节点文献
HL-2M装置磁测量系统设计及初始放电实验结果
Design of magnetic measurement system and experiment results of initial discharge on HL-2M tokamak
【摘要】 介绍了HL-2M装置上满足等离子体放电的磁测量系统的物理设计,主要包括磁探针、磁通环以及电流测量系统的设计。通过HL-2M装置典型的放电位形参数对磁探针的极向布局、有效面积,磁通环的极向布局以及测量等离子体电流的罗氏圈互感值进行了初步设计。目前,HL-2M装置已经完成初始等离子体放电。各个子系统均能达到其测量目标。
【Abstract】 The physical design of magnetic measurement system for plasma discharge on HL-2 M tokamak is introduced, including the designs of magnetic probes, magnetic flux loop and current measurement system.Through the typical discharge configuration parameters of HL-2 M tokamak, the poloidal layout and effective area of magnetic probes, the poloidal layout of magnetic flux loop and the mutual inductance of Rogowski coil for measuring plasma current were designed. At present, the HL-2 M tokamak has completed the first plasma discharge. Each subsystem achieves its measurement target.
- 【文献出处】 核聚变与等离子体物理 ,Nuclear Fusion and Plasma Physics , 编辑部邮箱 ,2021年S2期
- 【分类号】TL631.24
- 【下载频次】56