Abstract
$K\ensuremath{\alpha}$ x-ray satellite spectra produced by bombardment with 2.0-MeV/nucleon oxygen and neon ions have been measured for several sulfur compounds. Comparison of the satellite-peak relative-intensity distributions has revealed a dependence on chemical environment. We interpret this effect to be caused by variations in the lifetimes of $L$-shell vacancies and find evidence that transitions from ligand valence levels play an important role.
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