Charge Transfer/electronic Structure of Alloys: Twin Symposium Sponsored by the Committee on Alloy Phases of the Institute of Metals, May 1973, at the University of Pennsylvania, Philadelphia
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Investigation of Bonding and Charge Transfer
Magnetic Effects of Local Charge Transfer
10 other sections not shown
AgCd AgPd alkali alloys alloy systems alloys approximation atomic band structure behavior binary bonding Brillouin zone calculations cell charge density charge transfer components composition Compton scattering concentration conduction electrons copper crystal curves d-band diffusion discussed disordered alloys distribution effects electron density electron energy electronegativity electronic structure electrotransport escape depth experimental experiments factor Fermi energy Fermi level Fermi surface Figure free electron Friedel function host hyperfine interaction impurity ionic Knight shift Korringa lattice liquid measurements metal alloys metals and alloys method momentum Muldawer Narath noble metals Nuclear Magnetic Resonance obtained optical orbital parameters phase shifts photoemission photon Phys positron potential predicted PRFE properties pseudopotential pure metals ratio rigid band model sample scattering shown in Fig solid solute solvent spectra spin susceptibility technique temperature theoretical tion transition metals valence band values variation virtual bound volume wavefunctions x-ray