Solar Wind Electron Energization by Plasma Turbulence

Solar Wind Electron Energization by Plasma Turbulence
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通过等离子体湍流太阳能风电子供能

DOI:
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发表时间:
2015
期刊:
影响因子:
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通讯作者:
P. Yoon
P. Yoon
中科院分区:
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文献类型:
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作者:
P. Yoon

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太阳风电子由低能麦克斯韦核心、中能晕、场对准斯特拉尔和高能超晕电子组成。本文讨论了一种模型,其中晕电子通过回旋波粒共振与哨声涨落相互作用,超晕电子通过朗道共振与朗缪尔涨落相互作用,从而维持局域稳态。
The solar wind electrons are made of the low-energy Maxwellian core, intermediate-energy halo, field-aligned strahl, and the highly-energetic super-halo electrons. The present paper discusses a model in which the halo electrons interact with the whistler fluctuation via cyclotron wave-particle resonance, and the super-halo electrons interact through Landau resonance with the Langmuir fluctuation, thus maintaining a local steady state.