Titlebook: Electron Spectroscopies Applied to Low-Dimensional Structures; H. P. Hughes,H. I. Starnberg Book 2000 Springer Science+Business Media Dord

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https://doi.org/10.1057/9781137367013ermination of the Fermi surfaces of Sr.RuO. and Sr.Ru.O. and the corresponding controversy between the de Haas-van Alphen and angle-resolved photoemission results. We also discuss the systematic evolution of the electronic properties of these layered ruthenates as Sr is substituted with Ca, from ban

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Electron Spectroscopies Applied to Low-Dimensional Structures978-0-306-47126-1Series ISSN 0924-6339

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0924-6339 be dramatic, leading to structural and electronic instabilities—including supercond- tivity at high temperatures, charge density waves, and localisation—which continue to attract widespread interest. The layered transition metal dichalcogenides have engaged attention for many years, partly arising f

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Electronic Band Structure of Layered Ruthenates,sion results. We also discuss the systematic evolution of the electronic properties of these layered ruthenates as Sr is substituted with Ca, from band metal Sr.RuO. and Sr.Ru.O. to bad metal (Ca.Ru.O. to antiferromagnetic insulator (Ca.RuO.)

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orate the effects of the crystal potential and the excited-state self-energy, can then be used as the true final bands in photoemission spectroscopy to achieve absolute determination of the valence band electronic structure with the three-dimensional . fully resolved.

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Unoccupied Band Structure of Layered Materials by Very-Low-Energy Electron Diffraction: Implicationorate the effects of the crystal potential and the excited-state self-energy, can then be used as the true final bands in photoemission spectroscopy to achieve absolute determination of the valence band electronic structure with the three-dimensional . fully resolved.