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1·This is the study of radiative transfer, an elegant and difficult branch of theory.

这就是“辐射传输”，一门非常高深艰难的学科。

2·Secondly, we introduce scattering theory and scalar radiative transfer theory for the soot.

其次介绍了煤烟介质的光散射与辐射传输理论。

3·The radiative source term in the energy equation is expressed by radiative transfer coefficients.

通过跟踪辐射能量，导出三层参与性介质内的辐射传递系数。

4·Radiative transfer of infrared radiation through the atmosphere is an important geophysical process.

红外辐射在大气中的传输是重要的地球物理过程。

5·The exact solution of radiative transfer in multi-layers was fully discussed, especially for DISORT.

重点介绍了求解多层介质辐射传输方程的离散坐标法；

6·The paper proposes a parameterized model based on the vegetation canopy radiative transfer model SAILH.

建立了一种基于植被冠层辐射传输模型SAILH 的参数化模型。

7·This paper mainly discusses the effects of reflection and refraction on the radiative transfer in water surface.

本文主要讨论水面反射、折射等效应对辐射传输的影响。

8·Numerical approach to vector radiative transfer equation for a layer of densely random, spherical scatterers is discussed.

本文讨论一层密集随机分布的球形散射粒子矢量辐射传输方程的数值求解方法。

9·Numerical scattering is one of the most common discretization errors in the numerical method for radiative transfer equation.

数值散射是辐射传递方程近似算法中最常见的离散误差。

10·This paper summarizes three methods of atmospheric correction, and atmospheric radiative transfer model is the most accurate method.

本文总结了三类大气校正技术方法，大气辐射传输模型是理论上处理精度最高的方法。