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Plasma shape reconstruction in tokamak Globus-M experiments with using magnetic sensors

机译：使用磁传感器在托卡马克Globus-M实验中重建等离子体形状

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摘要

The paper deals with plasma shape reconstruction problem in the Globus-M experiments. Plasma shape reconstruction procedure has been developed. It is based on using 21 signal from magnetic flux loops and 64 signals from 32 two-component magnetic probes located along vacuum vessel cross section boundary. This procedure can be useful to estimate plasma shape geometry in tokamak in time between shots.

机译：本文研究了Globus-M实验中的等离子体形状重构问题。等离子形状重建程序已经开发出来。它是基于使用21个来自磁通量回路的信号和64个来自32个沿真空容器横截面边界定位的两组分磁探头的信号的结果。该过程对于两次射击之间的时间估计托卡马克中的等离子体形状几何可能是有用的。

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《》|2005年|P.64-68|共5页
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Vasiliev; V.I.; Kostsov; Yu.A.; Lobanov; K.M.; Makarova; L.P.; Mineev; A.B.; Gusev; V.K.; Levin; R.G.; Petrov; Yu.V.; Sakharov; N.V.;
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中图分类工业技术;
关键词
Tokamak devices; magnetic flux; magnetic sensors; plasma boundary layers; plasma probes; magnetic flux loops; magnetic sensors; plasma shape reconstruction; tokamak Globus-M experiments; two-component magnetic probes; vacuum vessel cross section boundary;

机译：托卡马克装置;磁通量;磁传感器;等离子边界层;等离子探针;磁通量环;磁传感器;等离子形状重构;托卡马克Globus-M实验;两组分磁探针;真空容器横截面边界;

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专利

1. On-line plasma shape reconstruction algorithm in tokamaks and its verification in the Globus-M [J] . Vasiliev VI, Kostsov YA, Lobanov KM, Nuclear fusion . 2006,第8期

机译：托卡马克中的在线等离子体形状重构算法及其在Globus-M中的验证
2. Real-Time Determination of the Position and Shape of the Plasma Column from External Magnetic Measurements in the GLOBUS-M Tokamak [J] . V. M. Amoskov, V. A. Belyakov, S. E. Bender, Plasma physics reports . 2003,第12期

机译：通过GLOBUS-M Tokamak中的外部磁测量实时确定等离子柱的位置和形状
3. On the Role of Graphite Chamber-Wall Lining in Experiments on the Ion—Cyclotron Resonance Plasma Heating in the Globus-M Spherical Tokamak [J] . B. B. Ayushin, V. I. Varfolomeev, V. K. Gusev, Technical physics letters: Letters to the Russian journal of applied physics . 2009,第1期

机译：石墨腔壁衬里在Globus-M球形托卡马克离子-回旋共振等离子体加热实验中的作用
4. Plasma shape reconstruction in tokamak Globus-M experiments with using magnetic sensors [C] . V.I. Vasiliev, Yu.A. Kostsov, K.M. Lobanov, International Conference on Physics and Control . 2005

机译：使用磁传感器的Tokamak Globus-M实验中的等离子体形状重建
5. Control of Internal Transport Barriers in Magnetically Confined Tokamak Fusion Plasmas [D] . Panta, Soma Raj. 2020

机译：控制磁局限制托卡马克融合等离子体内部运输障碍的控制
6. Mimicking Electromagnetic Wave Coupling in Tokamak Plasma with Fishnet Metamaterials [O] . K. Rustomji, R. Abdeddaim, J. Achard, -1

机译：鱼网超材料模拟托卡马克等离子体中的电磁波耦合
7. Optical boundary reconstruction of tokamak plasmas for feedback control of plasma position and shape [O] . Hommen, G Gillis, Baar, de, MR Marco, Nuij, PWJM Pieter, 2010

机译：托卡马克等离子体的光学边界重建，用于等离子体位置和形状的反馈控制
8. Experimental plasma equilibrium reconstruction from kinetic and magnetic measurements in FTU Tokamak [R] . Alladio, F. , Micozzi, P. 1994

机译：FTU托卡马克动力学和磁力测量的实验等离子体平衡重建

Plasma shape reconstruction in tokamak Globus-M experiments with using magnetic sensors

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