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The first-order boundary-corrected Born (B1B) and target continuum distorted-wave (TCDW1) theories are used to calculate differential and total cross sections for K-shell capture for various fast asymmetric collisions. It is found that B1B total cross sections do not peak, and that those for TCDW1 are more sensitive to the choice of binding energy. For differential cross sections B1B displays an unphysical dip, whereas TCDW1 follows the experimental data well. It is concluded that a one-channel distorted-wave theory provides a reasonable approach to the study of these asymmetric collisions.
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Dunseath et al. (1988) studied this question.
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