Large Cms Cathode Strip Chambers: Design and Performance

D Acosta,G Apollinari,J Blomquist,R Breedon,N Bondar,Y Bonushkin,E Borissov,A Bujak,B Bylsma,N Chester,D Chrisman,D Cline,S Dolinsky,S Durkin,D Eartly,T Ferguson,F Feyzi,J Gilmore,L Gorn,W Gorn,J Gu,L Gutay,J Hauser,S Hershman,J Hoftiezer,O Kisselev,W Ko,J Korienek,A Korytov,J Kubic,J Layter,TY Ling,R Loveless,S Lusin,C Matthey,M Matveev,S Medved,G Mitselmakher,S Otwinowski,P Padley,F Petriello,Y Pischalnikov,O Prokofiev,V Razmyslovich,D Reeder,J Roberts,P Robl,C Rush,JC Santiard,S Sedov,B Smith,S Sobolev, V Soulimov,B Tannenbaum,N Terentyev,A Vorobyov,V Yarba

NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH SECTION A-ACCELERATORS SPECTROMETERS DETECTORS AND ASSOCIATED EQUIPMENT（2000）

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摘要
Presented are the main design features of the large Cathode Strip Chambers (CSCs) for the CMS Endcap Muon System as well as the performance results obtained with the two full-scale 3.4×1.5 m2 six-plane prototypes. The prototype performance was within the baseline requirements: (a) higher than 99% efficiency of muon track finding at the trigger level with more than 92% probability for bunch crossing identification and better than 2mm spatial resolution, and (b) better than 150μm spatial resolution in off-line.
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关键词
Detector Performance,Time Projection Chambers
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