STATUS (TABLE,APRVD) Approved by V.Varlamov. +COMMENT For 159Tb the combined analysis was carried out for + experimental data for cross sections of total + (g,xn) and partial photoneutron reactions obtained + using bremsstrahlung and quasimonoenergetic + annihilation photons. The analysis of concrete + experiment data reliability was carried out using + the special transitional multiplicity function F2 = + SIG(g,2n)/SIG(g,xn). In the frame of the new + experimental-theoretical treatment for evaluation + of partial reaction cross sections the evaluated + data for SIG(g,n), SIG(g,2n), SIG(g,3n) and + SIG(g,sn) = SIG(g,n) + SIG(g,2n) + SI(g,3n) reaction + cross sections for 158Tb free from the shortcomings + of experimental neutron multiplicity sorting methods + were obtained using as initial the experimental data + on total photoneutron yield reaction (g,xn) cross + section obtained at Saclay (France). +HISTORY (20111024C) Data were compiled at the Russia MSU SINP + CDFE by V.Varlamov. +ENDBIB 28 +NOCOMMON 0 0 +ENDSUBENT 31 +SUBENT M0831002 20111024 20120207 20111216 M060 +BIB 5 22 +REACTION ((65-TB-159(G,N)65-TB-158,,SIG,,,EVAL)+ + (65-TB-159(G,N+P)64-GD-157,,SIG,,,EVAL)) +ANALYSIS The contribution of partial reaction (g,n) cross + section into the experimental total neutron yield + reaction (g,xn) cross section obtained using + quasimonoenergetic annihilation photons at Saclay + (France) was evaluated using specially theoretically + calculated transitional multiplicity function - + ratio + F1-theor = SIG-theor(g,n)/SIG-theor(g,xn) + by the way + SIG-eval(g,n) = (F1-theor)x(SIG-exp(g,xn)). +ERR-ANALYS (DATA-ERR) Root-mean-square errors. +REL-REF (R,L0012006,R.Bergere+,J,NP/A,121,463,1968) + Experimental data for the total neutron yield + reaction (g,xn) cross section. + (E,,B.S.ISHKHANOV+,J,YF,71,517,2008) + Theoretical preequilibrium model of photonuclear + reactions based on the Fermi gas densities. +STATUS (DEP,L0012006) + The total neutron yield reaction (g,xn) cross + section. +ENDBIB 22 +NOCOMMON 0 0 +DATA 3 198 +EN DATA DATA-ERR +MEV MB MB + 7.7 9.9 1.8 + 7.8 11.3 1.8 + 7.9 12.8 1.8 + 8. 14.5 3.7 + 8.1 16.4 5.2 + 8.2 18.5 5.2 + 8.3 20.8 5.3 + 8.4 23.1 5.3 + 8.5 25.7 5.4 + 8.6 28.3 5.5 + 8.7 31.1 5.5 + 8.8 34. 5.6 + 8.9 37.1 5.6 + 9. 40.4 5.7 + 9.1 43.9 5.8 + 9.2 47.8 5.8 + 9.3 51.9 5.9 + 9.4 56.3 5.9 + 9.5 61. 6. + 9.6 66. 6. + 9.7 71.2 6.1 + 9.8 76.7 6.2 + 9.9 82.4 6.2 + 10. 88.5 6.3 + 10.1 94.8 6.3 + 10.2 101.5 6.4 + 10.3 108.5 6.4 + 10.4 115.8 6.5 + 10.5 123.4 6.5 + 10.6 131.4 6.6 + 10.7 139.7 6.7 + 10.8 148.2 6.7 + 10.9 156.9 6.8 + 11. 165.9 6.8 + 11.1 174.9 6.9 + 11.2 183.9 7. + 11.3 192.9 7. + 11.4 201.7 7.1 + 11.5 210.1 7.1 + 11.6 218.1 7.2 + 11.7 225.4 7.2 + 11.8 232. 7.3 + 11.9 237.6 7.3 + 12. 242.2 7.4 + 12.1 245.8 7.5 + 12.2 248.2 7.5 + 12.3 249.5 7.6 + 12.4 249.9 7.6 + 12.5 249.5 7.7 + 12.6 248.4 7.8 + 12.7 246.7 7.8 + 12.8 244.8 7.9 + 12.9 242.8 7.9 + 13. 240.7 8.1 + 13.1 238.9 8.7 + 13.2 237.4 9.3 + 13.3 236.2 9.6 + 13.4 235.4 9.6 + 13.5 235. 9.7 + 13.6 234.9 9.7 + 13.7 235.2 9.8 + 13.8 235.7 9.8 + 13.9 236.5 9.9 + 14. 237.5 9.9 + 14.1 238.9 10. + 14.2 240.8 10. + 14.3 243.1 10.1 + 14.4 246. 10.1 + 14.5 249.5 10.2 + 14.6 253.7 10.2 + 14.7 258.6 10.3 + 14.8 264. 10.3 + 14.9 262.3 10.4 + 15. 258.1 10.4 + 15.1 250. 10.5 + 15.2 238.9 10.6 + 15.3 225.7 10.7 + 15.4 210.8 10.9 + 15.5 195.2 11. + 15.6 179.7 11.2 + 15.7 164.9 11.4 + 15.8 151.5 11.6 + 15.9 139.5 11.7 + 16. 129.2 11.9 + 16.1 120.1 12. + 16.2 112.4 12.2 + 16.3 105.5 12.3 + 16.4 99.5 12.4 + 16.5 94. 12.5 + 16.6 89. 12.6 + 16.7 84.5 12.7 + 16.8 80.3 12.7 + 16.9 76.4 12.8 + 17. 72.7 12.8 + 17.1 69.3 12.9 + 17.2 66.3 12.9 + 17.3 63.4 13. + 17.4 60.5 13. + 17.5 57.8 13. + 17.6 55.3 13. + 17.7 52.8 13.1 + 17.8 50.5 13.1 + 17.9 48.3 13.2 + 18. 46.2 13.2 + 18.1 44.1 13.3 + 18.2 42.2 13.3 + 18.3 40.3 13.3 + 18.4 38.6 13.3 + 18.5 37.0 13.4 + 18.6 35.5 13.4 + 18.7 34. 13.4 + 18.8 32.7 13.4 + 18.9 31.5 13.5 + 19. 30.4 13.5 + 19.1 29.3 13.5 + 19.2 28.4 13.5 + 19.3 27.4 13.5 + 19.4 26.6 13.5 + 19.5 25.8 13.5 + 19.6 25.1 13.6 + 19.7 24.4 13.6 + 19.8 23.7 13.7 + 19.9 23.1 13.7 + 20. 22.5 13.7 + 20.1 22. 13.7 + 20.2 21.5 13.8 + 20.3 21.1 13.8 + 20.4 20.7 13.8 + 20.5 20.4 13.8 + 20.6 20.1 13.8 + 20.7 19.9 13.8 + 20.8 19.7 13.9 + 20.9 19.5 13.9 + 21. 19.3 13.9 + 21.1 19. 13.9 + 21.2 18.8 13.9 + 21.3 18.6 13.9 + 21.4 18.3 13.8 + 21.5 18. 13.9 + 21.6 17.8 13.9 + 21.7 17.5 14. + 21.8 17.3 14. + 21.9 17.1 14. + 22. 16.9 14. + 22.1 16.8 14. + 22.2 16.7 14.1 + 22.3 16.7 14.1 + 22.4 16.6 14.1 + 22.5 16.6 14.1 + 22.6 16.6 14.1 + 22.7 16.5 14.1 + 22.8 16.5 14.5 + 22.9 16.5 15.5 + 23. 16.5 16.5 + 23.1 16.6 16.9 + 23.2 16.7 16.9 + 23.3 16.8 16.9 + 23.4 17. 17. + 23.5 17.3 17. + 23.6 16.9 17. + 23.7 17. 17. + 23.8 17.1 17. + 23.9 17.1 17. + 24. 17. 17. + 24.1 16.9 17. + 24.2 16.7 17. + 24.3 16.4 17. + 24.4 16.1 16.9 + 24.5 15.7 16.9 + 24.6 15.3 16.9 + 24.7 14.9 16.8 + 24.8 14.5 16.8 + 24.9 14.1 16.7 + 25. 13.7 16.6 + 25.1 13.4 16.6 + 25.2 12.9 16.5 + 25.3 12.2 16.5 + 25.4 11.9 16.5 + 25.5 12.5 16.4 + 25.6 11.9 16.4 + 25.7 11.2 16.4 + 25.8 11.5 16.4 + 25.9 10.9 16.4 + 26. 10.2 16.4 + 26.1 10.5 16.5 + 26.2 10. 16.5 + 26.3 9.4 16.6 + 26.4 9.7 16.6 + 26.5 9.3 16.6 + 26.6 8.8 16.7 + 26.7 9. 16.7 + 26.8 8.7 16.8 + 26.9 8.3 16.8 + 27. 8.5 16.9 + 27.1 8.2 16.9 + 27.2 7.9 17. + 27.3 8. 17. + 27.4 7.8 17.1 +ENDDATA 200 +ENDSUBENT 227 +SUBENT M0831003 20111024 20120207 20111216 M060 +BIB 5 23 +REACTION ((65-TB-159(G,2N)65-TB-157,,SIG,,,EVAL)+ + (65-TB-159(G,2N+P)64-GD-156,,SIG,,,EVAL)) + The threshold of (g,np) reaction is 14 MeV. +ANALYSIS The contribution of partial reaction (g,2n) cross + section into the experimental total neutron yield + reaction (g,xn) cross section obtained using + quasimonoenergetic annihilation photons at Saclay + (France) was evaluated using specially theoretically + calculated transitional multiplicity function - + ratio + F2-theor = SIG-theor(g,2n)/SIG-theor(g,xn) + by the way + SIG-eval(g,2n) = (F2-theor)x(SIG-exp(g,xn)). +ERR-ANALYS (DATA-ERR) Root-mean-square errors. +REL-REF (R,L0012006,R.Bergere+,J,NP/A,121,463,1968) + Experimental data for the total neutron yield + reaction (g,xn) cross section. + (E,,B.S.ISHKHANOV+,J,YF,71,517,2008) + Theoretical preequilibrium model of photonuclear + reactions based on the Fermi gas densities. +STATUS (DEP,L0012006) + The total neutron yield reaction (g,xn) cross + section. +ENDBIB 23 +NOCOMMON 0 0 +DATA 3 127 +EN DATA DATA-ERR +MEV MB MB + 14.8 0.0 0.1 + 14.9 3.8 0.1 + 15. 9. 0.3 + 15.1 16.4 0.6 + 15.2 25.2 0.9 + 15.3 35.1 1.3 + 15.4 45.7 1.6 + 15.5 56.5 2. + 15.6 67. 2.3 + 15.7 76.9 2.6 + 15.8 85.8 2.9 + 15.9 93.8 3.1 + 16. 100.5 3.3 + 16.1 106.3 3.5 + 16.2 111.1 3.7 + 16.3 115.1 3.8 + 16.4 118.4 3.9 + 16.5 121. 4. + 16.6 122.9 4.1 + 16.7 124.2 4.2 + 16.8 125. 4.3 + 16.9 125.4 4.3 + 17. 125.3 4.4 + 17.1 124.9 4.4 + 17.2 124.1 4.5 + 17.3 122.9 4.5 + 17.4 121.6 4.5 + 17.5 120. 4.6 + 17.6 118.1 4.6 + 17.7 116.1 4.6 + 17.8 113.8 4.7 + 17.9 111.3 4.7 + 18. 108.7 4.7 + 18.1 105.9 4.7 + 18.2 103.1 4.8 + 18.3 100.3 4.8 + 18.4 97.4 4.8 + 18.5 94.6 4.8 + 18.6 91.9 4.8 + 18.7 89.3 4.8 + 18.8 86.8 4.9 + 18.9 84.3 4.9 + 19. 82. 4.9 + 19.1 79.8 4.9 + 19.2 77.7 4.9 + 19.3 75.7 4.9 + 19.4 73.7 4.9 + 19.5 71.9 4.9 + 19.6 70.1 4.9 + 19.7 68.4 5. + 19.8 66.7 5. + 19.9 65. 5. + 20. 63.4 5. + 20.1 61.8 5. + 20.2 60.3 5. + 20.3 58.9 5. + 20.4 57.7 5. + 20.5 56.5 5. + 20.6 55.5 5. + 20.7 54.5 5. + 20.8 53.6 5. + 20.9 52.7 5. + 21. 51.7 5. + 21.1 50.7 5. + 21.2 49.7 5. + 21.3 48.6 5. + 21.4 47.5 5. + 21.5 46.4 5. + 21.6 45.3 5. + 21.7 44.2 5. + 21.8 43.2 5. + 21.9 42.3 5. + 22. 41.5 5. + 22.1 40.8 5. + 22.2 40.1 5. + 22.3 39.6 5. + 22.4 39.2 5. + 22.5 38.8 5. + 22.6 38.4 5. + 22.7 38. 5. + 22.8 37.7 5.2 + 22.9 37.5 5.5 + 23. 37.3 5.9 + 23.1 37.2 6. + 23.2 37.3 6. + 23.3 37.5 6. + 23.4 37.8 6. + 23.5 38.2 6. + 23.6 38.8 6. + 23.7 39.3 6. + 23.8 39.8 6. + 23.9 40.2 6. + 24. 40.5 6. + 24.1 40.5 6. + 24.2 40.2 5.9 + 24.3 39.5 5.9 + 24.4 38.5 5.8 + 24.5 37.1 5.7 + 24.6 35.4 5.6 + 24.7 33.5 5.5 + 24.8 31.5 5.4 + 24.9 29.5 5.2 + 25. 27.5 5.1 + 25.1 25.6 4.9 + 25.2 24. 4.8 + 25.3 22.7 4.6 + 25.4 21.5 4.5 + 25.5 19.9 4.2 + 25.6 19.1 4.1 + 25.7 18.4 3.9 + 25.8 17.3 3.7 + 25.9 16.7 3.6 + 26. 16.1 3.4 + 26.1 15.1 3.2 + 26.2 14.4 3.1 + 26.3 13.9 3. + 26.4 13. 2.8 + 26.5 12.4 2.7 + 26.6 12. 2.7 + 26.7 11.2 2.5 + 26.8 10.8 2.4 + 26.9 10.4 2.3 + 27. 9.8 2.2 + 27.1 9.4 2.1 + 27.2 9.1 2.1 + 27.3 8.6 2. + 27.4 8.3 1.9 +ENDDATA 129 +ENDSUBENT 157 +SUBENT M0831004 20111024 20120207 20111216 M060 +BIB 5 22 +REACTION ((65-TB-159(G,3N)65-TB-156,,SIG,,,EVAL)+ + (65-TB-159(G,3N+P)64-GD-155,,SIG,,,EVAL)) +ANALYSIS The contribution of partial reaction (g,3n) cross + section into the experimental total neutron yield + reaction (g,xn) cross section obtained using + quasimonoenergetic annihilation photons at Saclay + (France) was evaluated using specially theoretically + calculated transitional multiplicity function - + ratio + F3-theor = SIG-theor(g,3n)/SIG-theor(g,xn) + by the way + SIG-eval(g,3n) = (F3-theor)x(SIG-exp(g,xn)). +ERR-ANALYS (DATA-ERR) Root-mean-square errors. +REL-REF (R,L0012006,R.Bergere+,J,NP/A,121,463,1968) + Experimental data for the total neutron yield + reaction (g,xn) cross section. + (E,,B.S.ISHKHANOV+,J,YF,71,517,2008) + Theoretical preequilibrium model of photonuclear + reactions based on the Fermi gas densities. +STATUS (DEP,L0012006) + The total neutron yield reaction (g,xn) cross + section. +ENDBIB 22 +NOCOMMON 0 0 +DATA 3 39 +EN DATA DATA-ERR +MEV MB MB + 23.6 0.2 0.1 + 23.7 0.3 0.1 + 23.8 0.4 0.1 + 23.9 0.5 0.1 + 24. 