兰州大学机构库

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Development and testing of a Frisch-Grid Ionization Chamber for the measurement of low activity of alpha-particle emitters 期刊论文
JOURNAL OF RADIOANALYTICAL AND NUCLEAR CHEMISTRY, 2021, 卷号: 330, 期号: 3, 页码: 1091-1099
Authors:  Liu, Changqi;  Huo, Dongying;  Yang, Xu;  Ma, Zhanwen;  Zhou, Jianjin;  Han, Chao;  Bai, Xiaohou;  Wu, Kang;  Zhang, Y(张宇);  Wang, JR(王俊润)...Liu, Changqi;  Huo, Dongying;  Yang, Xu;  Ma, Zhanwen;  Zhou, Jianjin;  Han, Chao;  Bai, Xiaohou;  Wu, Kang;  Zhang, Y(张宇);  Wang, JR(王俊润);  Yao, ZE(姚泽恩);  Wei, Z(韦峥)
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Frisch-grid ionization chamber  Detector performance testing  Monte-Carlo simulation  Measurement of the alpha-activities  
Measurement of Electron Density Evolution by the Optical Fiber Interferometer on Theta Pinch Plasmas* 会议论文
2021 IEEE International Conference on Plasma Science (ICOPS)
Authors:  T. Lan;  S. Zhang;  W. Ding;  G. Zhuang;  Z. Wu;  W. Mao;  C. Chen;  H. Xu;  J. Wu;  Y. Zu...T. Lan;  S. Zhang;  W. Ding;  G. Zhuang;  Z. Wu;  W. Mao;  C. Chen;  H. Xu;  J. Wu;  Y. Zu;  Z. Wei;  H. Zhou;  H. Wang;  X. Wen;  J. Wu;  C. Zhou;  A. Liu;  J. Xie;  H. Li;  W. Liu;  R. Cheng;  C. Xiao;  D. Kong;  S. Zhang
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University of Science and Technology of China,Department of Plasma Physics and Fusion Engineering,Hefei,China,230026  University of Science and Technology of China,Department of Plasma Physics and Fusion Engineering,Hefei,China,230026  University of Science and Technology of China,Department of Plasma Physics and Fusion Engineering,Hefei,China,230026  University of Science and Technology of China,Department of Plasma Physics and Fusion Engineering,Hefei,China,230026  University of Science and Technology of China,Department of Plasma Physics and Fusion Engineering,Hefei,China,230026  University of Science and Technology of China,Department of Plasma Physics and Fusion Engineering,Hefei,China,230026  University of Science and Technology of China,Department of Plasma Physics and Fusion Engineering,Hefei,China,230026  University of Science and Technology of China,Department of Plasma Physics and Fusion Engineering,Hefei,China,230026  University of Science and Technology of China,Department of Plasma Physics and Fusion Engineering,Hefei,China,230026  University of Science and Technology of China,Department of Plasma Physics and Fusion Engineering,Hefei,China,230026  University of Science and Technology of China,Department of Plasma Physics and Fusion Engineering,Hefei,China,230026  University of Science and Technology of China,Department of Plasma Physics and Fusion Engineering,Hefei,China,230026  University