Abstract
For the first time, recoil ion momentum spectroscopy has been successfully applied to study low energy, state-selective single electron capture by highly charged projectiles. The specific systems investigated are fully stripped 6.75 keV/u Ar18+ and 6.82 keV/u Ne10+ on He. Measurements of the He+ recoil ion longitudinal momenta are used to determine the final n-state dependence of the captured electron. Simultaneous measurement of the transverse momenta of the recoil ion yields information about the projectile scattering angle dependence of the single capture process.
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