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The Construction of Plasma Density Feedback Control System on J-TEXT Tokamak

The Construction of Plasma Density Feedback Control System on J-TEXT Tokamak
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摘要 The plasma density feedback control system(PDFCS) has been established on the Joint Texas Experimental Tokamak(J-TEXT) for meeting the need for an accurate plasma density in physical experiments.It consists of a density measurement subsystem,a feedback control subsystem and a gas puffing subsystem.According to the characteristic of the gas puffing system,a voltage amplitude control mode has been applied in the feedback control strategy,which is accomplished by the proportion,integral and differential(PID) controller.In this system,the quantity calibration of gas injection,adjusted responding to the change of the density signal,has been carried out.Some experimental results are shown and discussed. The plasma density feedback control system(PDFCS) has been established on the Joint Texas Experimental Tokamak(J-TEXT) for meeting the need for an accurate plasma density in physical experiments.It consists of a density measurement subsystem,a feedback control subsystem and a gas puffing subsystem.According to the characteristic of the gas puffing system,a voltage amplitude control mode has been applied in the feedback control strategy,which is accomplished by the proportion,integral and differential(PID) controller.In this system,the quantity calibration of gas injection,adjusted responding to the change of the density signal,has been carried out.Some experimental results are shown and discussed.
出处 《Plasma Science and Technology》 SCIE EI CAS CSCD 2016年第2期211-216,共6页 等离子体科学和技术(英文版)
基金 supported by the National Magnetic Confinement Fusion Science Program(Nos.2014GB103001 and 2013GB106001) National Natural Science Foundation of China(Nos.11305070 and 11105028)
关键词 density feedback control tokamak PID density feedback control tokamak PID
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  • 1Strachan J D, Bretz N, Mazzucato E, et al. 1982, Nu- clear Fusion, 22:1145.
  • 2Winter J. 1987, Journal of Vacuum Science z Tech- nology A, 5:2286.
  • 3Mlynek A, Reich M, Giannone L, et al. 2011, Nuclear Fusion, 51:043002.
  • 4Brelen H E O. 1995, Fusion Science and Technology, 27:162.
  • 5Lennholm M, Budd T, Feton R, et al. 2000, Fusion Engineering and Design, 48:37.
  • 6Luo J R, Ji Z S, Wang X M, et al. 2001, Nuclear Fusion and Plasma Physics, 21:237 (in Chinese).
  • 7Zhao D Z, Luo J R, Li G, et al. 2004, Nuclear Science and Techniques, 15:232.
  • 8Zhuang G, Pan Y, Hu X W, et al. 2011, Nuclear Fu- sion, 51:094020.
  • 9Chen L, Liu Z, Zhu W, et al. 2003, Vacuum, 6:34 (in Chinese).
  • 10Seo S H, Kim H T, Kim K P, et al. 2008, Review of Scientific Instruments, 79:116103.

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