The on-orbit calibration of DArk Matter Particle Explorer

G. Ambrosi,Q. An,R. Asfandiyarov,P. Azzarello,P. Bernardini,M.S. Cai,M. Caragiulo,J. Chang,D. Y. Chen,H. F. Chen,J.L. Chen,W. Y. Chen,M.Y. Cui,T.S. Cui,H.T. Dai,A. D'Amone,A. De Benedittis,I. De Mitri,Meng Ding,M. Di Santo,J.N. Dong,Tiekuang Dong,Y F Dong,Z.X. Dong,D. Droz,K.K. Duan,Jinglai Duan,D. D’Urso,R. R. Fan,Yi-Zhong Fan,Fang Fang,C.-Q. Feng,L Feng,P. Fusco,V. Gallo,F.J. Gan,M Gao,S.S. Gao,F. Gargano,Simone Garrappa,K. Gong,Y.Z. Gong,J.H. Guo,Y.M. Hu,G. S. Huang,Yan Huang,M. Ionica,D. Jiang,W. Jiang,X. Jin,Jie Kong,Shi-Jun Lei,Shengguo Li,X. X. Li,W.L. Li,Y. Li,Y. F. Liang,Y.M. Liang,N. H. Liao,C.M. Liu,H. Liu,Jia Liu,S. B. Liu,Wenqiang Liu,Y. Liu,F. Loparco,M. Ma,Peng-Xiong Ma,Shing-yan Ma,T. Ma,X.Q. Ma,X. Y. Ma,G. Marsella,M. N. Mazziotta,Dan Mo,X. Y. Niu,X. Pan,X.Y. Peng,W.X. Peng,Rui Qiao,J.N. Rao,M.M. Salinas,G.Z. Shang,W.H. Shen,Z.-Q. Shen,Z.T. Shen,J.X. Song,Hong Su,M. Su,Zhi-Yu Sun,A. Surdo,X.J. Teng,X.B. Tian,A. Tykhonov,S. Vitillo,Chi Wang,H Wang,H Wang,J.Z. Wang,Le Wang,Q. Wang,S.G. Wang,Xiaohui Wang,X. L. Wang,Y.F. Wang,Y.P. Wang,Y. Z. Wang,Z.M. Wang,S.C. Wen,D.M. Wei,J.J. Wei,Y.F. Wei,D. Wu,Jian Wu,L.B. Wu,S.S. Wu,Xin Wu,K. Xi,Z.Q. Xia,Y.L. Xin,H.T. Xu,Z.H. Xu,Z. Xu,Z. Z. Xu,G.F. Xue,H. B. Yang,P. Yang,Y.Q. Yang,Z. Yang,Huijun Yao,Yu-Hong Yu,Qiang Yuan,Chuan Yue,Jingjing Zang,D.L. Zhang,F. Zhang,J.B. Zhang,J. Y. Zhang,J. Z. Zhang,Laiyu Zhang,P.F. Zhang,S.X. Zhang,W. Z. Zhang,Y. Zhang,Ying Zhang,Yong Zhang,Yunlong Zhang,Yapeng Zhang,Z. Zhang,Z.Y. Zhang,H. Y. Zhao,H. Y. Zhao,Xingbo Zhao,C.Y. Zhou,Yong Zhou,X. Zhu,Y. Zhu,S. Zimmer

The on-orbit calibration of DArk Matter Particle Explorer

2019

Abstract The DArk Matter Particle Explorer (DAMPE), a satellite-based cosmic rayand gamma-ray detector, was launched on December 17, 2015, and began its on-orbit operation on December 24, 2015. In this work we document the on-orbit calibration procedures used by DAMPE and report the calibration results of the Plastic Scintillator strip Detector(PSD), the Silicon-Tungsten tracKer-converter (STK), the BGO imaging calorimeter (BGO), and the Neutron Detector(NUD). The results are obtained using Galactic cosmic rays, bright known GeV gamma-ray sources, and charge injection into the front-end electronics of each sub- detector. The determination of the boundary of the South Atlantic Anomaly(SAA), the measurement of the live time, and the alignments of the detectorsare also introduced. The calibration results demonstrate the stability of the detectorsin almost two years of the on-orbit operation.

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