Physical Acoustics: Principles and Methods, Volume 1, Parts 1-2; Volume 2, Parts 1-2; Volume 3, Parts 1-2; Volume 4, Parts 1-2; Volumes 5-6; Volumes 8-9; Volume 25Warren Perry Mason, Robert N. Thurston |
Contents
CONTRIBUTORS PREFACE CONTENTS OF PREVIOUS VOLUMES 1 Acoustic Wave Propagation in High Magnetic Fields Y SHAPIRA I INTRO... | 1 |
Determination and Some Uses of Isotropic Elastic Constants | 3 |
Relaxation Processes in Gases | 15 |
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absorption peaks acoustic loss Al3+ alkali ions amplitude anneal Appl AT-cut attenuation axis Baerwald Bragg Bragg angle Bragg planes calculated coefficient collisions curves defects density detector dielectric diffracted intensity dislocation dispersion relation displacement dissipation distortion driving frequency electric electrolysis electron energy velocity equation evaluate experimental Fermi Fermi surface film flexural Fraser function group velocity heat pulse impurities input integration internal friction irradiation k₂ Landau level lattice line shape longitudinal longitudinal waves loss peak magnetic field measurements medium metal method mode mode shape natural quartz Neuringer normal observed obtained overtones parameters phase velocity phonon Phys physical piezoelectric plane propagation quantum oscillations quartz plate quasimonochromatic packets resonant vibrations saddle points sample Section Shapira shear shown in Fig signal single crystals solid sound wave superconductors surface synthetic quartz temperature theory thermal thermal conductivity thickness-shear transverse ultrasonic vector x-ray diffraction x-ray topographs