Titlebook: Atomic Inner-Shell Physics; Bernd Crasemann Book 1985 Springer Science+Business Media New York 1985 Cross section.X-ray scattering.atomic

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Auger-Electron Spectrometry of Core Levels of Atomsas a nonradiative transition, the first systematic experimental and theoretical investigations started only in the mid-1950s. On the experimental side this became possible due to the development of high-resolution .-ray spectrometers which, besides for .-ray spectroscopy, were also used for the stud

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Experimental Evaluation of Inner-Vacancy Level Energies for Comparison with Theoryspecially as regards the deeper lying levels of heavier atoms one is obliged to use a relativistic formulation which entails a number of questions. Firstly any structure which emerges from the Dirac one-electron problem shares with it questions about proper accounting of the role of negative-energy

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Mechanisms for Energy Shifts of Atomic , X Raysns of suitably designed spectrometers, to be discussed in Sec. 2, it is possible to observe minute energy shifts. The main part of the present Chapter is devoted to experiments in which such shifts are observed, and to their interpretation.

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Electron—Atom Bremsstrahlung attention on incident electrons with kinetic energies.. in the 100-eV to 10-MeV range (and especially for 1 keV to 1 MeV) and radiated photons in the vacuum ultraviolet, X-ray, and soft γ-ray regimes. Electron bremsstrahlung is only one particular consequence of the general coupling of the electrom