of Science and Technology of China,Department of Plasma Physics and Fusion Engineering,Hefei,China,230026  University of Science and Technology of China,Department of Plasma Physics and Fusion Engineering,Hefei,China,230026  University of Science and Technology of China,Department of Plasma Physics and Fusion Engineering,Hefei,China,230026  University of Science and Technology of China,Department of Plasma Physics and Fusion Engineering,Hefei,China,230026  University of Science and Technology of China,Department of Plasma Physics and Fusion Engineering,Hefei,China,230026  University of Science and Technology of China,Department of Plasma Physics and Fusion Engineering,Hefei,China,230026  University of Science and Technology of China,Department of Plasma Physics and Fusion Engineering,Hefei,China,230026  University of Science and Technology of China,Department of Plasma Physics and Fusion Engineering,Hefei,China,230026  Chinese Academy of Sciences,Institute of Modern Physics,Lanzhou,China,730000  University of Saskatchewan,Plasma Physics Laboratory,Saskatoon,Canada,S7N 5E2  Chinese Academy of Sciences,Institute of Plasma Physics,Hefei,China,230031  Chinese Academy of Sciences,Institute of Plasma Physics,Hefei,China,230031  
Evaluation of pre-neutron-emission mass distributions of neutron-induced typical actinide fission using scission point model * 期刊论文
CHINESE PHYSICS C, 2021, 卷号: 45, 期号: 11
Authors:  Huo, Dong-Ying;  Yang, Xu;  Han, Chao;  Liu, Chang-Qi;  Wu, Kang;  Liu, Xing-Yu;  Huang, Chang;  Xie, Qin;  He, Y(何源);  Bao, Xiao-Jun...Huo, Dong-Ying;  Yang, Xu;  Han, Chao;  Liu, Chang-Qi;  Wu, Kang;  Liu, Xing-Yu;  Huang, Chang;  Xie, Qin;  He, Y(何源);  Bao, Xiao-Jun;  Yao, ZE(姚泽恩);  Zhang, Y(张宇);  Wang, JR(王俊润);  Su, XD(苏小东);  Wei, Z(韦峥)
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mass distributions  scission-point model  dinuclear system model  
宁夏地区肝硬化门静脉高压食管胃底静脉曲张出血防治现状的多中心研究 期刊论文
中华消化外科杂志, 2021, 卷号: 20, 期号: 10, 页码: 1078-1084
Authors:  丁荣华;  胡燕梅;  李小果;  施超;  阮继刚;  胡建平;  轩杰;  李阳;  王平;  齐玉珍...丁荣华;  胡燕梅;  李小果;  施超;  阮继刚;  胡建平;  轩杰;  李阳;  王平;  齐玉珍;  彭芳;  祁海龙;  杨伟;  沈迁;  库水萍;  石瑞春;  魏学娟;  张彦平;  丁玉林;  张培芳;  侯占彬;  张晓娟;  田原兰;  王桂珍;  张平;  祁彦霞;  王天能;  李英;  康宁;  徐丹;  何蕊玲;  刘川;  呼圣娟;  卜阳;  祁小龙;  宁夏门静脉高压联盟(CHESS宁夏协作组)
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肝硬化  门静脉高压  宁夏地区  食管胃底静脉曲张出血  防治  
低能高电荷态Oq+离子与Al表面作用产生的X射线 期刊论文
物理学报, 2021, 卷号: 70, 期号: 19, 页码: 58-64
Authors:  张秉章;  宋张勇;  刘璇;  钱程;  方兴;  邵曹杰;  王伟;  刘俊亮;  徐俊奎;  冯勇...张秉章;  宋张勇;  刘璇;  钱程;  方兴;  邵曹杰;  王伟;  刘俊亮;  徐俊奎;  冯勇;  朱志超;  郭艳玲;  陈林;  孙良亭;  杨治虎;  于得洋
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高电荷态离子  X射线  空心原子  动能阈值  
中子诱发232Th裂变初始碎片质量及动能分布Monte-Carlo研究 期刊论文
物理学报, 2021, 页码: 1-18