0.6 0.1 + 24.1 0.8 0.1 + 24.2 1.1 0.2 + 24.3 1.4 0.2 + 24.4 1.7 0.3 + 24.5 2. 0.3 + 24.6 2.4 0.4 + 24.7 2.8 0.5 + 24.8 3.2 0.5 + 24.9 3.6 0.6 + 25. 3.9 0.7 + 25.1 4.3 0.8 + 25.2 4.8 0.9 + 25.3 5.2 1.1 + 25.4 5.7 1.2 + 25.5 6.3 1.3 + 25.6 6.9 1.5 + 25.7 7.5 1.6 + 25.8 8.1 1.7 + 25.9 8.7 1.9 + 26. 9.3 2. + 26.1 9.8 2.1 + 26.2 10.3 2.2 + 26.3 10.7 2.3 + 26.4 11.1 2.4 + 26.5 11.5 2.5 + 26.6 11.8 2.6 + 26.7 12.1 2.7 + 26.8 12.4 2.8 + 26.9 12.7 2.9 + 27. 13. 2.9 + 27.1 13.2 3. + 27.2 13.5 3.1 + 27.3 13.7 3.1 + 27.4 13.9 3.2 +ENDDATA 41 +ENDSUBENT 68 +SUBENT M0831005 20111024 20120207 20111216 M060 +BIB 4 15 +REACTION (65-TB-159(G,X)0-NN-1,UNW,SIG,,,EVAL) +ANALYSIS The contribution of total reaction (g,sn) cross + sections into the experimental total neutron yield + reaction (g,xn) cross section obtained using + quasimonoenergetic annihilation photons at Saclay + (France) was evaluated using + SIG-eval(g,2n) = (F2-theor)x(SIG-exp(g,xn)) + by the way + SIG-eval(g,sn) = SIG-exp(g,xn) - SIG-eval(g,2n). +ERR-ANALYS (DATA-ERR) Root-mean-square errors. +STATUS (DEP,L0012006) + The total neutron yield reaction (g,xn) cross + section. + (DEP,M0831002) + Evaluated (g,2n) reaction cross section. +ENDBIB 15 +NOCOMMON 0 0 +DATA 3 198 +EN DATA DATA-ERR +MEV MB MB + 7.7 9.9 1.8 + 7.8 11.3 1.8 + 7.9 12.8 1.8 + 8.0 14.5 3.7 + 8.1 16.4 5.2 + 8.2 18.5 5.2 + 8.3 20.8 5.3 + 8.4 23.1 5.3 + 8.5 25.7 5.4 + 8.6 28.3 5.5 + 8.7 31.1 5.5 + 8.8 34. 5.6 + 8.9 37.1 5.6 + 9. 40.4 5.7 + 9.1 43.9 5.8 + 9.2 47.8 5.8 + 9.3 51.9 5.9 + 9.4 56.3 5.9 + 9.5 61. 6. + 9.6 66. 6. + 9.7 71.2 6.1 + 9.8 76.7 6.2 + 9.9 82.4 6.2 + 10. 88.5 6.3 + 10.1 94.8 6.3 + 10.2 101.5 6.4 + 10.3 108.5 6.4 + 10.4 115.8 6.5 + 10.5 123.4 6.5 + 10.6 131.4 6.6 + 10.7 139.7 6.7 + 10.8 148.2 6.7 + 10.9 156.9 6.8 + 11. 165.9 6.8 + 11.1 174.9 6.9 + 11.2 183.9 7. + 11.3 192.9 7. + 11.4 201.7 7.1 + 11.5 210.1 7.1 + 11.6 218.1 7.2 + 11.7 225.4 7.2 + 11.8 232. 7.3 + 11.9 237.6 7.3 + 12. 242.2 7.4 + 12.1 245.8 7.5 + 12.2 248.2 7.5 + 12.3 249.5 7.6 + 12.4 249.9 7.6 + 12.5 249.5 7.7 + 12.6 248.4 7.8 + 12.7 246.7 7.8 + 12.8 244.8 7.9 + 12.9 242.8 7.9 + 13. 240.7 8.1 + 13.1 238.9 8.7 + 13.2 237.4 9.3 + 13.3 236.2 9.6 + 13.4 235.4 9.6 + 13.5 235. 9.7 + 13.6 234.9 9.7 + 13.7 235.2 9.8 + 13.8 235.7 9.8 + 13.9 236.5 9.9 + 14. 237.5 9.9 + 14.1 238.9 10. + 14.2 240.8 10. + 14.3 243.1 10.1 + 14.4 246. 10.1 + 14.5 249.5 10.2 + 14.6 253.7 10.2 + 14.7 258.6 10.3 + 14.8 264. 10.3 + 14.9 266.1 10.4 + 15. 267.1 10.4 + 15.1 266.4 10.5 + 15.2 264.1 10.6 + 15.3 260.8 10.6 + 15.4 256.5 10.7 + 15.5 251.7 10.8 + 15.6 246.7 10.9 + 15.7 241.8 11.1 + 15.8 237.3 11.2 + 15.9 233.3 11.3 + 16. 229.7 11.4 + 16.1 226.4 11.5 + 16.2 223.5 11.6 + 16.3 220.7 11.7 + 16.4 217.8 11.8 + 16.5 214.9 11.9 + 16.6 211.9 11.9 + 16.7 208.7 12. + 16.8 205.3 12. + 16.9 201.8 12.1 + 17. 198.1 12.1 + 17.1 194.2 12.1 + 17.2 190.3 12.2 + 17.3 186.3 12.2 + 17.4 182.1 12.2 + 17.5 177.8 12.2 + 17.6 173.4 12.2 + 17.7 168.9 12.2 + 17.8 164.3 12.3 + 17.9 159.6 12.3 + 18. 154.8 12.4 + 18.1 150. 12.4 + 18.2 145.3 12.4 + 18.3 140.6 12.4 + 18.4 136. 12.4 + 18.5 131.6 12.5 + 18.6 127.4 12.5 + 18.7 123.3 12.5 + 18.8 119.5 12.5 + 18.9 115.8 12.6 + 19. 112.4 12.6 + 19.1 109.1 12.6 + 19.2 106. 12.6 + 19.3 103.1 12.6 + 19.4 100.3 12.6 + 19.5 97.7 12.6 + 19.6 95.2 12.7 + 19.7 92.8 12.7 + 19.8 90.5 12.7 + 19.9 88.2 12.8 + 20. 85.9 12.8 + 20.1 83.8 12.8 + 20.2 81.8 12.8 + 20.3 80. 12.8 + 20.4 78.4 12.8 + 20.5 77. 12.9 + 20.6 75.6 12.9 + 20.7 74.4 12.9 + 20.8 73.3 12.9 + 20.9 72.2 12.9 + 21. 71. 12.9 + 21.1 69.8 13. + 21.2 68.5 12.9 + 21.3 67.1 12.9 + 21.4 65.8 12.9 + 21.5 64.4 12.9 + 21.6 63. 13. + 21.7 61.7 13.1 + 21.8 60.5 13.1 + 21.9 59.4 13.1 + 22. 58.4 13.1 + 22.1 57.6 13.1 + 22.2 56.9 13.1 + 22.3 56.3 13.1 + 22.4 55.8 13.2 + 22.5 55.4 13.2 + 22.6 54.9 13.2 + 22.7 54.6 13.2 + 22.8 54.2 13.6 + 22.9 54. 14.5 + 23. 53.8 15.4 + 23.1 53.8 15.8 + 23.2 54. 15.8 + 23.3 54.3 15.9 + 23.4 54.8 15.9 + 23.5 55.5 15.9 + 23.6 55.9 15.9 + 23.7 56.6 15.9 + 23.8 57.3 15.9 + 23.9 57.8 15.9 + 24. 58.1 15.9 + 24.1 58.2 16. + 24.2 57.9 15.9 + 24.3 57.3 15.9 + 24.4 56.2 15.9 + 24.5 54.8 15.9 + 24.6 53.1 15.9 + 24.7 51.2 15.9 + 24.8 49.2 15.9 + 24.9 47.1 15.9 + 25. 45.1 15.8 + 25.1 43.3 15.8 + 25.2 41.6 15.8 + 25.3 40.1 15.8 + 25.4 39.1 15.8 + 25.5 38.7 15.8 + 25.6 37.9 15.8 + 25.7 37.1 15.9 + 25.8 36.9 15.9 + 25.9 36.3 15.9 + 26. 35.6 16. + 26.1 35.4 16. + 26.2 34.7 16.1 + 26.3 34. 16.1 + 26.4 33.8 16.1 + 26.5 33.2 16.2 + 26.6 32.6 16.3 + 26.7 32.4 16.3 + 26.8 31.9 16.4 + 26.9 31.5 16.4 + 27. 31.3 16.5 + 27.1 30.9 16.5 + 27.2 30.5 16.6 + 27.3 30.3 16.6 + 27.4 30. 16.7 +ENDDATA 200 +ENDSUBENT 220 +ENDENTRY 5 diff --git a/exforall/P00/P0004.x4 b/exforall/P00/P0004.x4 index b28978a76..7f1f12242 100644 --- a/exforall/P00/P0004.x4 +++ b/exforall/P00/P0004.x4 @@ -1,16 +1,27 @@ -ENTRY P0004 20081015 20081028 20081023 Y007 -SUBENT P0004001 20081015 20081028 20081023 Y007 -BIB 4 7 +ENTRY P0004 20111116 20120207 20111212 P004 +SUBENT P0004001 20111116 20120207 20111212 P004 +BIB 9 18 INSTITUTE (1USABRK) REFERENCE (J,PR,135,B669,1964) -AUTHOR (T.SIKKELAND) +AUTHOR (T.Sikkeland) +TITLE Fission-Excitation Functions in Interactions of 12C, + 16O, and 22Ne with Various Targets +FACILITY (ACCEL,1USABRK) Berkeley HILAC. +INC-SPECT Accelerator produced ions with energies of 10.4 + MeV/nucleon. Lower energies obtained by inserting + aluminum foils into beam path. +SAMPLE Targets prepared by vaporizing material onto nickel + films. +METHOD (COINC,BCINT) Fragment-fragment + correlation measurements. HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS (19990916D) Deleted. See data set C0571. (20081013A) NDS: reference on Phys.Rev. corrected. PR/B,135,669,1964 ==> PR,135,B669,1964 -ENDBIB 7 + (20111116U) SD: TITLE added. +ENDBIB 18 NOCOMMON 0 0 -ENDSUBENT 10 +ENDSUBENT 21 NOSUBENT P0004002 19990916 20010330 20050926 0000 NOSUBENT P0004003 19990916 20010330 20050926 0000 NOSUBENT P0004004 19990916 20010330 20050926 0000 diff --git a/exforall/P00/P0005.x4 b/exforall/P00/P0005.x4 index 56c3e6b18..00e1a346b 100644 --- a/exforall/P00/P0005.x4 +++ b/exforall/P00/P0005.x4 @@ -1,16 +1,20 @@ -ENTRY P0005 20091223 20100209 20100128 D071 -SUBENT P0005001 20091223 20100209 20100128 D071 -BIB 5 7 +ENTRY P0005 20111116 20120207 20111212 P004 +SUBENT P0005001 20111116 20120207 20111212 P004 +BIB 7 11 INSTITUTE (1USAANL) REFERENCE (J,PR,133,B1471,1964) AUTHOR (G.L.Bate,J.R.Huizenga) FACILITY (VDGT,1USAANL) +TITLE Fission and Reaction Cross Sections in the Uranium + Region with 4- to 12-MeV Protons +DETECTOR (SIBAR) Gold surface barrier detectors. HISTORY (19830620T) converted to EXFOR-format by IAEA-NDS (19990916D) See data set T0044 (20091217A) SD: Ref. was corrected -ENDBIB 7 + (20111116U) SD: TITLE added. +ENDBIB 11 NOCOMMON 0 0 -ENDSUBENT 10 +ENDSUBENT 14 NOSUBENT P0005002 19990916 20010330 20050926 0000 NOSUBENT P0005003 19990916 20010330 20050926 0000 ENDENTRY 3 diff --git a/exforall/P00/P0007.x4 b/exforall/P00/P0007.x4 index e6477b2f3..33157860b 100644 --- a/exforall/P00/P0007.x4 +++ b/exforall/P00/P0007.x4 @@ -1,13 +1,17 @@ -ENTRY P0007 19990915 20010330 20050926 0000 -SUBENT P0007001 19990915 20010330 20050926 0000 -BIB 4 5 +ENTRY P0007 20111116 20120207 20111212 P004 +SUBENT P0007001 20111116 20120207 20111212 P004 +BIB 6 9 INSTITUTE (1USAORD) REFERENCE (J,PR,129,1298,1963) -AUTHOR (J.L.NEED,B.LINDER) +AUTHOR (J.L.Need,B.Linder) +TITLE Cross Sections for Formation of the Isomeric Pair + In117 and In117m in the Sn120(p,alpha) Reaction +FACILITY (CYCLO,1USAORL) HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS (19990915D) See data set C0130 -ENDBIB 5 + (20111116U) SD: TITLE added. +ENDBIB 9 NOCOMMON 0 0 -ENDSUBENT 8 +ENDSUBENT 12 NOSUBENT P0007002 19990915 20010330 20050926 0000 ENDENTRY 2 diff --git a/exforall/P00/P0009.x4 b/exforall/P00/P0009.x4 index 8254d8e0e..64d3c4eb4 100644 --- a/exforall/P00/P0009.x4 +++ b/exforall/P00/P0009.x4 @@ -1,21 +1,25 @@ -ENTRY P0009 20000808 20010330 20050926 0000 -SUBENT P0009001 20000808 20010330 20050926 0000 -BIB 7 12 +ENTRY P0009 20111112 20120207 20111212 P004 +SUBENT P0009001 20111112 20120207 20111212 P004 +BIB 8 16 INSTITUTE (4RUSICP) -REFERENCE (J,ZET,44,1770,196306) - (J,JET,13,72,196112) English translation -AUTHOR (A.M.MOROZOV) +REFERENCE (J,ZET,40,101,1961) + (J,JET,13,72,1961) English translation +AUTHOR (A.M.Morozov) +REL-REF (I,,A.M.Morozov,J,ZET,39,973,1960) + = JET,9,671,1959 - English translation TITLE Short-lived isomers of Ga, Ge, and As produced by 19.2-MeV protons METHOD (ACTIV) + (BCINT) STATUS (CPX) Data from CPX file compiled in 1964/67 by F.K. McGowan et al. - Values at 19.2 taken from reference table. + (TABLE) Values at 19.2 taken from reference table. HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS (20000808A) Converted to new date formats; BIB update. -ENDBIB 12 + (20111112U) SD: Ref. corrected. +ENDBIB 16 NOCOMMON 0 0 -ENDSUBENT 15 +ENDSUBENT 19 SUBENT P0009002 20000808 20010330 20050926 0000 BIB 5 6 REACTION (31-GA-71(P,N)32-GE-71,PAR,SIG) diff --git a/exforall/P00/P0011.x4 b/exforall/P00/P0011.x4 index 916e16a4c..1aabc10cc 100644 --- a/exforall/P00/P0011.x4 +++ b/exforall/P00/P0011.x4 @@ -1,14 +1,19 @@ -ENTRY P0011 20000810 20010330 20050926 