Design and performance tests of the CDF time-of-flight system

Author:

Paus Ch.,Grozis C.,Kephart R.,Stanek R.,Kim B.,Kim D.H.,Kim S.B.,Oh Y.,Yu I.,Carithers W.,Kim Y.K.,Anikeev K.,Bauer G.,Furić I.K.,Korn A.,Kravchenko I.,Mulhearn M.,Pavlon S.,Sumorok K.,Cabrera S.,Rodrigo T.,Ruiz A.,Vila I.,Chen C.,Jones M.,Kononenko W.,Kroll J.,Mayers G.M.,Newcomer F.M.,Usynin D.,VanBerg R.,Bellettini G.,Cerri C.,Menzione A.,Depedis D.,Dionisi C.,Giagu S.,Rescigno M.,Zanello L.,Kazama A.,Kim S.H.,Matsunaga H.,Motohashi S.,Sato K.,Takikawa K.,Ukegawa F.

Publisher

Elsevier BV

Subject

Instrumentation,Nuclear and High Energy Physics

Reference3 articles.

1. R. Blair et al., The CDFII Collaboration, The CDFII Detector Technical Design Report, FERMILAB–PUB–96/390–E.

2. The CDFII Collaboration, Proposal for Enhancement of the CDF II Detector an Inner Silicon Layer and Time of Flight Detector (P-909), Postscript under: http://www-cdf.fnal.gov/upgrades/btb_proposal.ps, Update to Proposal P-909: Physics Performance of the CDFII with an Inner Silicon Layer and a Time of Flight Detector, Postscript under: http://www-cdf.fnal.gov/upgrades/btb_update_jan99.ps.

3. F. Ukegawa et al., Nucl. Instr. and Meth. A 439 (2000) 65.

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