High Pressure Chemistry, Biochemistry, and Materials Science

Part 1 General and Physical Aspects, Materials Science: High Pressure Equations of State - Theory and Applications; Some Recent Applications of Pressure Tuning Spectroscopy; High Pressure Chemistry in the Solid State; Pressure Induced Molecular Rearrangements in Rigid Media; Recent Developments in Diamond-Anvil Cells; Applications of Diamond-Anvil Cells to Materials Science; Ultra High Pressure Experiments on High-Tc Superconductors; Fluid Alkali Metals at High Temperatures and Pressures; Neutron and X-Ray Scattering of Fluids at High Pressure and High Temperature; Selected Thermodynamic Aspects of the Influence of Pressure on Polymer Systems; Molecular Modeling of the influence of Pressure on Fluid and Glassy State Behaviour; Combustion and Diffusion Flames in Supercritical Aqueous Fluids at High Pressures; Raman Spectroscopy of Ammonia Monohydrate to 13.5 GPa; The High Pressure Viscosity of Simple and Polymeric Fluids; Molecular Dynamics Simulation of Dense Cyclohexane in Porous Silica; High Pressure Nuclear Quadrupole Resonance Studies of Hydrogen Bonded Systems. Part 2 Chemical and Biochemical Aspects: High Pressure Mechanistic Studies of Inorganic and Organometallic Systems. Bioinorganic Kinetics at Elevated Pressure; Application of Stopped-Flow, T-Jump, Flash-Photolysis and Pulse-Radiolysis Techniques; High Pressure Kinetic Effects as Mechanistic Probes in Organic Chemistry The Future of High Pressure Organic Synthesis; High Pressure NMR Studies of Chemical and Biochemical Systems; The Behaviour of Proteins under Pressure; Pressure Dissociation of the Smaller Oligomers - Dimers and Tetramers; Relations of Bond Energies and Entropy with Volume, Pressure and Temperature in Protein Aggregates; High Pressure Vibrational Spectroscopic Studies of Aqueous Biological Systems - from Model Systems to Intact Tissues; Volumetric Properties of Model Biomembranes, Effects of Pressure on Large Multimeric Proteins and Viruses; Pressure Studies on Protein-DNA Interactions; The Effect of the Lipid Matrix on the Response of a membrane Enzyme to High Pressure; Dissociation of Large Oligomeric Proteins by High Hydrostatic Pressure - Dynamic Light Scattering Studies; Comments on Trends in High Pressure Research.