0000 -SUBENT P0011001 20000810 20010330 20050926 0000 -BIB 4 5 +ENTRY P0011 20111112 20120207 20111212 P004 +SUBENT P0011001 20111112 20120207 20111212 P004 +BIB 6 10 +TITLE Recoil studies of nuclear reactions induced by + high-energy particles. I. Production of Tb149 INSTITUTE (1USABRK) -REFERENCE (J,PR/B,135,1105,1964) -AUTHOR (L.WINSBERG) +REFERENCE (J,PR,135,B1105,1964) +AUTHOR (L.Winsberg) +DETECTOR (IOCH) Alpha activity measured using 8 - 14 ionization + chambers. HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS (19990916D) Deleted. See data set C0572. -ENDBIB 5 + (20111112U) SD: Ref. corrected. Title added. +ENDBIB 10 NOCOMMON 0 0 -ENDSUBENT 8 +ENDSUBENT 13 NOSUBENT P0011002 19990916 20010330 20050926 0000 NOSUBENT P0011003 19990916 20010330 20050926 0000 NOSUBENT P0011004 19990916 20010330 20050926 0000 diff --git a/exforall/P00/P0012.x4 b/exforall/P00/P0012.x4 index f9aba4a1f..b9bb89792 100644 --- a/exforall/P00/P0012.x4 +++ b/exforall/P00/P0012.x4 @@ -1,24 +1,26 @@ -ENTRY P0012 20071207 20080131 20080124 Y003 -SUBENT P0012001 20071207 20080131 20080124 Y003 -BIB 9 15 +ENTRY P0012 20111112 20120207 20111212 P004 +SUBENT P0012001 20111112 20120207 20111212 P004 +BIB 9 17 INSTITUTE (4UKRKFT) -REFERENCE (J,ZET,17,1170,196312) - (J,JET,17,1186,196306) English translation +REFERENCE (J,ZET,44,1770,196306) + (J,JET,17,1186,196312) English translation TITLE Ratio of the cross sections for the production of the isomer and ground states of nuclei in the (p,n) - reaction at the energies from the freshold to 20 MeV -AUTHOR (V.T.GRITSYNA,A.P.KLYUCHAREV,V.V.REMAEV,L.N.RESHETOVA) + reaction at the energies from the threshold to 20 MeV +AUTHOR (V.T.Gritsyna,A.P.Klyucharev,V.V.Remaev,L.N.Reshetova) FACILITY (LINAC,4UKRKFT) -METHOD (STTA,ACTIV) -DETECTOR (NAICR) +METHOD (STTA,ACTIV,BCINT) +DETECTOR (NAICR) 3.0 x 1.5 cm NaI(Tl) crystal with an + FEU-l1 photomultiplier STATUS (CPX) Data from CPX file compiled in 1964/67 by F.K. McGowan et al. HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS (20000808A) Converted to new date formats; BIB update. (20071207A) Title added, ref.corrected. -ENDBIB 15 + (20111112U) SD: Ref. corrected. +ENDBIB 17 NOCOMMON 0 0 -ENDSUBENT 18 +ENDSUBENT 20 SUBENT P0012002 20000808 20010330 20050926 0000 BIB 3 3 REACTION (39-Y-89(P,N)40-ZR-89-G,,SIG) diff --git a/exforall/P00/P0015.x4 b/exforall/P00/P0015.x4 index 0033ae015..250ce35fd 100644 --- a/exforall/P00/P0015.x4 +++ b/exforall/P00/P0015.x4 @@ -1,13 +1,22 @@ -ENTRY P0015 19990915 20010330 20050926 0000 -SUBENT P0015001 19990915 20010330 20050926 0000 -BIB 4 5 +ENTRY P0015 20111117 20120207 20111212 P004 +SUBENT P0015001 20111117 20120207 20111212 P004 +BIB 9 14 INSTITUTE (1USALMS) REFERENCE (J,NIM,33,257,1965) -AUTHOR (K.K.HARRIS,H.A.GRENCH,R.G.JOHNSON,F.J.VAUGHN) +AUTHOR (K.K.Harris,H.A.Grench,R.G.Johnson,F.J.Vaughn) +TITLE The V51(p,n)Cr51 reaction as a neutron source of + known intensity +SAMPLE Target prepared by evaporation of natural vanadium + foils onto platinum disks. A different target used at + each energy. +METHOD (ACTIV) +DETECTOR (SCIN) Scintillation spectrometer. +DECAY-DATA (24-CR-51,27.8D,DG,322.,0.0970) HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS (19990915D) See T0030 for data. -ENDBIB 5 + (20111117U) SD: TITLE added. +ENDBIB 14 NOCOMMON 0 0 -ENDSUBENT 8 +ENDSUBENT 17 NOSUBENT P0015002 19990915 20010330 20050926 0000 ENDENTRY 2 diff --git a/exforall/P00/P0017.x4 b/exforall/P00/P0017.x4 index 8c82f3527..3bc9b469e 100644 --- a/exforall/P00/P0017.x4 +++ b/exforall/P00/P0017.x4 @@ -1,14 +1,18 @@ -ENTRY P0017 20000810 20010330 20050926 0000 -SUBENT P0017001 20000810 20010330 20050926 0000 -BIB 4 5 +ENTRY P0017 20111117 20120207 20111212 P004 +SUBENT P0017001 20111117 20120207 20111212 P004 +BIB 6 9 INSTITUTE (2UK MAN,2FR SAC) REFERENCE (J,NP,60,588,1964) -AUTHOR (G.S.MANI,R.FREEMAN,F.PICARD,A.SADEGHI,D.REDON) +AUTHOR (G.S.Mani,R.Freeman,F.Picard,A.Sadeghi,D.Redon) +TITLE Study of the reaction 7Li(p,alpha)alpha up to 12 MeV + proton energy. +FACILITY (VDGT,2FR SAC) HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS - (19980309A) Data set deleted. Replaced by A1465. -ENDBIB 5 + (19980309D) Data set deleted. Replaced by A1465. + (20111117U) SD: TITLE added. +ENDBIB 9 NOCOMMON 0 0 -ENDSUBENT 8 +ENDSUBENT 12 NOSUBENT P0017002 19980309 20010330 20050926 0000 NOSUBENT P0017003 19980309 20010330 20050926 0000 NOSUBENT P0017004 19980309 20010330 20050926 0000 diff --git a/exforall/P00/P0018.x4 b/exforall/P00/P0018.x4 index 52e162c5e..3a79a9c1e 100644 --- a/exforall/P00/P0018.x4 +++ b/exforall/P00/P0018.x4 @@ -1,13 +1,21 @@ -ENTRY P0018 19990915 20010330 20050926 0000 -SUBENT P0018001 19990915 20010330 20050926 0000 -BIB 4 5 +ENTRY P0018 20111117 20120207 20111212 P004 +SUBENT P0018001 20111117 20120207 20111212 P004 +BIB 8 13 INSTITUTE (1USABNL) REFERENCE (J,NP,76,123,1966) -AUTHOR (E.M.FRANZ,G.FRIEDLANDER) +AUTHOR (E.M.Franz,G.Friedlander) +TITLE Cross sections for production of 149Tb from Au by high- + energy protons +FACILITY (SYNCH,1USABNL) Cosmotron at 2.9 GeV and AGS at + other energies. +SAMPLE Stack of 3 gold foils sandwiched between 3 Al foils + upstream and 1 Al foil downstream. +METHOD (ACTIV,RCHEM) HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS (19990915D) See data set C0072. -ENDBIB 5 + (20111117U) SD: TITLE added. +ENDBIB 13 NOCOMMON 0 0 -ENDSUBENT 8 +ENDSUBENT 16 NOSUBENT P0018002 19990915 20010330 20050926 0000 ENDENTRY 2 diff --git a/exforall/P00/P0020.x4 b/exforall/P00/P0020.x4 index 30f370b7c..bb466de54 100644 --- a/exforall/P00/P0020.x4 +++ b/exforall/P00/P0020.x4 @@ -1,13 +1,16 @@ -ENTRY P0020 19990915 20010330 20050926 0000 -SUBENT P0020001 19990915 20010330 20050926 0000 -BIB 4 5 +ENTRY P0020 20111117 20120207 20111212 P004 +SUBENT P0020001 20111117 20120207 20111212 P004 +BIB 6 8 INSTITUTE (1USABNL) REFERENCE (J,PR,150,851,1966) -AUTHOR (P.D.PARKER) +AUTHOR (P.D.Parker) +TITLE Be7(p,gamma)B8 Reaction +FACILITY (VDG,1USABNL) 4-MeV electrostatic accelerator HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS (19990915D) See data set C0087. -ENDBIB 5 + (20111117U) SD: TITLE added. +ENDBIB 8 NOCOMMON 0 0 -ENDSUBENT 8 +ENDSUBENT 11 NOSUBENT P0020002 19990915 20010330 20050926 0000 ENDENTRY 2 diff --git a/exforall/P00/P0021.x4 b/exforall/P00/P0021.x4 index 6a8b06fe9..bfa3c876f 100644 --- a/exforall/P00/P0021.x4 +++ b/exforall/P00/P0021.x4 @@ -1,14 +1,19 @@ -ENTRY P0021 20071109 20080131 20080124 Y003 -SUBENT P0021001 20071109 20080131 20080124 Y003 -BIB 4 5 +ENTRY P0021 20111113 20120207 20111212 P004 +SUBENT P0021001 20111113 20120207 20111212 P004 +BIB 6 10 INSTITUTE (1USALRL,1USABRK) REFERENCE (J,NP/A,93,648,1967) -AUTHOR (G.CHODIL,R.C.JOPSON,H.MARK,C.D.SWIFT,) +AUTHOR (G.Chodil,R.C.Jopson,H.Mark,C.D.Swift,R.G.Thomas, + M.K.Yates) +TITLE (p,n) and (p,2n) cross sections on nine elements + between 7.0 and 15.0 MeV +FACILITY (CYCLO,1USALRL) HISTORY (20000808A) Deleted. Replaced by data set C0693. (20071109A) Reference corrected. -ENDBIB 5 + (20111113U) SD: TITLE added. +ENDBIB 10 NOCOMMON 0 0 -ENDSUBENT 8 +ENDSUBENT 13 NOSUBENT P0021002 20000808 20010330 20050926 0000 NOSUBENT P0021003 20000808 20010330 20050926 0000 NOSUBENT P0021004 20000808 20010330 20050926 0000 diff --git a/exforall/P00/P0022.x4 b/exforall/P00/P0022.x4 index aaedd2496..f5c519406 100644 --- a/exforall/P00/P0022.x4 +++ b/exforall/P00/P0022.x4 @@ -1,13 +1,18 @@ -ENTRY P0022 20000808 20010330 20050926 0000 -SUBENT P0022001 20000808 20010330 20050926 0000 -BIB 4 4 +ENTRY P0022 20111113 20120207 20111212 P004 +SUBENT P0022001 20111113 20120207 20111212 P004 +BIB 6 9 INSTITUTE (1USACOL) REFERENCE (J,PR,153,1253,1967) -AUTHOR (E.V.VERDIECK,J.M.MILLER) +AUTHOR (E.V.Verdieck,J.M.Miller) +TITLE Radiative Capture and Neutron Emission in 139La + alpha + and 142Ce + p +DETECTOR (PROPC). for beta detection. + (NAICR). for gamma detection. HISTORY (20000808A) Deleted, replaced by data set C0694. -ENDBIB 4 + (20111113U) SD: TITLE added. +ENDBIB 9 NOCOMMON 0 0 -ENDSUBENT 7 +ENDSUBENT 12 NOSUBENT P0022002 20000808 20010330 20050926 0000 NOSUBENT P0022003 20000808 20010330 20050926 0000 NOSUBENT P0022004 20000808 20010330 20050926 0000 diff --git a/exforall/P00/P0023.x4 b/exforall/P00/P0023.x4 index 2d9beda2b..088d81d15 100644 --- a/exforall/P00/P0023.x4 +++ b/exforall/P00/P0023.x4 @@ -1,13 +1,17 @@ -ENTRY P0023 20000808 20010330 20050926 0000 -SUBENT P0023001 20000808 20010330 20050926 0000 -BIB 4 4 +ENTRY P0023 20111121 20120207 20111212 P004 +SUBENT P0023001 20111121 20120207 20111212 P004 +BIB 6 8 INSTITUTE (1USABRK) REFERENCE (J,PR,159,1022,1967) -AUTHOR (R.G.THOMAS,W.BARTOLINI) +AUTHOR (R.G.Thomas,W.Bartolini) +TITLE Neutron Production in Ag, Ta, Au, Pt, and Pb by the + Interaction of 7.5-14-MeV Protons +FACILITY (CYCLO,1USALRL) HISTORY (20000808D) Deleted, replaced by data set C0695. -ENDBIB 4 + (20111121U) SD: TITLE added. +ENDBIB 8 NOCOMMON 0 0 -ENDSUBENT 7 +ENDSUBENT 11 NOSUBENT P0023002 20000808 20010330 20050926 0000 NOSUBENT P0023003 20000808 20010330 20050926 0000 NOSUBENT P0023004 20000808 20010330 20050926 0000 diff --git a/exforall/P00/P0024.x4 b/exforall/P00/P0024.x4 index 2b749d077..4c398bb60 100644 --- a/exforall/P00/P0024.x4 +++ b/exforall/P00/P0024.x4 @@ -1,13 +1,18 @@ -ENTRY P0024 20000808 20010330 20050926 0000 -SUBENT P0024001 20000808 20010330 20050926 0000 -BIB 4 4 +ENTRY P0024 20111121 20120207 20111212 