Abstract
Cross sections for charge transfer of Ar2+ in He, Ne and Ar were measured at collision energies below 2 keV. Different electronic states of the secondary particles could be separated by the translational spectroscopy technique. The measurements indicate that only a small number of reaction channels are important, leading to a strong energy dependence of the total cross sections for charge transfer. The role of the energy defect and the validity of scaling laws is discussed.
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