Measurement of the performance of TGC detectors

Shandong University is in charge of the research and production of T9 type TGC (Thin Gap Chamber) detectors for ATLAS experiment. In this paper, the stability and the leak current of the detectors working at 3200 V voltage were measured, and the plateau curves of the detectors were measured too. The...

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Autores principales: Feng Cun Feng, He, Mao, Lu Tai Guo, Sun Yan Sheng, Wang Suo Jie, Yan Zhen, Zhu Cheng Guang
Lenguaje:chi
Publicado: 2005
Materias:
Detectors and Experimental Techniques
Acceso en línea:http://cds.cern.ch/record/914479
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author Feng Cun Feng
He, Mao
Lu Tai Guo
Sun Yan Sheng
Wang Suo Jie
Yan Zhen
Zhu Cheng Guang
author_facet Feng Cun Feng
He, Mao
Lu Tai Guo
Sun Yan Sheng
Wang Suo Jie
Yan Zhen
Zhu Cheng Guang
author_sort Feng Cun Feng
collection CERN
description Shandong University is in charge of the research and production of T9 type TGC (Thin Gap Chamber) detectors for ATLAS experiment. In this paper, the stability and the leak current of the detectors working at 3200 V voltage were measured, and the plateau curves of the detectors were measured too. The counting rate of each channel was measured with same working condition and counting time interval for all the TGC detectors, in order to check the consistency of all signal channels. The performance of T9 type TGC detectors produced by Shandong University has met the requirement of the ATLAS experiment according to the preliminary results of measurement.
id cern-914479
institution Organización Europea para la Investigación Nuclear
language chi
publishDate 2005
record_format invenio
spelling cern-9144792019-09-30T06:29:59Zhttp://cds.cern.ch/record/914479chiFeng Cun FengHe, MaoLu Tai GuoSun Yan ShengWang Suo JieYan ZhenZhu Cheng GuangMeasurement of the performance of TGC detectorsDetectors and Experimental TechniquesShandong University is in charge of the research and production of T9 type TGC (Thin Gap Chamber) detectors for ATLAS experiment. In this paper, the stability and the leak current of the detectors working at 3200 V voltage were measured, and the plateau curves of the detectors were measured too. The counting rate of each channel was measured with same working condition and counting time interval for all the TGC detectors, in order to check the consistency of all signal channels. The performance of T9 type TGC detectors produced by Shandong University has met the requirement of the ATLAS experiment according to the preliminary results of measurement.oai:cds.cern.ch:9144792005
spellingShingle Detectors and Experimental Techniques
Feng Cun Feng
He, Mao
Lu Tai Guo
Sun Yan Sheng
Wang Suo Jie
Yan Zhen
Zhu Cheng Guang
Measurement of the performance of TGC detectors
title Measurement of the performance of TGC detectors
title_full Measurement of the performance of TGC detectors
title_fullStr Measurement of the performance of TGC detectors
title_full_unstemmed Measurement of the performance of TGC detectors
title_short Measurement of the performance of TGC detectors
title_sort measurement of the performance of tgc detectors
topic Detectors and Experimental Techniques
url http://cds.cern.ch/record/914479
work_keys_str_mv AT fengcunfeng measurementoftheperformanceoftgcdetectors
AT hemao measurementoftheperformanceoftgcdetectors
AT lutaiguo measurementoftheperformanceoftgcdetectors
AT sunyansheng measurementoftheperformanceoftgcdetectors
AT wangsuojie measurementoftheperformanceoftgcdetectors
AT yanzhen measurementoftheperformanceoftgcdetectors
AT zhuchengguang measurementoftheperformanceoftgcdetectors

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