Calculations of the neutralisation cross-section and relative population of atomic states were
performed for ions beams (1≤ Z≤ 89) at 5 and 40 keV incident on free sodium and …

We report on theoretical total cross sections for electron capture from the ground state of
atomic hydrogen H (1 s) by fast multiply-charged nuclei H+, He 2+, Li 3+, Be 4+, B 5+, C 6+ …

Single charge exchange in collisions between bare projectiles and heliumlike atomic
systems at intermediate and high incident energies is examined by using the four-body …

The differential and total cross sections for both single and double electron capture in
collisions of ${{\rm {H}}}^{+} $ and He 2+ with ground state helium atom have been studied …

The collisions between proton and helium are treated with a semi-classical atomic orbital
expansion for proton incident energies 5–150 keV considering two-electrons explicitly …

Single-electron capture from one-electron and multielectron atoms colliding with
hydrogenlike projectiles at intermediate and high incident energies is examined by using the …

The four-body boundary-corrected first Born (CB1-4B) approximation is used to compute
cross sections for single electron capture from helium targets by fully stripped ions. The …

Differential cross sections (DCS) for single electron capture from helium by heavy ion impact
are calculated using a frozen core 3-body model and an active electron 4-body model within …

The first-order correct-boundary Coulomb–Born distorted-wave approximation is used to
study the double-electron capture by protons from the ground-state helium atoms at …

Total cross sections for single charge transfer in collisions of multicharged bare ions with
ground-state helium atoms at incident energy ranging from 40 to 5000 keV/amu have been …