The existence of a correlation between experimental probabilities of cell inactivation by
charged particles and calculated probabilities for K-vacancy production in heavy atoms (C …

Excitation of atomic hydrogen in initial quantum levels ni= 1, 2, 3 colliding with multiply
charged ions with charge states q from 1 to 26 is investigated in the impact energy range 10 …

We calculate double-differential cross sections for the impact ionization of He targets by 1.5-
MeV H+ and 28.5-MeV F 9+ ions using the distorted-wave strong-potential Born …

We present a theoretical study of the ionization of inner shells, such as L and M shells of Au,
Pb and Bi or K-shell of Sb. The ionization is described using a collective response model …

Cross sections for excitation and capture processes into the n= 1, 2, and 3 states (including
Balmer-) and ionization have been calculated at intermediate proton collision energies with …

Energy-loss measurements and theoretical calculations for Be and B ions in Zn are
presented. The experimental ion energies range from 40 keV/u to 1 MeV/u, which includes …

Collisional excitation to Rydberg states of hydrogen by multiply charged ions is examined in
the frame of the symmetric eikonal approximation and the classical trajectory Monte Carlo …

Integrals involving confluent hypergeometric functions are spread through a variety of topics
in physics. Most of these integrals appear in the field of atomic collisions theories. It is well …

The continuum-distorted-wave–eikonal-initial-state model is applied to the calculation of
charged charge-state electronic stopping powers. The contributions from electron capture …

A symmetric eikonal model is developed to study the electron excitation of dielectronic
atomic targets by impact of bare nuclei. An independent-electron approximation is used …