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The fluid systems for the SLD Cerenkov Ring Imaging Detector

P Antilogus,D Aston,T Bienz,F Bird,S Dasu,S I Dolinsky,W Dunwoodie,G D Hallewell,H Kawahara,Youngwoo Kwon,D W G S Leith, Gunter Muller,Dirk Muller,T Nagamine,T J Pavel,B N Ratcliff,P Rensing,David Robert Schultz,Stuart L Shapiro,C Simopoulos,E P Solodov,N Toge,J Vavra, S H Williams,M Cavallisforza,P Coyle,D G Coyne, Xindong Liu,D A Williams,J A Coller,J T Shank,R J Wilson,J S Whitaker,A Bean,David O Caldwell,J E Duboscq,Johannes B Huber,A Lu,L Mathys,S Mchugh,Michael S Witherell,S Yellin,R A Johnson,J L Martinez,B T Meadows, Miguel Nussbaum,A B Doliveira,A K S Santha,A Shoup,M D Sokoloff,I E Stockdale,K G Baird,Paul F Jacques,M Kalelkar,R J Plano,P Stamer,G B Word,K Abe,K Hasegawa,F Suekane,H Yuta

Orlando, FL（1992）

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摘要
Summary form only. The design and the operation of the fluid delivery, monitor, and control systems for the SLD Cerenkov Ring Imaging Detector (CRID) are discussed. The systems are now fully operational and delivering TPC gas (C2H6+TMAE), radiator gas (C 5F12+N2), and radiator liquid (C6 F14). Critical quantities such as electron lifetime in the drift gas and ultraviolet transparencies of the radiator fluids have been measured
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关键词
cherenkov counters,flow control,crid,cerenkov ring imaging detector,sld,control systems,electron lifetime,fluid systems,gas,radiator gas,radiator liquid,ultraviolet transparencies,electrons,detectors
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