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T9型窄间隙室探测器的研制与探测效率测试 被引量:1

Development of T9 Type Thin Gap Chamber and Measurement of the Detection Efficiency
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摘要 山东大学承担了ATLAS实验中400个T9型窄间隙室(TGC)探测器的研制生产任务.本文首先 介绍了T9型TGC探测器的研制过程,然后对TGC探测器进行探测效率测试的方法进行了描述.测试 结果表明目前已经完成探测效率测试的288个T9型TGC探测器均表现出优于设计要求的高品质. The development and production of 400 sets of T9 type TGC (Thin Gap Chamber) for ATLAS experiment are undertaken by Shandong University. In this paper, the process of development of T9 type TGC is introduced first and then the method of measuring the detection efficiency of the TGC is described. The testing result of detection efficiency of 288 sets of T9 type TGC built by Shandong University shows that all the detectors excellently fulfill the quality requirements of ATLAS experiment.
出处 《高能物理与核物理》 EI CSCD 北大核心 2006年第1期52-56,共5页 High Energy Physics and Nuclear Physics
基金 国家自然科学基金(00501140)资助~~
关键词 窄间隙室(TGC) 测试平台 探测效率扫描 非灵敏区 thin gap chamber(TGC), test bench, scanning of detection efficiency, inefficiency region
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  • 1J. C Santiard et al. CERN-ECP/94-17, 1994. 431.
  • 2S. Majewski et al. A thin multiwire chamber operating in the high multiplication mode[J]. Nucl. Instrum. Methods, 1983,217.265.
  • 3G. Bella et al.Development of calorimeters using thin chambers operating in a high gain mode[J].Nucl. Instrum. Methods, 1986, A252:503.
  • 4E. Beuville, K. Borer et al. AMPLEX, A low noise, low power analog CMOS signal processor for multi-element particle detectors[J], Nucl. Instrum. Methods Phys. Res, 1990, A288:=157.
  • 5O. Sasaki et al. Front-end electronics for the Thin Gap Chambers (TGC) in ATLAS forward muon trigger system, Second Workshop on Electronics for LHC Experiments, Balatorfured, Hungary, Sept.1996.

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