Festkörperprobleme 23: Plenary Lectures of the Divisions “Semiconductor Physics” “Metal Physics” “Low Temperature Physics” “Thermodynamics and Statistical Physics” “Thin Films” “Surface Physics” “Surface Physics” “Magnetism” of the German Physical Society

The physics of microclusters....Pages 1-12 Nonlinear structures in solid state physics....Pages 13-25 Band edge structure of ferroelectric IV–VI compounds....Pages 27-48 Optical absorption studies of surface plasmons and surface phonons in small particles....Pages 49-75 Synchrotron X-rays for solid state physics....Pages 77-92 Ion implantation—A modern tool of solid state physics 0....Pages 93-113 Fundamentals of pulsed laser annealing....Pages 115-140 Crystal growth from the melt....Pages 141-164 Hydrogen and oxygen bonding on silicon surfaces....Pages 165-177 Microscopic properties and behavior of metal/semiconductor interfaces....Pages 179-206 n-i-p-i Doping superlattices—Tailored semiconductors with tunable electronic properties....Pages 207-226 The two-dimensional electron gas and its technical applications....Pages 227-257 Semiconducting gas sensors....Pages 259-274 The use of semiconductors in motor vehicles....Pages 275-294 Optical communication—Glass fibres and semiconductors 0....Pages 295-313