Titlebook: Core-Level Spectroscopy in Condensed Systems; Proceedings of the T Junjiro Kanamori,Akio Kotani Conference proceedings 1988 Springer-Verlag

陈旧

Scott M. Pearson,Robert H. Gardnery band density-of-states curves qualitatively well. The 4f partial energy distribution curve obtained by using the 4d-4f resonance shows no prominent peak but a broad band with weak features extending over an energy range within 4 eV from the Fermi edge. This is quite contrasted to the aspect observ

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S. T. A. Pickett,Kevin H. Rogerso peaks in their energy distribution curves (EDC) originate from the bonding and antibonding states between the 4f states and the valence band states. Their resonance enhancement at the 4d-4f excitation threshold is analyzed by using parameter values consistent with 3d-core photoemission spectra (3d

SLUMP

Spectral Analysis of Wave Motion,far, a number of experimental works of XES have been carried out on rare earth materials[1–6]. In most of them, the method of electron bombardment was used to excite the core electrons. It is noticed that, by the electron stimulation, the injected electrons induce various complicated processes in th

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A Spatial View of Population Dynamicsamples of such systems are rare earth compounds, for instance Ce [2,3,4] and Yb [5] compounds, actinide compounds, for instance some light oxides [6], 3. compounds [7,8,9] and chemisorption systems [10].

Sputum

S. T. A. Pickett,Kevin H. Rogersies range from large band gap insulators (v.o., cr.o., α-Fe.o.) and ferroelectrics (BaTiO.) to semiconductors (Cu.O, FeS., MnS) and via semiconductor metal transitions (V0., V.O., Fe.O., Ti.O.) to metals (CrO., NiS, CuS) and even superconductors (La.Ba.Cu0., YBa.Cu.0.). In magnetism we find antiferr

CYT

A Spatial View of Population Dynamicshe charge-transfer model of Larsson [1] and Sawatzky et al [2,3] accounts for the positions and intensities of main and satellite peaks very well in these compounds. The parameter values in this model are reasonable, and show the expected trends along the ligand series from fluorine to bromine as we