The resonant photoemission of iron films on copper has been examined near the 3p to 3d excitation threshold using synchrotron radiation from the MAX storage ring. Resonant profiles are presented in the photon energy range 46-150 eV. Special attention has been paid to the position of the destructive minimum before the enhancing resonance. The results reveal that the interaction between the valence bands of iron and copper is weak in terms of autoionization. Moreover, our data do not support the conclusion about the subthreshold Auger emission reported earlier for iron.
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Kaurila et al. (1994) studied this question.
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