HF conductivity of parametrically unstable magnetized plasma

Pavlenko VN.; Panchenko VG.; Nazarenko SA.

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HF conductivity of parametrically unstable magnetized plasma

机译：参数不稳定磁化等离子体的HF电导率

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In this paper the absorption processes of LH and UH pump waves in magnetized homogeneous and inhomogeneous plasmas are investigated. We determine the RF power absorbed in the plasma when the external pump parametrically excites low-frequency plasma oscillations (purely growing convective cells, modified convective cell modes and electron drift waves). Expressions for the effective absorption length of the external RF wave as a function of various plasma parameters are derived. For typical parameters of a hot ionospheric plasma, absorption length values are calculated. [References: 27]

机译：本文研究了LH和UH泵浦波在磁化的均匀和不均匀等离子体中的吸收过程。我们确定外部泵在参数上激发低频等离子体振荡（纯对流电池，改进的对流电池模式和电子漂移波）时在等离子体中吸收的RF功率。得出了外部射频波的有效吸收长度随各种等离子体参数而变化的表达式。对于热电离层等离子体的典型参数，计算吸收长度值。 [参考：27]

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《Physica Scripta: An International Journal for Experimental and Theoretical Physics》 |2003年第2期|共5页
作者
Pavlenko VN.; Panchenko VG.; Nazarenko SA.;
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正文语种 eng
中图分类物理学;
关键词
Electromagnetic-wave; Fluctuations; Absorption; Pump; Instabilities; Frequency; Energy;

机译：电磁波;波动;吸收;泵;不稳定性;频率;能量;

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1. HF conductivity of parametrically unstable magnetized plasma [J] . Pavlenko VN., Panchenko VG., Nazarenko SA. Physica Scripta: An International Journal for Experimental and Theoretical Physics . 2003,第2期

机译：参数不稳定磁化等离子体的HF电导率
2. Direct observation of a cross-field current-carrying plasma rotating around an unstable magnetized plasma column [J] . Jaeger S, Pierre T, Rebont C Physics of plasmas . 2009,第2期

机译：直接观察围绕不稳定的磁化等离子体柱旋转的跨场载流等离子体
3. Excitation of electromagnetic whistler waves due to a parametric interaction between magnetosonic and lower oblique resonance modes in a cold, magnetized plasma” [Phys. Plasmas 25, 062310 (2018)] [J] . D. Main, V. Sotnikov, J. Caplinger, Physics of plasmas . 2018,第8aPta2期

机译：由于冷，磁化等离子体中的磁性和较低倾斜谐振模式之间的参数相互作用，电磁吹口机波的激励。 Plasmas 25,062310（2018）]
4. Parametric Instabilities in Magnetized Bi-ion and Dusty Plasmas [C] . N. F. Cramer, M. P. Hertzberg, S. V. Vladimirov Conference on Plasmas in the laboratory and in the universe . 2004

机译：磁化双离子和尘土飞扬等离子体中的参数稳定性
5. Experimental investigation of plasma dynamics in jets and bubbles using a compact coaxial plasma gun in a background magnetized plasma. [D] . Zhang, Yue. 2016

机译：使用紧凑型同轴等离子体枪在背景磁化等离子体中对射流和气泡中的等离子体动力学进行实验研究。
6. Multi-parametric MRI Characterization of Healthy Human Thigh Muscles at 3.0T - Relaxation Magnetization Transfer Fat/Water and Diffusion Tensor Imaging [O] . Ke Li, Richard D. Dortch, E. Brian Welch, -1

机译：健康人大腿肌肉在3.0T时的多参数MRI表征-松弛磁化转移脂肪/水和扩散张量成像
7. Erratum: “Excitation of electromagnetic whistler waves due to a parametric interaction between magnetosonic and lower oblique resonance modes in a cold, magnetized plasma” Phys. Plasmas 25, 062310 (2018) [O] . D. Main, V. Sotnikov, J. Caplinger, 2018

机译：错误：“电磁吹口机引起的电磁吹伏引起的电磁吹奏器由于冷，磁化等离子体中的磁性和较低倾斜谐振模式之间的参数相互作用”物理。 Plasmas 25,062310（2018）
8. Azimuthal Coherent Ion-Ring-Beam Generation in Unstable Magnetized Plasmas [R] . Stern, R. A. 1981

机译：不稳定磁化等离子体中的方位角相干离子束产生

HF conductivity of parametrically unstable magnetized plasma

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