Abstract
The formation of ${\mathrm{Xe}}^{2+}$ by decay of 4d hole states in xenon has been investigated by observing both the ${\mathit{N}}_{4,5}$OO normal Auger spectra and the resonantly excited spectra using synchrotron radiation and a new form of electron\char21{}electron coincidence spectroscopy involving a magnetic-bottle time-of-flight analyzer. Direct double Auger processes from the resonance populate all accessible states of ${\mathrm{Xe}}^{2+}$ while indirect processes via superexcited ${\mathrm{Xe}}^{+}$ levels populate ground and lower excited states of ${\mathrm{Xe}}^{2+}$ preferentially.
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