Design and construction of the BESIII detector

物理核物理学量热计（粒子物理）闪烁体探测器 μ介子螺线管对撞机光度跟踪（教育）梁（结构）蒙特卡罗方法宇宙射线光学天体物理学统计银河系量子力学数学教育学心理学

作者

M. Ablikim,Zhisheng An,J. Z. Bai,Niklaus Berger,Jian-Guo Bian,X. Cai,G. F. Cao,Xian-An Cao,J. F. Chang,Chunhui Chen,Guo-Ming Chen,H. S. Chen,H. S. Chen,J. C. Chen,J. C. Chen,Long Qing Chen,Po-Hsun Chen,X. R. Chen,Yi Chen,Mingshui Chen,Y. P. Chu,Xingzhu Cui,H. L. Dai,Z. Y. Deng,M. Y. Dong,S. X. Du,Zhihui Du,J. Fang,C. D. Fu,C. S. Gao,Ming Gong,W. X. Gong,S. D. Gu,Bai-Ou Guan,Ju Guan,Y. Guo,J. Y. Han,K. L. He,M. He,Xian-Tu He,Y. K. Heng,Z. L. Hou,H. M. Hu,T. Hu,B. Huang,J.C. Huang,Shiyong Huang,Y. Huang,Q. P. Ji,X. B. Ji,X. B. Ji,Li Jia,L. L. Jiang,X. S. Jiang,D. P. Jin,S. Jin,Yi Jin,Yue Shi Lai,Guanghua Lei,F. Li,G. Li,Hui Li,Hui Li,J. C. Li,J. C. Li,Q. J. Li,Liang Li,Robert K.Y. Li,Robert K.Y. Li,Wei Li,Wei Li,Xin Li,Xin Li,Xin Li,Y. Li,Wei Li,D. X. Lin,B. X. Liu,C.T. Liu,F. Liu,Gui-Rong Liu,Hongfang Liu,Hongfang Liu,Hongfang Liu,J. B. Liu,Lulu Liu,Q. Liu,Q. Liu,Shuai Liu,Wei Liu,Xia-Ji Liu,Xia-Ji Liu,Y. W. Liu,Y. W. Liu,Z. A. Liu,Z. A. Liu,Z. A. Liu,J. G. Lu,Toh-Ming Lu,Ying Lu,X. L. Luo,Hong Ma,Qianli Ma,Xinwen Ma,Xinwen Ma,Z. P. Mao,J. Min,X. H. Mo,J. Nie,Zhihua Nie,R. G. Ping,S. J. Qian,Qing Qiao,Gang Qin,Z. H. Qin,J. F. Qiu,Ru-Shi Liu,Z. L. Ren,G. Rong,Shang Lunlin,D.Z. Shen,X. Y. Shen,H. Y. Sheng,Yuankai Shi,Li-Ming Song,Wen Yi Song,De'an Sun,G. X. Sun,H. Sun,L. Sun,S. S. Sun,Xiaohu Sun,Yuhan Sun,Z. J. Sun,Jonathan C. Tan,Sing Hai Tang,X. Tang,Nongjian Tao,Hanqin Tian,Yongjun Tian,X. Wan,Dayong Wang,Jing Wang,Jing Wang,Ke Wang,Ke Wang,Li Wang,Li Wang,Li Wang,Meng Wang,Nanlin Wang,Pu Wang,Pu Wang,Qian Wang,Yu Wang,Zheng Wang,Zheng Wang,Zheng Wang,Cunfeng Wei,Su-Huai Wei,S. P. Wen,Junqiao Wu,L. H. Wu,N. Wu,Yanwen Wu,Yanwen Wu,Zhenbin Wu,M. Xu,X. M. Xia,Hongjun Xiang,Guannan Xie,X. Sunney Xie,Yuehong Xie,G. F. Xu,H. Eric Xu,Qiao Xu,Junmin Xue,L. Xue,Li Yan,Guo-Yu Yang,H. J. Yang,H. J. Yang,S. Yang,M. H. Ye,B. X. Yu,C. Z. Yuan,C. Z. Yuan,Y. Yuan,S. L. Zang,Bing Zhang,Bing Zhang,C. C. Zhang,Dengfeng Zhang,H. Y. Zhang,Jie Zhang,Jie Zhang,Jie Zhang,Lei Zhang,Ming Zhang,Qiming Zhang,Wei Zhang,X. Y. Zhang,Y. Zhang,Y. Zhang,Y. Zhang,Z. P. Zhang,Shuang-Nan Zhang,D. X. Zhao,H. W. Zhao,Jingzhou Zhao,Jingzhou Zhao,Jingzhou Zhao,L. Zhao,Pingchuan Zhao,Y. B. Zhao,Y. B. Zhao,B. Zheng,Jianping Zheng,L. S. Zheng,Z. P. Zheng,Bing Zhou,G. J. Zhou,Jian Zhou,L. P. Zhou,Z. Hong