INTRINSIC SATELLITES IN THE L(23)VV AUGER-SPECTRA OF 3D TRANSITION-METALS

Auger photoelectron coincidence spectroscopy (APECS) confirms that a s ubstantial part of the low-energy tail of the L23 VV Auger lines of th e 3d transition metals is due to intrinsic initial- and final-state sh ake-up/shake-off processes and not just secondary losses. Data were co llected for the L23 VV Auger lines of pure Cu, Co, and Ni. APECS enabl es a direct experimental measurement of the initial-state shake-up/sha ke-off satellites in solid-state Auger spectroscopy. The importance of these effects in Auger spectroscopy as a qualitative and quantitative surface-analysis technique is discussed.