ideal coulomb plasma approximation in line shape models: problematic issues
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ID: 189933
2014
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Abstract
In weakly coupled plasmas, it is common to describe the microfield using a Debye model. We examine here an “artificial” ideal one-component plasma with an infinite Debye length, which has been used for the test of line shape codes. We show that the infinite Debye length assumption can lead to a misinterpretation of numerical simulations results, in particular regarding the convergence of calculations. Our discussion is done within an analytical collision operator model developed for hydrogen line shapes in near-impact regimes. When properly employed, this model can serve as a reference for testing the convergence of simulations.
| Reference Key |
rosato2014atomsideal
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|---|---|
| Authors | ;Joel Rosato;Hubert Capes;Roland Stamm |
| Journal | case reports in veterinary medicine |
| Year | 2014 |
| DOI |
10.3390/atoms2020253
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| URL | |
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