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Recent diagnostic developments at the 100 kJ-level laser facility in China
Matter and Radiation at Extremes ( IF 4.8 ) Pub Date : 2020-05-01 , DOI: 10.1063/1.5129726 Feng Wang 1 , Shaoen Jiang 1 , Yongkun Ding 2 , Shenye Liu 1 , Jiamin Yang 1 , Sanwei Li 1 , Tianxuan Huang 1 , Zhurong Cao 1 , Zhenghua Yang 1 , Xin Hu 1 , Wenyong Miao 1 , Jiyan Zhang 1 , Zhebin Wang 1 , Guohong Yang 1 , Rongqing Yi 1 , Qi Tang 1 , Longyu Kuang 1 , Zhichao Li 1 , Dong Yang 1 , Yulong Li 1 , Xiaoshi Peng 1 , Kuan Ren 1 , Baohan Zhang 1
Matter and Radiation at Extremes ( IF 4.8 ) Pub Date : 2020-05-01 , DOI: 10.1063/1.5129726 Feng Wang 1 , Shaoen Jiang 1 , Yongkun Ding 2 , Shenye Liu 1 , Jiamin Yang 1 , Sanwei Li 1 , Tianxuan Huang 1 , Zhurong Cao 1 , Zhenghua Yang 1 , Xin Hu 1 , Wenyong Miao 1 , Jiyan Zhang 1 , Zhebin Wang 1 , Guohong Yang 1 , Rongqing Yi 1 , Qi Tang 1 , Longyu Kuang 1 , Zhichao Li 1 , Dong Yang 1 , Yulong Li 1 , Xiaoshi Peng 1 , Kuan Ren 1 , Baohan Zhang 1
Affiliation
A 100 kJ-level laser facility has been designed to study inertial confinement fusion physics in China. This facility incorporates various diagnostic techniques, including optical, x-ray imaging, x-ray spectrum, and fusion product diagnostics, as well as general diagnostics assistance systems and central control and data acquisition systems. This paper describes recent developments in diagnostics at the facility.
更新日期：2020-05-01
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