Operational experience with the SLD CRID at the SLC

K. Abe,D. Aston,K.G. Baird,Charles Baltay,R Ben-David,T. Bienz,David O. Caldwell,M. Cavalli-Sforza,Ja Coller,D. Coyne,M Dima,A.B. d'Oliveira,G. Hallewell,Y. Hasegawa,J. Huber,Y. Iwasaki,P. Jacques,R. A. Johnson,M. Kalelkar,H. Kawahara,D. W. G. S. Leith,X Liu,A. Lu,S. Manly,B. T. Meadows,G. Muller,D. R. Muller,T Nagamine,S. Narita,M. Nussbaum,T.J. Pavel,R.J. Plano,B. N. Ratcliff,P. Rensing,S Sen,J. T. Shank,S. Shapiro,C. Simopoulos,J Snyder,P. Stamer,F. Suekane,J.D. Turk,J. Va’vra,J.S. Whitaker,D. A. Williams,S. Williams,S. Willocq,Richard Wilson,G.B. Word,S. Yellin,H. Yuta

Operational experience with the SLD CRID at the SLC

1996

We highlight some problems encountered and lessons learned in obtaining stable operation of the SLD CRID for the past four years. During the 1994–1995 run of the SLC, we achieved stable operation of liquid (C6F14) and gas (85% C5F1215% N2) radiators with good UV transparency, and we regularly operate the TPCs with excellent drift lifetimes and good single photo-electron detection efficiency.

Keywords:

Particle accelerator
Nuclear magnetic resonance
Electronic engineering
Physics
Radiator (engine cooling)
Optics

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