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Paper: Radiative Transfer in Prominence Fine Structure as a Multi-Component Atmosphere
Volume: 368, The Physics of Chromospheric Plasmas
Page: 307
Authors: Ajabshirizadeh, A.; Ebadi, H.
Abstract: We used Ambartsumianís method of the addition of layers to show that the various problems of radiative transfer in a plane-parallel inhomogeneous atmosphere may be reduced to the solution of Cauchy problems for linear differential equations. The idea of this approach is that we start with determining the reflection and transmission coefficients of an atmosphere by solving the initialvalue problem for a set of linear differential equations of the first order. Then, the internal radiation field is found immediately without solving any new equation. This leads to pressure to develop a suitable theory of radiative transfer through a multi-component atmosphere.
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