P004 +SUBENT P0024001 20111121 20120207 20111212 P004 +BIB 7 9 INSTITUTE (1USALRL) REFERENCE (J,NP/A,106,323,1968) -AUTHOR (R.G.THOMAS,W.BARTOLINI) +AUTHOR (R.G.Thomas,W.Bartolini) +TITLE Excitation functions for (p,n) and (p,2n) interactions + in Sc, Cr, Mo, Cd and W between 8 and 14 MeV +FACILITY (CYCLO,1USALRL) +DETECTOR (SCIN) Large liquid scintillator tank. HISTORY (20000808D) Deleted. Replaced by data set C0696. -ENDBIB 4 + (20111121U) SD: TITLE added. +ENDBIB 9 NOCOMMON 0 0 -ENDSUBENT 7 +ENDSUBENT 12 NOSUBENT P0024002 20000808 20010330 20050926 0000 NOSUBENT P0024003 20000808 20010330 20050926 0000 NOSUBENT P0024004 20000808 20010330 20050926 0000 diff --git a/exforall/P00/P0026.x4 b/exforall/P00/P0026.x4 index 4535d2cb6..5f2b9984f 100644 --- a/exforall/P00/P0026.x4 +++ b/exforall/P00/P0026.x4 @@ -1,14 +1,19 @@ -ENTRY P0026 20000811 20010330 20050926 0000 -SUBENT P0026001 20000811 20010330 20050926 0000 -BIB 4 5 +ENTRY P0026 20111121 20120207 20111212 P004 +SUBENT P0026001 20111121 20120207 20111212 P004 +BIB 7 10 INSTITUTE (2FR FAR) REFERENCE (J,NP,62,81,1965) -AUTHOR (L.VALENTIN) +AUTHOR (L.Valentin) +TITLE Light nuclei interaction in reactions (p,n) and (p,pn) + at middle energies +FACILITY (SYNCH,2FR PAR) +DETECTOR (SCIN) HISTORY (19960304D) Deleted, added to data set C0062 (20000809A) Converted to new date formats. -ENDBIB 5 + (20111121U) SD: TITLE added. +ENDBIB 10 NOCOMMON 0 0 -ENDSUBENT 8 +ENDSUBENT 13 NOSUBENT P0026002 19960304 20010330 20050926 0000 NOSUBENT P0026003 19960304 20010330 20050926 0000 ENDENTRY 3 diff --git a/exforall/P00/P0030.x4 b/exforall/P00/P0030.x4 index 21b10d6ef..44ffec8f0 100644 --- a/exforall/P00/P0030.x4 +++ b/exforall/P00/P0030.x4 @@ -1,9 +1,9 @@ -ENTRY P0030 20000811 20010330 20050926 0000 -SUBENT P0030001 20000811 20010330 20050926 0000 -BIB 11 15 +ENTRY P0030 20111114 20120207 20111212 P004 +SUBENT P0030001 20111114 20120207 20111212 P004 +BIB 11 16 INSTITUTE (2SF HLS) -REFERENCE (J,AAF,261,1967) Page number not known. -AUTHOR (K.ESKOLA) +REFERENCE (J,AAF,261,7,1967) +AUTHOR (K.Eskola) TITLE A study of the production and properties of 53Fe(m). FACILITY (SYNCY,2SWDUPP) METHOD (ACTIV) @@ -16,9 +16,10 @@ STATUS (CPX) Data from CPX file compiled in 1964/67 by F.K. McGowan et al. HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS (20000809A) Converted to new date formats, BIB updated. -ENDBIB 15 + (20111114U) SD: Ref. corrected. +ENDBIB 16 NOCOMMON 0 0 -ENDSUBENT 18 +ENDSUBENT 19 SUBENT P0030002 20000811 20010330 20050926 0000 BIB 3 3 REACTION (26-FE-54(P,N+P)26-FE-53-M,,SIG) diff --git a/exforall/P00/P0039.x4 b/exforall/P00/P0039.x4 index 448b6142b..26f4ceda9 100644 --- a/exforall/P00/P0039.x4 +++ b/exforall/P00/P0039.x4 @@ -1,17 +1,20 @@ -ENTRY P0039 20000811 20010330 20050926 0000 -SUBENT P0039001 20000811 20010330 20050926 0000 -BIB 5 8 +ENTRY P0039 20111118 20120207 20111212 P004 +SUBENT P0039001 20111118 20120207 20111212 P004 +BIB 7 11 INSTITUTE (1USAORL) REFERENCE (J,PR,109,105,1958) -AUTHOR (R.L.MACKLIN,J.H.GIBBONS) +AUTHOR (R.L.Macklin,J.H.Gibbons) +TITLE Study of the T(p,n)He3 and Li7(p,n)Be7 Reactions +FACILITY (VDG,1USAORL) 3-MeV Van de Graaff STATUS (CPX) Data from CPX file compiled in 1964/67 by F.K. McGowan et al. -HISTORY (19830620T) CONVERTED TO EXFOR-FORMAT BY IAEA-NDS +HISTORY (19830620T) Converted to EXFOR-FORMAT by IAEA-NDS (19960621D) Deleted, replaced by C0051 (20000809A) Converted to new date formats. -ENDBIB 8 + (20111118U) SD: TITLE added. +ENDBIB 11 NOCOMMON 0 0 -ENDSUBENT 11 +ENDSUBENT 14 NOSUBENT P0039002 19960621 20010330 20050926 0000 NOSUBENT P0039003 19960621 20010330 20050926 0000 ENDENTRY 3 diff --git a/exforall/P00/P0040.x4 b/exforall/P00/P0040.x4 index a41dc88ba..8ed52d5d3 100644 --- a/exforall/P00/P0040.x4 +++ b/exforall/P00/P0040.x4 @@ -1,15 +1,18 @@ -ENTRY P0040 20000811 20010330 20050926 0000 -SUBENT P0040001 20000811 20010330 20050926 0000 -BIB 4 6 +ENTRY P0040 20111118 20120207 20111212 P004 +SUBENT P0040001 20111118 20120207 20111212 P004 +BIB 6 9 INSTITUTE (1USACAR) REFERENCE (J,PR,127,1731,1962) -AUTHOR (D.L.MORRISON,A.A.CARETTO) -HISTORY (19820320R) TAPE RECIEVED AT IAEA FROM KACHAPAG - (19830620T) CONVERTED TO EXFOR-FORMAT BY IAEA-NDS +AUTHOR (D.L.Morrison,A.A.Caretto) +TITLE Excitation Functions of (p,xp) Reactions +FACILITY (SYNCY,1USACAR) +HISTORY (19820320R) Tape received at IAEA from KACHAPAG + (19830620T) Converted to EXFOR-FORMAT by IAEA-NDS (20000809D) Deleted. Replaced by data set C0697. -ENDBIB 6 + (20111118U) SD: TITLE added. +ENDBIB 9 NOCOMMON 0 0 -ENDSUBENT 9 +ENDSUBENT 12 NOSUBENT P0040002 19830929 20010330 20050926 0000 NOSUBENT P0040003 19850829 20010330 20050926 0000 NOSUBENT P0040004 19850829 20010330 20050926 0000 diff --git a/exforall/P00/P0043.x4 b/exforall/P00/P0043.x4 index 8c35386f0..d3369cf20 100644 --- a/exforall/P00/P0043.x4 +++ b/exforall/P00/P0043.x4 @@ -1,14 +1,18 @@ -ENTRY P0043 20000811 20010330 20050926 0000 -SUBENT P0043001 20000811 20010330 20050926 0000 -BIB 4 5 +ENTRY P0043 20111118 20120207 20111212 P004 +SUBENT P0043001 20111118 20120207 20111212 P004 +BIB 6 9 INSTITUTE (1USACLA) REFERENCE (J,PR,114,322,1959) -AUTHOR (B.LINDER,R.A.JAMES) +AUTHOR (B.Linder,R.A.James) +TITLE Cross Sections for Nuclear Reactions Involving Nuclear + Isomers +FACILITY (SYNCY,1USACLA) HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS (20000809D) Deleted, see data set C0698. -ENDBIB 5 + (20111118U) SD: TITLE added. +ENDBIB 9 NOCOMMON 0 0 -ENDSUBENT 8 +ENDSUBENT 12 NOSUBENT P0043002 20000811 20010330 20050926 0000 NOSUBENT P0043003 20000811 20010330 20050926 0000 NOSUBENT P0043004 20000811 20010330 20050926 0000 diff --git a/exforall/P00/P0044.x4 b/exforall/P00/P0044.x4 index c3c8bbe98..befe34199 100644 --- a/exforall/P00/P0044.x4 +++ b/exforall/P00/P0044.x4 @@ -1,13 +1,17 @@ -ENTRY P0044 19990413 20010330 20050926 0000 -SUBENT P0044001 19990413 20010330 20050926 0000 -BIB 4 5 -INSTITUTE (1CANCAN) +ENTRY P0044 20111118 20120207 20111212 P004 +SUBENT P0044001 20111118 20120207 20111212 P004 +BIB 6 9 +INSTITUTE (1CANUBC) REFERENCE (J,CJP,34,381,1956) -AUTHOR (G.B.CHADWICK,T.K.ALEXANDER,J.B.WARREN) +AUTHOR (G.B.Chadwick,T.K.Alexander,J.B.Warren) +TITLE Gamma radiation from the proton bombardment of boron + ten +FACILITY (VDG,1CANUBC) HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS (19990413D) Data in error. Replaced by T0012. -ENDBIB 5 + (20111118U) SD: TITLE added. +ENDBIB 9 NOCOMMON 0 0 -ENDSUBENT 8 +ENDSUBENT 12 NOSUBENT P0044002 19990413 20010330 20050926 0000 ENDENTRY 2 diff --git a/exforall/P00/P0048.x4 b/exforall/P00/P0048.x4 index e4deaffda..23ea84528 100644 --- a/exforall/P00/P0048.x4 +++ b/exforall/P00/P0048.x4 @@ -1,13 +1,16 @@ -ENTRY P0048 20000811 20010330 20050926 0000 -SUBENT P0048001 20000811 20010330 20050926 0000 -BIB 4 5 +ENTRY P0048 20111118 20120207 20111212 P004 +SUBENT P0048001 20111118 20120207 20111212 P004 +BIB 6 8 INSTITUTE (1USACAR) REFERENCE (J,PR,126,1173,1962) -AUTHOR (E.R.MERZ,A.A.CARETTO) +AUTHOR (E.R.Merz,A.A.Caretto) +TITLE Recoil behavior of the Cu65(p,pn)Cu64 reaction +FACILITY (SYNCY,1USACAR) HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS (20000809D) Deleted, see data set C0699. -ENDBIB 5 + (20111118U) SD: TITLE added. +ENDBIB 8 NOCOMMON 0 0 -ENDSUBENT 8 +ENDSUBENT 11 NOSUBENT P0048002 20000811 20010330 20050926 0000 ENDENTRY 2 diff --git a/exforall/P00/P0049.x4 b/exforall/P00/P0049.x4 index e78521ba7..6751102f6 100644 --- a/exforall/P00/P0049.x4 +++ b/exforall/P00/P0049.x4 @@ -1,18 +1,21 @@ -ENTRY P0049 20000811 20010330 20050926 0000 -SUBENT P0049001 20000811 20010330 20050926 0000 -BIB 7 9 +ENTRY P0049 20111118 20120207 20111212 P004 +SUBENT P0049001 20111118 20120207 20111212 P004 +BIB 7 12 INSTITUTE (1USACHI) REFERENCE (J,PR,118,1591,1960) -AUTHOR (H.P.YULE,A.TURKEVICH) -METHOD SEE REFERENCE -MONITOR SEE REFERENCE +AUTHOR (H.P.Yule,A.Turkevich) +TITLE Radiochemical studies of the (p,pn) Reaction in + Complex Nuclei in the 80-450-MeV Range +FACILITY (SYNCY,1USACHI) STATUS (CPX) Data from CPX file compiled in 1964/67 by F.K. McGowan et al. HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS - (20000809A) Converted to new date formats, BIB updated. -ENDBIB 9 + (20000809D) Converted to new date formats, BIB updated. + Entry deleted, see C0700. + (20111118U) SD: TITLE added. +ENDBIB 12 NOCOMMON 0 0 -ENDSUBENT 12 +ENDSUBENT 15 NOSUBENT P0049002 20000811 20010330 20050926 0000 NOSUBENT P0049003 20000811 20010330 20050926 0000 NOSUBENT P0049004 20000811 20010330 20050926 0000 diff --git a/exforall/P00/P0052.x4 b/exforall/P00/P0052.x4 index 1ca10b346..ca7c22cd6 100644 --- a/exforall/P00/P0052.x4 +++ b/exforall/P00/P0052.x4 @@ -1,13 +1,17 @@ -ENTRY P0052 20000817 20010330 20050926 0000 -SUBENT P0052001 20000817 20010330 20050926 0000 -BIB 4 5 +ENTRY P0052 20111118 20120207 20111212 P004 +SUBENT P0052001 20111118 20120207 20111212 P004 +BIB 6 9 INSTITUTE (2UK LVP) REFERENCE (J,NP,18,638,1960) -AUTHOR (V.PARIKH) +AUTHOR (V.Parikh) +TITLE Cross-sections for Al27(p,3pn)Na24, Al27(p,5p5n)F18 + and C12(p,3p3n)Be7 relative to C12(p,pn)C11 +FACILITY (SYNCY,2UK LVP) HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS (19980304D) Data moved to data set C0207. -ENDBIB 5 + (20111118U) SD: TITLE added. +ENDBIB 9 NOCOMMON 0 0 -ENDSUBENT 8 +ENDSUBENT 12 NOSUBENT P0052002 19980304 20010330 20050926 0000 ENDENTRY 2 diff --git a/exforall/P00/P0053.x4 b/exforall/P00/P0053.x4 