Titlebook: High Pressure Chemistry, Biochemistry and Materials Science; R. Winter,J. Jonas Book 1993 Springer Science+Business Media Dordrecht 1993 D

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Cpr951

Recent Developments in Diamond-Anvil Cells,This allows high pressure, or the control of interatomic spacing, to be more generally applied in solid state physics than hitherto. The principles of the diamond-anvil cell are presented together with details of its operation in practice. Particular attention is paid to the choice and design of gas

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Brochure

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Neutron and X-Ray Scattering of Fluids at High Pressure and High Temperature,evaluation procedures, which can be used for the investigation of the structure and dynamics of liquids up to temperatures of about 2000 K and to pressures of several hundred to thousand bars. For example, these techniques allow to determine the structural and dynamical properties of liquid metals,

LAPSE

Selected Thermodynamic Aspects of the Influence of Pressure on Polymer Systems,ed: a) the equation of state of single constituents and b) first order transitions, i.e. solid-liquid and solid-solid transitions in crystallisable polymers. Subsequently, for mixtures the influence of pressure on miscibility behaviour is elucidated for polymer solutions and blends. Furthermore the

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Molecular Modeling of the Influence of Pressure on Fluid and Glassy State Behaviour,tional configurational disorder provided by vacancies. In the theory two parameters define the intermolecular interactions. In polyatomic systems a third parameter ensues, quantifying molecular modes of motion (i.e. soft vibrations and rotations) which are perturbed by the surroundings. In mixtures

Hearten

Combustion and Diffusion Flames in Supercritical Aqueous Fluids at High Pressures,with higher alkanes. Homogeneous, single phase, 70-30% water-methane mixtures, for example, can be prepared at 400 °C and above with pressures up to 2000 bar. A slow injection of oxygen creates a steady diffusion flame. UV-spectra from the emission of OH-radicals have been determined and used to der

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