Abstract
Absolute differential and total cross sections for single-electron loss and capture were measured from ions on He in the energy range of 1.0-5.0 keV. The reduced differential cross sections ( versus ) are shown to scale reasonably well for each of the two processes studied. For single-electron loss, our cross sections are found to be of the order of magnitude of . An extrapolation of the high-energy results to low energies shows good agreement with the present data. The total cross section for single-electron capture is compared with other available measurements. These results give a general shape of the whole curve of single-electron capture cross sections for the system over a wide range of energy.
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