Techniques for simulating radiative transfer through porous media
Rich Townsend
TL;DR
This paper reviews fundamental methods for simulating radiative transfer in porous media, focusing on scattering in clumped slabs and X-ray emission in clumped winds, highlighting their applications in astrophysics.
Contribution
It introduces basic simulation techniques tailored for radiative transfer in porous media, with specific examples in astrophysical contexts.
Findings
Effective scattering transfer modeling in clumped slabs
X-ray emission line formation in clumped winds analyzed
Techniques applicable to astrophysical radiative transfer simulations
Abstract
In this contribution, I discuss some basic techniques that can be used to simulate radiative transfer through porous media. As specific examples, I consider scattering transfer through a clumped slab, and X-ray emission line formation in a clumped wind.
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Taxonomy
TopicsRadiative Heat Transfer Studies