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Titlebook: Natural Physical Sources of Underwater Sound; Sea Surface Sound (2 B. R. Kerman Book 1993 Springer Science+Business Media Dordrecht 1993 Oc

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书目名称Natural Physical Sources of Underwater Sound
副标题Sea Surface Sound (2
编辑B. R. Kerman
视频video
图书封面Titlebook: Natural Physical Sources of Underwater Sound; Sea Surface Sound (2 B. R. Kerman Book 1993 Springer Science+Business Media Dordrecht 1993 Oc
描述To place this book in perspective it is useful for the reader to be aware of the recent history of the topic of underwater sound generation at the ocean surface by natural mechanisms. A meeting in Lerici, Italy in 1987 was convened within the NATO Advanced Research Workshop series, to bring together underwater acousticians and ocean hydrodynamicists to examine various mechanisms which generate sound naturally at the ocean surface. A record of that meeting was published in the NATO scientific publication series in 1988 under the title ‘Sea Surface Sound‘. That meeting was successful in inspiring and co­ ordinating both participants and non-attending colleagues to examine some key issues which were raised during the course of presentations and discussions. The understanding among those present was that another meeting should be convened 3 years hence to report and review progress in the subject. Accordingly the second conference was convened in Cambridge in 1990, whose proceedings are presented here. This volume represents a very gratifying increase in only a 3 year interval in our understanding of a number of physical processes which generate sound at the peripheries of oceans. In f
出版日期Book 1993
关键词Ocean; Rain; Snow; Thunder; wind
版次1
doihttps://doi.org/10.1007/978-94-011-1626-8
isbn_softcover978-94-010-4709-8
isbn_ebook978-94-011-1626-8
copyrightSpringer Science+Business Media Dordrecht 1993
The information of publication is updating

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The Measurement of Underwater Noise Characteristics in Shallow Waters of noise and by their comparison with the results of the paper (Wilson et al., 1985). Possible noise generation mechanisms in the surf zone are discussed. The air bubbles created during wave breaking are supposed to play the major part in this process.
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Is Sea Surface Ambient Noise Correlated to Wind Turbulence?nctions of increasing and decreasing wind with noise, some significant differences have been found indicating the necessity to consider more precisely the fast sampled acoustic signal and related physical mechanisms.
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Ambient Sound as a Probe of Ocean Surface Processesovides information on the distribution and movement of breaking events. Two-dimensional, time dependent patterns of sound sources should provide a basis for interpretation of wave-breaking dynamics and its dependence on the directional wave spectrum and other relevant environmental factors.
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The Perceived Source Directivity of Surface-Generated Ambient Noise–14 m/s. This gives an index of refraction just less than unity, .≈.99. The relative effects of refraction near the ocean surface, attenuation and the curvature of the rough surface on the source directivity are calculated. It is found that the effects of the curvature of the ocean surface can dominant refraction and attenuation.
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Observations and Causes of Ocean and Seafloor Noise at Ultra-Low and Very-Low Frequenciesfloor noise over a very broad frequency band; future and planned experiments will test these ideas. Furthermore, the quantification of seafloor noise, perhaps surprisingly, provides new insights into oceanic and geodynamic processes. The exploitation of these measurements has made new tools available for oceanographic exploration.
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