The objective of this paper was a review of the textAtomic Collisions: Heavy-Particle
Projectilesby McDaniel, Mitchell, and Rudd. The text discusses a number of theoretical …

Using a classical method, cross sections in A q++(H, H 2)(q= 1,…, 8) collisions are obtained
for impact energy ranges 9 keV amu− 1–6.4 MeV amu− 1 (ionization),–600 KeV amu− 1 …

The two-centre wave-packet convergent close-coupling approach to ion–atom collisions is
extended to study proton collisions with molecular hydrogen including electron-capture …

With a semiclassical quasistatic model we achieve insight into the complex dynamics of two
correlated electrons under the combined influence of a two-center Coulomb potential and an …

The aim of this book is to present researchers and graduated students, working in the field of
atomic, plasma, and accelerator physics, the basic aspects of atomic interaction processes …

Classical phase-space models of the hydrogen molecule and helium are utilized to study
shell and subshell electron-capture processes in collisions of fully stripped ions on charge …

Auroral X‐ray emissions from Jupiter with a total power of about 1 GW have been observed
by the Einstein Observatory, Roentgen satellite, Chandra X‐ray Observatory, and XMM …

During the past five decades, classical dynamics have been systematically used to gain
insight on collision processes between charged particles and photons with atomic and …

We study the formation of highly excited neutral atoms during the breakup of strongly driven
molecules. Past work on this significant phenomenon has shown that during the formation of …

State-selective non-dissociative electron capture and ionisation cross sections are
calculated for collisions between bare helium-ions and molecular hydrogen. The two-centre …