Tokamak plasma self-organization—synergetics of magnetic trap plasmas

K.A. Razumova; V.F. Andreev; L.G. Eliseev; A.Ya. Kislov; RJ. La Haye; S.E. Lysenko; A.V. Melnikov; G.E. Notkin; Yu.D. Pavlov; M.Yu. Kantor

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Tokamak plasma self-organization—synergetics of magnetic trap plasmas

机译：托卡马克等离子体的自组织—磁阱等离子体的协同作用

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Analysis of a wide range of experimental results in plasma magnetic confinement investigations shows that in most cases, plasmas are self-organized. In the tokamak case, it is realized in the self-consistent pressure profile, which permits the tokamak plasma to be macroscopically MHD stable. Existing experimental data permit suggesting a hypothesis about the mechanism of pressure profile regulation and to give an explanation of such unusual phenomena as a nonlocal character of transport coefficients, enhanced speed of heat/cold pulse propagation and many modes of tokamak operation.

机译：对等离子体磁约束研究中各种实验结果的分析表明，在大多数情况下，等离子体是自组织的。在托卡马克的情况下，这是通过自洽的压力曲线实现的，这使托卡马克等离子体在宏观上具有MHD稳定性。现有的实验数据可以提出关于压力分布调节机制的假设，并可以解释诸如输送系数的非局部特征，热/冷脉冲传播速度提高以及托卡马克运行的多种模式等异常现象。

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来源
《Nuclear fusion》 |2011年第8期|p.233-241|共9页
作者
K.A. Razumova; V.F. Andreev; L.G. Eliseev; A.Ya. Kislov; RJ. La Haye; S.E. Lysenko; A.V. Melnikov; G.E. Notkin; Yu.D. Pavlov; M.Yu. Kantor;
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作者单位

Institute of Tokamak Physics, NRC 'Kurchatov Institute', 123182 Moscow, Russia;

Institute of Tokamak Physics, NRC 'Kurchatov Institute', 123182 Moscow, Russia;

Institute of Tokamak Physics, NRC 'Kurchatov Institute', 123182 Moscow, Russia;

Institute of Tokamak Physics, NRC 'Kurchatov Institute', 123182 Moscow, Russia;

General Atomics, PO Box 85608, San Diego, CA 92186, USA;

Institute of Tokamak Physics, NRC 'Kurchatov Institute', 123182 Moscow, Russia;

Institute of Tokamak Physics, NRC 'Kurchatov Institute', 123182 Moscow, Russia;

Institute of Tokamak Physics, NRC 'Kurchatov Institute', 123182 Moscow, Russia;

Institute of Tokamak Physics, NRC 'Kurchatov Institute', 123182 Moscow, Russia;

Ioffe Institute, RAS, 194021 Saint Petersburg, Russia;

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收录信息美国《科学引文索引》(SCI);美国《工程索引》(EI);美国《生物学医学文摘》(MEDLINE);
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专利

1. Control of neoclassical tearing mode by synergetic effects of resonant magnetic perturbation and electron cyclotron current drive in reversed magnetic shear tokamak plasmas [J] . Weikang Tang(汤炜康), Zheng-Xiong Wang(王正汹), Lai Wei(魏来), Nuclear fusion . 2020,第2期

机译：反向磁剪切托卡马克等离子体中共振磁扰动和电子回旋电流驱动的协同效应控制新古典撕裂模式
2. Synergetic effects of magnetic feedback and plasma flow on resistive wall mode stability in tokamaks [J] . Guoliang Xia, Yue Liu, Yueqiang Liu Plasma physics and controlled fusion . 2014,第9期

机译：磁反馈和等离子体流对托卡马克电阻壁模式稳定性的协同效应
3. Tokamak Plasmas : Internal magnetic ???eld measurement in tokamak plasmas using a Zeeman polarimeter [J] . J Govindarajan, M Jagadeeshwari Pramana . 2000,第5期

机译：托卡马克等离子体：使用塞曼偏振计测量托卡马克等离子体中的内部磁场
4. Using magnetic diagnostics to extrapolate operational limits in elongated tokamak plasmas [C] . Bellizio T., Albanese R., Ambrosino G., 2010 17th IEEE-NPSS Real Time Conference : Conference Record . 2010

机译：使用磁诊断来推断细长托卡马克等离子体的运行极限
5. Two approaches to self-organization in plasma: Kinetic theory treatment for the dynamo problem and sandpile automaton model for pedestal formation in magnetically confined plasma. [D] . Gruzinov, Irina. 2002

机译：等离子体中自组织的两种方法：动力学问题的动力学理论处理和磁约束等离子体中基座形成的沙堆自动机模型。
6. Optical soliton in dielectric fibers and self-organization ofturbulence in plasmas in magnetic fields [O] . Akira Hasegawa 2009

机译：介电纤维中的孤子及其自组织磁场中的等离子体湍流
7. Plasma Equilibrium Control in Nuclear Fusion Devices. 2. Plasma Control in Magnetic Confinement Devices. 2.1 Plasma Control in Tokamaks. [O] . Takeshi FUKUDA 1999

机译：核聚变装置中等离子体平衡控制。 2.磁控装置中的等离子控制。 2.1托卡马克等等离子体控制。
8. Trapped Electron Mode Turbulence Driven Intrinsic Rotation in Tokamak Plasmas [R] . Wang, W. X., Hahm, T. S., Zakharov, L. E., 2011

机译：托卡马克等离子体中捕获的电子模式湍流驱动的内在旋转

Tokamak plasma self-organization—synergetics of magnetic trap plasmas

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