Abstract
Single electron capture from H, He and H2 targets by impact of Be4+ and B5+ projectiles is studied for intermediate and high collision energies. Total cross-sections are calculated using the Continuum Distorted Wave-Eikonal Final State model. Theoretical results corresponding to capture to selective final bound states and to all final states are presented for impact energies ranging from 50 keV/amu to 3 MeV/amu. A comparison with available experimental data is also shown.
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