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KIAM Preprint  56, Moscow, 2020
Authors: Vichev I.Y., Kim D.A., Solomyannaya A.D., Grushin A.S.
THERMOS: onsistent solution of the radiation transport equation with level kinetics in simple geometries
Abstract:
In the study of laboratory plasma, the characteristic observed quantity is the spectral flux of radiation energy. Usually, the experimentally obtained plasma has a plane, either cylindrical or spherical geometry. For the numerical simulation of such plasma, into the THERMOS toolkit there was added the possibility of a consistent solution of the system of rate equations in the collisional-radiative equilibrium approximation with the radiation transfer equation. The code was verified on the limiting cases of optically thin and thick plasmas.
Keywords:
inhomogeneous plasma, radiation transfer, one-dimensional geometry, collisional-radiative equilibrium
Publication language: russian,  : 30
Research direction:
Mathematical modelling in actual problems of science and technics
Russian source text:
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