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Optical coherent model of atmosphere-ocean boundary layer

机译:大气海边层光学相干模型

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摘要

Concept based on breaking up the boundary layer into single dynamic components of lower atmosphere, ocean surface and subsurface water mass. Optical model of boundary layer dynamic components is introduced for scattering processes understanding. Returned coherent signal is used to measure the dynamic components. In order to split atmosphere effects, wavy surface contribution and ocean subsurface components speckle technology is developed. The technology based on differentiation of spatial and temporal parameters of speckle patterns.
机译:基于将边界层分解为下大气,海面和地下水量单动脉组分的概念。引入了边界层动态分量的光学模型,用于散射过程理解。返回的相干信号用于测量动态分量。为了分裂大气影响,开发了波浪表面贡献和海洋地下元件散斑技术。基于散斑图案空间和时间参数的差异的技术。

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