Abstract
An overview of recent experimental and theoretical studies of angular correlations in cascades of Auger transitions photoinduced in rare-gas atoms is given. In particular, the resonant Auger transitions from the photoexcited Ne 1s−13p, Ar 2p−14s, Kr 3d−15p, and Xe 4d−16p states to the states of ns−2n'l' and ns−1np−1n'l' configurations with a following Auger (Coster–Kronig) transition have been studied by means of angle-resolved electron spectroscopy including coincidence measurements of two emitted electrons. A theoretical interpretation of experimental results is given in the framework of the MCDF approach. In general the multi-configuration calculations agree very well with experiment.
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