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双涡流驱动快速充气阀已经在中国科学院等离子体物理研究所研制成功,为了快速、自动地给快速充气阀供气并精确测量充气量,本文设计搭建了一套快速充气阀自动补气及进气量精确测量系统,并用于EAST托克马克物理实验。在2015年EAST实验运行中,该系统满足了快速充气阀对自动补气系统的可靠性和准确性两方面的要求。该系统的成功研制为EAST定量研究快速充气对缓解等离子体破裂的效果提供给了重要的工具。
Double vortex-driven rapid inflation valve has been successfully developed at the Institute of Plasma Physics, Chinese Academy of Sciences, in order to quickly and automatically supply gas to the rapid charge valve and accurately measure the amount of inflation, the paper designed to build a rapid inflatable valve automatic gas and intake Accurate measurement system, and for EAST Tokemark physics experiments. During the 2015 EAST experiment, the system fulfilled the requirements of the fast charge valve for the reliability and accuracy of an automatic gas-filled system. The successful development of the system provided an important tool for quantitatively studying the effect of rapid inflation on mitigating plasma rupture.