Exact solutions to the asymptotic transfer equation of resonance-line radiation under nonconservative scattering

Statistics – Computation

Scientific paper

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Asymptotic Methods, Radiative Transfer, Resonance Lines, Scattering, Transfer Functions, Computational Astrophysics, Half Spaces, Nonconservative Forces

Scientific paper

Exact solutions to an equation describing radiative transfer in a line are found under the following assumptions: a frequency redistribution function of R(II-A), a large optical depth, and nonconservative scattering. Explicit solutions for point and planar sources are presented for a homogeneous infinite medium and halfspace. For a layer of finite optical depth, expansions corresponding to weakly and strongly dissipative media are obtained.

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