大气辐射传输方程

该算法利用大气辐射传输方程的数值解构造点扩散函数，可用于不同天气条件下的退化图像的复原。

The numerical value solution of atmospheric radiation transmission equation ( RTE ) is used to construct point spread function and implement the restoration of all kinds of atmosphere degraded images under different weather conditions .

首先，详细地推导了加倍法解大气矢量辐射传输方程的基本关系式和实际的计算原理。

The vector radiative transfer equation ( VRTE ) in a plane-parallel atmosphere with the adding-doubling method is deduced and solved in detail .

根据大气的辐射传输方程提出了一种计算速度快、精度高尾焰紫外辐射传输的模型，这种模型的收敛性已得到证明。

Based on radiative transfer equation , a model which has high precision and compute fast has been designed . The convergence of this model has been confirmed .

本文在理论上研究了影响海洋反射率的因素，得到了海洋反射率与其相关的曲线，这些结论对计算海洋&大气系统的辐射传输方程有实际作用。

In the paper , we study lots of factors which affect the ocean surface reflectance in theory and get the ocean surface reflectance with the related curve . These conclusions are very practical to solve the RTE for Ocean-Atmosphere systems .

另外，采用大气多次散射的辐射传输方程，计算了火山喷发对大气辐射变温的影响效果。

Meanwhile , by using the equation of atmospheric radiation transfer , and the change rate of .

利用大气和水体的辐射传输方程推导出太阳光的菲涅耳反射模式，在合适的参数条件下计算出试验海区的太阳耀光。

A model of the specular reflectance of direct Sun light at a rough sea surface was derived by radiative transfer through the atmosphere and water .

瑞利散射计算精度对海洋水色遥感大气校正的精度起着关键作用，为了提高瑞利散射的计算精度，需要求解平行分层大气矢量辐射传输方程。

The accuracy of Rayleigh scattering calculation affects the quality of atmospheric correction of the ocean color remote sensing significantly , and it is essential to solve the vector radiative transfer equation ( VRTE ) in plane parallel atmosphere to improve the accuracy of Rayleigh scattering calculation .