index aba9f12bb..334001807 100644 --- a/exforall/P00/P0053.x4 +++ b/exforall/P00/P0053.x4 @@ -1,15 +1,18 @@ -ENTRY P0053 19981123 20010330 20050926 0000 -SUBENT P0053001 19981123 20010330 20050926 0000 -BIB 5 7 +ENTRY P0053 20111118 20120207 20111212 P004 +SUBENT P0053001 20111118 20120207 20111212 P004 +BIB 6 10 INSTITUTE (1USALRL) REFERENCE (J,PR,108,1304,1957) -AUTHOR (W.A.S.LAMB,R.E.HESTER) +AUTHOR (W.A.S.Lamb,R.E.Hester) +TITLE Transmutation of Nitrogen by Protons from 100 keV to + 135 keV STATUS (CPX) Data from CPX file compiled in 1964/67 by F.K. McGowan et al. HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS (19981123D) Data set replaced by C0176. -ENDBIB 7 + (20111118U) SD: TITLE added. +ENDBIB 10 NOCOMMON 0 0 -ENDSUBENT 10 +ENDSUBENT 13 NOSUBENT P0053002 19981123 20010330 20050926 0000 ENDENTRY 2 diff --git a/exforall/P00/P0055.x4 b/exforall/P00/P0055.x4 index ac30ff582..106649538 100644 --- a/exforall/P00/P0055.x4 +++ b/exforall/P00/P0055.x4 @@ -1,13 +1,17 @@ -ENTRY P0055 20000817 20010330 20050926 0000 -SUBENT P0055001 20000817 20010330 20050926 0000 -BIB 4 5 +ENTRY P0055 20111118 20120207 20111212 P004 +SUBENT P0055001 20111118 20120207 20111212 P004 +BIB 6 9 INSTITUTE (1USAORL) REFERENCE (J,PR,114,571,1959) -AUTHOR (J.H.GIBBONS,R.L.MACKLIN) -HISTORY (19830620T) CONVERTED TO EXFOR-FORMAT BY IAEA-NDS - (19980304D) Entry deleted. Data added to P0001. -ENDBIB 5 +AUTHOR (J.H.Gibbons,R.L.Macklin) +TITLE Total Neutron Yields from Light Elements Under Proton + And Alpha Bombardment +FACILITY (VDG,1USAORL) +HISTORY (19830620T) Converted to EXFOR-FORMAT by IAEA-NDS + (19980304D) Entry deleted. Data added to T0010. + (20111118U) SD: TITLE added. +ENDBIB 9 NOCOMMON 0 0 -ENDSUBENT 8 +ENDSUBENT 12 NOSUBENT P0055002 19980304 20010330 20050926 0000 ENDENTRY 2 diff --git a/exforall/P00/P0063.x4 b/exforall/P00/P0063.x4 index f58877efe..481756762 100644 --- a/exforall/P00/P0063.x4 +++ b/exforall/P00/P0063.x4 @@ -1,13 +1,17 @@ -ENTRY P0063 20000817 20010330 20050926 0000 -SUBENT P0063001 20000817 20010330 20050926 0000 -BIB 4 4 +ENTRY P0063 20111118 20120207 20111212 P004 +SUBENT P0063001 20111118 20120207 20111212 P004 +BIB 6 8 INSTITUTE (1USAWSU) REFERENCE (J,PR,120,2168,1960) -AUTHOR (R.H.LINDSAY,R.J.CARR) +AUTHOR (R.H.Lindsay,R.J.Carr) +TITLE (He4,Be7) Reaction in Magnesium, Aluminum, Titanium, + Cobalt, and Copper from Threshold to 42 MeV. +FACILITY (CYCLO,1USAWAU) HISTORY (20000811D) Deleted, see data set C0701. -ENDBIB 4 + (20111118U) SD: TITLE added. +ENDBIB 8 NOCOMMON 0 0 -ENDSUBENT 7 +ENDSUBENT 11 NOSUBENT P0063002 20000817 20010330 20050926 0000 NOSUBENT P0063003 20000817 20010330 20050926 0000 NOSUBENT P0063004 20000817 20010330 20050926 0000 diff --git a/exforall/P00/P0068.x4 b/exforall/P00/P0068.x4 index 98d7a2615..4056384e4 100644 --- a/exforall/P00/P0068.x4 +++ b/exforall/P00/P0068.x4 @@ -1,13 +1,19 @@ -ENTRY P0068 20000817 20010330 20050926 0000 -SUBENT P0068001 20000817 20010330 20050926 0000 -BIB 4 4 +ENTRY P0068 20111118 20120207 20111212 P004 +SUBENT P0068001 20111118 20120207 20111212 P004 +BIB 8 10 INSTITUTE (1USACRD) REFERENCE (J,PR,91,1501,1953) -AUTHOR (M.LINDER,R.N.OSBORNE) +AUTHOR (M.Linder,R.N.Osborne) +TITLE Energy Dependence of the Cross Section for the + Reaction C12(alpha,alpha n)C11 +SAMPLE Polystyrene foils. +FACILITY (CYCLO,1USABRK) +METHOD (STTA) Target foils placed between aluminum absorbers. HISTORY (20000811D) Deleted, see data set C0702. -ENDBIB 4 + (20111118U) SD: TITLE added. +ENDBIB 10 NOCOMMON 0 0 -ENDSUBENT 7 +ENDSUBENT 13 NOSUBENT P0068002 20000817 20010330 20050926 0000 NOSUBENT P0068003 20000817 20010330 20050926 0000 NOSUBENT P0068004 20000817 20010330 20050926 0000 diff --git a/exforall/P00/P0070.x4 b/exforall/P00/P0070.x4 index 6eb46dc5c..b96b079a1 100644 --- a/exforall/P00/P0070.x4 +++ b/exforall/P00/P0070.x4 @@ -1,17 +1,21 @@ -ENTRY P0070 20000817 20010330 20050926 0000 -SUBENT P0070001 20000817 20010330 20050926 0000 -BIB 5 8 +ENTRY P0070 20111114 20120207 20111212 P004 +SUBENT P0070001 20111114 20120207 20111212 P004 +BIB 7 12 INSTITUTE (1USAORL) -REFERENCE (J,PR/B,133,911,1964) -AUTHOR (P.H.STELSON,F.K.MCGOWAN) +REFERENCE (J,PR,133,B911,1964) +AUTHOR (P.H.Stelson,F.K.McGowan) +TITLE Cross sections for (alpha,n) reactions for medium- + weight nuclei. +FACILITY (VDG,1USAORL) 5.5-MV Van de Graaf. STATUS (CPX) Data from CPX file compiled in 1964/67 by F.K. McGowan et al. -HISTORY (19830620T) CONVERTED TO EXFOR-FORMAT BY IAEA-NDS - (19850829A) CORRECTED BY NNDC +HISTORY (19830620T) Converted to EXFOR-FORMAT by IAEA-NDS + (19850829A) Corrected by NNDC (19990413D) See C0185 for data. -ENDBIB 8 + (20111114U) SD: ref. corrected, TITLE added. +ENDBIB 12 NOCOMMON 0 0 -ENDSUBENT 11 +ENDSUBENT 15 NOSUBENT P0070002 19990413 20010330 20050926 0000 NOSUBENT P0070003 19990413 20010330 20050926 0000 NOSUBENT P0070004 19990413 20010330 20050926 0000 diff --git a/exforall/P00/P0071.x4 b/exforall/P00/P0071.x4 index a72539007..d7f7ff2c5 100644 --- a/exforall/P00/P0071.x4 +++ b/exforall/P00/P0071.x4 @@ -1,13 +1,17 @@ -ENTRY P0071 20000817 20010330 20050926 0000 -SUBENT P0071001 20000817 20010330 20050926 0000 -BIB 4 4 +ENTRY P0071 20111114 20120207 20111212 P004 +SUBENT P0071001 20111114 20120207 20111212 P004 +BIB 6 8 INSTITUTE (1USAORL) -REFERENCE (J,PR/B,133,907,1964) -AUTHOR (F.K.MCGOWAN,P.H.STELSON,W.G.SMITH) +REFERENCE (J,PR,133,B907,1964) +AUTHOR (F.K.McGowan,P.H.Stelson,W.G.Smith) +TITLE Cross Sections for the Ni58(alpha,p),Ni58(alpha,gamma), + and Co59(alpha,n) Reactions +FACILITY (VDG,1USAORL) HISTORY (20000811D) Deleted, see data set C0703 -ENDBIB 4 + (20111114U) SD: ref. corrected, TITLE added. +ENDBIB 8 NOCOMMON 0 0 -ENDSUBENT 7 +ENDSUBENT 11 NOSUBENT P0071002 20000817 20010330 20050926 0000 NOSUBENT P0071003 20000817 20010330 20050926 0000 NOSUBENT P0071004 20000817 20010330 20050926 0000 diff --git a/exforall/P00/P0073.x4 b/exforall/P00/P0073.x4 index 4e46bd225..af92dc03d 100644 --- a/exforall/P00/P0073.x4 +++ b/exforall/P00/P0073.x4 @@ -1,14 +1,18 @@ -ENTRY P0073 20000817 20010330 20050926 0000 -SUBENT P0073001 20000817 20010330 20050926 0000 -BIB 4 5 +ENTRY P0073 20111119 20120207 20111212 P004 +SUBENT P0073001 20111119 20120207 20111212 P004 +BIB 6 9 INSTITUTE (1USABNL) REFERENCE (J,PR,115,939,1959) -AUTHOR (N.T.PORILE) +AUTHOR (N.T.Porile) +TITLE Excitation Functions for Alpha-Induced Reactions on + Zinc-64 +FACILITY (CYCLO,1USABNL) HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS (20000811D) Deleted, see data set C0704. -ENDBIB 5 + (20111119U) SD: TITLE added. +ENDBIB 9 NOCOMMON 0 0 -ENDSUBENT 8 +ENDSUBENT 12 NOSUBENT P0073002 20000817 20010330 20050926 0000 NOSUBENT P0073003 20000817 20010330 20050926 0000 NOSUBENT P0073004 20000817 20010330 20050926 0000 diff --git a/exforall/P00/P0077.x4 b/exforall/P00/P0077.x4 index 330ebdb79..b6b873c74 100644 --- a/exforall/P00/P0077.x4 +++ b/exforall/P00/P0077.x4 @@ -1,14 +1,18 @@ -ENTRY P0077 20000817 20010330 20050926 0000 -SUBENT P0077001 20000817 20010330 20050926 0000 -BIB 4 5 +ENTRY P0077 20111119 20120207 20111212 P004 +SUBENT P0077001 20111119 20120207 20111212 P004 +BIB 6 9 INSTITUTE (1USAROC) REFERENCE (J,PR,131,764,1963) -AUTHOR (M.BLANN,G.MERKEL) +AUTHOR (M.Blann,G.Merkel) +TITLE Reactions Induced in Ni58 with 0-24 MeV Deuterons: + Statistical Model Analysis +FACILITY (CYCLO,1USAROC) HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS (20000814D) Deleted, see data C0705. -ENDBIB 5 + (20111119U) SD: TITLE added. +ENDBIB 9 NOCOMMON 0 0 -ENDSUBENT 8 +ENDSUBENT 12 NOSUBENT P0077002 20000817 20010330 20050926 0000 NOSUBENT P0077003 20000817 20010330 20050926 0000 NOSUBENT P0077004 20000817 20010330 20050926 0000 diff --git a/exforall/P00/P0079.x4 b/exforall/P00/P0079.x4 index 67cab8953..af7bbe102 100644 --- a/exforall/P00/P0079.x4 +++ b/exforall/P00/P0079.x4 @@ -1,14 +1,18 @@ -ENTRY P0079 20000817 20010330 20050926 0000 -SUBENT P0079001 20000817 20010330 20050926 0000 -BIB 4 5 +ENTRY P0079 20111119 20120207 20111212 P004 +SUBENT P0079001 20111119 20120207 20111212 P004 +BIB 6 9 INSTITUTE (1USAROC) REFERENCE (J,NP,52,673,1964) -AUTHOR (M.BLANN,G.MERKEL) +AUTHOR (M.Blann,G.Merkel) +TITLE Evidence of nuclear shell effects in Ni58 reactions + induced with 0-48 MeV alpha particles +FACILITY (CYCLO,1USAROC) HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS (20000814D) Deleted, see data set C0706. -ENDBIB 5 + (20111119U) SD: TITLE added. +ENDBIB 9 NOCOMMON 0 0 -ENDSUBENT 8 +ENDSUBENT 12 NOSUBENT P0079002 20000817 20010330 20050926 0000 NOSUBENT P0079003 20000817 20010330 20050926 0000 NOSUBENT P0079004 20000817 20010330 20050926 0000 diff --git a/exforall/P00/P0083.x4 b/exforall/P00/P0083.x4 index c72a70d9e..5ba6894a3 100644 --- a/exforall/P00/P0083.x4 +++ b/exforall/P00/P0083.x4 @@ -1,14 +1,19 @@ -ENTRY P0083 20000814 20010330 20050926 0000 -SUBENT P0083001 20000814 20010330 20050926 0000 -BIB 4 5 +ENTRY P0083 20111119 20120207 20111212 P004 +SUBENT P0083001 20111119 20120207 20111212 P004 +BIB 6 10 INSTITUTE (1USALAS) REFERENCE (J,JIN,26,1117,1964) -AUTHOR (R.L.ANDELIN) +AUTHOR (R.L.Andelin) +TITLE Excitation functions for the 184W(d,p)185W, + 186W(d,p)187W, and 184W(d,2n)184Re reactions; and + half-lives of 185W and 187W +FACILITY (CYCLO,1USALAS) HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS (20000814D) Deleted, see data set C0722. -ENDBIB 5 + (20111119U) SD: TITLE added. +ENDBIB 10 