The Mark II detector for the SLC

G S Abrams ,G Bonvicini,D Fernandes,T Barklow,A Seiden,M Petradza,L Labarga,R Pitthan,B Harral,M Woods,C Boswell,K Hayes,R Frey,R Thun,V Lüth,E Gero,J.F Kral,P Rankin,G Hanson,C Fordham,C Von Zanthier,L Müller,S Weisz,K Braune,R Stroynowski,P Dauncey,J Bartelt,W De Boer,C Akerlof,J Ballam,I Juricic,M Yurko,J Boyer,D Fujino,L Koepke,D Herrup,C Gatto,A Snyder,H Veltman,J Hylen,S Watson,A Weigend,C Peck,R Tschirhart,W Koska,M Kuhlen,D Nitz,J Nash,M Alvarez,D Cords,Z Li,C Zaccardelli,C Hearty,T Glanzman,D Karlen,G Wormser,J Chapman,K Riles,D Averill,J Kent,S Komamiya,R Harr,D Blockus,F Butler,P Voruganti,W Kozanecki,E Soderstrom,E Wicklund,A Petersen,S Vejcik,G Gidal,B Brabson,M King,A Breakstone,F Bulos,T Himel,M Swartz,G Gratta,R Van Kooten,G Goldhaber,P Weber,R.G Jacobsen,A Green,M Chmeissani,D.P Coupal,H O Ogren ,G Lynch ,R Wolf ,K K Gan ,M Jaffré ,D R Rust ,D L Burke ,B A Schumm ,A S Schwarz ,R C Field ,D Stoker ,P R Burchat ,S R Klein ,T.s Mattison ,C A Heusch ,Richard E Taylor ,R.e Wright ,W R Innes ,E Fernández ,J A Mckenna ,J J Gómez-Cadenas ,L A Kowalski ,S R Wagner ,F Rouse ,M W Schaad ,A J Weir ,D C Drewer ,D Y Wu ,G H Trilling ,M E Nelson ,R A Ong ,F A Harris ,P Grosse‐Wiesmann ,W N Murray ,C Adolphsen ,J P Alexander ,H F-W Sadrozinski ,J G Smith ,W B Schmidke ,R J Cence ,S I Parker ,C M Hawkes ,C K Jung ,Jonathan Fay ,S O Holmgren ,B A Barnett ,S J Hong ,H Destaebler ,S L White ,A.m Boyarski ,A Baden ,A J Lankford ,Frédéric Perrier ,G J Feldman ,J A Jaros ,D A Hinshaw ,J.-M Brom ,A M Litke ,Michael E Hoenk ,W T Ford ,K Moffeit ,D P Hutchinson ,A J Weinstein ,Xue Gong ,D Wood ,P S Drell ,J S Haggerty ,D E Dorfan ,K O’shaughnessy ,B C Barish ,B Milliken ,Akihiro Koide ,F C Porter ,D S Koetke ,R R Larsen ,F Calviño ,M Turała ,M Perl ,J Kadyk ,J Dorfan ,Joseph Perl ,M E Levi ,Charles T Munger ,John Matthews ,J D Richman

doi:10.1016/0168-9002(89)91217-5

The Mark II detector for the SLC

G S Abrams , G Bonvicini + Show 168 more

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https://doi.org/10.1016/0168-9002(89)91217-5

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Journal: Nuclear Inst. and Methods in Physics Research, A	Publication Date: Aug 1, 1989
Citations: 68

Affiliation: Lawrence Berkeley National Laboratory, University of California, Berkeley, University of Michigan–Ann Arbor, Stanford Synchrotron Radiation Lightsource, Stanford University, SLAC National Accelerator Laboratory, University of California, Santa Cruz, Johns Hopkins University, Indiana University Bloomington, Indiana University, California Institute of Technology, University of Colorado Boulder, University of Hawaiʻi at Mānoa

#Endcap Electromagnetic Calorimeters #Stanford Linear Collider + Show 8 more

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Abstract

The Mark II detector has been upgraded in preparation for its role as the first detector to take data at the Stanford Linear Collider. The new detector components include the central drift chamber, the time-of-flight system, the coil, the endcap electromagnetic calorimeters and the beam energy and luminosity measuring devices. There have also been improvements in detector hermeticity. All of the major components were installed for a test run at the PEP storage ring (√ s = 29 GeV) in 1985. This paper describes the upgraded detector, including its trigger and data acquisition systems, and gives performance figures for its components. Future improvements are also discussed.

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