Photoemission experiments on early 3d transition metal compounds (TMC), involving both
valence bands and core levels of the 3d elements, are reviewed. Extensive use is made of …

We have studied a wide range of 3d transition-metal compounds by a cluster configuration-
interaction analysis of the metal 2p core-level photoemission spectra. Deduced values for …

High-resolution x-ray-photoemission valence-band (VB) spectra are presented of the 3 d
transition metals, Sc to Fe. The measurements were conducted under ultra-high-vacuum …

Two electronic structure descriptions, one based on orbitals and the other based on term
symbols, have been implemented in a new Matlab-based program, CTM4DOC. The …

The metal 2p x-ray-absorption spectra (or L 2, 3 edges) of 3d transition-metal compounds
are calculated, using atomic multiplet theory with inclusion of the cubic crystal field. A …

High-resolution X-ray photoemission spectra of the valence bands of the elements Mn
through Cu are presented. Structural details correlate well with the gross features of …

Basic ideas of relativistic band calculations are reviewed. Results of relativistic band
calculations for the 5d metals from Lu to Au are summarized. Energy bands on symmetry …

The near-edge structure of the 2p absorption edges of the complete series of the 3d
transition metals has been investigated by high-resolution electron-energy-loss …

X-ray photoemission spectroscopy (XPS) data for the valence bands of Rh, Pd, Ag, Ir, Pt, and
Au are compared with densities of states calculated from interpolated band structures. The …

The electronic structures of a wide range of early transition-metal (TM) compounds,
including Ti and V oxides with metal valences ranging from 2+ to 5+ and formal d-electron …