[1] |
F. Aharonian
, Q. An
,
, L.X. Bai
, Y.X. Bai
, Y.W. Bao
, D. Bastieri
, X.J. Bi
, Y.J. Bi
, H. Cai
, J.T. Cai
, Z. Cao
, Z. Cao
, J. Chang
, J.F. Chang
, X.C. Chang
, B.M. Chen
, J. Chen
, L. Chen
, L. Chen
, L. Chen
, M.J. Chen
, M.L. Chen
, Q.H. Chen
, S.H. Chen
, S.Z. Chen
, T.L. Chen
, X.L. Chen
, Y. Chen
, N. Cheng
, Y.D. Cheng
, S.W. Cui
, X.H. Cui
, Y.D. Cui
, B.Z. Dai
, H.L. Dai
, Z.G. Dai
,
, D. della Volpe
, B. D'Ettorre Piazzoli
, X.J. Dong
, J.H. Fan
, Y.Z. Fan
, Z.X. Fan
, J. Fang
, K. Fang
, C.F. Feng
, L. Feng
, S.H. Feng
, Y.L. Feng
, B. Gao
, C.D. Gao
, Q. Gao
, W. Gao
, M.M. Ge
, L.S. Geng
, G.H. Gong
, Q.B. Gou
, M.H. Gu
, J.G. Guo
, X.L. Guo
, Y.Q. Guo
, Y.Y. Guo
, Y.A. Han
, H.H. He
, H.N. He
, J.C. He
, S.L. He
, X.B. He
, Y. He
, M. Heller
, Y.K. Hor
, C. Hou
, X. Hou
, H.B. Hu
, S. Hu
, S.C. Hu
, X.J. Hu
, D.H. Huang
, Q.L. Huang
, W.H. Huang
, X.T. Huang
, Z.C. Huang
, F. Ji
, X.L. Ji
, H.Y. Jia
, K. Jiang
, Z.J. Jiang
, C. Jin
, D. Kuleshov
, K. Levochkin
, B.B. Li
, C. Li
, C. Li
, F. Li
, H.B. Li
, H.C. Li
, H.Y. Li
, J. Li
, K. Li
, W.L. Li
, X. Li
, X. Li
, X.R. Li
, Y. Li
, Y.Z. Li
, Z. Li
, Z. Li
, E.W. Liang
, Y.F. Liang
, S.J. Lin
, B. Liu
, C. Liu
, D. Liu
, H. Liu
, H.D. Liu
, J. Liu
, J.L. Liu
, J.S. Liu
, J.Y. Liu
, M.Y. Liu
, R.Y. Liu
, S.M. Liu
, W. Liu
, Y.N. Liu
, Z.X. Liu
, W.J. Long
, R. Lu
, H.K. Lv
, B.Q. Ma
, L.L. Ma
, X.H. Ma
, J.R. Mao
, A. Masood
, W. Mitthumsiri
, T. Montaruli
, Y.C. Nan
, B.Y. Pang
, P. Pattarakijwanich
, Z.Y. Pei
, M.Y. Qi
, B.Q. Qiao
, D. Ruffolo
, V. Rulev
, A. Sáiz
, L. Shao
, O. Shchegolev
, X.D. Sheng
, J.R. Shi
, H.C. Song
, Yu.V. Stenkin
, V. Stepanov
, Q.N. Sun
, X.N. Sun
, Z.B. Sun
, P.H.T. Tam
, Z.B. Tang
, W.W. Tian
, B.D. Wang
, C. Wang
, H. Wang
, H.G. Wang
, J.C. Wang
, J.S. Wang
, L.P. Wang
, L.Y. Wang
, R.N. Wang
, W. Wang
, W. Wang
, X.G. Wang
, X.J. Wang
, X.Y. Wang
, Y.D. Wang
, Y.J. Wang
, Y.P. Wang
, Z. Wang
, Z. Wang
, Z.H. Wang
, Z.X. Wang
, D.M. Wei
, J.J. Wei
, Y.J. Wei
, T. Wen
, C.Y. Wu
, H.R. Wu
, S. Wu
, W.X. Wu
, X.F. Wu
, S.Q. Xi
, J. Xia
, J.J. Xia
, G.M. Xiang
, G. Xiao
, H.B. Xiao
, G.G. Xin
, Y.L. Xin
, Y. Xing
, D.L. Xu
, R.X. Xu
, L. Xue
, D.H. Yan
, C.W. Yang
