streak.in

# transitions dipole moments
rdg_au        = 0.30          # transition dipole moment into the resonant state
cdg_au        = 0.5           # transition dipole moment into any continuum state
# parameters of the investigated system
# the ground state energy is being defined as Eg = 0
Er_eV         = 150.0         # resonance energy in eV
E_fin_eV      =  70.0         # final state energy in eV
tau_s         = 400.0E-18       # lifetime
#
# laser parameters
Omega_eV      = 150.0          #
#TX_s          = 250.0E-18       # duration of the XUV pulse in seconds
n_X           = 15
I_X           = 5.0E16        # intensity of the XUV pulse in W/cm^2
X_shape       = gauss         # options: gauss, sinsq
#
# dressing laser parameters
omega_eV      = 1.6           # IR pulse
n_L           = 1000
I_L           = 1.0E12        # intensity of the IR pulse in W/cm^2
delta_t_s     = 0.0E-18       # time difference between the maxima of the two pulses
phi           = 0
q             = 5
#
# parameters of the simulation
tmax_s        = 1.0E-15       # simulate until time tmax in seconds
timestep_s    = 100.0E-18     # evaluate expression every timestep_s seconds 
E_step_eV     = 2.0           # energy difference between different evaluated Omegas
#
E_min_eV      =  50.0
E_max_eV      = 100.0