Abstract
Single and double electron transfer collisions into metastable C4+(1s2s)3S have been studied. With He as a target, both single and double electron capture take place dominantly in the n=2 shell and the decay from there on is mostly through autoionization, whereas with H2 single electron capture populates C3+(1s2s3l) states which stabilize both by autoionization and radiation. The discussion is focused on the influence of the 2s metastable electron on the capture mechanism.
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