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Electrostatic plasma instabilities excited by audhigh-frequency electric field. AT(30-1)-1238-MATT-669

机译:静电激发的静电等离子体不稳定性高频电场。 AT(30-1)-1238-MATT-669

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摘要

An analysis of the electrostatic plasma instabilities excited by the application of a strong, uniform, alternatingudelectric field is made on the basis of the Vlasov equation.udA very general dispersion relation is obtained and discussed. Under the assumption W 2 O » C 2 pi. (where wO is the applied frequency and wpi the ion plasma frequency) a detailed analysis is given for wavelengths of the order of or large compared with the Debye length. It is found that there are two types of instabilities: resonant (or parametric) and nonresonant.udThe second is caused by the relative streaming of ions and electrons, generated by the field; it seems to exist only if wO is less than the electron plasma frequency wpe. The instability only appears if the field exceeds a certain threshold, which is found.
机译:基于Vlasov方程,对通过施加强,均匀,交变 ud电场产生的静电等离子体不稳定性进行了分析。 ud获得并讨论了非常普遍的色散关系。假设W 2 O»C 2 pi。 (其中w0是施加频率,wpi是离子等离子体频率),将对与德拜长度相比大约或更大的波长进行详细分析。发现存在两种类型的不稳定性:共振(或参数性)和非共振。 ud第二种是由电场产生的离子和电子的相对流动引起的;第二种是由离子和电子的相对流动引起的。它似乎仅在wO小于电子等离子体频率wpe时存在。仅当字段超过确定的特定阈值时,才会出现不稳定性。

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