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Solution of a radiative transfer equation with Pomraning Phase function and a linear source in a semi-infinite medium

机译:半无限介质中具有Pomraning相函数和线性源的辐射传递方程的解

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摘要

The equation of radiative transfer with Pomraning phase function and a linear source in a plane parallel semi-infinite atmosphere with axial symmetry has been solved by Laplace transform and Wiener-Hopf technique We have determined the emergent intensity in terms of Chandrasekhar's H-function and the intensity at any optical depth by inversion.
机译:通过Laplace变换和Wiener-Hopf技术求解了具有Pomraning相函数和线性对称平面平行半无限大气中的线性源的辐射传递方程,并通过Chandrasekhar的H函数和在任何光学深度的强度反演。

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