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	Performance of LHAASO-WCDA and observation of the Crab Nebula as a standard candle
	Aharonian F; An Q; Axikegu, Bai L.X; Bai Y.X; Bao Y.W; Bastieri D; Bi X.J; Bi Y.J; Cai H; Cai J.T; Cao Z; Chang J; Chang J.F; Chang X.C; Chen B.M; Chen J; 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; Cheng N; Cheng Y.D; Cui S.W; Cui X.H; Cui Y.D; Dai B.Z; Dai H.L; Dai Z.G; Danzengluobu, della Volpe D; D'Ettorre Piazzoli B; Dong X.J; Fan J.H; Fan Y.Z; Fan Z.X; Fang J; Fang K; Feng C.F; Feng L; Feng S.H; Feng Y.L; Gao B; Gao C.D; Gao Q; Gao W; Ge M.M; Geng L.S; Gong G.H; Gou Q.B; Gu M.H; Guo J.G; Guo X.L; Guo Y.Q; Guo Y.Y; Han Y.A; He H.H; He H.N; He J.C; He S.L; He X.B; He Y; Heller M; Hor Y.K; Hou C; Hou X; Hu H.B; Hu S; Hu S.C; Hu X.J; Huang D.H; Huang Q.L; Huang W.H; Huang X.T; Huang Z.C; Ji F; Ji X.L; Jia H.Y; Jiang K; Jiang Z.J; Jin C; Kuleshov D; Levochkin K; Li B.B; Li C; Li F; Li H.B; Li H.C; Li H.Y; Li J; Li K; Li W.L; Li X; Li X.R; Li Y; Li Y.Z; Li Z; Liang E.W; Liang Y.F; Lin S.J; Liu 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; Long W.J; Lu R; Lv H.K; Ma B.Q; Ma L.L; Ma X.H; Mao J.R; Masood A; Mitthumsiri W; Montaruli T; Nan Y.C; Pang B.Y; Pattarakijwanich P; Pei Z.Y; Qi M.Y; Qiao B.Q; Ruffolo D; Rulev V; Sáiz A; Shao L; Shchegolev O; Sheng X.D; Shi J.R; Song H.C; Stenkin Yu.V; Stepanov V; Sun Q.N; Sun X.N; Sun Z.B; Tam P.H.T; Tang Z.B; Tian W.W; Wang 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 X.G; Wang X.J; Wang X.Y; Wang Y.D; Wang Y.J; Wang Y.P; Wang Z; Wang Z.H; Wang Z.X; Wei D.M; Wei J.J; Wei Y.J; Wen T; Wu C.Y; Wu H.R; Wu S; Wu W.X; Wu X.F; Xi S.Q; Xia J; Xia J.J; Xiang G.M; Xiao G; Xiao H.B; Xin G.G; Xin Y.L; Xing Y; Xu D.L; Xu R.X; Xue L; Yan D.H; Yang C.W; Yang F.F; Yang J.Y; Yang L.L; Yang M.J; Yang R.Z; Yang S.B; Yao Y.H; Yao Z.G; Ye Y.M; Yin L.Q; Yin N; You X.H; You Z.Y; Yu Y.H; Yuan Q; Zeng H.D; Zeng T.X; Zeng W; Zeng Z.K; Zha M; Zhai X.X; Zhang B.B; Zhang H.M; Zhang H.Y; Zhang J.L; Zhang J.W; 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.F; Zhang Y.L; Zhao B; Zhao J; Zhao L; Zhao L.Z; Zhao S.P; Zheng F; Zheng Y; Zhou B; Zhou H; Zhou J.N; Zhou P; Zhou R; Zhou X.X; Zhu C.G; Zhu F.R; Zhu H; Zhu K.J; Zuo X; The LHAASO Collaboration
	2021
Source Publication	Chinese Physics C
Volume	45Issue:8Pages:85002
DOI	10.1088/1674-1137/ac041b
Indexed By	ADS
Language	英语
ADS Bibcode	2021ChPhC..45h5002A
ADS URL	https://ui.adsabs.harvard.edu/abs/2021ChPhC..45h5002A
ADS CITATIONS	https://ui.adsabs.harvard.edu/abs/2021ChPhC..45h5002A/citations
Citation statistics	Cited Times:13 [ADS]
Document Type	期刊论文
Identifier	http://ir.ihep.ac.cn/handle/311005/292021
Collection	高海拔宇宙线观测站 实验物理中心 加速器中心 粒子天体物理中心 理论物理室 多学科研究中心 东莞研究部 管理与技术支持
Affiliation	中国科学院高能物理研究所
First Author Affilication	Institute of High Energy
Recommended Citation GB/T 7714	Aharonian F,An Q,Axikegu, Bai L.X,et al. Performance of LHAASO-WCDA and observation of the Crab Nebula as a standard candle[J]. Chinese Physics C,2021,45(8):85002.
APA	Aharonian F.,An Q.,Axikegu, Bai L.X.,Bai Y.X.,Bao Y.W.,...&The LHAASO Collaboration.(2021).Performance of LHAASO-WCDA and observation of the Crab Nebula as a standard candle.Chinese Physics C,45(8),85002.
MLA	Aharonian F,et al."Performance of LHAASO-WCDA and observation of the Crab Nebula as a standard candle".Chinese Physics C 45.8(2021):85002.

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