H
Huabing Du
Researcher at Chinese Academy of Engineering
Publications - 21
Citations - 206
Huabing Du is an academic researcher from Chinese Academy of Engineering. The author has contributed to research in topics: Laser & Hohlraum. The author has an hindex of 9, co-authored 14 publications receiving 156 citations.
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Journal ArticleDOI
First Investigation on the Radiation Field of the Spherical Hohlraum.
Wen Yi Huo,Zhichao Li,Zhichao Li,Yaohua Chen,Xuefei Xie,Ke Lan,Ke Lan,Jie Liu,Jie Liu,Guoli Ren,Yongsheng Li,Yonggang Liu,Xiaohua Jiang,Dong Yang,Dong Yang,Sanwei Li,Liang Guo,Huan Zhang,Lifei Hou,Huabing Du,Xiaoshi Peng,Tao Xu,Chaoguang Li,Xiayu Zhan,Guanghui Yuan,Haijun Zhang,Baibin Jiang,Lizhen Huang,Kai Du,Kai Du,Runchang Zhao,Ping Li,Wang Wei,Jingqin Su,Jingqin Su,Yongkun Ding,Yongkun Ding,Xian-Tu He,Xian-Tu He,Weiyan Zhang +39 more
TL;DR: The first spherical hohlraum energetics experiment is accomplished on the SGIII-prototype laser facility and it is indicated that the radiation temperatures measured by the FXRDs depend on the observation angles and are related to the view field.
Journal ArticleDOI
Direct measurement of x-ray flux for a pre-specified highly-resolved region in hohlraum.
Ren Kuan,Shenye Liu,Lifei Hou,Huabing Du,Guoli Ren,Wenyi Huo,Longfei Jing,Zhao Yang,Zhiwen Yang,Wei Minxi,Keli Deng,Yao Li,Zhichao Li,Dong Yang,Chen Zhang,Ji Yan,Yang Guohong,Sanwei Li,Shaoen Jiang,Yongkun Ding,Jie Liu,Ke Lan +21 more
TL;DR: A space-resolving flux detector (SRFD) is developed to measure the X-ray flux emitted from a specified region in hohlraum with a high resolution up to 0.11mm for the first time, and the ratio of laser spot flux to re-emitted flux shows a strong time-dependent behavior.
Journal ArticleDOI
Characterization of a multi-keV x-ray source produced by nanosecond laser irradiation of a solid target: The influence of laser focus spot and target thickness
Guang-yue Hu,Jian Zheng,Bai-fei Shen,An-le Lei,Shenye Liu,Jiyan Zhang,Jiamin Yang,Yongkun Ding,Xin Hu,Yi-xiang Huang,Huabing Du,Rongqing Yi,Zhi-zhan Xu +12 more
TL;DR: In this article, the influence of focus spot and target thickness on multi-keV x-ray sources generated by 2ns duration laser heated solid targets is investigated on the Shenguang II laser facility.
Journal ArticleDOI
Efficient K-shell x-ray sources produced with titanium foils
Guang-yue Hu,Shenye Liu,Jian Zheng,Changshu Wu,Jinghong Li,Shunchao Wu,Jiyan Zhang,Jiamin Yang,Guohong Yang,Rongqing Yi,Huabing Du,Yi-xiang Huang,Xin Hu,Yongkun Ding +13 more
TL;DR: In this paper, the conversion efficiency of titanium K-shell x rays was experimentally investigated in the Shenguang II laser facility and it was shown that the enhancement of the conversion performance should be due to the larger size of hot underdense plasmas generated with the thinner foil.
Journal ArticleDOI
First Octahedral Spherical Hohlraum Energetics Experiment at the SGIII Laser Facility.
Wen Yi Huo,Zhichao Li,Yaohua Chen,Xufei Xie,Guoli Ren,Hui Cao,Shu Li,Ke Lan,Jie Liu,Yongsheng Li,Sanwei Li,Liang Guo,Yonggang Liu,Dong Yang,Xiaohua Jiang,Lifei Hou,Huabing Du,Xiaoshi Peng,Tao Xu,Chaoguang Li,Xiayu Zhan,Zhebin Wang,Keli Deng,Wang Qiangqiang,Deng Bo,Feng Wang,Jiamin Yang,Shenye Liu,Shaoen Jiang,Guanghui Yuan,Haijun Zhang,Baibin Jiang,Wei Zhang,Qianqian Gu,He Zhibing,Kai Du,Xuewei Deng,Wei Zhou,Wang Liquan,Xiaoxia Huang,Yuancheng Wang,Dongxia Hu,Kuixing Zheng,Qihua Zhu,Yongkun Ding +44 more
TL;DR: The experimental results show that the octahedral spherical hohlraum radiation temperature is in the range of 170-182 eV with drive laser energies of 71 kJ to 84 kJ, and the radiation temperature inside the hohlRAum determined by the shock wave technique is about 175 e V at 71 KJ.