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Study of BESⅢ MUC offline software with cosmic-ray data
Authors:LIANG Yu-Tie  MAO Ya-Jun  YOU Zheng-Yun  LI Wei-Dong  BIAN Jian-Ming  CAO Guo-Fu  CAO Xue-Xiang  CHEN Shen-Jian  DENG Zi-Yan  FU Cheng-Dong  GAO Yuan-Ning  HAN Lei  HAN Shao-Qing  HE Kang-Lin  HE Miao  HU Ji-Feng  HU Xiao-Wei  HUANG Bin  HUANG Xing-Tao  JIA Lu-Kui  JI Xiao-Bin  LI Hai-Bo  LIU Bei-Jiang  LIU Chun-Xiu  LIU Huai-Min  LIU Ying  LIU Yong  LUO Tao  LU Qi-Wen  MA Qiu-Mei  MA Xiang  MAO Ze-Pu  MO Xiao-Hu  NING Fei-Peng  PING aong-Gang  QIU Jin-Fa  SONG Wen-Bo  SUN Sheng-Sen  SUN Xiao-Dong  SUN Yong-Zhao  TIAN Hao-Lai  WANG Ji-Ke  WANG Liang-Liang  WEN Shuo-Pin  WU Ling-Hui  WV Zhi  XIE Yu-Guang  XU Min  YAN Jie  YAN Liang  YAO Jian  YUAN Chang-Zheng  YUAN Ye  ZHANG Chang-Chun  ZHANG Jian-Yong  ZHANG Lei  ZHANG Xue-Yao  ZHANG Yao  ZHENG Yang-Heng  ZHU Yong-Sheng  ZOU Jia-Heng
Abstract:Cosmic-ray data of 90 M events have been collected and used for calibration, alignment as well as detector tuning. A special tracking algorithm for the BESⅢ muon counter is developed and verified with Monte-Carlo simulation and then further confirmed with the cosmic-ray data. The obtained strip resolutions are in good agreement with the design values. A new alignment approach for the BESⅢ muon counter is confirmed with the cosmic-ray data and proposed to be used in future analysis of experimental data.
Keywords:Muon counter  reconstruction  cosmic-ray  alignment
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