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Single electron capture by triply charged Ne projectiles in He and Ne has been studied at low collision energies (600 eV) showing the dominant mechanisms to be due to transfer excitation and capture of inner target electrons. The results are compared with predictions of various classical models and improved multi-channel LZ calculations. Information is obtained on the coupling strenght relevant for both types of processes

TRANSFER EXCITATION AND CAPTURE OF INNER TARGET ELECTRONS IN COLLISIONS WITH SLOW MULTIPLY CHARGED IONS