Sound Transmission through a Fluctuating Ocean by Roger DashenSound Transmission through a Fluctuating Ocean by Roger Dashen

Sound Transmission through a Fluctuating Ocean

byRoger Dashen, Walter H. MunkEditorStanley M. Flatté

Paperback | June 10, 2010

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The ocean is transparent to sound where slight irregularities within the ocean cause sound fluctuations, and thus set limits on the many uses of sound in the ocean, similar to the limits imposed by the atmosphere on ground-based telescopes. This 1979 book attempts to connect the known structure of the ocean volume with experimental results in long-range sound transmission. Theories of wave propagation through irregular media, developed for optical and radio wave transmission are found to be inapplicable in many respects due to the complications of ocean structure, particularly the combination of anisotropy and 'sound channel'. The authors extend wave propagation theory to account for the ocean complications and introduces the path-integral approach to the solution of the strong-scattering regime that solves many long-standing problems. The book is written at the post-graduate level, but has been carefully organised to give experimenters a grasp of important results without undue mathematics.
Title:Sound Transmission through a Fluctuating OceanFormat:PaperbackDimensions:320 pages, 9.02 × 5.98 × 0.71 inPublished:June 10, 2010Publisher:Cambridge University PressLanguage:English

The following ISBNs are associated with this title:

ISBN - 10:0521142458

ISBN - 13:9780521142458


Table of Contents

Sketch by Leonardo da Vinci; Preface; Acknowledgements; Introduction; Part I. The Ocean Environment: 1. Ocean structure; 2. Planetary waves and eddies; 3. Linear internal waves; Part II. Introduction to Sound Transmission in the Ocean: 4. The ocean sound channel; 5. The wave equation; Part III. Sound Transmission Through a Fluctuating Ocean: 6. Transmission through a homogeneous, isotropic medium; 7. The ocean medium; 8. Statistics of acoustic signals; 9. Multipath effects and n-point Gaussian statistics; Part IV. Theory of Sound Transmission: 10. Supereikonal, or Rytov approximation; 11. Propagation through a single upper turning point; 12. Path integrals and propagation in saturated regimes; 13. The transport equation in sound scattering; Part V. Experimental Observations of Acoustic Fluctuations: Eleuthera-Bermuda; 15. Cobb seamount; 16. Azores; Epilogue; Appendices; Bibliography; Glossary of terms; Units, dimensions and glossary of symbols; Index.