Authors:  刘昌奇;  霍东英;  韩超;  吴康;  刘兴宇;  杨旭;  白晓厚;  王俊润;  张宇;  姚泽恩...刘昌奇;  霍东英;  韩超;  吴康;  刘兴宇;  杨旭;  白晓厚;  王俊润;  张宇;  姚泽恩;  韦峥
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发射中子前裂变碎片  质量分布  总动能分布  蒙特卡洛方法  
235U enrichment detection system for nuclear fuel rod based on compact D-D neutron generator 期刊论文
Science China Technological Sciences, 2021, 卷号: 64, 期号: 9, 页码: 1940-1946
Authors:  Wu, Kang;  Liu, XingYu;  Yang, Xu;  Liu, ChangQi;  Huo, DongYing;  Bai, XiaoHou;  Han, Chao;  Jiang, QiaoYue;  Zhang, Hang;  Peng, JinQiu...Wu, Kang;  Liu, XingYu;  Yang, Xu;  Liu, ChangQi;  Huo, DongYing;  Bai, XiaoHou;  Han, Chao;  Jiang, QiaoYue;  Zhang, Hang;  Peng, JinQiu;  Zhang, Y(张宇);  Wang, JR(王俊润);  Yao, ZE(姚泽恩);  Wei, Z(韦峥)
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Excitedstates  Fuels  Gammarays  Neutronbeams  Neutronsources  Neutrons  Nuclearfuelelements  Confidenceprobability  Controlrequirements  Detectionaccuracy  Detectionsystem  Epithermalneutron  Gamma  rayemission  Highlyexcitedstate  Thermalneutrons  
Study of unfolded gamma spectra by using EJ309 liquid scintillator detector 期刊论文
Nuclear Instruments and Methods in Physics Research, Section A: Accelerators, Spectrometers, Detectors and Associated Equipment, 2021, 卷号: 1006
Authors:  Zhang, Shuangjiao;  Liu, Changqi;  Yang, Xu;  Huang, Chang;  Xie, Qin;  Hu, Zhijie;  Hu, Zhiming;  Han, Chao;  Bai, Xiaohou;  Huo, Dongying...Zhang, Shuangjiao;  Liu, Changqi;  Yang, Xu;  Huang, Chang;  Xie, Qin;  Hu, Zhijie;  Hu, Zhiming;  Han, Chao;  Bai, Xiaohou;  Huo, Dongying;  Wu, Kang;  Wang, JR(王俊润);  Zhang, Y(张宇);  Wei, Z(韦峥);  Yao, ZE(姚泽恩)
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Gamma ray spectrometers  Gamma rays  Intelligent systems  Liquids  Scintillation counters  Ultraviolet spectroscopy  $+137$/Cs  $+60$/Co  Gamma spectrum  Liquid-scintillator detectors  Monte Carlo's simulation  Response functions  Spectrum unfolding  Standard $gamma@-sources  Unfolding calculation  Unfolding procedures  
探空和毫米波云雷达探测云高一致性的时空匹配原则研究 期刊论文
高原气象, 2021, 页码: 1-19
Authors:  王瑾;  张镭;  杜韬;  李燕;  岳治国;  李金辉;  周旭;  陈闯;  丁婕
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毫米波云雷达  L波段无线电探空  云垂直结构  一致性对比  时间匹配  空间匹配  
Study of the decay D+ -> K*(892)+ K-S(0) in D+ -> (K+KS0)pi(0) 期刊论文
PHYSICAL REVIEW D, 2021, 卷号: 104, 期号: 1
Authors:  Ablikim, M.;  Achasov, M. N.;  Adlarson, P.;  Ahmed, S.;  Albrecht, M.;  Aliberti, R.;  Amoroso, A.;  An, M. R.;  An, Q.;  Bai, X. H....Ablikim, M.;  Achasov, M. N.;  Adlarson, P.;  Ahmed, S.;  Albrecht, M.;  Aliberti, R.;  Amoroso, A.;  An, M. R.;  An, Q.;  Bai, X. H.;  Bai, Y.;  Bakina, O.;  Ferroli, R. Baldini;  Balossino, I;  Ban, Y.;  Begzsuren, K.;  Berger, N.;  Bertani, M.;  Bettoni, D.;  Bianchi, F.;  Bloms, J.;  Bortone, A.;  Boyko, I;  Briere, R. A.;  