M. Y. Guan
Chinese Academy of Sciences
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Publication
Featured researches published by M. Y. Guan.
Journal of Instrumentation | 2013
Zhe Ning; Qingmin Zhang; J. L. Xu; L. Lebanowski; J. W. Zhang; Changgen Yang; M. He; Jinzhou Zhao; J. H. Zou; Sh K Lin; M. Y. Guan; Hao Hao; L. Zheng; Xiaolu Ji; F. Li; K. Lau; V. Vorobel
During the commissioning of RPC detector systems at the Daya Bay Reactor Neutrino Experiment, calibration algorithms were developed and tuned, in order to evaluate and optimize the performance of the RPC detectors. Based on a description of the hardware structure of the RPC detector systems, this paper introduces the algorithms used for detector calibration, including trigger rate, efficiency, noise rate, purity and muon flux.
Journal of Instrumentation | 2014
Qingmin Zhang; Z Lv; J. W. Zhang; Yuguang Xie; Sen Qian; Zhe Ning; J. L. Xu; M. Y. Guan; Jeremiah Monari Kebwaro; J Yan; M Xu; Yuanmiaoliang Chen
In this paper, we sumarized a Bakelite Resistive Plate Chamber (RPC) with non-oil surface treatment. This type of RPC has been installed and run smoothly in BESIII Muon identification system and Daya Bay cosmic Muon veto system. Based on its good performances, it has been futher studied as the sensitive detector of a digital hadron calorimeter for measuring the energies of particles in a hadron jet and as a thermal neutron detector. In addition, since the bulk resistivity of Bakelite plates can be controlled, futher developments with low bulk resistivity are being undertaken to guarantee high rate capability in experiments.
