Large CMS cathode strip chambers: Design and performance

D. Acosta,G. Apollinari,J Blomquist,R. Breedon,N. Bondar,Yu. Bonushkin,E Borissov,A. Bujak,B. Bylsma,N. Chester,D. Chrisman,D. Cline,S. Dolinsky,S. Durkin,D. P. 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,Andrey Korytov,J. Kubic,J. G. Layter,T. Y. 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.D. Reeder,Jay Roberts,P. Robl,C. Rush,J.C. Santiard,S Sedov,B. Smith,S Sobolev,V Soulimov,B Tannenbaum,N Terentyev,A. Vorobyov,V. Yarba

Large CMS cathode strip chambers: Design and performance

2000

Abstract 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 m 2 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 2 mm spatial resolution, and (b) better than 150 μm spatial resolution in off-line.

Keywords:

M.2
Muon
Nuclear magnetic resonance
Cathode
Image resolution
Physics
Optics
Carbon–fluorine bond
performance results

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