The Bes Detector

J.Z. Bai,Q. Bian,G.M. Chen,L.J. Chen,S.N. Chen,Y.Q. Chen,Z.Q. Chen,Y.K. Chi,H.C. Cui,X.Z. Cui,S.S. Deng,Y.W. Deng,H.L. Ding,B.Z. Dong,X.S. Dong,X. Du,Z.Z. Du,C. Feng,Z. Feng,Z.S. Fu,C.S. Gao,M.L. Gao,S.Q. Gao,W.X. Gao,Y.N. Gao,S.D. Gu,W.X. Gu, Y.Z. Guan,H.F. Guo,Y.N. Guo,Y.Y. Guo,S.W. Han,Y. Han,W. Hao,J. He,K.R. He,M.J. He,X.J. Hou,G.Y. Hu,J.S. Hu,J.W. Hu,D.Q. Huang,Y.Z. Huang,Q.P. Jia,C.H. Jiang,Q. Ju,Y.F. Lai,P.F. Lang,D.S. Li, F. Li,H. Li,Jia Li,J.T. Li,Jin Li,L.L. Li,P.Q. Li,Q.M. Li,R.B. Li,S.Q. Li,W. Li,W.G. Li,Z.X. Li,G.N. Liang,F.C. Lin,S.Z. Lin,W. Lin, Q. Liu,R.G. Liu,W. Liu,X. Liu,Z.A. Liu,Z.Y. Liu,C.G. Lu,W.D. Lu, Z.Y. Lu,J.G. Lu,D.H. Ma,E.C. Ma,J.M. Ma,H.S. Mao,Z.P. Mao,X.C. Meng,H.L. Ni,J. Nie,Z.D. Nie,W.P. Niu,L.J. Pan,N.D. Qi,J.J. Qian,Y.H. Qu,Y.K. Que,G. Rong,T.Z. Ruan, Y.Y. Shao,B.W. Shen,D.L. Shen,J. Shen,H.Y. Sheng,J.P. Sheng,H.Z. Shi,X.F. Song,H.S. Sun,F.K. Tang,S.Q. Tang,W.H. Tian, F. Wang,G.Y. Wang,J.G. Wang,J.Y. Wang, L.S. Wang,L.Z. Wang,M. Wang,P. Wang,P.L. Wang, S.M. Wang, S.Q. Wang,T.J. Wang,X.W. Wang,Y.Y. Wang,Z.H. Wang,Z.J. Wang,C.L. Wei,Z.Z. Wei,J.W. Wu,S.H. Wu,S.Q. Wu,W.M. Wu,X.D. Wu,Z.D. Wu,D.M. Xi,X.M. Xia,J. Xiao,P.P. Xie,X.X. Xie,J.G. Xu,R.S. Xu,Z.Q. Xu,B.C. Xuan,S.T. Xue,J. Yan,S.P. Yan,W.G. Yan,C.Z. Yang,C.M. Yang,C.Y. Yang,X.F. Yang,X.R. Yang,M.H. Ye,C.H. Yu,C.S. Yu,Z.Q. Yu,B.Y. Zhang,C.D. Zhang,C.C. Zhang,C.Y. Zhang,D.H. Zhang,G. Zhang,H.Y. Zhang,H.L. Zhang,J.W. Zhang,L.S. Zhang, S.Q. Zhang,Y.P. Zhang,Y. Zhang,Y.M. Zhang,D.X. Zhao,J.W. Zhao,M. Zhao,P.D. Zhao,P.P. Zhao,W.R. Zhao,Z.G. Zhao,Z.Q. Zhao,J.P. Zheng,L.S. Zheng,M. Zheng,W.S. Zheng,Z.P. Zheng,G.P. Zhong,G.P. Zhou,H.S. Zhou, J. Zhou,Li Zhou,Lin Zhou,M. Zhou,Y.S. Zhou,Y.H. Zhou,G.S. Zhu,Q.M. Zhu,S.G. Zhu, Y.C. Zhu, Y.S. Zhu,B.A. Zhuang

NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH SECTION A-ACCELERATORS SPECTROMETERS DETECTORS AND ASSOCIATED EQUIPMENT（1994）

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摘要

The Beijing Spectrometer (BES) is a general purpose solenoidal detector at the Beijing Electron Positron Collider (BEPC). It is designed to study exclusive final states in e+e- annihilations at the center of mass energy from 3.0 to 5.6 GeV. This requires large solid angle coverage combined with good charged particle momentum resolution, good particle identification and high photon detection efficiency at low energies. In this paper we describe the construction and the performance of BES detector.

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