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Energy loss correction for a crystal calorimeter
Authors:HE Miao  WANG Yi-Fang  BIAN Jian-Ming  CAO Guo-Fu  DENG Zi-Yan  HE Kang-Lin  HUANG Bin  JI Xiao-Bin  LI Gang  LI Hai-Bo  LI Wei-Dong  LIU Chun-Xiu  LIU Huai-Min  MA Qiu-Mei  MA Xiang  MAO Ya-Jun  MAO Ze-Pu  MO Xiao-Hu  QIU Jin-Fa  SUN Sheng-Sen  SUN Yong-Zhao  WANG Ji-Ke  WANG Liang-Liang  WEN Shuo-Pin  WU Ling-Hui  XIE Yu-Guang  YANG Ming  YOU Zheng-Yun  YU Guo-Wei  YUAN Chang-Zheng  YUAN Ye  ZANG Shi-Lei  ZHANG Chang-Chun  ZHANG Jian-Yong  ZHANG Ling  ZHANG Xue-Yao  ZHANG Yao  ZHENG Zhi-Peng  ZHU Yong-Sheng  ZOU Jia-Heng
Abstract:Material effect of inner-detectors on the performances of the BESⅢ Electromagnetic Calorimeter (EMC)is investigated.The BESⅢ Time-Of-Flight counters(TOF)have been utilized to improve the energy resolution and detection efficiency for photons after a careful energy calibration.A matching algorithm between TOF and EMC energy deposits is developed,and the effects of beam-related background are discussed.The energy resolution is improved and the photon detection efficiency can be increased by the combined measurement of EMC and TOF detectors.
Keywords:BESⅢ  calorimeter  material effect  calibration  resolution  efficiency  calorimeter  crystal  correction  loss  improved  photons  increased  combined  measurement  detectors  effects  background  matching algorithm  energy resolution  detection efficiency  energy calibration  Electromagnetic  Calorimeter  Material  performances
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