NOCOMMON 0 0 -ENDSUBENT 8 +ENDSUBENT 13 NOSUBENT P0083002 20000814 20010330 20050926 0000 NOSUBENT P0083003 20000814 20010330 20050926 0000 NOSUBENT P0083004 20000814 20010330 20050926 0000 diff --git a/exforall/P00/P0087.x4 b/exforall/P00/P0087.x4 index 2757d9fcc..cc54aa438 100644 --- a/exforall/P00/P0087.x4 +++ b/exforall/P00/P0087.x4 @@ -1,13 +1,17 @@ -ENTRY P0087 20000817 20010330 20050926 0000 -SUBENT P0087001 20000817 20010330 20050926 0000 -BIB 4 5 +ENTRY P0087 20111119 20120207 20111212 P004 +SUBENT P0087001 20111119 20120207 20111212 P004 +BIB 6 9 INSTITUTE (1USALRL) REFERENCE (J,PR,128,700,1962) -AUTHOR (H.G.HICKS,H.B.LEVY,W.E.NERVIK,P.C.STEVENSON,) +AUTHOR (H.G.Hicks,H.B.Levy,W.E.Nervik,P.C.Stevenson) +TITLE Further Radiochemical Studies of Fission of the U236m + Compound Nucleus +FACILITY (CCW,1USALRL) HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS (20000814D) Deleted, see data set C0707. -ENDBIB 5 + (20111119U) SD: TITLE added. +ENDBIB 9 NOCOMMON 0 0 -ENDSUBENT 8 +ENDSUBENT 12 NOSUBENT P0087002 20000817 20010330 20050926 0000 ENDENTRY 2 diff --git a/exforall/P00/P0088.x4 b/exforall/P00/P0088.x4 index b1d9e2598..5a043d0ab 100644 --- a/exforall/P00/P0088.x4 +++ b/exforall/P00/P0088.x4 @@ -1,14 +1,18 @@ -ENTRY P0088 20000817 20010330 20050926 0000 -SUBENT P0088001 20000817 20010330 20050926 0000 -BIB 4 5 +ENTRY P0088 20111119 20120207 20111212 P004 +SUBENT P0088001 20111119 20120207 20111212 P004 +BIB 6 9 INSTITUTE (1USABRK) REFERENCE (J,PR,128,767,1962) -AUTHOR (V.E.VIOLA,T.SIKKELAND) +AUTHOR (V.E.Viola,T.Sikkeland) +TITLE Total Cross Sections for Fission of U238 Induced by + He4 and Heavy Ions +FACILITY (LINAC,1USABRK) HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS (20000814D) Deleted, see data set C0708. -ENDBIB 5 + (20111119U) SD: TITLE added. +ENDBIB 9 NOCOMMON 0 0 -ENDSUBENT 8 +ENDSUBENT 12 NOSUBENT P0088002 20000817 20010330 20050926 0000 NOSUBENT P0088003 20000817 20010330 20050926 0000 NOSUBENT P0088004 20000817 20010330 20050926 0000 diff --git a/exforall/P00/P0089.x4 b/exforall/P00/P0089.x4 index da12d75c5..3b2d21060 100644 --- a/exforall/P00/P0089.x4 +++ b/exforall/P00/P0089.x4 @@ -1,14 +1,18 @@ -ENTRY P0089 20000817 20010330 20050926 0000 -SUBENT P0089001 20000817 20010330 20050926 0000 -BIB 4 5 +ENTRY P0089 20111119 20120207 20111212 P004 +SUBENT P0089001 20111119 20120207 20111212 P004 +BIB 6 9 INSTITUTE (1USAANL) REFERENCE (J,PR,114,163,1959) -AUTHOR (J.WING,W.J.RAMLER,A.L.HARKNESS,J.R.HUIZENGA) +AUTHOR (J.Wing,W.J.Ramler,A.L.Harkness,J.R.Huizenga) +TITLE Excitation Functions of U235 and U238 Bombarded with + Helium and Deuterium Ions +FACILITY (CYCLO,1USAANL) HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS (20000814D) Deleted, see data set C0709. -ENDBIB 5 + (20111119U) SD: TITLE added. +ENDBIB 9 NOCOMMON 0 0 -ENDSUBENT 8 +ENDSUBENT 12 NOSUBENT P0089002 20000817 20010330 20050926 0000 NOSUBENT P0089003 20000817 20010330 20050926 0000 NOSUBENT P0089004 20000817 20010330 20050926 0000 diff --git a/exforall/P00/P0090.x4 b/exforall/P00/P0090.x4 index 60ea198b4..04e08eff5 100644 --- a/exforall/P00/P0090.x4 +++ b/exforall/P00/P0090.x4 @@ -1,14 +1,17 @@ -ENTRY P0090 20000817 20010330 20050926 0000 -SUBENT P0090001 20000817 20010330 20050926 0000 -BIB 4 5 +ENTRY P0090 20111119 20120207 20111212 P004 +SUBENT P0090001 20111119 20120207 20111212 P004 +BIB 6 8 INSTITUTE (1USACOL,1USABNL) REFERENCE (J,PR,124,1879,1961) -AUTHOR (R.L.HAHN,J.M.MILLER) +AUTHOR (R.L.Hahn,J.M.Miller) +TITLE Reactions of Alpha Particles with Tin-124 +FACILITY (CYCLO,1USABNL) HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS (20000814D) Deleted, see data set C0710. -ENDBIB 5 + (20111119U) SD: TITLE added. +ENDBIB 8 NOCOMMON 0 0 -ENDSUBENT 8 +ENDSUBENT 11 NOSUBENT P0090002 20000817 20010330 20050926 0000 NOSUBENT P0090003 20000817 20010330 20050926 0000 NOSUBENT P0090004 20000817 20010330 20050926 0000 diff --git a/exforall/P00/P0091.x4 b/exforall/P00/P0091.x4 index c686e0051..e1222d48b 100644 --- a/exforall/P00/P0091.x4 +++ b/exforall/P00/P0091.x4 @@ -1,14 +1,18 @@ -ENTRY P0091 20000817 20010330 20050926 0000 -SUBENT P0091001 20000817 20010330 20050926 0000 -BIB 4 5 +ENTRY P0091 20111119 20120207 20111212 P004 +SUBENT P0091001 20111119 20120207 20111212 P004 +BIB 6 9 INSTITUTE (1USABNL) REFERENCE (J,PR,122,1283,1961) -AUTHOR (B.M.FOREMAN) +AUTHOR (B.M.Foreman) +TITLE Excitation Functions for the (alpha,alpha n) and + (alpha,2p) Reactions on Ce142 +FACILITY (CYCLO,1USABNL) HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS - (20000814D) DELETED, SEE DATA SET C0711. -ENDBIB 5 + (20000814D) Deleted, see DATA SET C0711. + (20111119U) SD: TITLE added. +ENDBIB 9 NOCOMMON 0 0 -ENDSUBENT 8 +ENDSUBENT 12 NOSUBENT P0091002 20000817 20010330 20050926 0000 NOSUBENT P0091003 20000817 20010330 20050926 0000 ENDENTRY 3 diff --git a/exforall/P00/P0096.x4 b/exforall/P00/P0096.x4 index 4a31f0989..8d0642e6d 100644 --- a/exforall/P00/P0096.x4 +++ b/exforall/P00/P0096.x4 @@ -1,15 +1,19 @@ -ENTRY P0096 20081015 20081028 20081023 Y007 -SUBENT P0096001 20081015 20081028 20081023 Y007 -BIB 4 6 +ENTRY P0096 20111119 20120207 20111212 P004 +SUBENT P0096001 20111119 20120207 20111212 P004 +BIB 6 10 INSTITUTE (1USAFSU) REFERENCE (J,PR,135,B1340,1964) -AUTHOR (C.RILEY,K.UENO,B.LINDER) +AUTHOR (C.Riley,K.Ueno,B.Linder) +TITLE Cross Sections and Isomeric Ratios for the + 41K(alpha,n)sc44m,44g Reaction +FACILITY (VDGT,1USAFSU) HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS (20000814D) Deleted, see data set C0712. (20081015A) NDS: ref.was corrected. p.1340=>B1340 -ENDBIB 6 + (20111119U) SD: TITLE added. +ENDBIB 10 NOCOMMON 0 0 -ENDSUBENT 9 +ENDSUBENT 13 NOSUBENT P0096002 20000817 20010330 20050926 0000 NOSUBENT P0096003 20000817 20010330 20050926 0000 ENDENTRY 3 diff --git a/exforall/P00/P0097.x4 b/exforall/P00/P0097.x4 index 1b5955350..73dfaab7f 100644 --- a/exforall/P00/P0097.x4 +++ b/exforall/P00/P0097.x4 @@ -1,14 +1,17 @@ -ENTRY P0097 20000817 20010330 20050926 0000 -SUBENT P0097001 20000817 20010330 20050926 0000 -BIB 4 5 +ENTRY P0097 20111119 20120207 20111212 P004 +SUBENT P0097001 20111119 20120207 20111212 P004 +BIB 6 8 INSTITUTE (1USAANL) -REFERENCE (J,PR,135,401,1964) -AUTHOR (C.T.BISHOP,J.R.HUIZENGA,J.P.HUMMEL) +REFERENCE (J,PR,135,B401,1964) +AUTHOR (C.T.Bishop,J.R.Huizenga,J.P.Hummel) +TITLE Isomeric Ratios from (alpha,xn) Reactions on Silver +FACILITY (CYCLO,1USAANL) HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS (20000814D) Deleted, see data set C0713. -ENDBIB 5 + (20111119U) SD: TITLE added. ref. corrected +ENDBIB 8 NOCOMMON 0 0 -ENDSUBENT 8 +ENDSUBENT 11 NOSUBENT P0097002 20000817 20010330 20050926 0000 NOSUBENT P0097003 20000817 20010330 20050926 0000 NOSUBENT P0097004 20000817 20010330 20050926 0000 diff --git a/exforall/P00/P0098.x4 b/exforall/P00/P0098.x4 index 59c1d935e..9f974042a 100644 --- a/exforall/P00/P0098.x4 +++ b/exforall/P00/P0098.x4 @@ -1,15 +1,19 @@ -ENTRY P0098 20081015 20081028 20081023 Y007 -SUBENT P0098001 20081015 20081028 20081023 Y007 -BIB 4 6 +ENTRY P0098 20111119 20120207 20111212 P004 +SUBENT P0098001 20111119 20120207 20111212 P004 +BIB 6 10 INSTITUTE (1USAANL) REFERENCE (J,PR,136,B1333,1964) -AUTHOR (J.E.GINDLER,G.L.BATE,J.R.HUIZENGA) +AUTHOR (J.E.Gindler,G.L.Bate,J.R.Huizenga) +TITLE Fission Fragment Angular Distributions in Charged- + Particle-Induced Fission of Ra226 +FACILITY (CYCLO,1USAANL) HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS (20000814D) Deleted, see data set C0714. (20081015A) NDS: ref.was corrected. p.1333=>B1333 -ENDBIB 6 + (20111119U) SD: TITLE added. +ENDBIB 10 NOCOMMON 0 0 -ENDSUBENT 9 +ENDSUBENT 13 NOSUBENT P0098002 20000817 20010330 20050926 0000 NOSUBENT P0098003 20000817 20010330 20050926 0000 ENDENTRY 3 diff --git a/exforall/P01/P0100.x4 b/exforall/P01/P0100.x4 index 7295c783c..59bb550d1 100644 --- a/exforall/P01/P0100.x4 +++ b/exforall/P01/P0100.x4 @@ -1,24 +1,38 @@ -ENTRY P0100 20000814 20010330 20050926 0000 -SUBENT P0100001 20000814 20010330 20050926 0000 -BIB 8 11 +ENTRY P0100 20111115 20120207 20111212 P004 +SUBENT P0100001 20111115 20120207 20111212 P004 +BIB 10 16 INSTITUTE (3AULCBR) -REFERENCE (J,NP,60,503,1963) -AUTHOR (D.R.OSGOOD,J.R.PATTERSON,E.W.TITTERTON) -TITLE The excitation function for the reaction C12(He3,n0)O14 +REFERENCE (J,NP,60,503,1964) +AUTHOR (D.R.Osgood,J.R.Patterson,E.W.Titterton) +TITLE The excitation function for the reaction 12C(3He,n0)14O between threshold and 11.45 MeV FACILITY (ACCEL,3AULCBR) -DETECTOR (NAICR) -STATUS (CPX) Data from CPX file compiled in 1964/67 by - F.K.McGowan et al. +REL-REF (I,,L.G.Earwaker+,J,NP,42,521,1963) +METHOD (BCINT) "Leaky" integrator for measuring the total + charge incident on the target. + (ACTIV) +DECAY-DATA (8-O-14,,DG,2310.,0.994) +DETECTOR (NAICR) 7.6 cm x 7.6 cm NaI(Tl) crystal scintillator + was used with an A8 double delay line linear amplifier HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS - (20000814A) Converted to new date formats; BIB updated. -ENDBIB 11 + (20000815A) SD: Ref. corrected. BIB updated. + Subent 003 added. +ENDBIB 16 NOCOMMON 0 0 -ENDSUBENT 14 -SUBENT P0100002 20000814 20010330 20050926 0000 -BIB 1 1 +ENDSUBENT 19 +SUBENT P0100002 20111115 20120207 20111212 P004 +BIB 5 10 REACTION (6-C-12(HE3,N)8-O-14,,SIG) -ENDBIB 1 +SAMPLE Above 3 MeV an electromagnetically separated 99.9% 12C + target on a gold backing was used and which had a + nominal thickness of 116 mu-g/cm2 (or 65 keV) at 6 MeV + for a He3++ beam. Below 3 MeV a 40 mu-g/cm2 target was + used, which was 10 keV thick at 2.4 MeV He3+ energy. +MONITOR (6-C-12(HE3,N)8-O-14,,SIG) +MONIT-REF (P0100003,D.R.Osgood+,J,NP,60,503,1964) +STATUS (CPX) Data from CPX file compiled in 1964/67 by + F.K.McGowan et al. +ENDBIB 10 NOCOMMON 0 0 DATA 2 82 EN DATA @@ -106,5 +120,34 @@ MEV MB 11.300 12.400 11.500 12.500 ENDDATA 84 -ENDSUBENT 90 -ENDENTRY 2 +ENDSUBENT 99 +SUBENT P0100003 20111115 20120207 20111212 P004 +BIB 5 13 +REACTION (6-C-12(HE3,N)8-O-14,,SIG) +SAMPLE A selfsupporting natural carbon target. With this the + yield per mu-C was measured at several energies so as + to provide a fit to the curve. Target thickness of + 43 mu-g/cm2 was calculated. +ERR-ANALYS (ERR-T) Total uncertainty includes: + (DATA-ERR) Fit to excitation function (7%) + (ERR-1) Target thickness (10%) + (ERR-2) Detection efficiency (5%) + (ERR-3) Dead time loss correction (1%) + (ERR-4) Decay constant (0.1%) +STATUS (TABLE) Tbl. 1 from Nucl.Phys.60,503,1963 +HISTORY (20111115C) SD: Subent added. +ENDBIB 13 +COMMON 5 3 +DATA-ERR ERR-1 ERR-2 ERR-3 ERR-4 +PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT + 7.0 10. 