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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e excitations which screen the core level photohole), and this is numerically analysed to extract lineshape parameters from high resolution experimental XPS data. Data on the Ta 4. levels in and some of its transition metal intercalates reveal that charge transfer into the conduction band resulting

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https://doi.org/10.1057/9781137012661ds to become narrower, and finally splits into two sub-bands, with S doping at 77 K. This strongly supports a Mott localization scenario, triggered by the reduction of carriers. In the Mott localized phase, subsurface impurities were imaged as huge rings with diameters up to 15 nm, reflecting the su

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Electronic Structure from Core Level Lineshapes in Charge Density Wave and Intercalate Systems,e excitations which screen the core level photohole), and this is numerically analysed to extract lineshape parameters from high resolution experimental XPS data. Data on the Ta 4. levels in and some of its transition metal intercalates reveal that charge transfer into the conduction band resulting

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Photoelectron Spectroscopy of Low-Dimensional Organic Systems,chemical reactions which occur upon exposure to UV-light in the atmosphere. Moreover, discussions of the interaction of metal atoms with the surfaces of conjugated polymers, and nature of the fundamental charge storage states in conjugated polymers, are included.

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Scanning Tunnelling Spectroscopy of Layered Cuprates and Transition Metal Chalcogenides,ds to become narrower, and finally splits into two sub-bands, with S doping at 77 K. This strongly supports a Mott localization scenario, triggered by the reduction of carriers. In the Mott localized phase, subsurface impurities were imaged as huge rings with diameters up to 15 nm, reflecting the su

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Photoemission from Intercalated Transition Metal Dichalcogenides,

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High-Resolution Photoemission Studies of Low-Dimensional Systems,