Zhou,H. Zhu,K. J. Zhu,K. J. Zhu,Q. M. Zhu,Xiaofeng Zhu,Y. S. Zhu,Zi-Qiang Zhu,B. A. Zhuang,J. H. Zou,Xiaolei Zou,Jian-Min Zuo,Li Wang,M. H. Ye,Y. H. Zheng,Cong-Feng Qiao,X. F. Lu,Hongfang Liu,J. F. Hu,Y. T. Gu,Xifeng Ruan,Guohe Huang,Y. Zeng,Y. H. Yan,G. A. Chelkov,Igor Boyko,D. V. Dedovich,I. Denysenko,S. Grishin,Alexey Zhemchugov,Zhen-Jun Xiao,Jialun Ping,Libo Luo,Sai-Juan Chen,Ming Qi,Xiaowei Hu,Lei Zhang,Xue-Qian Li,Chunxu Yu,Zhen Yuan,Ye Xu,Minggang Zhao,A. Q. Guo,Y. Guo,Zhenya He,Y. J. Mao,Z. Y. You,Y. F. Liang,X. Y. Zhang,X. T. Huang,J. B. Jiao,Xin Li,M. Duan,F. Liu,Q. Richard Lu,Fanlong Ning,X. F. Wang,Y. T. Liang,Changjian Tang,Yiyun Zhang,Yang Gao,H. Gong,B. B. Shao,F. A. Harris,John F. Kennedy,Xuan V. Nguyen,S. L. Olsen,Mitchell P. Rosen,C. P. Shen,G. S. Varner,Xin Yu,Y. Zhou,H. Liang,Yi Chen,Junmin Xue,B. X. Liu,Zhongyang Cheng,H. S. Chen,Cheng Li,M. Shao,Yuhan Sun,Jiaqiang Yan,Zebo Tang,Xin Li,L. L. Jiang,Z. P. Zhang,Junqiao Wu,Z. Z. Xu,Shan Qi,Z. Xue,X. F. Wang,Q. An,Shuai Liu,Jun Guo,C. F. Feng,Hui Li,W. J. Zheng,Hao Yan,Zizheng Cao,Xia-Ji Liu,Sachio Komamiya,T. Sanuki,Taiki Yamamura,Tianchi Zhao,Ming-Xing Luo

出处

期刊：Nuclear Instruments and Methods in Physics Research [Elsevier BV]
日期：2010-03-11 卷期号：614 (3): 345-399 被引量：750

链接

arxiv.orgdoi.org

标识

DOI：10.1016/j.nima.2009.12.050

摘要

This paper will discuss the design and construction of BESIII, which is designed to study physics in the tau-charm energy region utilizing the new high luminosity BEPCII double ring e+e- collider. The expected performance will be given based on Monte Carlo simulations and results of cosmic ray and beam tests. In BESIII, tracking and momentum measurements for charged particles are made by a cylindrical multilayer drift chamber in a 1 T superconducting solenoid. Charged particles are identified with a time-of-flight system based on plastic scintillators in conjunction with dE/dx (energy loss per unit pathlength) measurements in the drift chamber. Energies of electromagnetic showers are measured by a CsI(Tl) crystal calorimeter located inside the solenoid magnet. Muons are identified by arrays of resistive plate chambers in the steel magnetic flux return. The level 1 trigger system, Data Acquisition system and the event filter system based on networked computers will also be described.

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Design and construction of the BESIII detector

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