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A curved crystal spectrometer has been used to resolve structure in Kα x rays from thick targets of Al, Sc, and Ti following bromine-ion bombardment. We find that this structure is due to states with different numbers of L-shell vacancies. From this we can deduce the relative intensities for single K-, and multiple L-shell vacancy production as well as the number of M-shell vacancies of each KLⁿ configuration undergoing Kα x-ray emission. These results are compared to previous measurements with Br beams in which KLⁿ configurations could not be resolved.
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Jamison et al. (1975) studied this question.
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