to the Physics of Plasma Wall Interactions in Controlled Fusion.- Approaches to Controlled Fusion and Role of Plasma-Wall Interactions.- Plasma Physics.- The Plasma Sheath.- Plasma Flow in the Sheath and Presheath of a Scrape-off Layer.- Probes for Plasma Edge Diagnostics in Magnetic Confinement Fusion Devices.- Plasma Edge Diagnostics using Optical Methods.- Atomic Physics.- Atomic and Molecular Collisions in the Plasma Boundary.- Surface Physics.- Physical Sputtering of Solids at Ion Bombardment.- Chemical Sputtering and Radiation Enhanced Sublimation of Carbon.- Ion Backscattering from Solid Surfaces.- Implantation, Retention and Release of Hydrogen Isotopes in Solids.- Surface Erosion by Electrical Arcs.- Electron Emission from Solid Surfaces.- Bulk Material Properties.- Properties of Materials.- Fusion Experiments and Theory.- Plasma Transport near Material Boundaries.- Plasma Models for Impurity Control Experiments.- Neutral Particle Transport.- Particle Confinement and Control in Existing Tokamaks.- Limiters and Divertor Plates.- Advanced Limiters.- Divertor Tokamak Experiments.- Plasma Wall Interactions in Heated Plasmas.- Plasma-Wall Interactions in Tandem Mirror Machines.- Systems for Reactor Experiments.- Lecturers.- Participants and Staff.
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