Synopsis
Fundamental Processes in Energetic Atomic Collisions.- Fundamental Processes in Atomic Collision Physics.- Anisotropy of Collision Excited States.- Atomic Photoionization.- Electron and Positron Scattering.- Coupling of the Radiation Field to the Electron-Atom Collision System.- The Radiative Decay of Inner Shell Vacancies.- Electron Decay Processes.- Techniques of High Resolution Auger Electron and X-Ray Spectroscopy in Energetic Ion Atom Collision.- Theory of Coulomb Excitation and Ionization.- Electron Capture in Ion-Atom Collisions.- The Molecular Approach to Energetic Atomic Collisions: Specific Aspect of Outer Shell Collisions.- Molecular Treatment of Atomic Collisions (Inner Shells).- Coincidence Techniques in High Energetic Heavy Ion Atomic Physics.- Symposium on Coherence and Correlation in Atomic Collisions.- Threshold Laws.- Spin Dependent Threshold Laws and Ionization Asymmetries in Electron-Atom Collisions.- Correlation Effects in (e,2e) Processes.- Shapes and Orientation in Collisionally Excited Atoms: A Comment on Density Matrices, Coordinate Frames and Coherence.- Development and Analysis of Electron-Photon Angular Correlations from Electron Impact Excitation of Atoms.- Ion-Photon Angular Correlations in Slow Atomic Collisions.- Vector Polarization Analysis for Quasi-Two-Electron Systems: Mg-Inert Gas Collisions.- Autoionization Processes and Alignment in Atomic Collisions.- Alignment in Inner Shell Processes.- Symposium on New Aspects in Atomic Collisions.- Laser Effects in Atomic Collisions.- Spin Effects in Atomic Collision Processes.- Inelastic Scattering Processes with Polarised Particles.- Highly Charged Recoil Ions.- Electron Excitation and Positron Emission in Quasi-Molecular Collisions of very Heavy Ions.- Summary.- Summary Lecture.- Participants.
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