An overview of the current status of perturbative theoretical approaches to charge in
energetic ion-atom collisions is presented. One of the main aims of the article is to provide a …

Scattering is one of the most powerful methods used to study the structure of matter, and
many of the most important breakthroughs in physics have been made by means of …

Cross sections and rate coefficients for total and fine-structure resolved charge transfer in
collisions of O+ with H and H+ with O are presented for collision energies between 0.1 …

Publisher Summary This chapter discusses the continuum distorted wave method in both
time-dependent and time-independent form and presents the clarification of its physical …

The widespread use of metallic structures in space technology brings risk of degradation
which occurs under space conditions. New types of materials dedicated for space …

A quantum-mechanical approximation is developed for ionization of one-electron targets by
charged-ion impact. The model is based on the nonrelativistic distorted-wave formalism …

Single-electron capture from the K-shell of multi-electron atomic targets (carbon, nitrogen,
oxygen, neon and argon) by bare projectiles (the nuclei of H, He and Li) at intermediate and …

The three-body boundary-corrected continuum intermediate state method is used to
compute total cross sections for single charge exchange in ion-atom collisions at …

Single-electron capture by fast protons from helium-like atomic targets is investigated at
intermediate and high impact energies. The main purpose of the present study is a …

The electron-capture process by protons impinging on different targets is calculated using
the exact eikonal impulse approximation. Total cross sections are reported for a large variety …