Band Structure Spectroscopy of Metals and AlloysDerek J. Fabian, L. M. Watson |
Contents
INTRODUCTORY COMMENT Sir Nevill F Mott | 1 |
Observation and Calculation of Inelastic Scattering | 55 |
XRay Photoelectron Spectroscopy in the Study of the Band | 73 |
Copyright | |
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absorption alloys aluminium amorphous silicon approximation AuAl2 band structure bandwidths binding energy bremsstrahlung calculations component compounds concentration conduction band copper core correlation crystal crystalline curve d-band d-states density-of-states discussed distribution Dominicis EDCs effects electronic structure emission bands emission spectra equation excitation experimental Fabian Fermi energy Fermi level Fermi surface Fischer germanium gold high-energy intensity interaction investigation isochromat K band K-emission L2,3-emission band lattice liquid lithium low-energy matrix elements measured methods Nemnonov nickel niobium Nozières observed obtained one-electron optical oxidation p-wave peak phase shifts photoelectron photoemission photon photon energy Phys plasmon potential pure metal region sample satellite scattering shown in figure Soft X-Ray Band soft x-ray emission Solid spec spectrometer spectroscopy spectrum Spicer surface temperature theoretical theory transition metals transition probability valence band valence electrons vanadium wave function wavefunction width Wiech X-Ray Band Spectra