, F.F. Yang
, J.Y. Yang
, L.L. Yang
, M.J. Yang
, R.Z. Yang
, S.B. Yang
, Y.H. Yao
, Z.G. Yao
, Y.M. Ye
, L.Q. Yin
, N. Yin
, X.H. You
, Z.Y. You
, Y.H. Yu
, Q. Yuan
, H.D. Zeng
, T.X. Zeng
, W. Zeng
, Z.K. Zeng
, M. Zha
, X.X. Zhai
, B.B. Zhang
, H.M. Zhang
, H.Y. Zhang
, J.L. Zhang
, J.W. Zhang
, L. Zhang
, L. Zhang
, L.X. Zhang
, P.F. Zhang
, P.P. Zhang
, R. Zhang
, S.R. Zhang
, S.S. Zhang
, X. Zhang
, X.P. Zhang
, Y. Zhang
, Y. Zhang
, Y.F. Zhang
, Y.L. Zhang
, B. Zhao
, J. Zhao
, L. Zhao
, L.Z. Zhao
, S.P. Zhao
, F. Zheng
, Y. Zheng
, B. Zhou
, H. Zhou
, J.N. Zhou
, P. Zhou
, R. Zhou
, X.X. Zhou
, C.G. Zhu
, F.R. Zhu
, H. Zhu
, K.J. Zhu
, X. Zuo
, (The LHAASO Collaboration)
. Performance of LHAASO-WCDA and observation of the Crab Nebula as a standard candle. Chinese Physics C,
2021, 45(8): 085002.
doi: 10.1088/1674-1137/ac041b
|
[2] |
F. Aharonian
, V. Alekseenko
, Q. An
,
, L.X. Bai
, Y.W. Bao
, D. Bastieri
, X.J. Bi
, H. Cai
, Zhe Cao
, Zhen Cao
, J. Chang
, J.F. Chang
, X.C. Chang
, S.P. Chao
, B.M. Chen
, J. Chen
, L. Chen
, L. Chen
, M.L. Chen
, M.J. Chen
, Q.H. Chen
, S.H. Chen
, S.Z. Chen
, T.L. Chen
, X.L. Chen
, Y. Chen
, N. Cheng
, Y.D. Cheng
, S.W. Cui
, X.H. Cui
, Y.D. Cui
, B.Z. Dai
, H.L. Dai
, Z.G. Dai
,
, B. D'Ettorre Piazzoli
, J. Fang
, J.H. Fan
, Y.Z. Fan
, C.F Feng
, L. Feng
, S.H. Feng
, Y.L. Feng
, B. Gao
, Q. Gao
, W. Gao
, M.M. Ge
, L.S. Geng
, G.H. Gong
, Q.B. Gou
, M.H. Gu
, Y.Q. Guo
, Y.Y. Guo
, Y.A. Han
, H.H. He
, J.C. He
, M. Heller
, S.L. He
, Y. He
, C. Hou
, D.H. Huang
, Q.L. Huang
, W.H. Huang
, X.T. Huang
, H.B. Hu
, S. Hu
, H.Y. Jia
, K. Jiang
, F. Ji
, C. Jin
, X.L. Ji
, K. Levochkin
, E.W. Liang
, Y.F Liang
, Cheng Li
, Cong Li
, F. Li
, H. Li
, H.B. Li
, H.C. Li
, H.M. Li
, J. Li
, K. Li
, W.L. Li
, X. Li
, X.R. Li
, Y. Li
, Z. Li
, Z. Li
, B. Liu
, C. Liu
, D. Liu
, H.D. Liu
, H. Liu
, J. Liu
, J.Y. Liu
, M.Y. Liu
, R.Y. Liu
, S.M. Liu
, W. Liu
, Y.N. Liu
, Z.X. Liu
, W.J. Long
, R. Lu
, H.K. Lv
, B.Q. Ma
, L.L. Ma
, J.R. Mao
, A. Masood
, X.H. Ma
, W. Mitthumsiri
, T. Montaruli
, Y.C. Nan
, P. Pattarakijwanich
, Z.Y. Pei
, B.Q. Qiao
, M.Y. Qi
, D. Ruffolo
, V. Rulev
, A. Sáiz
, L. Shao
, O. Shchegolev
, X.D. Sheng
