Synopsis
to the School Program.- Correlations of Excited Electrons.- Photoionization Processes.- The Single Electron Model in Photoionization.- Shake Theory of Multiple Photoexcitation Processes.- The Random Phase Approximation with Exchange.- Photoionization Cross Sections and Auger Rates Calculated by Many-Body Perturbation Theory.- Photoabsorption Spectroscopy of Atoms in the Extreme Ultraviolet (XUV) Spectral Region.- Photoelectron Spectrometry: Experiments with Atoms.- Charged Particle Collisions.- Theoretical Aspects of Electron Correlations in Electron Collisions.- High-Energy Electron Experiments.- Some Experiments on Collisions between Electrons and Atoms or Ions which Investigate Correlation Effects.- The Quasi-Molecular Model in Heavy Particle Collisions.- Nuclear Excitation.- Ionization by Nuclear Transitions.- Inner-Shell Rearrangement.- Theory of Atomic Decay following Inner-Shell Ionization.- Correlation Effects in X-Ray Emission Spectroscopy.- Correlation Effects in Auger Electron Spectroscopy.- Ions, Molecules, Solids.- Some Aspects of Inner Shell Phenomena for the Ions in a Plasma.- Multiple Excitation in Free Molecules.- High Energy Excitations in Molecules and Solids.- Seminars.- Relativistic Effects in Atomic Structure Calculation: An Introduction.- A New Experimental Study of Multiple Ionization in Noble Gases by Electron and Photon Impact.- A Primer on Photoelectron Angular Distributions.- The Quantum Defect Theory Approach.- The Close-Coupling Methods Applied to Photoionization of Neutral Atoms and Positive Ions.- Future Experimental Problems in Photoionization.- Concluding Remarks.- Author Index.
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