Abstract
Abstract Recent experimental results concerning the application of resonant photoemission to late 3d-transition metals, rare-earth systems, and uranium metal are presented. Special attention is paid to angle-resolved valence-band studies, that allow a determination of spatial localization and angular momentum character of Bloch states across the Brillouin zone. For f-emissions, the influence of different initial and final state configurations on the resonant behavior is discussed. For 3d-transition metals, the question discussed is, whether the resonant enhancement of satellite structures should really be interpreted in terms of Fano-resonances, or the spectra should be described by an incoherent superposition of photoemission and Auger signals.
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