Synopsis
I Ion Beams: Production and Interaction with Matter.- Energy Loss of Charged Particles.- Some General Considerations of Ion Beam Production and Manipulation.- II Surface Studies: keV Range Ions.- Applications of Low-Energy Ion Scattering.- Ion Beam Induced Light Emission: Mechanisms and Analytical Applications.- Complementary Analysis Techniques: AES, ESCA.- III In-Depth Analysis.- Fundamental Aspects of Ion Microanalysis.- Ion Induced X-rays: General Description.- The Evolving Use of Electrons, Protons and Heavy Ions in the Characterisation of Materials.- Backscattering of Ions With Intermediate Energies.- Backscattering Analysis With MeV 4He Ions.- Microanalysis by Direct Observation of Nuclear Reactions.- IV Solid State Studies Using Channeling Effects.- Channeling: General Description.- Flux Peaking - Lattice Location.- Analysis of Defects by Channeling.- Application of MeV Ion Channeling to Surface Studies.- General Conclusions.- General Conclusions.- Participants.
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