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On Domination of Nonlinear Wave Interaction in the Energy Balance of Wind-Driven Sea

This study examines the domination of nonlinear wave interaction in the energy balance of wind-driven seas using the Hasselmann kinetic equation. It provides insights into the dynamics of wave energy transfer and its impact on the overall energy balance. The research combines mathematical modeling and empirical data analysis to uncover the underlying mechanisms of wave interactions in the ocean.

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On Domination of Nonlinear Wave Interaction in the Energy Balance of Wind-Driven Sea

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  1. On Domination of Nonlinear Wave Interaction in the Energy Balance of Wind-Driven Sea V.E. Zakharov Department of Mathematics, University of Arizona, Tucson, USA Lebedev Institute for Physics, Moscow, Russia Shirshov Institute for Oceanology, Moscow, Russia Waves and Solitons, Inc email: zakharov@math.arizona.edu

  2. The Hasselmann kinetic equation

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