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序号 | 文章题名 | 作 者 | 发表刊物 | 原文语言 | 检索 |
1 | Recent advances in the HL-2A tokamak experiments | Y. Liu , et al. | Nucl. Fusion , Vol.45, No.7 | 英文 | |
2 | Observations of the pulse perturbation during multi-pulse molecular beam injection on HL-2A | Shi Zhongbing,et al. | Plasma Phys. Control. Fusion, Vol.47, No.10 | 英文 | |
3 | Fast reciprocating probe system on the HL-2A tokamak | Longwen Yan,et al | Review of Scientific Instruments, Vol.76, No.9 | 英文 | |
4 | Investigations of disruption on the HL-2A tokamak | Q.W.YANG, et al. | 32 nd EPS Plasma Physics Conference, 27-31 Jun. 2005, Tarragona, Spain | 英文 | |
5 | Recent Experimental Results in the HL-2A Tokamak | W.Li,et al. | 16 th IAEA Technical Meeting on Research Using Small Fusion Device, Nov 30-Dec.2, 2005, Mexico | 英文 | |
6 | Divertor Experiments with MBI and Strong Gas Puffing on HL-2A | X. R.. Duan,et al. | JSPS-CAS Core Universsity Program Seminar on Production and Steady State Confinement of High Performance Plasma in Magnetic Confinement Systems,27-29 July, 2005,Hefei,China | 英文 | |
7 | Application of Soft X-ray Tomography on HL-2A | DONG Yunbo,et al. | 5 th Asia Plasma Fusion Association | 英文 | |
8 | HL-2A Tokamak & Recent Experimental Results | HL-2A experiment group (Presented by X.T. Ding) | 5 th Asia Plasma Fusion Association | 英文 | |
9 | HL-2A装置低混杂波加热系统高压电源 | 王雅丽等 | 《核聚变与等离子体物理》Vol.25,No.3 | 中文 | |
10 | HL-2A装置可见光诊断方法初探 | 施乐等 | 《核聚变与等离子体物理》Vol.25,No.3 | 中文 | |
11 | HL-2A装置中基于PXI的高速并行数据系统 | 赵丽等 | 《计算机测量与控制》No.10 | 中文 | |
12 | HL-2A装置快速扫描气动探针的研制和运用 | 洪文玉等 | 《核聚变与等离子体物理》Vol.25,No.4 | 中文 | |
13 | HL-2A装置的边缘参数测量 | 洪文玉等 | 《核聚变与等离子体物理》Vol.25,No.3 | 中文 | |
14 | HL-2A装置偏滤器物理分析及其实验的初步证实 | 王相星等 | 《核聚变与等离子体物理》Vol.25,No.2 | 中文 | |
15 | HL-2A等离子体边缘的快速单探针测量 | 洪文玉等 | 《核聚变与等离子体物理》Vol.25,No.2 | 中文 | |
16 | HL-2A偏滤器运行模式的探针测量 | 洪文玉等 | 《核聚变与等离子体物理》Vol.25,No.1 | 中文 |
Investigations of disruption on the HL-2A tokamakJ.W.Yang, X.Y.Song, Z.T.Liu, Z.C.Deng, Y.Z.Zheng, Yong Liu, and HL-2A team Southwestern Institute of Physics, P.O. Box 432, Chengdu SICHUAN 610041, China Abstract. Major disruption is a serious problem for tokamak operation. The major disruption can be caused by several reasons, for example, the low-q discharge, the MHD instability and mode locking, the vertical displacement events (VDEs) and the high density operations. When the major disruption occurs, it can not only generate great heat loads on the first wall and divertor plates, but also leads to the large electromagnetic force because of the halo current. Therefore, how to avoid the disruption is an important issue on tokamak operation. To control and mitigate it, the mechanism and the characters of disruption have to be well known. A lot of experimental and theoretical studies of the major disruptions have been presented. |
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