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Quasi-specular model for calculating the reflection of atmospheric-emitted infrared radiation from a rough water surface

机译:拟镜面模型,用于计算来自粗糙水面的大气发射红外辐射的反射

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摘要

A numerical model is developed for computation of the reflection of atmospheric-emitted IR radiance from a wind-roughened water body. The model assumes the Kirchhoff approximation for rough surface scattering. This allows application of the postulates of geometrical optics to determine the reflection of rays from an ensemble of wave facets. We performed the hemispherical integration with Gaussian quadrature by using an uplooking fast transmittance model. This calculation is simplified further through the concept of a reflection-diffusivity angle. The model compares favorably with observed radiance spectra obtained from the Marine-Atmospheric Emitted Radiance Interferometer during the Combined Sensor Program research cruise.
机译:建立了一个数值模型,用于计算从风粗糙的水体反射的大气辐射IR辐射。该模型假定粗糙表面散射的基尔霍夫近似值。这允许应用几何光学假设来确定来自多个波面的光线的反射。我们使用一个向上看的快速透射模型对半球积分进行了高斯积分。通过反射扩散角的概念进一步简化了该计算。该模型与组合传感器程序研究巡航期间从海洋-大气辐射辐射干涉仪获得的观测辐射光谱相比具有优势。

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