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
Relaxation Processes in Gases | 8 |
The Effect of Light on the Mechanical Properties | 33 |
Examples of Relaxation Due to Point Defects | 50 |
Copyright | |
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Acta activation energy alloys anelastic annealing applied stress attenuation bcc metals behavior Bordoni peak Bratina breakaway Burgers vector carbon Chambers and Schultz cold-worked component copper curve decrease decrement dependence diffusion dipole dislocation damping dislocation density dislocation line dislocation loops dislocation motion displacement domain walls effect elastic equation experimental experiments fatigue ferromagnetic function Granato Hasiguti high-purity iron Hikata hysteresis impurity increase interaction internal friction interstitial atoms irradiation kc/sec kinks lattice longitudinal waves loop length magnetic field magnetomechanical maximum measurements mechanism modulus defect niobium observed obtained orientation pair parameters phonons Phys pinning points plastic deformation point defects polycrystalline potential radiation range room temperature sample screw dislocation Section Seeger shear shear modulus shear stress shown in Fig single crystals slip systems Snoek solution specimen steel strain amplitude stress amplitude studied theory torsion ultrasonic vacancies velocity versus vibrations wave Young's modulus