5. 1. 0.1 +ENDCOMMON 3 +DATA 3 3 +EN DATA ERR-T +MEV MB MB + 3.00 15.2 2.0 + 3.30 5.6 0.7 + 6.60 26.2 3.4 +ENDDATA 5 +ENDSUBENT 27 +ENDENTRY 3 diff --git a/exforall/P01/P0101.x4 b/exforall/P01/P0101.x4 index 6e79e9f66..1ee85d4b0 100644 --- a/exforall/P01/P0101.x4 +++ b/exforall/P01/P0101.x4 @@ -1,14 +1,17 @@ -ENTRY P0101 20081015 20081028 20081023 Y007 -SUBENT P0101001 20081015 20081028 20081023 Y007 -BIB 4 6 +ENTRY P0101 20111119 20120207 20111212 P004 +SUBENT P0101001 20111119 20120207 20111212 P004 +BIB 6 9 INSTITUTE (1USALAS) REFERENCE (J,PR,137,B826,1965) -AUTHOR (G.P.FORD,R.B.LEACHMAN) +AUTHOR (G.P.Ford,R.B.Leachman) +TITLE Fission Mass Yield Dependence on Angular Momentum +FACILITY (CYCLO,1USALAS) HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS. (20000815D) Deleted, see data set C0715. (20081015A) NDS: ref.was corrected. p.826=>B826 -ENDBIB 6 + (20111119U) SD: TITLE added. +ENDBIB 9 NOCOMMON 0 0 -ENDSUBENT 9 +ENDSUBENT 12 NOSUBENT P0101002 20000815 20010330 20050926 0000 ENDENTRY 2 diff --git a/exforall/P01/P0104.x4 b/exforall/P01/P0104.x4 index e0fb7e70f..c87458a71 100644 --- a/exforall/P01/P0104.x4 +++ b/exforall/P01/P0104.x4 @@ -1,14 +1,20 @@ -ENTRY P0104 20000815 20010330 20050926 0000 -SUBENT P0104001 20000815 20010330 20050926 0000 -BIB 4 5 +ENTRY P0104 20111119 20120207 20111212 P004 +SUBENT P0104001 20111119 20120207 20111212 P004 +BIB 6 11 INSTITUTE (1USAROC) REFERENCE (J,NP,69,625,1965) -AUTHOR (A.EWART,C.VALENTINE,M.BLANN) +AUTHOR (A.Ewart,C.Valentine,M.Blann) +TITLE Excitation functions and mean recoil ranges resulting + from the bombardment of 56Fe with 18-68 MeV 4He ions +FACILITY (CYCLO,1USAANL) Beam energy 43.0 MeV + (CYCLO,1USALRL) Beam energy 69.0 MeV + (CYCLO,1USAORL) Beam energy 79.0 MeV HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS. (20000815D) Deleted, see data set C0716. -ENDBIB 5 + (20111119U) SD: TITLE added. +ENDBIB 11 NOCOMMON 0 0 -ENDSUBENT 8 +ENDSUBENT 14 NOSUBENT P0104002 20000815 20010330 20050926 0000 NOSUBENT P0104003 20000815 20010330 20050926 0000 NOSUBENT P0104004 20000815 20010330 20050926 0000 diff --git a/exforall/P01/P0110.x4 b/exforall/P01/P0110.x4 index 27c2cc420..944dc34c9 100644 --- a/exforall/P01/P0110.x4 +++ b/exforall/P01/P0110.x4 @@ -1,14 +1,18 @@ -ENTRY P0110 20000818 20010330 20050926 0000 -SUBENT P0110001 20000818 20010330 20050926 0000 -BIB 4 5 +ENTRY P0110 20111119 20120207 20111212 P004 +SUBENT P0110001 20111119 20120207 20111212 P004 +BIB 6 9 INSTITUTE (1USAYAL) REFERENCE (J,PR,143,894,1966) -AUTHOR (M.KAPLAN) -HISTORY (19830620T) CONVERTED TO EXFOR-FORMAT BY IAEA-NDS +AUTHOR (M.Kaplan) +TITLE Effects of Angular Momentum in the Decay of Samarium + Compound Nuclei +FACILITY (LINAC,1USAYAL) +HISTORY (19830620T) Converted to EXFOR-FORMAT by IAEA-NDS (20000815D) Deleted, see data set C0717. -ENDBIB 5 + (20111119U) SD: TITLE added. +ENDBIB 9 NOCOMMON 0 0 -ENDSUBENT 8 +ENDSUBENT 12 NOSUBENT P0110002 20000818 20010330 20050926 0000 NOSUBENT P0110003 20000818 20010330 20050926 0000 NOSUBENT P0110004 20000818 20010330 20050926 0000 diff --git a/exforall/P01/P0111.x4 b/exforall/P01/P0111.x4 index 3b1a0b9b2..1ccfccbd7 100644 --- a/exforall/P01/P0111.x4 +++ b/exforall/P01/P0111.x4 @@ -1,15 +1,21 @@ -ENTRY P0111 20081015 20081028 20081023 Y007 -SUBENT P0111001 20081015 20081028 20081023 Y007 -BIB 4 6 +ENTRY P0111 20111120 20120207 20111212 P004 +SUBENT P0111001 20111120 20120207 20111212 P004 +BIB 6 12 INSTITUTE (1USACLK) REFERENCE (J,PR,139,B886,1965) -AUTHOR (T.MATSUO,J.M.MATUSZEK,N.D.DUDEY,T.T.SUGIHARA) +AUTHOR (T.Matsuo,J.M.Matuszek,N.D.Dudey,T.T.Sugihara) +TITLE Cross-Section Ratios of Isomeric Nuclides Produced in + Medium-Energy (alpha,xn) Reactions +FACILITY (CYCLO,1USAMIT) Beam energy 31.5 MeV + (CYCLO,1USABNL) Beam energy 40.2 MeV + (ACCEL,1USAYAL) Beam energy 42.0 MeV HISTORY (19830620T) CONVERTED TO EXFOR-FORMAT BY IAEA-NDS (20000815D) Deleted, see data set C0718. (20081015A) NDS: ref.was corrected. p.886=>B886 -ENDBIB 6 + (20111120U) SD: TITLE added. +ENDBIB 12 NOCOMMON 0 0 -ENDSUBENT 9 +ENDSUBENT 15 NOSUBENT P0111002 20000818 20010330 20050926 0000 NOSUBENT P0111003 20000818 20010330 20050926 0000 NOSUBENT P0111004 20000818 20010330 20050926 0000 diff --git a/exforall/P01/P0113.x4 b/exforall/P01/P0113.x4 index d332144fa..aacc7f2c9 100644 --- a/exforall/P01/P0113.x4 +++ b/exforall/P01/P0113.x4 @@ -1,14 +1,18 @@ -ENTRY P0113 20000815 20010330 20050926 0000 -SUBENT P0113001 20000815 20010330 20050926 0000 -BIB 4 5 +ENTRY P0113 20111120 20120207 20111212 P004 +SUBENT P0113001 20111120 20120207 20111212 P004 +BIB 6 9 INSTITUTE (1USABRK) REFERENCE (J,NP,81,401,1966) -AUTHOR (R.M.LESSLER,W.M.GIBSON,R.A.GLASS) +AUTHOR (R.M.Lessler,W.M.Gibson,R.A.Glass) +TITLE Radiative capture, particle emission and fission in + heavy nuclei +FACILITY (CYCLO,1USADAV) HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS. (20000815D) Deleted, see data set C0719. -ENDBIB 5 + (20111120U) SD: TITLE added. +ENDBIB 9 NOCOMMON 0 0 -ENDSUBENT 8 +ENDSUBENT 12 NOSUBENT P0113002 20000818 20010330 20050926 0000 NOSUBENT P0113003 20000818 20010330 20050926 0000 NOSUBENT P0113004 20000818 20010330 20050926 0000 diff --git a/exforall/P01/P0115.x4 b/exforall/P01/P0115.x4 index 7d9a30eb9..ce1808428 100644 --- a/exforall/P01/P0115.x4 +++ b/exforall/P01/P0115.x4 @@ -1,21 +1,25 @@ -ENTRY P0115 20000815 20010330 20050926 0000 -SUBENT P0115001 20000815 20010330 20050926 0000 -BIB 9 12 +ENTRY P0115 20111116 20120207 20111212 P004 +SUBENT P0115001 20111116 20120207 20111212 P004 +BIB 9 16 INSTITUTE (1USAPUP) REFERENCE (J,NP,86,429,1966) -AUTHOR (F.W.PEMENT,R.L.WOLKE) +AUTHOR (F.W.Pement,R.L.Wolke) TITLE Compound-statistical features of deuteron-induced - reactions. II. + reactions. + II. The compound nucleus and stripping-evaporation + mechanisms in (d,2n) reactions FACILITY (CYCLO,1USAPUP) METHOD (STTA) -MONITOR SEE REFERENCE +REL-REF (M,,F.W.Pement+,J,NP,86,417,1966) - + The same beam monitoring methods were used STATUS (CPX) Data from CPX file compiled in 1964/67 by F.K. McGowan et al. HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS. (20000815A) Converted to new date formats; BIB updated. -ENDBIB 12 + (20111116U) SD: TITLE corrected. +ENDBIB 16 NOCOMMON 0 0 -ENDSUBENT 15 +ENDSUBENT 19 SUBENT P0115002 20000815 20010330 20050926 0000 BIB 4 5 REACTION (55-CS-133(D,2N)56-BA-133,,SIG) diff --git a/exforall/P01/P0118.x4 b/exforall/P01/P0118.x4 index 5ffcd5264..5cde9ac86 100644 --- a/exforall/P01/P0118.x4 +++ b/exforall/P01/P0118.x4 @@ -1,15 +1,19 @@ -ENTRY P0118 20071109 20080131 20080124 Y003 -SUBENT P0118001 20071109 20080131 20080124 Y003 -BIB 4 6 +ENTRY P0118 20111120 20120207 20111212 P004 +SUBENT P0118001 20111120 20120207 20111212 P004 +BIB 6 10 INSTITUTE (1USAPUR) REFERENCE (J,NP/A,102,161,1967) -AUTHOR (R.V.CARLSON,P.J.DALY) +AUTHOR (R.V.Carlson,P.J.Daly) +TITLE Excitation functions for (3He,gamma) and (4He,gamma) + reactions +FACILITY (CYCLO,1USAANL) HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS. (20000815D) Deleted, see data set C0720. (20071109A) Reference corrected. -ENDBIB 6 + (20111120U) SD: TITLE added. +ENDBIB 10 NOCOMMON 0 0 -ENDSUBENT 9 +ENDSUBENT 13 NOSUBENT P0118002 20000818 20010330 20050926 0000 NOSUBENT P0118003 20000818 20010330 20050926 0000 NOSUBENT P0118004 20000818 20010330 20050926 0000 diff --git a/exforall/P01/P0122.x4 b/exforall/P01/P0122.x4 index 6293df65f..138c9cf9e 100644 --- a/exforall/P01/P0122.x4 +++ b/exforall/P01/P0122.x4 @@ -1,14 +1,18 @@ -ENTRY P0122 20000815 20010330 20050926 0000 -SUBENT P0122001 20000815 20010330 20050926 0000 -BIB 4 6 +ENTRY P0122 20111120 20120207 20111212 P004 +SUBENT P0122001 20111120 20120207 20111212 P004 +BIB 6 10 INSTITUTE (1USALAS) REFERENCE (J,PR,128,1281,1962) -AUTHOR (D.R.F.COCHRAN,J.D.KNIGHT) +AUTHOR (D.R.F.Cochran,J.D.Knight) +TITLE Excitation Functions of Some Reactions of 6- and 24-MeV + He3 Ions with Carbon and Aluminum +FACILITY (CYCLO,1USALAS) HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS. - (19980304D) Data moved to P0081. + (19980304D) Data moved to T0214. (20000815A) Converted to new date formats; BIB updated. -ENDBIB 6 + (20111120U) SD: TITLE added. +ENDBIB 10 NOCOMMON 0 0 -ENDSUBENT 9 +ENDSUBENT 13 NOSUBENT P0122002 19980304 20010330 20050926 0000 ENDENTRY 2 diff --git a/exforall/P01/P0126.x4 b/exforall/P01/P0126.x4 index cd3794cc1..649475ac9 100644 --- a/exforall/P01/P0126.x4 +++ b/exforall/P01/P0126.x4 @@ -1,14 +1,18 @@ -ENTRY P0126 20000818 20010330 20050926 0000 -SUBENT P0126001 20000818 20010330 20050926 0000 -BIB 4 5 +ENTRY P0126 20111120 20120207 20111212 P004 +SUBENT P0126001 20111120 20120207 20111212 P004 +BIB 5 9 INSTITUTE (1USAROC) REFERENCE (J,PR,170,1131,1968) -AUTHOR (YU.