Abstract
Single electron capture by impact of protons and alpha particles on H2 targets is studied. The intermediate and high collision energies regimes are considered. The work is focussed on non-dissociative charge exchange reactions where the H2+ residual target stays in a molecular bound state after the collision. Cross sections are calculated using different distorted wave models related to the continuum distorted wave approximation. These cross sections are compared with Classical Trajectory Monte Carlo results and experimental data. Total cross sections for capture into selective final states (for proton impact) and also into any final bound state of the projectile are presented.
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