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Submit a ProposalHydroacoustic Ocean Exploration
 | Theories and Experimental Application By I. B. Abbasov Copyright: 2016 | Status: Published ISBN: 9781119323549 | Hardcover | 188 pages Price: $195.00 USD  |
One Line Description
This is the most comprehensive and in-depth study of the theory and practical applications of hydroacoustic ocean exploration available, a must-have for any engineer, scientist, technician, or operator working in the exploration of the oceans, Earth’s final frontier.
Audience
Project Engineers, oceanographers, statisticians, physicists, geophysicists, computer analysts, and any other engineer or scientist working with hydroacoustic methods to explore the oceans
Project Engineers, oceanographers, statisticians, physicists, geophysicists, computer analysts, and any other engineer or scientist working with hydroacoustic methods to explore the oceans
Description
The only book that offers a comprehensive and fully up-to-date coverage of hydroacoustic ocean exploration, this work deals with the diagnostics of non-uniformities in a water medium using the hydroacoustic parametric antenna. The non-uniformities of the water medium in the study are of geometrically regular shape, i.e., the shape of a sphere, a cylinder, and a spheroid. An account is given of theoretical and experimental studies of wave processes that occur in the event of the scattering of non-linearly interacting acoustic waves at a sphere, a cylinder, and a spheroid. Scattering problems are formulated; solutions to the inhomogeneous wave equation are found in the first and second approximations using the successive approximations method.
For the first time, high-frequency asymptotic expressions of acoustic pressure for all spectral components of the secondary field are obtained for the nonlinear scattering problem. The scattering diagrams are calculated and plotted, and then analyzed and compared. Results of experimental studies of the parametric acoustic antenna field scattering at solid
steel spheres are presented. Experimental scattering diagrams both for the parametric antenna pump waves and for the secondary field waves including the difference frequency wave, the sum frequency wave, and the second harmonic wave are presented. 3D modeling of wave processes is also considered.
A must have for researchers and specialists in nonlinear hydroacoustics and ocean acoustics; it also may be of use for postgraduates and students specializing in hydroacoustics and ocean exploration.
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The only book that offers a comprehensive and fully up-to-date coverage of hydroacoustic ocean exploration, this work deals with the diagnostics of non-uniformities in a water medium using the hydroacoustic parametric antenna. The non-uniformities of the water medium in the study are of geometrically regular shape, i.e., the shape of a sphere, a cylinder, and a spheroid. An account is given of theoretical and experimental studies of wave processes that occur in the event of the scattering of non-linearly interacting acoustic waves at a sphere, a cylinder, and a spheroid. Scattering problems are formulated; solutions to the inhomogeneous wave equation are found in the first and second approximations using the successive approximations method.
For the first time, high-frequency asymptotic expressions of acoustic pressure for all spectral components of the secondary field are obtained for the nonlinear scattering problem. The scattering diagrams are calculated and plotted, and then analyzed and compared. Results of experimental studies of the parametric acoustic antenna field scattering at solid
steel spheres are presented. Experimental scattering diagrams both for the parametric antenna pump waves and for the secondary field waves including the difference frequency wave, the sum frequency wave, and the second harmonic wave are presented. 3D modeling of wave processes is also considered.
A must have for researchers and specialists in nonlinear hydroacoustics and ocean acoustics; it also may be of use for postgraduates and students specializing in hydroacoustics and ocean exploration.
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Supplementary Data
• Is the only in-depth study of nonlinear hydroacoustic ocean exploration that is available in book form
• Outlines basic and advanced theories of hydroacoustics for practical use in exploring the world’s oceans
• Covers practical applications of cutting-edge technologies, covering the state-of-the-art
• Is a valuable textbook for students and professors
• Is the only in-depth study of nonlinear hydroacoustic ocean exploration that is available in book form
• Outlines basic and advanced theories of hydroacoustics for practical use in exploring the world’s oceans
• Covers practical applications of cutting-edge technologies, covering the state-of-the-art
• Is a valuable textbook for students and professors
Author / Editor Details
I.B. Abbasov PhD, is a specialist in computer engineering, aerospace engineering, and industrial design at the Southern Federal University in Russia. He has numerous publications to his credit, focusing on the use of mathematical modeling and high-level computer programming for practical applications, such as ocean exploration.
I.B. Abbasov PhD, is a specialist in computer engineering, aerospace engineering, and industrial design at the Southern Federal University in Russia. He has numerous publications to his credit, focusing on the use of mathematical modeling and high-level computer programming for practical applications, such as ocean exploration.
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