High Pressure Experimental Methods

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M. I. Eremets (Head of High Pressure Department, High Pressure Physics Institute, Head of High Pressure Department, High Pressure Physics Institute, Russian Academy of Sciences, Moscow)

High Pressure Experimental Methods

M. I. Eremets (Head of High Pressure Department, High Pressure Physics Institute, Head of High Pressure Department, High Pressure Physics Institute, Russian Academy of Sciences, Moscow)

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English

Oxford University Press
01 February 1996

Scientific equipment, experiments & techniques; Classical mechanics; Condensed matter physics (liquid state & solid state physics); Engineering measurement & calibration; Materials science

The properties of materials are altered, sometimes radically, when very high pressures are applied.

This book surveys the apparatus available for high pressure studies with a particular emphasis on diamond anvil cells and related equipment.

It also examines pressure measurement techniques at extreme values.

A large part of the book considers the experimental needs and arrangement for studies involving the interaction of high pressures with high and low temperatures, magnetic fields, and shock waves.

Optical properties, Brillouin and Raman scattering, infrared spectroscopy, eletron spin and nuclear magnetic resonance at high pressures are also covered.

By: M. I. Eremets (Head of High Pressure Department High Pressure Physics Institute Head of High Pressure Department High Pressure Physics Institute Russian Academy of Sciences Moscow)
Imprint: Oxford University Press
Country of Publication: United Kingdom
Dimensions: Height: 241mm, Width: 161mm, Spine: 26mm
Weight: 752g
ISBN: 9780198562696
ISBN 10: 0198562691
Pages: 406
Publication Date: 01 February 1996
Audience: Professional and scholarly , Undergraduate
Format: Hardback
Publisher's Status: Active

I: High Pressure Apparatus 1: Hydrostatic cells 2: Anvils 3: Large volume anvils 4: Diamond anvil cell 5: Rounded cone cell 6: Shear-deformation cells II: Pressure scales and the experimental environment 7: Pressure measurement 8: Shock waves 9: Low temperatures 10: High temperatures 11: Magnetic studies III: Studies at high pressure 12: Optical properties 13: Brillouin scattering 14: Raman scattering 15: Infrared spectroscopy 16: Electron and nuclear resonance: ESR and NMR Index

Reviews for High Pressure Experimental Methods

This book is a worthy addition to the literature on high-pressure techniques. Every laboratory using high pressure should buy this book to complement earlier books which have a different emphasis. Anyone who wants just one text, perhaps because high pressure might be useful, should certainly choose this one. Measurement Science and Technology