Abstract
Abstract We provide the many-body theory for the Auger (or X-ray fluorescence) transition by a two (or one)-electron ionization proceeding via two different interfering paths, a direct Auger (or X-ray fluorescence) transition path and an indirect, resonant path involving a two-hole one-particle (shakeup/down) state or a resonantly excited core-hole state. The resonance and interference will manifest in the Auger-electron spectral intensity change with the excitation-energy. Such an effect could be studied by Auger-photoelectron coincidence spectroscopy.
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