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Particle diffusion, flows, and NLTE calculations

机译:粒子扩散,流动和NLTE计算

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Particle diffusion plays an important role in the transition-region between the chromo-sphere and the corona of the Sun and solar-type stars. Also, mass flows are often observed and these in combination with diffusion make it necessary to perform physically consistent calculations to determine the elemental ionization and atom/ion level populations. Such calculations require the solution of NLTE radiative transfer equations to determine the ionization and level populations, and need to include the effects of particle transport processes. This paper discusses the basis and im-plementation of the method used in the Solar Radiation Physical Modeling (SRPM) project, also implemented for H and He in the PANDORA code.
机译:粒子扩散在Chromo-Sphere与太阳能和太阳能恒星的电晕之间起着重要作用。而且,通常观察质量流量,并且这些与扩散结合使得必须进行物理一致的计算以确定元素电离和原子/离子水平群体。这种计算需要NLTE辐射转移方程的溶液来确定电离和水平群体,并且需要包括颗粒传输过程的效果。本文讨论了太阳辐射物理建模(SRPM)项目中使用的方法的基础和地层,也为H及其实施了潘多拉代码。

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