, J.R. Shi
, Y. Stenkin
, V. Stepanov
, Z.B. Sun
, P.H.T. Tam
, Z.B. Tang
, W.W. Tian
, D.D. Volpe
, C. Wang
, H. Wang
, H.G. Wang
, J.C. Wang
, L.Y. Wang
, W. Wang
, W. Wang
, X.G. Wang
, X.Y. Wang
, X.J. Wang
, Y.D. Wang
, Y.J. Wang
, Y.N. Wang
, Y.P. Wang
, Z. Wang
, Z.H. Wang
, Z.X. Wang
, D.M. Wei
, J.J. Wei
, T. Wen
, C.Y. Wu
, H.R. Wu
, S. Wu
, W.X. Wu
, X.F. Wu
, G.M. Xiang
, G. Xiao
, G.G. Xin
, Y. Xing
, R.X. Xu
, L. Xue
, D.H. Yan
, C.W. Yang
, F.F. Yang
, L.L. Yang
, M.J. Yang
, R.Z. Yang
, S.B. Yang
, Y.H. Yao
, Z.G. Yao
, Y.M. Ye
, L.Q. Yin
, N. Yin
, X.H. You
, Z.Y. You
, Q. Yuan
, Y.H. Yu
, Z.J. Jiang
, H.D. Zeng
, T.X. Zeng
, W. Zeng
, Z.K. Zeng
, M. Zha
, B.B. Zhang
, H.M. Zhang
, H.Y. Zhang
, J.L. Zhang
, J.W. Zhang
, L. Zhang
, P.F. Zhang
, P.P. Zhang
, S.R. Zhang
, S.S. Zhang
, X. Zhang
, X.P. Zhang
, Yi Zhang
, Yong Zhang
, Y.F.g Zhang
, B. Zhao
, J. Zhao
, L. Zhao
, L.Z. Zhao
, F. Zheng
, Y. Zheng
, J.N. Zhou
, P. Zhou
, R. Zhou
, X.X. Zhou
, C.G. Zhu
, F.R. Zhu
, H. Zhu
, K.J. Zhu
, X. Zuo
, (LHAASO Collaboration)
. Prospects for a multi-TeV gamma-ray sky survey with the LHAASO water Cherenkov detector array. Chinese Physics C,
2020, 44(6): 065001.
doi: 10.1088/1674-1137/44/6/065001
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[3] |
Cong Ma
, Lei Zhao
, Yu-Xiang Guo
, Jian-Feng Liu
, Shu-Bin Liu
, Qi An
. Analog front-end prototype electronics for the LHAASO WCDA. Chinese Physics C,
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Hui-Yin Wu
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, Xiao-Dong Wang
, Xian-Ming Zhang
, Hui-Rong Qi
, Wei Zhang
, Ke-Yan Wu
, Bi-Tao Hu
, Yi Zhang
. Discriminating cosmic muons and X-rays based on rise time using a GEM detector. Chinese Physics C,
2016, 40(8): 086001.
doi: 10.1088/1674-1137/40/8/086001
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LI Yan-Yan
, ZHANG Xue-Ying
, JU Yong-Qin
, MA Fei
, ZHANG Hong-Bin
, CHEN Liang
, GE Hong-Lin
, WAN Bo
, LUO Peng
, ZHOU Bin
, ZHANG Yan-Bin
, LI Jian-Yang
, XU Jun-Kui
, WANG Song-Lin
, YANG Yong-Wei
, YANG Lei
. Study of neutron spectra in a water bath from a Pb target irradiated by 250 MeV protons. Chinese Physics C,
2015, 39(4): 044001.
