The injection of energetic neutral particles into the plasma of magnetic confinement fusion
reactors is a widely-accepted method for heating such plasmas; various types of neutral …

The two-center wave-packet convergent close-coupling method is generalized to multiply
charged ion collisions with helium and applied to the He 2+-He scattering problem. The …

The two-center wave-packet convergent close-coupling approach is extended to model
dressed ion collisions with atomic hydrogen. This is done by reducing the problem to an …

Integrated total and state-selective electron-capture cross sections are calculated for bare
beryllium ion scattering on atomic hydrogen initially configured in the 2 ℓ m states (where n …

Electron capture and ionisation in bare neon ion collisions with ground-state atomic
hydrogen are modelled over the energy range from 1 to 2000 keV/u using the two-center …

The interaction between a proton and a ground state hydrogen atom is studied using a
standard three-body classical trajectory Monte Carlo (CTMC) and a quasi-classical trajectory …

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

The wave-packet convergent close-coupling approach is used to calculate integrated target
excitation and ionisation cross sections in bare beryllium-ion collisions with the 2 ℓ m states …

The two-center wave-packet convergent close-coupling method has been applied to model
the processes of electron capture and ionisation in collisions of fully stripped neon and …

A computational study of Be 4++ H (2 s) collisions has been carried out. Two computational
models have been employed: the classical trajectory Monte Carlo (CTMC) method and the …