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• W596044225 abstract "High-Pressure Devices Introduction The cylinder: the most common high-pressure device Belt type apparatuses Opposed anvil devices: Bridgman, Drickamer and profiled anvils Multi-anvil devices The diamond anvil cell Other gem anvil cells: sapphire, moissanite and zirconia cells Pressure transmitting media Glossary Instrumentation Development for High-Pressure Research Introduction Design flow Pressure generation and the types of pressure cells Materials properties Materials selection Technical drawings Finite analysis Machining and tolerances Testing and safety certification Electrical Transport Experiments at High Pressure Introduction Electrical Measurement Techniques with Diamond Anvil Cells Superconductivity under High Pressure Iron Oxygen Conductivity Experiments at High-Pressure and Very High Temperatures Single-Crystal Experiments Hall Effect and Magnetoresistance Photoconductivity Other Uses of Electrical Transport Techniques Future Directions Advances in Customized Diamond Anvils Introduction Laser-Drilled Diamond Anvils Diamond Anvils Designer Anvil Fabrication Process Steps Types of Designer Anvils Intelligent Diamond Anvils (iDAC) Integrated Circuit Technique using Alumina Films Focused Ion Beam (FIB) Systems Further Examples of the Use of Customized Anvils in High-Pressure Experiments Future Prospects Further Development of CVD Diamond Growth Technology Equations of State for Solids in Wide Ranges of Pressure and Temperature Introduction Parametric EOS forms Thermodynamic modeling Comparison with experimental results Comparison of thermodynamic and parametric formulations Conclusions High Pressure Crystallography Introduction Technical developments Optical Spectroscopy at High Pressure Introduction General aspects The Raman and IR spectroscopy set-up Oxygen Carbon dioxide Concluding remarks Inelastic X-ray Scattering Introduction General aspects Instrumentation Systems Optical Spectroscopy in the Diamond Anvil Cell Introduction Spectroscopy units, spectral ranges, and dimension constraints Basic principles Techniques Probing of intra- and inter- molecular interactions under pressure - The example of hydrogen Optical properties of minerals in the deep Earth interior Prospects Magnetism and High Pressure Magnetic equation of state, feedback, instability Types of magnetic interactions Magnetic phase transitions Examples of high pressure magnetic measurement methods The Deep Earth Introduction Geophysical constraints Phase transitions Refining the chemical composition of the deep reservoirs Core dynamics Differentiation of the Earth Conclusions Planetary Interiors Introduction Terrestrial planets Giant planets Conclusion Temperature Measurement and Control in High-Pressure Experiments Introduction Resistance heating and the thermocouple principle for temperature measurements Large volume devices and sample assemblies Blackbody radiation and laser-heated diamond anvil cell experiments Solid State and Materials Chemistry at High Pressure Abstract Introduction Diamond and related materials High pressure mineralogy and solid state materials research Superconductors, elemental alloys and high-hardness metals Clathrates and new light element solids Summary Liquids and Amorphous Materials Introduction Definitions Exploring the liquid state Amorphous materials The glass transition The influence of pressure Metastable melting Two state models Liquid fragility Polyamorphic systems Experimental techniques The role of diffraction Glass and liquid structure Case studies Transitions in the strong amorphous network Non-oxide glasses: GeSe2 Future directions Dense Hydrogen Introduction The isolated molecule and low density solid Hydrogen under pressure High pressures and temperatures Conclusions" @default.
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• W596044225 title "High-Pressure Physics" @default.
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