ECRH effect on the electric potential in toroidal plasmas (Overview of recent T-10 tokamak and TJ-II stellarator results)

A.V. Melnikov; C. Hidalgo; L.I. Krupnik; E. Ascasibar; A. Cappa; A.A. Chmyga; G.N. Deshko; M.A. Drabinskij; L.G. Eliseev; P.O. Khabanov; S.M. Khrebtov; N.K. Kharchev; A.D. Komarov; A.S. Kozachek; S.E. Lysenko; J.L. dePablos; V.N. Zenin; A.I. Zhezhera

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ECRH effect on the electric potential in toroidal plasmas (Overview of recent T-10 tokamak and TJ-II stellarator results)

机译：ECRH对环形血浆中电势的影响（最近的T-10托卡马克和TJ-II恒星仪结果概述）

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Electric field E or electric potential ? plays a keyrole in the transport and turbulence processes intoroidal plasmas by both mean and oscillatorycomponents. It is believed that mean radial E rsuppresses the turbulence eddies via E×B shearingmechanism, while oscillatory E r (zonal flows andGeodesic Acoustic Modes, GAM) provides themechanism of turbulence self-regulation [1].ECRH/ECCD is a powerful tool to affect and tostudy hot plasmas confined in closed magnetic traps,aiming for both basic plasma physics andthermonuclear fusion research [2].

机译：电场E或电势？通过均值和振荡分量在环形等离子体的传输和湍流过程中起关键作用。可以认为，平均径向E通过E×B剪切机制抑制了涡流，而振荡E r（区域流动和大地声学模式，GAM）提供了湍流自我调节的机制[1]。ECRH/ ECCD是影响湍流自我调节的有力工具。并研究限制在封闭磁阱中的热等离子体，旨在用于基础等离子体物理学和热核聚变研究[2]。

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《EPJ Web of Conferences》 |2017年第12期|共2页
作者
A.V. Melnikov; C. Hidalgo; L.I. Krupnik; E. Ascasibar; A. Cappa; A.A. Chmyga; G.N. Deshko; M.A. Drabinskij; L.G. Eliseev; P.O. Khabanov; S.M. Khrebtov; N.K. Kharchev; A.D. Komarov; A.S. Kozachek; S.E. Lysenko; J.L. dePablos; V.N. Zenin; A.I. Zhezhera;
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1. ECRH effect on the electric potential and turbulence in the TJ-II stellarator and T-10 tokamak plasmas [J] . Melnikov A. V, Krupnik L. I, Ascasibar E., Plasma physics and controlled fusion . 2018,第8期

机译：ECRH对TJ-II螺栓和T-10 Tokamak等离子体中电势和湍流的影响
2. PLASMA POTENTIAL MEASUREMENTS BY THE HEAVY ION BEAM PROBE DIAGNOSTIC IN FUSION PLASMAS: BIASING EXPERIMENTS IN THE TJ-II STELLARATOR AND T-10 TOKAMAK [J] . A. V. MELNIKOV, C. HIDALGO, A. A. CHMYGA, Fusion Science and Technology . 2004,第2期

机译：重离子束探针在熔融等离子体中的等离子体电势测量：基于TJ-II Stelllarator和T-10 Tokamak的实验
3. Electric potential dynamics in OH and ECRH plasmas in the T-10 tokamak [J] . A.V. Melnikov, L.G. Eliseev, S.V. Perfilov, Nuclear fusion . 2013,第9期

机译：T-10托卡马克中OH和ECRH等离子体中的电势动力学
4. Plasma potential profiles and oscillations in ECRH and NBI plasmas in the TJ-II stellarator [C] . A.V.Melnikov, L.G. Eliseev, A. Alonso, Conference on Plasma Physics . 2010

机译：TJ-II螺栓磨机中ECRH和NBI等离子体中的等离子体潜力和振荡
5. Fundamentals of Axis-Symmetric Boundary Reconstruction for Ideal Tokamak Plasmas: Using Toroidal Harmonics to Match Poloidal Flux Measurements in the Surrounding Vacuum [D] . Nesbitt, Neal David. 2018

机译：理想托卡马克等离子体轴对称边界重建的基础：使用环形谐波在周围真空中匹配针状磁通测量
6. Experimental Identification of Electric Field Excitation Mechanisms in a Structural Transition of Tokamak Plasmas [O] . T. Kobayashi, K. Itoh, T. Ido, -1

机译：托卡马克等离子体结构转变中电场激发机制的实验鉴定
7. ECRH effect on the electric potential in toroidal plasmas (Overview of recent T-10 tokamak and TJ-II stellarator results) [O] . A.V. Melnikov, C. Hidalgo, L.I. Krupnik, 2017

机译：ECRH对环形等离子体中电势的影响（近期T-10托卡马克和TJ-II螺旋液结果的概述）
8. Plasma diagnostics for tokamaks and stellarators. (Diagnostico de plasmas para tokamaks y stellarators) [R] . Stott, P. E. , Sanchez, J. 1994

机译：托卡马克和仿星器的等离子体诊断。（Diagnostico de plasmas para tokamaks y stellarators）

ECRH effect on the electric potential in toroidal plasmas (Overview of recent T-10 tokamak and TJ-II stellarator results)

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