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The BES detector

Authors :: R. G. Liu
Z. Z. Du
Wei Li
Z.Q. Chen
Xi Wang
S. M. Wang
Junguang Lu
S. W. Han
R. S. Xu
H. S. Zhou
Y. K. Que
Li Zhou
B.Z. Dong
J. Shen
G. Rong
H. L. Ding
C. H. Jiang
R. B. Li
Yao Zhang
C. Q. Feng
Jia Li
X. M. Xia
X. Liu
Jin Li
C.S. Yu
Z.Q. Zhao
Z.D. Nie
Min Zhou
Lei Li
Hongming Zhang
G.Y. Wang
H. C. Cui
C. L. Wei
H. Z. Shi
D. X. Zhao
B. Y. Zhang
Y. Y. Wang
Y.H. Qu
Z.Y. Liu
J.G. Wang
Z. P. Zheng
B. A. Zhuang
W.H. Tian
G.S. Zhu
D. H. Ma
Jing Zhou
Lin Zhou
X.J. Hou
Zhen-An Liu
L. J. Pan
Q. P. Jia
Ming-Han Ye
Xuan Yang
S. D. Gu
G. P. Zhou
X. C. Meng
H. S. Mao
H. L. Ni
J. Xiao
Y. Q. Chen
X. F. Song
G.P. Zhong
Guo-Ming Chen
S. Z. Lin
W. R. Zhao
Y. N. Gao
Y.Z. Guan
T. J. Wang
Ya-Nan Guo
W.D. Lu
L. S. Zheng
S. Q. Tang
C.Y. Zhang
Q. M. Li
M. L. Gao
P. L. Wang
J.S. Hu
Hui Li
C.G. Lu
B. W. Shen
Yue-Hua Zhou
X.R. Yang
J. Z. Bai
D. M. Xi
Pihong Zhao
M. Zheng
P. P. Zhao
Y. S. Zhu
W. X. Gu
J. Yan
W. Liu
Y. H. Zhou
Z.Y. Lu
Y. F. Lai
Shao-Min Chen
F.C. Lin
W.P. Niu
E. C. Ma
Dehong Zhang
X. Z. Cui
W. G. Yan
C. M. Yang
S.P. Yan
W. X. Gao
S.Q. Li
Y. Z. Huang
H. L. Zhang
S.G. Zhu
Z.Z. Wei
Chunmei Zhang
Q. Ju
M. Wang
H. Y. Sheng
L. S. Wang
Y. Y. Zhang
Z. Q. Yu
Shun-Qi Zhang
M. He
D. L. Shen
J.W. Wu
X. Du
W.S. Zheng
N. D. Qi
Chen-Hua Yu
Lei Zhang
K. R. He
J. Zhao
Willis Lin
D. Q. Huang
T.Z. Ruan
M. G. Zhao
J.J. Qian
Ping Wang
C.Z. Yang
S. T. Xue
P. F. Lang
G. Y. Hu
S. Q. Gao
J. W. Zhang
J.P. Sheng
Y.W. Deng
Zirui Wang
Siguang Wang
F.K. Tang
Qian Liu
Zhe Wang
S.Q. Wu
B.C. Xuan
J. M. Ma
Q. Bian
Y. L. Han
L.J. Chen
Yue-Yuan Zhang
X.S. Dong
Xiao-Xi Xie
Jianping Zheng
Lu Wang
W. Hao
C. Y. Yang
Z.D. Wu
F. Y. Li
Geoffrey Zhang
S.H. Wu
Z. Feng
Y. N. Guo
J.Y. Wang
P. P. Xie
G.N. Liang
J.W. Hu
P. Q. Li
J. He
W. G. Li
J.G. Xu
W.M. Wu
F. Wang
Y. C. Zhu
Z. P. Mao
J. Nie
Z.X. Li
Chang-Chun Zhang
Y. Y. Shao
C. S. Gao
Z.S. Fu
Y.K. Chi
H.F. Guo
Q. M. Zhu
S.S. Deng
H. S. Sun
Z. Q. Xu
Z. G. Zhao
Xin Wu
D. Li
Source :: Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment. 344:319-334
Publication Year :: 1994
Publisher :: Elsevier BV, 1994.
Abstract: 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.

Subjects :: Physics
Nuclear and High Energy Physics
Particle physics
Spectrometer
Physics::Instrumentation and Detectors
Electron–positron annihilation
Detector
Particle identification
Charged particle
law.invention
Nuclear physics
Positron
law
Physics::Accelerator Physics
High Energy Physics::Experiment
Center of mass
Collider
Instrumentation

Details

ISSN :: 01689002
Volume :: 344
Database :: OpenAIRE
Journal :: Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment
Accession number :: edsair.doi...........111b1c2d998a804c98bc795680a96974
Full Text :: https://doi.org/10.1016/0168-9002(94)90081-7