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GAO Bo
, CHEN Ming-Jun
, GU Min-Hao
, HAO Xin-Jun
, LI Hui-Cai
, WU Han-Rong
, YAO Zhi-Guo
, YOU Xiao-Hao
, ZHOU Bin
. Online charge calibration of LHAASO-WCDA-a study with the engineering array. Chinese Physics C,
2014, 38(2): 026003.
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XU Tong-Ye
, DU Yan-Yan
, WANG Xu
, SHAO Ruo-Bin
, ZHANG Deng-Feng
, ZHU Cheng-Guang
. Test of the LHAASO electron detector prototype using cosmic rays. Chinese Physics C,
2014, 38(11): 116004.
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ZHAO Lei
, LIU Shu-Bin
, AN Qi
. Proposal of the readout electronics for the WCDA in the LHAASO experiment. Chinese Physics C,
2014, 38(1): 016101.
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LI Hui-Cai
, CHEN Ming-Jun
, JIA Huan-Yu
, GAO Bo
, YAO Zhi-Guo
, YUO Xiao-Hao
, ZHOU Bin
, ZHU Feng-Rong
,
. Study on the optimization of the water Cherenkov detector array of the LHAASO project for surveying VHE gamma ray sources. Chinese Physics C,
2014, 38(1): 016002.
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Danial Salehi
, Dariush Sardari
, Salehi Jozani
. Characteristics of a heavy water photoneutron source in boron neutron capture therapy. Chinese Physics C,
2013, 37(7): 078201.
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WANG Ling-Yu
, LU Hao-Qi
, YANG Chang-Gen
, YU Ze-Yuan
, XU Ji-Lei
, LIU Jin-Chang
, GUAN Meng-Yun
, WANG Zhi-Min
, WANG Yi-Fang
. Study of Tyvek reflectivity in water. Chinese Physics C,
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LU Hao-Qi
, YANG Chang-Gen
, WANG Ling-Yu
, XU Ji-Lei
, WANG Rui-Guang
, WANG Zhi-Min
, WANG Yi-Fang
. Circulation model for water circulation and purification in a water Cerenkov detector. Chinese Physics C,
2009, 33(7): 567-571.
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LIU Hua-Chang
, OUYANG Hua-Fu
. Thermal analysis and water-cooling design of the CSNS MEBT 324MHz buncher cavity. Chinese Physics C,
2008, 32(4): 280-284.
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, WANG Yi-Fang
, HE Jing-Tang
, MENG Xiang-Cheng
, YU Mei-Ling
, YANG Chang-Gen
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. A Water Tank Prototype for the Cerenkov Calorimeter. Chinese Physics C,
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WU Chong
, SUN Zhi-Jia
, HENG Yue-Kun
, ZHAO Xiao-Jian
, WU Jin-Jie
, SHI Feng
, XUE Sheng-Tian
, ZHAO Yu-Da
, ZHAO Li
, JIANG Lin-Li
, WANG Feng-Mei
. A Measurement of Transit Time Spread of Photomultiplier Tube with Cherenkov Light. Chinese Physics C,
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LI Xian-Liang
, PAN Gang
, QIN Yan-Wen
, HU Tian-Dou
, WU Zi-Yu
, XIE Ya-Ning
, CHEN Hao
, DU Yong-Hua
. EXAFS Studies on Adsorption Microscopic Structures of Zn at Manganite-Water Interaface and δ-MnO2-Water Interaface. Chinese Physics C,
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, ZHANG Feng
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. Monte Carlo Simulation of a Water Tank of the Cerenkov Calorimeter. Chinese Physics C,
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, CAO Tian-Guang
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. Low Energy Electron Transportation Process in Water Media. Chinese Physics C,
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, Chen Yongzhong
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, He Huilin
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. Atmospheric Cherenkov Telescope. Chinese Physics C,
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Jiang Yinlin
. Atmospheric Cherenkov Images of Cosmic Ray Muons. Chinese Physics C,
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