Presented here are the photoionization cross sections and parameters of the photoelectron
angular distribution for atomic subshells with binding energies lower than 1.5 keV of all …

High-resolution, synchrotron radiation excited valence photoelectron satellite spectra, taken
at the magic angle, of all the rare gases, He, Ne, Ar, Kr and Xe, are presented. The facilities …

The aim of this book is to present highly accurate and extensive theoretical Atomic data and
to give a survey of selected calculational methods for atomic physics, used to obtain these …

The main photoelectron line spectroscopic factors that are currently used in photoelectron
spectroscopy for quantitative analysis are calculated for a broad set of atoms. General trends …

The intensities of photoelectron satellite lines, corresponding to the double core hole (DCH)
states of Ar 1 s ionization by hard x rays, are calculated using the many-body perturbation …

Many-body perturbation theory is applied to calculate the KLL Auger rates of all terms of
atoms C, N, F and Ne. Theoretical rates are compared with experiment and other theories for …

The Th 5 p photoelectron spectrum of the ThO2 oxide exhibits an anomalous spin–orbit
splitting, intense satellite, and a poorly observable very strongly broadened Th 5 s line. The …

Satellites ie two-hole-one-particle states appear due to many-electron correlations in
photoelectron spectra in addition to main lines corresponding to one-hole states. The correct …

Formulas to calculate the atomic photoionization delay have been derived taking into
account the interaction between the channels and the scattering of a photoelectron. The …

The single-hole Green function with the lowest-order self-energy part has been used to
calculate energies and spectroscopic factors of the neon ion ground and excited states …