Lower hybrid drift instability in a current sheet with anisotropic temperature

Huang F.; Liu G.; Chen Y.; Yu M.Y.; Yan F.; Deng Y.; Chen H.

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Lower hybrid drift instability in a current sheet with anisotropic temperature

机译：具有各向异性温度的电流板中较低的混合漂移不稳定性

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The effect of the temperature anisotropy on the lower hybrid drift instability (LHDI) in a current sheet is investigated using local kinetic theory. It is found that the ratio rte of the perpendicular to parallel electron temperatures can significantly affect the instability. In fact, a critical value exists r_(te) = r_(te) ~*, such that when r_(te) > r_(te) ~* the LHD waves are unstable if the perpendicular wave vector ky is between two threshold values, and when r_(te) < r_(te) ~* the LHD mode is stable for any k_y. It is also found that r_(te) ~* increases and the unstable LHD regime shrinks as the parallel wave vector k _ increases. That is, sufficiently low perpendicular electron temperature can stabilize the LHDI, especially that of short parallel wavelength.

机译：使用局部动力学理论研究了温度各向异性对电流表中较低的杂化漂移不稳定性（LHDI）的影响。已经发现，垂直电子温度与平行电子温度之比rte会显着影响不稳定性。实际上，存在一个临界值r_（te）= r_（te）〜*，使得当r_（te）> r_（te）〜*时，如果垂直波矢量ky在两个阈值之间，则LHD波不稳定。当r_（te）

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《Physica Scripta: An International Journal for Experimental and Theoretical Physics》 |2013年第6期|共5页
作者
Huang F.; Liu G.; Chen Y.; Yu M.Y.; Yan F.; Deng Y.; Chen H.;
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正文语种 eng
中图分类物理学;
关键词
Lower hybrid drift instability; current sheet; LHDI;

机译：较低的混合动力漂移不稳定性;电流表;LHDI;

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1. Lower hybrid drift instability in a current sheet with anisotropic temperature [J] . Huang F., Liu G., Chen Y., Physica Scripta: An International Journal for Experimental and Theoretical Physics . 2013,第6期

机译：具有各向异性温度的电流板中较低的混合漂移不稳定性
2. Gyrokinetic theory of electrostatic lower-hybrid drift instabilities in a current sheet with guide field [J] . K. Tummel, L. Chen, Z. Wang, Physics of plasmas . 2014,第5aPta1期

机译：带有引导场的电流板中静电下混合漂移不稳定性的运动学理论
3. Effect of guide field on lower-hybrid drift instabilities in current sheet containing energetic particles [J] . Huang F., Chen Y., Li Y., Physics of plasmas . 2012,第1期

机译：引导场对含高能粒子的当前工作表中下混合漂移不稳定性的影响
4. Modified electron-acoustic and lower-hybrid drift dissipative instability in a two-electron temperature plasma [C] . Bose, M. . 1989

机译：双电子温度等离子体中修正的电声和低杂化漂移耗散不稳定性
5. Gyrokinetic Theory of the Lower-Hybrid Drift Instability in a Current Sheet with a Guide Field. [D] . Tummel, Kurt. 2014

机译：带有引导场的当前工作表中下混合漂移不稳定性的运动学理论。
6. Correction to ‘On the computation of hybrid modes in planar layered waveguides with multiple anisotropic conductive sheets’ [O] . K. A. Michalski, M. M. Mustafa -1

机译：对关于具有多个各向异性导电片的平面分层波导中混合模式的计算的更正
7. Self-consistent kinetic simulations of lower hybrid drift instability resulting in electron current driven by fusion products in tokamak plasmas [O] . Cook, J W S, Chapman, S C, Dendy, R O 2010

机译：低杂交漂移不稳定性的自洽动力学模拟导致由托卡马克等离子体中的聚变产物驱动的电子电流

Lower hybrid drift instability in a current sheet with anisotropic temperature

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