Journal of Applied Physics · 1991 · 19 citations · 23 references
Natural SciencesMaterials SciencePhysicsElectronic MaterialsMaterials PhysicsThin FilmsElectronic Band StructureOptoelectronic MaterialsFilm ThicknessFinal-state EffectsFinal-state InteractionsOscillator StrengthsValence Band StructureValence Electron Structure
By growing gadolinium films on W(110), it has been possible to observe the development of the Gd(0001) band structure with increasing film thickness. The changes in the 5d bands as a result of exposure to oxygen or the development of the valence-band structure with increasing film thickness lead to changes in the 5p multiplet oscillator strengths. These changes are a result of the influence of the band structure upon the final-state effects that give rise to such multiplet structures. This study provides conclusive evidence that there is a 5d contribution to the shallow 5p multiplet photoemission core-level structure.
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Band Structure and Magnetism of Gadolinium Metal
J. O. Dimmock, A. J. Freeman · Physical Review Letters · 1964 · 212 citations