RF Central Solenoid Operation for Plasma Production and Current Drive in TST-2

Akira EJIRI; Yuichi TAKASE; Naoto TSUJII; Takahiro SHINYA; Satoru YAJIMA; Masateru SONEHARA; Hirokazu FURUI; Hiro TOGASHI; Hiroto HOMMA; Kenta NAKAMURA; Toshihiro TAKEUCHI; Yusuke YOSHIDA; Wataru TAKAHASHI; Kazuya TOIDA; Hibiki YAMAZAKI

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RF Central Solenoid Operation for Plasma Production and Current Drive in TST-2

机译：用于TST-2中等离子体产生和电流驱动的RF中央电磁阀操作

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The RF central solenoid operation is a method for generating an inductive RF electric field in a device by which plasma can be produced and ohmically heated. Furthermore, it may drive the DC current via heating. Experiments were carried out in TST-2 to clarify this potential under a limited amount of flux swing (±0.5 mVs) of the central solenoid. It was found that it can produce plasma and drive the DC current up to approximately 0.6 kA on average when an external equilibrium field is applied. In addition, the DC current can be ramped up when the inductive RF field is applied to ECW power-sustained plasmas.

机译：RF中央螺线管操作是一种在设备中产生感应RF电场的方法，通过该设备可以产生等离子体并进行欧姆加热。此外，它可以通过加热来驱动直流电流。在TST-2中进行了实验，以弄清中心螺线管在有限的磁通量摆动（±0.5 mVs）下的电势。已经发现，当施加外部平衡场时，它可以产生等离子体并驱动直流电流平均达到约0.6 kA。此外，当感应式RF场施加到ECW维持功率的等离子体时，DC电流可以增加。

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《Plasma and Fusion Research》 |2016年第1期|共1页
作者
Akira EJIRI; Yuichi TAKASE; Naoto TSUJII; Takahiro SHINYA; Satoru YAJIMA; Masateru SONEHARA; Hirokazu FURUI; Hiro TOGASHI; Hiroto HOMMA; Kenta NAKAMURA; Toshihiro TAKEUCHI; Yusuke YOSHIDA; Wataru TAKAHASHI; Kazuya TOIDA; Hibiki YAMAZAKI;
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中图分类等离子体物理学;
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1. Plasma current start-up experiments without the central solenoid in the TST-2 spherical tokamak [J] . Takase Y, Ejiri A, Shiraiwa S, Nuclear fusion . 2006,第8期

机译：TST-2球形托卡马克中没有中央螺线管的等离子电流启动实验
2. Numerical modeling of lower hybrid current drive in fully non-inductive plasma start-up experiments on TST-2 [J] . N. Tsujii, Y. Takase, A. Ejiri, Nuclear fusion . 2017,第12期

机译：在TST-2上的完全无感等离子体启动实验中较低混合电流驱动的数值模型
3. Non-inductive plasma current start-up by EC and RF power in the TST-2 spherical tokamak [J] . A. Ejiri, Y. Takase, T. Oosako, Nuclear fusion . 2009,第6期

机译：在TST-2球形托卡马克中通过EC和RF功率启动无感等离子体电流
4. Microwave heating and current drive for performance optimisation in magnetically confined fusion plasmas [C] . Zohm H. Infrared and Millimeter Waves, 2004 and 12th International Conference on Terahertz Electronics, 2004. Conference Digest of the 2004 Joint 29th International Conference on . 2004

机译：微波加热和电流驱动可优化磁约束聚变等离子体的性能
5. Sensorless current source-fed PM drive system for low-speed operations. [D] . Al-Nabi, Ehsan. 2013

机译：无传感器电流源供电的PM驱动系统，用于低速运行。
6. Sex Differences in Plasmacytoid Dendritic Cell Levels of IRF5 Drive Higher IFN-α Production in Women [O] . Morgane Griesbeck, Susanne Ziegler, Sophie Laffont, -1

机译：IRF5的浆细胞样树突状细胞水平的性别差异驱动妇女产生更高的IFN-α。
7. RF Central Solenoid Operation for Plasma Production and Current Drive in TST-2 [O] . Akira EJIRI, Yuichi TAKASE, Naoto TSUJII, 2016

机译：RF中央电磁阀操作，用于浆液生产和电流驱动器在TST-2中
8. Fast wave heating and current drive in tokamak plasmas with negative central shear [R] . Forest, C. B. , Petty, C. C. , Baity, F. W. 1996

机译：具有负中心剪切的托卡马克等离子体中的快速波加热和电流驱动

RF Central Solenoid Operation for Plasma Production and Current Drive in TST-2

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