Abstract
A combined experimental and theoretical investigation of single-electron capture and K(4s from 4p) resonance line emission in H+-K(4s) collisions at impact energies of 1-20 keV is presented. Comparisons are made with other experimental results as well as semiclassical calculations. The results are also discussed in connection with similar work on H+-Li(2s) and H+-Na(3s) collisions.
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