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Characterization of Cable Gun Plasma with a Charge Collector Array
引用本文:陈玉兰,曾正中,孙凤举,蒯斌,邱爱慈,尹佳辉,丛培天,梁天学. Characterization of Cable Gun Plasma with a Charge Collector Array[J]. 等离子体科学和技术, 2003, 5(3): 1803-1810
作者姓名:陈玉兰  曾正中  孙凤举  蒯斌  邱爱慈  尹佳辉  丛培天  梁天学
作者单位:NorthwestInstituteofNuclearTechnology,Xi‘an710024,China
基金项目:The project supported by the National Natural Science Foundation of the China(No.10035O20)
摘    要:The density,drift velocity and reproducibility of the plasma produced by a cable plasma gun array have been measured with a charge collector array,The plasma is used to prefill a coaxial plasma-opening switch with a conducting time approaching 0.4us,The reproducibility of the plasma source in subsequent shots is better than 5%.Near the gun nozzle and the opposite electrode,the plasma density amounts to 10^15cm%-3,which is 2 times to 3 times that in the gap between the two coaxial electrodes.A plasma drift velocity of about 2.4cm/μs is observed from the time of flight of the charged particles.Both plasma density and drift velocity increase almost linearly with the rise in charge voltage.

关 键 词:低温等离子体 物理理论 密度 同轴电极 实验研究

Characterization of Cable Gun Plasma with a Charge Collector Array
Chen Yulan,Zeng Zhengzhong,Sun Fengju Kuai Bin,Qiu Aici,Yin Jiahui,Cong Peitian,Liang Tianxue Northwest Institute of Nuclear Technology,Xi'an ,China. Characterization of Cable Gun Plasma with a Charge Collector Array[J]. Plasma Science & Technology, 2003, 5(3): 1803-1810
Authors:Chen Yulan  Zeng Zhengzhong  Sun Fengju Kuai Bin  Qiu Aici  Yin Jiahui  Cong Peitian  Liang Tianxue Northwest Institute of Nuclear Technology  Xi'an   China
Affiliation:Chen Yulan,Zeng Zhengzhong,Sun Fengju Kuai Bin,Qiu Aici,Yin Jiahui,Cong Peitian,Liang Tianxue Northwest Institute of Nuclear Technology,Xi'an 710024,China
Abstract:The density, drift velocity and reproducibility of the plasma produced by a cableplasma gun array have been measured with a charge collector array. The plasma is used to prefilla coaxial plasma-opening switch with a conducting time approaching 0.4μs. The reproducibilityof the plasma source in subsequent shots is better than 5%. Near the gun nozzle and the oppositeelectrode, the plasma density amounts to 1015cm-3, which is 2 times to 3 times that in the gapbetween the two coaxial electrodes. A plasma drift velocity of about 2.4 cm/μs is observed fromthe time of flight of the charged particles. Both plasma density and drift velocity increase almostlinearly with the rise in charge voltage.
Keywords:low temperature plasma   charge collector   cable plasma gun  
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