Molecular Treatment of Charge Exchange in Slow C3++ H Collisions
L. F. Errea, Luis Méndez, Otília Mó, Antoni Riéra
Abstract
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L. F. Errea, Luis Méndez, Otília Mó, Antoni Riéra
Abstract
Open-access reader
Electron capture cross sections in C 3+ + H collisions are calculated for the relative velocity range v = 0.1-0.5 a.u. ( E = 0.25-6.25 keV amu -1 ), in a molecular approach based on an effective two-electron model modified with a common translation factor, and are compared to experimental data and to the one-electron, triplet state calculations of Opradolce et al.
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Electron capture cross sections in C 3+ + H collisions are calculated for the relative velocity range v = 0.1-0.5 a.u. ( E = 0.25-6.25 keV amu -1 ), in a molecular approach based on an effective two-electron model modified with a common translation factor, and are compared to experimental data and to the one-electron, triplet state calculations of Opradolce et al.
Key concepts: Charge exchange, Physics, Electron capture, Electron, Atomic physics, Range (aeronautics), Charge (physics), Nuclear physics