Titlebook: Breaking Ocean Waves; Geometry, Structure Eugene A. Sharkov Book 2007 Springer-Verlag Berlin Heidelberg 2007 Air-sea interactions on sea s

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Book 2007This book represents the most comprehensive description of the physical properties including geometry, structure, spatio-temporal evolution and remotely sensed reflectance and emissivity in visible, IR and microwave ranges of one of the most important elements of disturbed sea surface - sea waves breaking.

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https://doi.org/10.1007/978-3-540-29828-1Air-sea interactions on sea surface; Cloud; Future remote sensing missions; Gravity wave breakings and

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https://doi.org/10.1007/978-3-540-46490-7iate density zone arises, which represents a polydisperse mixture of finite volumes of air and water with a particular and highly fluctuating (in space and time) transition gradient. The existence of such a two-phase medium drastically changes both the character of how the two media interact (includ

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Burkhard Schwenker,Stefan Bötzel techniques and instruments for optically surveying a disturbed sea surface are diverse: both small-scale surveys from ships, and large-scale ones from air- and space-based carriers. The experimental data, obtained as a result of ship-based investigations, possess some natural limitations (spatial l

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https://doi.org/10.1007/978-3-540-46490-7s a topical means of solving numerous scientific and applied problems of oceanology, such as studying the ocean-atmosphere interaction (Monahan, 2001), wind-wave dynamics (Phillips, 1977), the development of techniques for remote sensing of the ocean surface (Phillips, 1988; Glazman, 1991a; Sharkov,

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Innovation — The Engine of Growthbreaking of steep crests of wind gravity waves. However, this generally trivial conclusion is far removed from understanding what actually is the physical mechanism involved in production and separation of drops from the water surface. This process, widely used in technological facilities and called

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