Determination of the absolute jet energy scale in the DØ calorimeters

B Abbott, M Abolins,B.S Acharya,I Adam,D.L Adams,M Adams,S Ahn,H Aihara, G.A Alves,N Amos, E.W Anderson,R Astur,M.M Baarmand,L Babukhadia, A Baden,V Balamurali,J Balderston, B Baldin, S Banerjee,J Bantly,E Barberis,J.F Bartlett,A Belyaev, S.B Beri,I Bertram,V.A Bezzubov,P.C Bhat,V Bhatnagar, M Bhattacharjee,N Biswas,G Blazey,S Blessing,P Bloom,A Boehnlein,N.I Bojko,F Borcherding,C Boswell,A Brandt,R Brock,A Bross, D Buchholz,V.S Burtovoi,J.M Butler,W Carvalho,D Casey,Z Casilum,H Castilla-Valdez,D Chakraborty, S.-M Chang,S.V Chekulaev,L.-P Chen,W Chen,S Choi,S Chopra,B.C Choudhary,J.H Christenson,M Chung,D Claes,A.R Clark, W.G Cobau,J Cochran,L Coney,W.E Cooper,C Cretsinger,D Cullen-Vidal,M.A.C Cummings, D Cutts,O.I Dahl,K Davis,K De,K.Del Signore,M Demarteau,D Denisov,S.P Denisov,H.T Diehl, M Diesburg,G.Di Loreto,P Draper,Y Ducros,L.V Dudko, S.R Dugad, D Edmunds,J Ellison,V.D Elvira, R Engelmann,S Eno,G Eppley,P Ermolov, O.V Eroshin,V.N Evdokimov,T Fahland,M.K Fatyga,S Feher,D Fein, T Ferbel,G Finocchiaro,H.E Fisk,Y Fisyak,E Flattum,G.E Forden,M Fortner,K.C Frame,S Fuess, E Gallas,A.N Galyaev,P Gartung, V Gavrilov,T.L Geld,R.J.Genik II,K Genser,C.E Gerber, Y Gershtein,B Gibbard,S Glenn, B Gobbi,A Goldschmidt,B Gómez,G Gómez,P.I Goncharov,J.L GonzálezSolı́s,H Gordon,L.T Goss,K Gounder, A Goussiou,N Graf,P.D Grannis,D.R Green,H Greenlee,S Grinstein,P Grudberg,S Grünendahl,G Guglielmo,J.A Guida,J.M Guida,A Gupta,S.N Gurzhiev,G Gutierrez,P Gutierrez,N.J Hadley,H Haggerty,S Hagopian,V Hagopian,K.S Hahn,R.E Hall,P Hanlet,S Hansen,J.M Hauptman, D Hedin,A.P Heinson, U Heintz,R Hernández-Montoya, T Heuring, R Hirosky,J.D Hobbs,B Hoeneisen,J.S Hoftun,F Hsieh,Ting Hu,Tong Hu,T Huehn,A.S Ito, E James,J Jaques,S.A Jerger,R Jesik,J.Z.-Y Jiang,T Joffe-Minor, K Johns, M Johnson,A Jonckheere,M Jones,H Jöstlein,S.Y Jun,C.K Jung,S Kahn,G Kalbfleisch,J.S Kang,D Karmanov,D Karmgard, R Kehoe,M.L Kelly,C.L Kim,S.K Kim,B Klima,C Klopfenstein,J.M Kohli, D Koltick,A.V Kostritskiy,J Kotcher,A.V Kotwal,J Kourlas,A.V Kozelov,E.A Kozlovsky,J Krane,M.R Krishnaswamy,S Krzywdzinski,S Kuleshov, S Kunori,F Landry, G Landsberg,B Lauer, A Leflat,H Li, J Li,Q.Z Li-Demarteau,J.G.R Lima,D Lincoln,S.L Linn,J Linnemann, R Lipton,Y.C Liu,F Lobkowicz,S.C Loken,S Lökös,L Lueking,A.L Lyon,A.K.A Maciel,R.J Madaras,R Madden,L Magaña-Mendoza,V Manankov, S Mani,H.S Mao,R Markeloff,T Marshall,M.I Martin,K.M Mauritz,B May,A.A Mayorov,R McCarthy,J McDonald,T McKibben,J McKinley,T McMahon,H.L Melanson,M Merkin,K.W Merritt,H Miettinen,A Mincer,C.S Mishra,N Mokhov,N.K Mondal,H.E Montgomery,P Mooney,H da Motta,C Murphy,F Nang,M Narain,V.S Narasimham,A Narayanan,H.A Neal,J.P Negret,P Nemethy,D Norman,L Oesch,V Oguri,E Oliveira,E Oltman,N Oshima,D Owen, P Padley,A Para,Y.M Park,R Partridge,N Parua,M Paterno,B Pawlik,J Perkins,M Peters, R Piegaia,H Piekarz,Y Pischalnikov,B.G Pope,H.B Prosper, S Protopopescu, J Qian,P.Z Quintas,R Raja,S Rajagopalan,O Ramirez,L Rasmussen, S Reucroft, M Rijssenbeek,T Rockwell,M Roco, P Rubinov, R Ruchti,J Rutherfoord,A Sánchez-Hernández,A Santoro, L Sawyer,R.D Schamberger,H Schellman,J Sculli, E Shabalina,C Shaffer,H.C Shankar,R.K Shivpuri, M Shupe,H Singh,J.B Singh,V Sirotenko,W Smart,E Smith, R.P Smith,R Snihur,G.R Snow, J Snow,S Snyder,J Solomon, M Sosebee,N Sotnikova,M Souza,A.L Spadafora,G Steinbrück,R.W Stephens,M.L Stevenson,D Stewart,F Stichelbaut,D Stoker, V Stolin,D.A Stoyanova, M Strauss,K Streets,M Strovink,A Sznajder,P Tamburello, J Tarazi,M Tartaglia,T.L.T Thomas,J Thompson,T.G Trippe,P.M Tuts, N Varelas,E.W Varnes,D Vititoe,A.A Volkov,A.P Vorobiev,H.D Wahl,G Wang,J Warchol, G Watts, M Wayne,H Weerts,A White,J.T White,J.A Wightman,S Willis,S.J Wimpenny,J.V.D Wirjawan, J Womersley,E Won,D.R Wood,H Xu,R Yamada,P Yamin,J Yang,T Yasuda,P Yepes,C Yoshikawa,S Youssef,J Yu,Y Yu,Z Zhou,Z.H Zhu, D Zieminska,A Zieminski,E.G Zverev,A Zylberstejn

Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment（1999）

引用 296|浏览210

暂无评分

摘要

The DØ detector is used to study pp̄ collisions at the 1800 and 630GeV center-of-mass energies available at the Fermilab Tevatron. To measure jets, the detector uses a sampling calorimeter composed of uranium and liquid argon as the passive and active media, respectively. Understanding the jet energy calibration is not only crucial for precision tests of QCD, but also for the measurement of particle masses and the determination of physics backgrounds associated with new phenomena. This paper describes the energy calibration of jets observed with the DØ detector at the two pp̄ center-of-mass energies in the transverse energy and pseudorapidity range ET>8GeV and |η|<3.

查看译文

关键词

calibration,calorimeters

AI 理解论文

溯源树

样例

生成溯源树，研究论文发展脉络

Chat Paper

正在生成论文摘要