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Table des matières
Ugo Fano's Scientific Accomplishments.- Fundamental Processes of Atomic Dynamics.- Frontiers in Atomic Physics: Introduction and Opening Remarks.- Theory Symposium.- General Features of Collisions and Spectra.- A Unified View of Collisions and Spectra.- Quantum Defect Theory for Molecules.- Variational Calculation of Channel Interaction Parameters.- Ion-Atom Collisions.- Theoretical Studies of Heavy Particle Collisions.- Coherence and Correlations in Fast Ion-Atom Collisions.- The Production and Measurement of Anisotropy using Photons.- Atoms in External Fields.- Rydberg Electrons in Laser Fields: A MQDT Treatment with Dressed Channels.- Hyperspherical Description of Two-Electron Systems.- Classification of Doubly-excited States of Two-Electron Atoms.- A Molecular Description of Electron Pair Excitations in Atoms.- A Hyperspherical Description of N-Electron Atoms.- Experiment.- Collision-produced Atomic States.- Basic Mechanisms in Atomic Collision Complexes.- Shapes and Orientation of Atoms in Energy and Charge-transfer Collisions with Laser Excitation.- Analysis of Electron-Atom Collisions: Electron-Photon Coincidence Experiments.- Analysis of Electron-Atom Collisions: Spin-Dependent Effects.- Analysis of Electron-Atom Scattering: Positron-Atom Scattering, a Variation of Electron-Atom Scattering.- Atoms in Intense Laser Fields.- Probing Excited States with Multiphoton Ionization.- Shape Resonances in Molecular Fields.- Resonances in Atomic Spectroscopy.- Clusters, or the Transition from Molecular to Condensed Matter Physics.- Electronic Interaction of Ions (Atoms) with Metal Surfaces.- Epilogue.- Participants.
