Enhanced collisionless heating in a nonuniform plasma at the bounce resonance condition

Polomarov OV; Theodosiou CE; Kaganovich ID

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Enhanced collisionless heating in a nonuniform plasma at the bounce resonance condition

机译：在反弹共振条件下在非均匀等离子体中增强的无碰撞加热

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The importance of accounting for a nonuniform density profile for modeling of collisionless electron heating in a bounded low-pressure plasma is demonstrated. A drastic enhancement of the power transfer into an inductive plasma under the condition of a bounce resonance is observed if the nonuniformity of the plasma density profile is accounted for. This enhanced plasma heating is attributed to the increase of the number of resonant electrons, for which the bounce frequency of electrons confined inside the plasma potential is equal to the rf field frequency. (c) 2005 American Institute of Physics.

机译：证明了为有限的低压等离子体中的无碰撞电子加热建模考虑非均匀密度分布的重要性。如果考虑到等离子体密度分布的不均匀性，则在弹跳共振的条件下观察到功率向感应等离子体的传递的急剧增强。这种增强的等离子体加热归因于共振电子数量的增加，为此，限制在等离子体电势内部的电子的反弹频率等于rf场频率。（c）2005年美国物理研究所。

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《Physics of plasmas》 |2005年第8期|共4页
作者
Polomarov OV; Theodosiou CE; Kaganovich ID;
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正文语种 eng
中图分类等离子体物理学;
关键词
GAS-DISCHARGES; REGIME;

机译：气体排放;区域;

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专利

1. Enhanced collisionless heating in a nonuniform plasma at the bounce resonance condition [J] . Polomarov OV, Theodosiou CE, Kaganovich ID Physics of plasmas . 2005,第8期

机译：在反弹共振条件下在非均匀等离子体中增强的无碰撞加热
2. Experimental validation and simulation of collisionless bounce-resonance heating in capacitively coupled radio-frequency discharges [J] . Liu Y.-X., Zhang Q.-Z., Jiang W., Plasma Sources Science & Technology . 2012,第3期

机译：电容耦合射频放电中无碰撞弹跳共振加热的实验验证和仿真
3. Effect of bulk electric field reversal on the bounce resonance heating in dual-frequency capacitively coupled electronegative plasmas [J] . Liu Yong-Xin, Zhang Quan-Zhi, Liu Jia, Applied Physics Letters . 2012,第11期

机译：反向电场对双频电容耦合电负性等离子体中反弹共振加热的影响
4. Nonlinear Landau damping and collisionless heating in bounded plasmas [C] . Kaganovich, I.D. . 2004

机译：有限等离子体中的非线性Landau阻尼和无碰撞加热
5. Enhanced hot electron confinement and isochoric heating in high contrast ultra-intense laser produced plasmas via novel conical micro-target design [D] . Rassuchine, Jennifer M. 2007

机译：通过新颖的锥形微靶设计，在高对比度超强激光产生的等离子体中增强了热电子限制和等容加热
6. Direct evidence of nonstationary collisionless shocks in space plasmas [O] . Andrew P. Dimmock, Christopher T. Russell, Roald Z. Sagdeev, 2019

机译：空间等离子体中的非平稳无碰撞冲击的直接证据
7. ELECTRON HEATING BY THE ION CYCLOTRON INSTABILITY IN COLLISIONLESS ACCRETION FLOWS. II. ELECTRON HEATING EFFICIENCY AS A FUNCTION OF FLOW CONDITIONS [O] . Lorenzo Sironi 2014

机译：无碰撞流动中离子旋回不稳定的电子加热。 II。电子加热效率作为流动条件的函数
8. Conditions of Plasma Heating at Electron Cyclotron Resonance. [R] . vinogradov, n. i. podushnikova, k. a. 1972

机译：电子回旋共振时等离子体加热的条件。

Enhanced collisionless heating in a nonuniform plasma at the bounce resonance condition

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