摘要
在对ＨＴ７Ｕ超导托卡马克极向场电源系统分析中，把等离子体看作是一种理想的电感线圈，根据电磁互感原理建立超导托卡马克极向场电源系统关于等离子体电流的控制数学模型，再利用状态反馈和输入变换对等离子体电流进行解耦控制。
In the analysis of poloidal field power supply system in the HT 7U super conductive Tokamak ,the plasma is considered as ideal inductive coil. The control mathematics model of plasma current is built on the basis of the electromagnetic theory,and the decoupling control of current is realized with feedback of state and conversion of input. This study will provide an effective theory for computer real time control of poloidal field power supply system in the engineering practice.
出处
《合肥工业大学学报（自然科学版）》
CAS
CSCD
1999年第5期31-35,共5页
Journal of Hefei University of Technology：Natural Science
关键词
超导托卡马克
极向场电源系统
解耦控制
核聚变
super conductive Tokamak
poloidal field power supply system
plasma current
decoupling control