Cai, H.;  Cai, X.;  Calcaterra, A.;  Cao, G. F.;  Cao, N.;  Cetin, S. A.;  Chang, J. F.;  Chang, W. L.;  Chelkov, G.;  Chen, D. Y.;  Chen, G.;  Chen, H. S.;  Chen, M. L.;  Chen, S. J.;  Chen, X. R.;  Chen, Y. B.;  Chen, Z. J.;  Cheng, W. S.;  Cibinetto, G.;  Cossio, F.;  Cui, X. F.;  Dai, H. L.;  Dai, X. C.;  Dbeyssi, A.;  de Boer, R. E.;  Dedovich, D.;  Deng, Z. Y.;  Denig, A.;  Denysenko, I;  Destefanis, M.;  De Mori, F.;  Ding, Y.;  Dong, C.;  Dong, J.;  Dong, L. Y.;  Dong, M. Y.;  Dong, X.;  Du, S. X.;  Fan, Y. L.;  Fang, J.;  Fang, S. S.;  Fang, Y.;  Farinelli, R.;  Fava, L.;  Feldbauer, F.;  Felici, G.;  Feng, C. Q.;  Feng, J. H.;  Fritsch, M.;  Fu, C. D.;  Gao, Y.;  Gao, Y.;  Gao, Y.;  Gao, Y. G.;  Garzia, I;  Ge, P. T.;  Geng, C.;  Gersabeck, E. M.;  Gilman, A.;  Goetzen, K.;  Gong, L.;  Gong, W. X.;  Gradl, W.;  Greco, M.;  Gu, L. M.;  Gu, M. H.;  Gu, S.;  Gu, Y. T.;  Guan, C. Y.;  Guo, A. Q.;  Guo, L. B.;  Guo, R. P.;  Guo, Y. P.;  Guskov, A.;  Han, T. T.;  Han, W. Y.;  Hao, X. Q.;  Harris, F. A.;  Husken, N.;  He, K. L.;  Heinsius, F. H.;  Heinz, C. H.;  Held, T.;  Heng, Y. K.;  Herold, C.;  Himmelreich, M.;  Holtmann, T.;  Hou, G. Y.;  Hou, Y. R.;  Hou, Z. L.;  Hu, H. M.;  Hu, J. F.;  Hu, T.;  Hu, Y.;  Huang, G. S.;  Huang, L. Q.;  Huang, X. T.;  Huang, Y. P.;  Huang, Z.;  Hussain, T.;  Andersson, W. Ikegami;  Imoehl, W.;  Irshad, M.;  Jaeger, S.;  Janchiv, S.;  Ji, Q.;  Ji, Q. P.;  Ji, X. B.;  Ji, X. L.;  Ji, Y. Y.;  Jiang, H. B.;  Jiang, X. S.;  Jiao, J. B.;  Jiao, Z.;  Jin, S.;  Jin, Y.;  Jing, M. Q.;  Johansson, T.;  Kalantar-Nayestanaki, N.;  Kang, X. S.;  Kappert, R.;  Kavatsyuk, M.;  Ke, B. C.;  Keshk, I. K.;  Khoukaz, A.;  Kiese, P.;  Kiuchi, R.;  Kliemt, R.;  Koch, L.;  Kolcu, O. B.;  Kopf, B.;  Kuemmel, M.;  Kuessner, M.;  Kupsc, A.;  Kurth, M. G.;  Kuehn, W.;  Lane, J. J.;  Lange, J. S.;  Larin, P.;  Lavania, A.;  Lavezzi, L.;  Lei, Z. H.;  Leithoff, H.;  Lellmann, M.;  Lenz, T.;  Li, C.;  Li, C. H.;  Li, Cheng;  Li, D. M.;  Li, F.;  Li, G.;  Li, H.;  Li, H.;  Li, H. B.;  Li, H. J.;  Li, J. L.;  Li, J. Q.;  Li, J. S.;  Li, Ke;  Li, L. K.;  Li, Lei;  Li, P. R.;  Li, S. Y.;  Li, W. D.;  Li, W. G.;  Li, X. H.;  Li, X. L.;  Li, Xiaoyu;  Li, Z. Y.;  Liang, H.;  Liang, H.;  Liang, H.;  Liang, Y. F.;  Liang, Y. T.;  Liao, G. R.;  Liao, L. Z.;  Libby, J.;  Lin, C. X.;  Liu, B. J.;  Liu, C. X.;  Liu, D.;  Liu, F. H.;  Liu, Fang;  Liu, Feng;  Liu, H. B.;  Liu, H. M.;  Liu, Huanhuan;  Liu, Huihui;  Liu, J. B.;  Liu, J. L.;  Liu, J. Y.;  Liu, K.;  Liu, K. Y.;  Liu, L.;  Liu, M. H.;  Liu, P. L.;  Liu, Q.;  Liu, Q.;  Liu, S. B.;  Liu, Shuai;  Liu, T.;  Liu, W. M.;  Liu, X.;  Liu, Y.;  Liu, Y. B.;  Liu, Z. A.;  Liu, Z. Q.;  Lou, X. C.;  Lu, F. X.;  Lu, H. J.;  Lu, J. D.;  Lu, J. G.;  Lu, X. L.;  