## Thermal Expansion of SolidsProvides a detailed examination of theory and techniques in thermal expansion of solids. Subjects include a generalized theory, estimation techniques and selected effects, temperature measurements in solids, thermal expansion by X-ray diffraction, high sensitivity expansivity measurement techniques, |

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### Contents

GENERALIZED THEORY OF THERMAL | 1 |

ESTIMATION TECHNIQUES AND SELECTED EFFECTS R E Taylor | 109 |

HISTORICAL PERSPECTIVE G Ruffino | 135 |

Copyright | |

10 other sections not shown

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### Common terms and phrases

alloys angle anharmonic anisotropic applied approximation atoms Barron beam beam splitter behavior Brillouin Zone calculated calibration capacitance capacitor cell Cezairliyan coefficient of thermal configuration constant contributions copper cubic defined derived determined diffractometer dilatometry displacement effects elastic electronic elements energy entropy Equation experimental fiducial marks Fizeau Interferometer frequencies fringe furnace given Griineisen function Griineisen parameters Hahn heat capacity Helmholtz energy high temperatures interaction Kirby laser lattice length linear thermal expansion low temperatures magnetic melting point metals method microscopes models obtained optical flats phase phase transitions phonon Phys plate polarization potential pressure properties Push-Rod pushrod pyrometer quasi-harmonic Reference Materials room temperature rotation sample Section sensitivity silica solid specimen stiffnesses strain stress superconducting surface Swenson symmetry tantalum technique temperature measurements temperature range tensor theory thermal expansion coefficients thermal expansion measurements thermocouples thermodynamic thermometer transition tube uncertainty values vibrational volume wave plate X-Ray Diffraction zero

### References to this book

Experimental Techniques in Low-Temperature Physics: Fourth Edition Guy Kendall White,Philip Meeson No preview available - 2002 |