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Radiation condensation instability of compressional electromagnetic modes in magnetoplasmas containing charged dust impurities

机译:包含带电粉尘杂质的磁等离子体中压缩电磁模的辐射凝结不稳定性

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摘要

We report on an investigation into the radiation condensation ( RC) instability of low-frequency ( in comparison with the electron gyrofrequency) compressional electromagnetic waves in a magnetized plasma containing charged dust impurities. By using a two-fluid model, supplemented by the Faraday and Ampere laws, we derive a new dispersion relation. The latter is numerically analysed to examine the role of charged dust grains on the growth rate of the RC instability. The relevance of our investigation to density condensation in the next generation tokamak edges and on solar prominences is discussed.
机译:我们报告了对包含带电粉尘杂质的磁化等离子体中的低频(与电子陀螺频率相比)压缩电磁波的辐射凝结(RC)不稳定性的研究。通过使用两流体模型,并辅以法拉第和安培定律,我们得出了一个新的色散关系。对后者进行了数值分析,以检查带电灰尘颗粒对RC失稳速率的影响。讨论了我们的研究与下一代托卡马克边缘和太阳突出处的密度凝结的相关性。

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