Abstract
Calculations of the K-LL, K-LM and K-MM Auger transition rates for the magnesium atom are presented. Configuration interaction between the residual ions and intercontinuum interactions between the final 2S states are included. It is shown that the former interaction modifies substantially the calculated K-LM and K-MM rates. While the effect of orbital re-organisation in initial and final states for K-LL rates is similar to the Ne K-LL case, the K-LM and K-MM rates are found to be more sensitive to this feature.
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