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 …

The differential and total cross sections for single charge exchange in p+ He collisions have
been calculated by means of the Born distorted wave (BDW-4B) approximation. The BDW …

Single charge exchange in collisions between fast bare projectiles and heliumlike atomic
systems is investigated by means of the four-body boundary-corrected first Born …

A comprehensive theoretical and experimental study of electron capture in collisions of with
H and with C extending over the energy range to is presented. A variety of theoretical …

The electron capture by multicharged ions colliding with H and He at intermediate and high
impact energies is studied using the eikonal impulse approximation. Based on this …

The energy straggling of protons penetrating thin foils is theoretically and experimentally
investigated for intermediate and high impact velocities. We calculate separately the …

The capture of electrons bound to the atoms of a crystal surface by grazing heavy projectiles
is studied in the high-energy regime. The eikonal impulse approximation is used to calculate …

In this article we evaluate state-resolved charge exchange cross sections for Be ${}^{4+},
$${{\rm {B}}}^{5+}, $${{\rm {C}}}^{6+}, $${{\rm {N}}}^{7+}, $ and ${{\rm {O}}}^{8+} $ projectiles …

We demonstrate that electron transfer induced by fast ion impact can be used as an imaging
technique of two-dimensional materials. Applied to a keV proton beam passing through a …