The BaBar silicon vertex tracker

C Bozzi ,Q Fan ,D Hale ,A Leona ,Ma Giorgi ,V Re ,R P Johnson ,M Grothe ,E Paoloni ,N A Roe ,D Gamba ,M Wilder ,Н Кузнецова ,F Da Silva Dutra ,D A Roberts ,S Dittongo ,A A Grillo ,M Rama ,P F Manfredi ,G Zizka ,S Tritto ,M Nyman ,S Kyre ,Kennedy Hall ,M Bona ,V Carassiti ,G Giraudo ,P R Burchat ,I Defendi ,J Beringer ,M Carpinelli ,P A Hart ,M Folegani ,M S Witherell ,F Bianchi ,G Della Ricca ,L T Kerth ,L Bosisio ,G Simi ,R E Schmitz ,S Burke ,W S Lockman ,L Piemontese ,Elisabetta Brenna ,A Smol ,B Di Girolamo ,F Bosi ,W Orejudos ,P Elmer ,S Kluth ,W Kroeger ,J May ,B Abbott ,A Forti ,D Callahan ,L Lanceri ,J Walsh ,A M Eisner ,C Angelini ,C Rastelli ,G Lynch ,M Bondioli ,A Perazzo ,P P Trapani ,C Campagnari ,T I Meyer ,E Mandelli ,C Hast ,V Vaniev ,G Calderini ,I Kipnis ,J Nielsen ,Linqing Luo ,B Dahmes ,G Rizzo ,E Spencer ,Raffaele Vitale ,M Turri ,W Verkerke ,A Profeti ,F Palombo ,D Barni ,F Sandrelli ,Ching-Hsiang Cheng ,C Hernikl ,A Romero ,F Morsani ,E Charles ,A Pompili ,S Levy ,P Grosso ,A Karcher ,V Sharma ,D Gagliardi ,F Lanni ,A Lusiani ,F Daudo ,Ellen Potter ,I Scott ,A Frey ,W.a Rowe ,G Vuagnin ,S Dow ,A Seiden ,S Bettarini ,A R Clark ,O Long ,G Rampino ,F Goozen ,T Pulliam ,P Mammini ,A B Breon ,D Kirkby ,G Batignani ,P Poropat ,G Triggiani ,A Eppich ,E Vallazza ,M Prest ,M Pedrali-Noy ,A Cotta Ramusino ,M Morganti ,P Luft ,D Giugni ,J D Richman ,F Forti ,D Zanin ,C Roat ,Michael Levi ,H Zobernig

doi:10.1016/s0168-9002(00)00609-4

The BaBar silicon vertex tracker

C Bozzi , Q Fan + Show 128 more

https://doi.org/10.1016/s0168-9002(00)00609-4

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Journal: Nuclear Inst. and Methods in Physics Research, A	Publication Date: Oct 1, 2000
Citations: 11

Affiliation: INFN Sezione di Ferrara, Lawrence Berkeley National Laboratory

#BaBar Silicon Vertex Tracker #Silicon Vertex Tracker + Show 8 more

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Abstract

The BaBar Silicon Vertex Tracker (SVT) is designed to provide the high-precision vertexing necessary for making measurements of CP violation at the SLAC B-Factory PEP-II. The instrument consists of five layers of double-sided silicon strip detectors and has been installed in the BaBar experiment and taking colliding beam data since May 1999. An overview of the design as well as performance and experience from the initial running will be presented.

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