-WEN.YU,M.BLANN) +AUTHOR (Yu-Wen Yu,M.Blann) +TITLE Excitation Functions, Recoil Ranges, and Statistical- + Theory Analysis of Reactions Induced in Zr90 with + 25- and 80-MeV Helium Ions HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS (20000815D) deleted, see data set C0721. -ENDBIB 5 + (20111120U) SD: TITLE added. +ENDBIB 9 NOCOMMON 0 0 -ENDSUBENT 8 +ENDSUBENT 12 NOSUBENT P0126002 20000818 20010330 20050926 0000 NOSUBENT P0126003 20000818 20010330 20050926 0000 NOSUBENT P0126004 20000818 20010330 20050926 0000 diff --git a/exforall/P01/P0135.x4 b/exforall/P01/P0135.x4 index 223f1d7f6..57bc50270 100644 --- a/exforall/P01/P0135.x4 +++ b/exforall/P01/P0135.x4 @@ -1,15 +1,18 @@ -ENTRY P0135 20081015 20081028 20081023 Y007 -SUBENT P0135001 20081015 20081028 20081023 Y007 -BIB 4 6 +ENTRY P0135 20111120 20120207 20111212 P004 +SUBENT P0135001 20111120 20120207 20111212 P004 +BIB 6 9 INSTITUTE (1USAROC) REFERENCE (J,PR,133,B700,1964) -AUTHOR (M.BLANN,F.M.LANZAFAME,R.A.PISCITELLI) +AUTHOR (M.Blann,F.M.Lanzafame,R.A.Piscitelli) +TITLE Reactions Induced in Fe54 with 21-63 MeV Li6 Ions +FACILITY (LINAC,1USAYAL) HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS. (20000815D) Deleted, see data set C0724. (20081015A) NDS: ref.was corrected. p.700=>B700 -ENDBIB 6 + (20111120U) SD: TITLE added. +ENDBIB 9 NOCOMMON 0 0 -ENDSUBENT 9 +ENDSUBENT 12 NOSUBENT P0135002 20000815 20010330 20050926 0000 NOSUBENT P0135003 20000815 20010330 20050926 0000 NOSUBENT P0135004 20000815 20010330 20050926 0000 diff --git a/exforall/P01/P0138.x4 b/exforall/P01/P0138.x4 index c857eea57..f7951c6cc 100644 --- a/exforall/P01/P0138.x4 +++ b/exforall/P01/P0138.x4 @@ -1,14 +1,19 @@ -ENTRY P0138 20000815 20010330 20050926 0000 -SUBENT P0138001 20000815 20010330 20050926 0000 -BIB 4 5 +ENTRY P0138 20111121 20120207 20111212 P004 +SUBENT P0138001 20111121 20120207 20111212 P004 +BIB 6 10 INSTITUTE (1USABRK) REFERENCE (J,PR,128,2276,1962) -AUTHOR (J.GILLMORE,S.G.THOMPSON,I.PERLMAN) +AUTHOR (J.Gillmore,S.G.Thompson,I.Perlman) +TITLE Investigation of the Influence of Angular Momentum on + Fission Probability +DETECTOR (TRD) Nuclear emulsions. HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS. - (20000815A) Converted to new date formats; BIB updated. -ENDBIB 5 + (20000815D) Converted to new date formats; BIB updated. + Entry deleted. See C0725. + (20111121U) SD: TITLE added. +ENDBIB 10 NOCOMMON 0 0 -ENDSUBENT 8 +ENDSUBENT 13 NOSUBENT P0138002 20000815 20010330 20050926 0000 NOSUBENT P0138003 20000815 20010330 20050926 0000 NOSUBENT P0138004 20000815 20010330 20050926 0000 diff --git a/exforall/P01/P0140.x4 b/exforall/P01/P0140.x4 index d83bf369f..3c6b7ad8f 100644 --- a/exforall/P01/P0140.x4 +++ b/exforall/P01/P0140.x4 @@ -1,18 +1,23 @@ -ENTRY P0140 20081015 20081028 20081023 Y007 -SUBENT P0140001 20081015 20081028 20081023 Y007 -BIB 5 9 +ENTRY P0140 20111121 20120207 20111212 P004 +SUBENT P0140001 20111121 20120207 20111212 P004 +BIB 7 14 INSTITUTE (1USABRK,1CANMCM) -AUTHOR (R.D.MACFARLANE) +AUTHOR (R.D.Macfarlane) REFERENCE (J,PR,136,B941,196411) +TITLE Alpha-Decay Properties of Some Thulium and Ytterbium + Isotopes Near the 82-Neutron Closed Shell +FACILITY (LINAC,1USABRK) STATUS (CPX) Data from CPX compiled in 1964/67 by F.K. McGowan et al. HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS. (20000815A) Converted to new date formats; BIB updated. - (20081013A) NDS: reference on Phys.Rev. corrected. + (20081013D) NDS: reference on Phys.Rev. corrected. PR/B,136,941,1964 ==> PR,136,B941,1964 -ENDBIB 9 + Entry deleted, see C0468. + (20111121U) SD: TITLE added. +ENDBIB 14 NOCOMMON 0 0 -ENDSUBENT 12 +ENDSUBENT 17 NOSUBENT P0140002 19990308 20010330 20050926 0000 NOSUBENT P0140003 19990308 20010330 20050926 0000 NOSUBENT P0140004 19990308 20010330 20050926 0000 diff --git a/exforall/P01/P0143.x4 b/exforall/P01/P0143.x4 index 871c069b5..91c4c982c 100644 --- a/exforall/P01/P0143.x4 +++ b/exforall/P01/P0143.x4 @@ -1,13 +1,17 @@ -ENTRY P0143 20000815 20010330 20050926 0000 -SUBENT P0143001 20000815 20010330 20050926 0000 -BIB 4 5 +ENTRY P0143 20111121 20120207 20111212 P004 +SUBENT P0143001 20111121 20120207 20111212 P004 +BIB 6 9 INSTITUTE (1USAYAL) REFERENCE (J,PR,148,1123,1966) -AUTHOR (M.KAPLAN,A.EWART) +AUTHOR (M.Kaplan,A.Ewart) +TITLE Energetics of the Al27(B11,p3n)Cl34m Reaction from + Recoil Studies +FACILITY (LINAC,1USAYAL) HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS. (20000815D) Deleted, see data set C0726. -ENDBIB 5 + (20111121U) SD: TITLE added. +ENDBIB 9 NOCOMMON 0 0 -ENDSUBENT 8 +ENDSUBENT 12 NOSUBENT P0143002 20000815 20010330 20050926 0000 ENDENTRY 2 diff --git a/exforall/P01/P0144.x4 b/exforall/P01/P0144.x4 index 772a3b588..c575aedc7 100644 --- a/exforall/P01/P0144.x4 +++ b/exforall/P01/P0144.x4 @@ -1,15 +1,19 @@ -ENTRY P0144 19990308 20010330 20050926 0000 -SUBENT P0144001 19990308 20010330 20050926 0000 -BIB 5 6 +ENTRY P0144 20111121 20120207 20111212 P004 +SUBENT P0144001 20111121 20120207 20111212 P004 +BIB 7 10 INSTITUTE (1USAORL) -AUTHOR (R.M.GAEDKE,K.S.TOTH,I.R.WILLIAMS) +AUTHOR (R.M.Gaedke,K.S.Toth,I.R.Williams) REFERENCE (J,PR,167,957,1968) +TITLE Cross-Section Measurement for the Nucleon-Transfer + Reactions 10B(19F,18F)11B and 10B(19F,18O)11C. +FACILITY (VDG,1USAORL) STATUS (CPX) Data from CPX-file compiled in 1964/67 by - F.K.MCGOWAN et al. + F.K.McGowan et al. HISTORY (19990308A) Replaced by C0469 -ENDBIB 6 + (20111121U) SD: TITLE added. +ENDBIB 10 NOCOMMON 0 0 -ENDSUBENT 9 +ENDSUBENT 13 NOSUBENT P0144002 19990308 20010330 20050926 0000 NOSUBENT P0144003 19990308 20010330 20050926 0000 NOSUBENT P0144004 19990308 20010330 20050926 0000 diff --git a/exforall/P01/P0145.x4 b/exforall/P01/P0145.x4 index 65f6c8315..a74530314 100644 --- a/exforall/P01/P0145.x4 +++ b/exforall/P01/P0145.x4 @@ -1,13 +1,18 @@ -ENTRY P0145 20000815 20010330 20050926 0000 -SUBENT P0145001 20000815 20010330 20050926 0000 -BIB 4 5 +ENTRY P0145 20111121 20120207 20111212 P004 +SUBENT P0145001 20111121 20120207 20111212 P004 +BIB 6 10 INSTITUTE (1USAYAL) REFERENCE (J,PR,153,1186,1967) -AUTHOR (M.KAPLAN,V.SUBRAHMANYAM) +TITLE Energetics of Nucleon and Photon Emission from + Compound Nuclei: Angular Distributions of Cu61 + Recoil Products +FACILITY (LINAC,1USAYAL) +AUTHOR (M.Kaplan,V.Subrahmanyam) HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS. (20000815D) Deleted, see data set C0727. -ENDBIB 5 + (20111121U) SD: TITLE added. +ENDBIB 10 NOCOMMON 0 0 -ENDSUBENT 8 +ENDSUBENT 13 NOSUBENT P0145002 20000815 20010330 20050926 0000 ENDENTRY 2 diff --git a/exforall/R00/R0010.x4 b/exforall/R00/R0010.x4 index 4f1f87219..bdadc19b8 100644 --- a/exforall/R00/R0010.x4 +++ b/exforall/R00/R0010.x4 @@ -1,73 +1,17 @@ -ENTRY R0010 840907 20050926 0000 -SUBENT R0010001 840907 20050926 0000 -BIB 10 26 -TITLE EXCITATION FUNCTION FOR THE N-14(P,A)C-11 REACTION - UP TO 15 MEV -AUTHOR (V.R.CASELLA,D.R.CHRISTMAN,T.IDO,A.P.WOLF) +ENTRY R0010 20120130 20120207 20120130 R025 +SUBENT R0010001 20120130 20120207 20120130 R025 +BIB 6 9 +TITLE Excitation function for the N-14(P,A)C-11 reaction + up to 15 MeV +AUTHOR (V.R.Casella,D.R.Christman,T.Ido,A.P.Wolf) INSTITUTE (1USABLN) -REFERENCE (J,RCA,25,17,78) +REFERENCE (J,RCA,25,17,1978) FACILITY (VDGT,1USABLN) -DETECTOR (NAICR,PROPC,SCIN) PROPORTIONAL COUNTER AND LIQUID - SCINTILLATOR WERE USED TO CALIBRATE ABSOLUTE - EFFICIENCY OF WELL-TYPE SODIUM IODIDE SCINTILLATOR. -SAMPLE NITOROGEN OF 99.999 PER-CENT WAS CONTAINED IN ALUMINUM - GAS CELLS. THE THICKNESS OF ALUMINUM WAS - 21 MILLI-G/CM-SQ. THE PRESSURE OF NITROGEN WAS 1 ATM. -ERR-ANALYS THE ENERGY OF THE PROTON BEAM AT MIDWAY THROUGH THE - NITROGEN TARGET WAS TAKEN AS THE ENERGY OF BOMBARDMENT. - UNCERTAINTIES IN THE MEAN ENERGIES WERE ESTIMATED - TO BE LESS THAN 50 KEV. - UNCERTAINTIES IN THE CROSS SECTIONS INCLUDE - COUNTING STATISTICS (LESS THAN 2 PER-CENT), CARBON-11 - RECOVERY (LESS THAN 4 PER-CENT), TARGET THICKNESS - (LESS THAN 3 PER-CENT) AND CURRENT INTEGRATION - (ABOUT 1 PER-CENT). THE OVERALL UNCERTAINTY IN THE - ABSOLUTE CROSS SECTIONS WAS ESTIMATED TO BE +-6 - PER-CENT. -HISTORY (840131C) - (840831A) -STATUS (CURVE) -ENDBIB 26 +HISTORY (19840131C) + (19840831A) + (20111220D) The same data is compiled in C0177. +ENDBIB 9 NOCOMMON 0 0 -ENDSUBENT 29 -SUBENT R0010002 840907 20050926 0000 -BIB 2 2 -REACTION (7-N-14(P,A)6-C-11,,SIG,,,EXP) -METHOD (EXTB,BCINT,CHSEP) -ENDBIB 2 -NOCOMMON 0 0 -DATA 2 29 -EN DATA -MEV MB -4.65 5.66 -5.16 17.4 -5.47 46.3 -5.86 44.0 -6.21 89.6 -6.64 130. -7.00 196. -7.19 187. -7.42 243. -7.75 196. -8.15 155. -8.52 92.1 -8.85 73.5 -9.23 79.0 -9.61 102. -9.95 70.0 -10.33 84.6 -10.66 164. -11.00 117. -11.38 131. -11.78 92.7 -12.07 94.5 -12.44 96.8 -12.77 127. -13.16 138. -13.49 133. -13.89 130. -14.19 115. -14.72 87.1 -ENDDATA 31 -ENDSUBENT 38 +ENDSUBENT 12 +NOSUBENT R0010002 20120130 20120207 20120130 R025 ENDENTRY 2