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Synopsis The state-selective and angular differential cross sections for single electron capture in slow He-He collisions are studied at impact energies between 0.25 keV/u and 5 keV/u. The cold target recoil ion momentum spectroscopy was used to measure the momentum vector of recoil He ion in coincidence with scattered projectile He. The single electron capture into the ground state of projectile is dominant in the whole research energy range. The oscillatory structures of angular differential cross sections for ground state electron capture are well reproduced by our theoretical calculation based on the two-center atomic orbital close-coupling method.

State-selective single electron capture in slow O 6+-He collisions

State-selective single electron capture in slow O ⁶⁺-He collisions