Abstract
Measurements have been made of the relative X-ray .production cross-section ratios L./Ly, L./Lp and L./Ll using electrons of energy from 20 to 100 keV incident on thin targets of tin and gadolinium. The experimental ratios obtained are compared with theoretical values. Modification of these ratios due to the formation of double-vacancy atomic states has been calculated, but this effect on its own is not sufficient to account for the discrepancy between the L./Ll theoretical and experimental results for tin.
Subject
General Physics and Astronomy
Cited by
4 articles.
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2. Distorted-wave ionization and x-ray production cross sections of theKshell of Cu and theLshells of Ag, In, and Sn by positron impact;Physical Review A;2008-06-16
3. L-shell ionization study of indium, tin, and rhenium by low-energy electron impact;Physical Review A;2002-04-18
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