Beam test of a 10 gap MRC prototype as TOF detector

A double superlayer MRPC with 2*5 gas gaps has been tested at the CERN-PS (T10) beam line. The prototype has a the sensitive area of 200 mm*63 mm with 2*6-readout pads, which are connected geometrically in series and electrically in parallel. The 45 ps time resolution with more than 99% efficiency c...

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Detalles Bibliográficos
Autores principales: Li Cheng, Chen Hong Fang, Shao Ming, Wang Xiao Lian, Xu Zi Zong, Zeng, Hui, Ruan Li Juan, Huang Sheng Li, Sun Yong Jie, Wu Jian, Ye Shu Wei
Lenguaje:chi
Publicado: 2002
Materias:
Detectors and Experimental Techniques
Acceso en línea:http://cds.cern.ch/record/591666
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author Li Cheng
Chen Hong Fang
Shao Ming
Wang Xiao Lian
Xu Zi Zong
Zeng, Hui
Ruan Li Juan
Huang Sheng Li
Sun Yong Jie
Wu Jian
Ye Shu Wei
author_facet Li Cheng
Chen Hong Fang
Shao Ming
Wang Xiao Lian
Xu Zi Zong
Zeng, Hui
Ruan Li Juan
Huang Sheng Li
Sun Yong Jie
Wu Jian
Ye Shu Wei
author_sort Li Cheng
collection CERN
description A double superlayer MRPC with 2*5 gas gaps has been tested at the CERN-PS (T10) beam line. The prototype has a the sensitive area of 200 mm*63 mm with 2*6-readout pads, which are connected geometrically in series and electrically in parallel. The 45 ps time resolution with more than 99% efficiency can be obtained for 7 GeV/c negative pions after the T-A correction. (8 refs).
id cern-591666
institution Organización Europea para la Investigación Nuclear
language chi
publishDate 2002
record_format invenio
spelling cern-5916662019-09-30T06:29:59Zhttp://cds.cern.ch/record/591666chiLi ChengChen Hong FangShao MingWang Xiao LianXu Zi ZongZeng, HuiRuan Li JuanHuang Sheng LiSun Yong JieWu JianYe Shu WeiBeam test of a 10 gap MRC prototype as TOF detectorDetectors and Experimental TechniquesA double superlayer MRPC with 2*5 gas gaps has been tested at the CERN-PS (T10) beam line. The prototype has a the sensitive area of 200 mm*63 mm with 2*6-readout pads, which are connected geometrically in series and electrically in parallel. The 45 ps time resolution with more than 99% efficiency can be obtained for 7 GeV/c negative pions after the T-A correction. (8 refs).oai:cds.cern.ch:5916662002
spellingShingle Detectors and Experimental Techniques
Li Cheng
Chen Hong Fang
Shao Ming
Wang Xiao Lian
Xu Zi Zong
Zeng, Hui
Ruan Li Juan
Huang Sheng Li
Sun Yong Jie
Wu Jian
Ye Shu Wei
Beam test of a 10 gap MRC prototype as TOF detector
title Beam test of a 10 gap MRC prototype as TOF detector
title_full Beam test of a 10 gap MRC prototype as TOF detector
title_fullStr Beam test of a 10 gap MRC prototype as TOF detector
title_full_unstemmed Beam test of a 10 gap MRC prototype as TOF detector
title_short Beam test of a 10 gap MRC prototype as TOF detector
title_sort beam test of a 10 gap mrc prototype as tof detector
topic Detectors and Experimental Techniques
url http://cds.cern.ch/record/591666
work_keys_str_mv AT licheng beamtestofa10gapmrcprototypeastofdetector
AT chenhongfang beamtestofa10gapmrcprototypeastofdetector
AT shaoming beamtestofa10gapmrcprototypeastofdetector
AT wangxiaolian beamtestofa10gapmrcprototypeastofdetector
AT xuzizong beamtestofa10gapmrcprototypeastofdetector
AT zenghui beamtestofa10gapmrcprototypeastofdetector
AT ruanlijuan beamtestofa10gapmrcprototypeastofdetector
AT huangshengli beamtestofa10gapmrcprototypeastofdetector
AT sunyongjie beamtestofa10gapmrcprototypeastofdetector
AT wujian beamtestofa10gapmrcprototypeastofdetector
AT yeshuwei beamtestofa10gapmrcprototypeastofdetector

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