Soviet Physics: Acoustics, Volume 18American Institute of Physics., 1972 - Acoustical engineering |
Contents
EDITORIAL BOARD | 1 |
88 | 11 |
Normal Modes in a Plane Solid Layer A E Vovk and V V Gudkov | 19 |
48 other sections not shown
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1972 Original article absorption acoustic Akust Akusticheskii Zhurnal amplitude angle approximation attenuation axis beam boundary bubble calculated cavitation characteristic coefficient condition correlation correlation function correlation ratio corresponding curve density dependence determined elastic energy equation experimental expression flexural frequency function inhomogeneous Institute integral interval investigated k₁ layer liquid LITERATURE CITED longitudinal longitudinal waves measurements medium method modulus monaural Moscow noise nonlinear normal modes obtain Original article submitted oscillations p-n junction P₁ parameters phase Phys Physics piezoelectric plane plate polytetrafluoroethylene pressure problem propagation pulse quency r₁ radiation radiation impedance radius ratio Rayleigh Rayleigh wave relaxation resonance Russian scattering shown in Fig signal solution sound field sound velocity spectrum surface temperature tion transducer Translated from Akusticheskii transverse waves ultrasonic ultrasound USSR values velocity of sound vibrational wave number zero zone