High-Pressure Science and TechnologyK. D. Timmerhaus, M. S. Barber, International Association for the Advancement of High Pressure Science and Technology |
Contents
A1 Geophysical Applications of High Pressure Research | 1 |
A2 HighPressure Transformations of Dioxides With | 17 |
A1 Status of Equation of State of Solids A L RUOFF | 19 |
Copyright | |
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absorption alloys anvil apparatus Appl atoms band behavior bulk modulus calculated calibration cell Chem coefficient coesite compression constant crystal curve decrease density determined diagram diamond diffraction displacement Drickamer effect electrical electrical resistance electron energy equation equilibrium experiments Fermi surface ferroelectric fluid function gasket Grüneisen high pressure Hugoniot hydrogen hydrostatic increase interaction isotherms J. D. Barnett kbar kg/cm² kinetic lattice linear liquid load material Mbar measurements melting metals methanol molal molar volume molecular molecules NaCl observed obtained orthorhombic parameters phase transition phonon Phys piston plotted polymer present pressure dependence pyrophyllite quartz Raman range ratio reaction resistance room temperature ruby sample shown in Fig shows sintered solid solution solvent spectra strain stress structure sulfur surface Table technique theory thermal thermodynamic tion transition pressure tungsten carbide ultrasonic values varistor velocity vessel viscosity volume change x-ray