We present an extension of the time-dependent configuration-interaction singles (TDCIS)
method to the computation of the electron kinetic-energy spectrum in photoionization …

The processes in disordered solid neon irradiated with photons in the energy range of 4–
400 Ry are studied using detailed Monte Carlo simulations taking into account cascade …

Theoretical photoionization cross-sections for average of configuration terms of valence ns-
and np-shells of atoms C, N, O, F, Ne, Si, P, S, Cl and Ar are calculated with account for …

We have studied the energy dependence of several first scattering phases with multiatomic
object. As concrete examples representing the general trends endohedrals Ne@ C 60 and …

Quantitative analysis was done of the X-ray photoelectron spectra structure in the binding
energy range of 0 eV to~ 35 eV for americium dioxide (AmO2) valence electrons. The …

The photoelectron angular distribution and the circular dichroism in two-colour XUV+ NIR
above-threshold ionization of helium atoms have been investigated both experimentally and …

We have calculated photoionization cross section of endohedral atoms A@ CN. We took into
account the polarizability of the fullerene electron shell CN that modifies the incoming …

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 …

We theoretically study the positron elastic scattering by an atom with a multielectron
semifilled subshell in its structure. We focus on gaining the initial insight into the specifics of …

We prove in the present paper that simple modeling of a complicated highly polarizable C
60 target by a rectangular (in a radial coordinate) square well potential in combination with …