Input description

Basic (1D oscillator)

Name Description
problem_type problem's description ('rixs')
method short name of a method (fc = Franck - Condon)
coupling electron-phonon coupling constant (eV)
omega_ph energy of the oscillator (eV)
energy_ex energy of the electronic excitation (eV)
omega_in energy of the incoming photon (eV)
gamma half of the inverse core-hole life-time (eV)
gamma_ph half of the inverse phonon life-time (eV)
alpha_exp experimental broadening (eV)
nf number of final state oscillators
nm number of intermediate state oscillators

2D oscillator (2 modes problem)

Name Description
problem_type problem's description ('rixs')
method short name of a method (fc = Franck - Condon)
coupling1 2nd mode electron-phonon coupling constant (eV)
omega_ph1 energy of the 2nd mode oscillator (eV)
coupling0 1st mode electron-phonon coupling constant (eV)
omega_ph0 energy of the 1st mode oscillator (eV)
energy_ex energy of the electronic excitation (eV)
omega_in energy of the incoming photon (eV)
gamma half of the inverse core-hole life-time (eV)
gamma_ph half of the inverse phonon life-time (eV)
alpha_exp experimental broadening (eV)
nf number of final state oscillators
nm number of intermediate state oscillators

Displaced and Distorted Oscillator

Name Description
problem_type problem's description ('rixs')
method short name of a method (fc = Franck - Condon)
coupling electron-phonon coupling constant (eV)
omega_ph energy of the ground state oscillator (eV)
omega_ph_ex energy of the excited state oscillator (eV)
energy_ex energy of the electronic excitation (eV)
omega_in energy of the incoming photon (eV)
gamma half of the inverse core-hole life-time (eV)
gamma_ph half of the inverse phonon life-time (eV)
alpha_exp experimental broadening (eV)
nf number of final state oscillators
nm number of intermediate state oscillators