Lu, Y.;  Lu, Y. P.;  Luo, C. L.;  Luo, M. X.;  Luo, P. W.;  Luo, T.;  Luo, X. L.;  Lyu, X. R.;  Ma, F. C.;  Ma, H. L.;  Ma, L. L.;  Ma, M. M.;  Ma, Q. M.;  Ma, R. Q.;  Ma, R. T.;  Ma, X. X.;  Ma, X. Y.;  Maas, F. E.;  Maggiora, M.;  Maldaner, S.;  Malde, S.;  Malik, Q. A.;  Mangoni, A.;  Mao, Y. J.;  Mao, Z. P.;  Marcello, S.;  Meng, Z. X.;  Messchendorp, J. G.;  Mezzadri, G.;  Min, T. J.;  Mitchell, R. E.;  Mo, X. H.;  Mo, Y. J.;  Muchnoi, N. Yu;  Muramatsu, H.;  Nakhoul, S.;  Nefedov, Y.;  Nerling, F.;  Nikolaev, I. B.;  Ning, Z.;  Nisar, S.;  Olsen, S. L.;  Ouyang, Q.;  Pacetti, S.;  Pan, X.;  Pan, Y.;  Pathak, A.;  Patteri, P.;  Pelizaeus, M.;  Peng, H. P.;  Peters, K.;  Pettersson, J.;  Ping, J. L.;  Ping, R. G.;  Poling, R.;  Prasad, V;  Qi, H.;  Qi, H. R.;  Qi, K. H.;  Qi, M.;  Qi, T. Y.;  Qian, S.;  Qian, W. B.;  Qian, Z.;  Qiao, C. F.;  Qin, L. Q.;  Qin, X. P.;  Qin, X. S.;  Qin, Z. H.;  Qiu, J. F.;  Qu, S. Q.;  Rashid, K. H.;  Ravindran, K.;  Redmer, C. F.;  Rivetti, A.;  Rodin, V;  Rolo, M.;  Rong, G.;  Rosner, Ch;  Rump, M.;  Sang, H. S.;  Sarantsev, A.;  Schelhaas, Y.;  Schnier, C.;  Schoenning, K.;  Scodeggio, M.;  Shan, D. C.;  Shan, W.;  Shan, X. Y.;  Shangguan, J. F.;  Shao, M.;  Shen, C. P.;  Shen, H. F.;  Shen, P. X.;  Shen, X. Y.;  Shi, H. C.;  Shi, R. S.;  Shi, X.;  Shi, X. D.;  Song, J. J.;  Song, W. M.;  Song, Y. X.;  Sosio, S.;  Spataro, S.;  Su, K. X.;  Su, P. P.;  Sui, F. F.;  Sun, G. X.;  Sun, H. K.;  Sun, J. F.;  Sun, L.;  Sun, S. S.;  Sun, T.;  Sun, W. Y.;  Sun, W. Y.;  Sun, X.;  Sun, Y. J.;  Sun, Y. K.;  Sun, Y. Z.;  Sun, Z. T.;  Tan, Y. H.;  Tan, Y. X.;  Tang, C. J.;  Tang, G. Y.;  Tang, J.;  Teng, J. X.;  Thoren, V;  Tian, W. H.;  Tian, Y. T.;  Uman, I;  Wang, B.;  Wang, C. W.;  Wang, D. Y.;  Wang, H. J.;  Wang, H. P.;  Wang, K.;  Wang, L. L.;  Wang, M.;  Wang, M. Z.;  Wang, Meng;  Wang, W.;  Wang, W. H.;  Wang, W. P.;  Wang, X.;  Wang, X. F.;  Wang, X. L.;  Wang, Y.;  Wang, Y.;  Wang, Y. D.;  Wang, Y. F.;  Wang, Y. Q.;  Wang, Y. Y.;  Wang, Z.;  Wang, Z. Y.;  Wang, Ziyi;  Wang, Zongyuan;  Wei, D. H.;  Weidner, F.;  Wen, S. P.;  White, D. J.;  Wiedner, U.;  Wilkinson, G.;  Wolke, M.;  Wollenberg, L.;  Wu, J. F.;  Wu, L. H.;  Wu, L. J.;  Wu, X.;  Wu, Z.;  Xia, L.;  Xiao, H.;  Xiao, S. Y.;  Xiao, Z. J.;  Xie, X. H.;  Xie, Y. G.;  Xie, Y. H.;  Xing, T. Y.;  Xu, G. F.;  Xu, Q. J.;  Xu, W.;  Xu, X. P.;  Xu, Y. C.;  Yan, F.;  Yan, L.;  Yan, W. B.;  Yan, W. C.;  Yan, Xu;  Yang, H. J.;  Yang, H. X.;  Yang, L.;  Yang, S. L.;  Yang, Y. X.;  Yang, Yifan;  Yang, Zhi;  Ye, M.;  Ye, M. H.;  Yin, J. H.;  You, Z. Y.;  Yu, B. X.;  Yu, C. X.;  Yu, G.;  Yu, J. S.;  Yu, T.;  Yuan, C. Z.;  Yuan, L.;  Yuan, X. Q.;  Yuan, Y.;  Yuan, Z. 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