Improved b quark jet identification at the D0 experiment

V M Abazov, B Abbott,B S Acharya,M Adams,T Adams,J P Agnew,G D Alexeev, G Alkhazov,A Alton, A Askew,S Atkins, K Augsten,C Avila,F Badaud,L Bagby, B Baldin,D V Bandurin, S Banerjee,E Barberis, P Baringer,J F Bartlett, U Sassler, V E Bazterra,A Bean,M Begalli, L Bellantoni, S B Beri,G Bernardi, R Bernhard,I Bertram, M Besancon,R Beuselinck,P C Bhat,Sangeeta N Bhatia,V Bhatnagar,G Blazey,S Blessing,K Bloom,A Boehnlein,D Boline,E E Boos,G Borissov, M Borysova, Adam C Brandt,O Brandt,R Brock,A Bross,D A Brown,X B Bu,M Buehler,V Buescher,V Bunichev,S Burdin, C P Buszello,E Camachoperez,B C K Casey,H Castillavaldez, S Caughron, S Chakrabarti,K M Chan,A Chandra,E Chapon,G Chen, S W Cho,S Choi,B Choudhary, S Cihangir,D Claes,J Clutter,M Cooke,W E Cooper,M Corcoran, F Couderc,M C Cousinou, D Cutts,A Das,G M Davies,S J De Jong,E De La Cruzburelo, R T De Lima,F Deliot, R Demina,D Denisov,S P Denisov,S Desai,C Deterre,K Devaughan,H T Diehl, M Diesburg,P F Ding,A Dominguez,A K Dubey,L V Dudko,A Duperrin,S Dutt, M Eads, D Edmunds,J Ellison, V D Elvira,Y Enari,H Evans,V N Evdokimov,Lu Feng, T Ferbel,F Fiedler,F Filthaut,W Fisher,H E Fisk,M Fortner,H Fox,S Fuess,P H Garbincius, A Garciabellido,J A Garciagonzalez, V Gavrilov,W Geng, C E Gerber,Y Gershtein,G Ginther,G Golovanov,P D Grannis,S Greder,H Greenlee,G Grenier,Ph Gris,J F Grivaz,A Grohsjean, S Gruenendahl, M W Gruenewald, T Guillemin,G Gutierrez,P Gutierrez, J Haley, L Han, K Harder, A Harel, J M Hauptman, J Hays,T Head, T Hebbeker,D Hedin,H Hegab,A P Heinson, U Heintz,C Hensel,I Herediade La Cruz,K Herner, G Hesketh,M D Hildreth, R Hirosky,T Hoang,J D Hobbs,B Hoeneisen,J Hogan, M Hohlfeld, J L Holzbauer,I Howley, Z Hubacek, V Hynek, I Iashvili,Y Ilchenko,R Illingworth,A S Ito,S Jabeen,M Jaffre,A Jayasinghe,M S Jeong,R Jesik,Peng Jiang, K Johns,Eric D Johnson,Markes E Johnson,A Jonckheere,P Jonsson,J S Joshi,A W Jung,A Juste,E Kajfasz,D Karmanov,I Katsanos, R Kehoe,S Kermiche, N Khalatyan, A Khanov, A Kharchilava,Y N Kharzheev, I Kiselevich, J M Kohli,A V Kozelov, J Kraus,A Kumar, A Kupco, T Kurca,V A Kuzmin,S Lammers, P Lebrun,H S Lee,S W Lee,W M Lee,X Lei,Jeremie Lellouch,D Li,H Li,Li Li,Q Z Li, J K Lim,D Lincoln,J Linnemann, V V Lipaev, R Lipton,Hang Liu,Yingzhuang Liu, A Lobodenko,M Lokajicek,R Lopes De Sa,R Lunagarcia,A L Lyon,A K A Maciel,R Madar, R Maganavillalba,S Malik, V L Malyshev,Joseph M Mansour,J Martinezortega,R Mccarthy,C L Mcgivern,M M Meijer, A Melnitchouk,D Menezes,P G Mercadante,M Merkin,A Meyer,J Meyer,F Miconi,N K Mondal, M Mulhearn,E Nagy,M Narain,R Nayyar, H A Neal,J P Negret, P Neustroev,H T Nguyen, T Nunnemann,J Orduna,N Osman,J Osta,Amarta Kumar Pal, N Parashar,V Parihar,S K Park,R Partridge,N Parua, A Patwa, B Penning, M Perfilov,Y Peters, K Petridis,G Petrillo,P Petroff, M A Pleier,V M Podstavkov,A V Popov,M Prewitt,Donald L Price,N Prokopenko,J Qian, A Quadt,B Quinn,P N Ratoff,I Razumov,I Rippbaudot, F Rizatdinova,M Rominsky,A C Ross, C Royon, P Rubinov, R Ruchti, G Sajot,A Sanchezhernandez,M P Sanders,A S Santos,G Savage,L Sawyer,T Scanlon, R D Schamberger,Y Scheglov,H Schellman, C Schwanenberger,R Schwienhorst,J Sekaric, H Severini,E Shabalina,V Shary, Savanna Shaw,A A Shchukin, V Simak, P Skubic,P Slattery,D Smirnov, G R Snow, J Snow,S Snyder, S Soeldnerrembold, L Sonnenschein,K Soustruznik,J Stark,D A Stoyanova, M Strauss,L Suter,P Svoisky,M Titov,V V Tokmenin,Y T Tsai, D Tsybychev,B Tuchming,C Tully, L Uvarov,S Uvarov,S Uzunyan,R Van Kooten,W M Van Leeuwen, N Varelas, E W Varnes,I A Vasilyev,A Y Verkheev,L S Vertogradov,M Verzocchi,M Vesterinen, D Vilanova, P Vokac,H D Wahl,M H L S Wang, J Warchol, G Watts, M Wayne,J Weichert,L Weltyrieger,M R J Williams,G W Wilson,M Wobisch, D R Wood, T R Wyatt,Y Xie,R Yamada,Sen Yang,T Yasuda,Y A Yatsunenko,Weilan Ye,Z Ye,Hui Yin,K Yip,S W Youn,J M Yu,J Zennamo, T G Zhao,Bo Zhou,Jing Zhu, M Zielinski, D Zieminska,L Zivkovic

Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment(2014)

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摘要
The ability to identify jets which originated from b quarks is an important tool of the physics program of the D0 experiment at the Fermilab Tevatron pp¯ collider. This paper describes a new algorithm designed to select jets originating from b quarks while suppressing the contamination caused by jets from other quark flavors and gluons. Additionally, a new technique, the SystemN method, for determining the misidentification rate directly from data is presented.
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关键词
b-Jet identification,D0,Tevatron,Collider
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