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	Preliminary experimental study of Mo X-pinch on "Yang" facility
	Ye Fan ; Zhang Fa-qiang ; Yang Jian-lun ; Li Zheng-hong ; Guo Cun ; Xu Ze-ping ; Xu Rong-kun ; Xia Guang-xin ; Ning Jia-min ; Song Feng-jun ; Chen Jin-chuan ; Zhong Yao-hua ; Jin Yong-jie
	2010-05-06 ; 2010-05-06
关键词	Experimental/ molybdenum pinch effect plasma diagnostics plasma X-ray sources X-ray imaging/ Mo X-pinch Yang facility current generation X-pinch load Mo wires X-ray power meter X-ray framing camera X-ray radiation power measurement X-ray imaging X-ray bursts hot spots X-ray emission 520 kA 80 ns 10 micron 15 micron 20 micron Mo/ A5255E Pinch effect and pinch machines A5270L X-ray and gamma-ray plasma diagnostic techniques A5225P Emission, absorption, and scattering of radiation in plasma A0785 X-ray, gamma-ray instruments and techniques/ current 5.2E+05 A time 8.0E-08 s size 1.0E-05 m size 1.5E-05 m size 2.0E-05 m/ Mo/el
中文摘要	A series of experiments studying Mo wire X-pinch were carried out on "Yang" facility. This facility generated a peak current of about 520 kA with 80 ns rise time. The X-pinch load was composed of two identical Mo wires with a diameter of 10 mu m, 15 mu m or 20 mu m, crossing at an angle of 32 degrees ,45 degrees or 60 degrees . X-ray power meter and X-ray framing camera were utilized to measure the power of the X-ray radiation and take X-ray imaging respectively. The results showed that one or more intense X-ray bursts occurred and hot spots emitting X-rays of energy exceeding 3 keV were formed. The smallest hot spot was less than 30 mu m in diameter.
语种	中文 ; 中文
出版者	Nucl. Soc. China ; China
内容类型	期刊论文
源URL	[http://hdl.handle.net/123456789/11321]
专题	清华大学
推荐引用方式 GB/T 7714	Ye Fan,Zhang Fa-qiang,Yang Jian-lun,et al. Preliminary experimental study of Mo X-pinch on "Yang" facility[J],2010, 2010.
APA	Ye Fan.,Zhang Fa-qiang.,Yang Jian-lun.,Li Zheng-hong.,Guo Cun.,...&Jin Yong-jie.(2010).Preliminary experimental study of Mo X-pinch on "Yang" facility..
MLA	Ye Fan,et al."Preliminary experimental study of Mo X-pinch on "Yang" facility".(2010).

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