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High-resolution study of one-electron capture processes in Kr2+(1D)-Ne collisions

By using a high-resolution translational energy spectrometer, the state-selected relative cross sections for one-electron capture processes in Kr2+(1D)-Ne collisions were measured in the incident ion energy range from 0.4 to 2 keV. The fine-structure states in both of the products Kr+(2PJ) and Ne+(2PJ) were distinguished. The relative cross sections were compared with multichannel Landau-Zener model calculations. The calculation agreed well with the experimental result, when a characteristic weighted transition probability was adopted at each potential crossing.