Abstract
Combination of a spherical mirror electron energy analyzer and a time-of-flight ion spectrometer has efficiently enabled coincident measurements between energy-selected electrons and ions. Double Auger probabilities for rare gas atoms with a core hole were estimated through measurements of multi-charged ion yields coincident with a photoelectron from the core orbital. The double Auger probability for Xe with the 4d5/2 hole is lower than that for Xe with the 4d3/2 hole.
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