Chapter headings and selected papers: Part One. Plenary Lectures. A way to commercialization of high-Tc superconductors (S. Tanaka). Development of the superconducting Maglev system in Japan (M. Ozeki). Cryogenic properties of advanced composites and their applications (S. Nishijima). 122-Channel SQUID neuromagnetometer for studies of information processing in the human brain (O.V. Lounasmaa). Advances in cryocoolers (R. Radebaugh). The Large Hadron Collider project (L.R. Evans). Overview of the ITER project (R. Aymar). Large Scale Refrigeration. Refrigeration Plants. Cryogenic control system for the large helical device (T. Mito et al.). Long Term Operation. Compressors. Turboexpanders. Cryocoolers. Pulse Tube Coolers. Evaluation of experimental pulse tube refrigerator data with predictions of the thermoacoustic theory (A. Hofmann et al.). G-M Coolers. Stirling Coolers. Other Coolers. Cryogenic Engineering. Cryostats. A demountable type test cryostat for heat transfer and thermal optimisation studies of liquid helium containers (S. Jacob et al.). Cooling Technique. Superfluid Helium. Heat Transfer. Gas Properties. Measurements. Part Two. Space Cryogenics. ISO in-orbit cryogenic performances, system aspects (B. Collaudin et al.). Application of Superconductivity. Fusion. Cooling and excitation experiments of a single inner vertical coil (EXSIV) for the large helical device (T. Satow et al.). Accelerators and Detectors. Motors and Generators. Power Cables. Power Devices. Magnetic Levitation. High Field Magnets. Cryocooler-cooled Magnets. Current Leads. SQUID and Electronic Devices. Stability and AC Loss. Oxide Superconductors. Tapes and Wires. Improvement of electromagnetic properties of Ag-clad bi-based superconducting tapes through proce
