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J. Ansell (1972)
The roots of the Stoneley wave equation for solid-liquid interfacespure and applied geophysics, 94
L. G. Statsenko (2000)
Energy and Field Characteristics of the Acoustic Arrays in Waveguides
L. Brekhovskikh, D. Lieberman, R. Beyer, F. Frenkiel, N. Chako (1960)
Waves In Layered Media
N. V. Zlobina (2000)
Nonclassical Solution of Classical Acoustical Problems
F. Padilla, M. Billy, G. Quentin (1999)
Theoretical and experimental studies of surface waves on solid–fluid interfaces when the value of the fluid sound velocity is located between the shear and the longitudinal ones in the solidJournal of the Acoustical Society of America, 106
L. G. Statsenko (2000)
Acoustics of the Ocean: Proceedings of the VIII School-Seminar of Academician L.M. Brekhovskikh
Abstract A model problem is considered for a radiator in the form of a circular disk with a given pressure jump at its surface. The radiator is inserted in a soft screen coinciding with the upper boundary of the Pekeris waveguide. A series expansion of the sound field in normal modes is obtained. A numerical analysis of the radiation impedance and its components that are responsible for the radiation into the waveguide and into the halfspace is carried out.
Acoustical Physics – Springer Journals
Published: Jan 1, 2002
Keywords: Acoustics
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