Determination Of The Mass Of The W Boson Using The D0 Detector At The Fermilab Tevatron

B Abbott,M Abolins,Bs Acharya,I Adam,Dl Adams,M Adams,S Ahn,H Aihara,Ga Alves,E Amidi,N Amos,Ew Anderson,R Astur,Mm Baarmand,A Baden,V Balamurali,J Balderston,B Baldin,S Banerjee,J Bantly,E Barberis,Jf Bartlett,K Bazizi,A Belyaev,Sb Beri,I Bertram,Va Bezzubov,Pc Bhat,V Bhatnagar,M Bhattacharjee,N Biswas,G Blazey,S Blessing,P Bloom,A Boehnlein,Ni Bojko,F Borcherding,C Boswell,A Brandt,R Brock,A Bross,D Buchholz,Vs Burtovoi,Jm Butler,W Carvalho,D Casey,Z Casilum,H Castilla-Valdez,D Chakraborty,Sm Chang,Sv Chekulaev,Lp Chen, W Chen,S Choi,S Chopra,Bc Choudhary,Jh Christenson,M Chung,D Claes,Ar Clark,Wg Cobau,J Cochran,We Cooper,C Cretsinger,D Cullen-Vidal,Mac Cummings,D Cutts,Oi Dahl,K Davis,K De,K Del Signore,M Demarteau,N Denisenko,D Denisov,Sp Denisov,Ht Diehl,M Diesburg,G Di Loreto,P Draper,Y Ducros,Lv Dudko,Sr Dugad,D Edmunds,J Ellison,Vd Elvira,R Engelmann,S Eno,G Eppley,P Ermolov,Ov Eroshin,Vn Evdokimov,T Fahland,M Fatyga,Mk Fatyga,S Feher,D Fein,T Ferbel,G Finocchiaro,He Fisk,Y Fisyak,E Flattum,Ge Forden,M Fortner,Kc Frame,S Fuess,E Gallas,An Galyaev,P Gartung,Tl Geld,Rj Genik,K Genser,Ce Gerber,B Gibbard,S Glenn,B Gobbi,M Goforth,A Goldschmidt,B Gomez,G Gomez,Pi Goncharov,Jlg Solis,H Gordon,Lt Goss,K Gounder,A Goussiou,N Graf,Pd Grannis,Dr Green,J Green,H Greenlee,G Grim,S Grinstein,N Grossman,P Grudberg,S Grunendahl,G Guglielmo,Ja Guida,Jm Guida,A Gupta,Sn Gurzhiev,P Gutierrez,Ye Gutnikov,Nj Hadley,H Haggerty,S Hagopian,V Hagopian,Ks Hahn,Re Hall,P Hanlet,S Hansen,Jm Hauptman,D Hedin,Ap Heinson,U Heintz,R Hernandez-Montoya,T Heuring,R Hirosky,Jd Hobbs,B Hoeneisen,Js Hoftun,F Hsieh,T Hu,T Hu,T Huehn,As Ito,E James,J Jaques,Sa Jerger,R Jesik,Jzy Jiang,T Joffe-Minor,K Johns,M Johnson,A Jonckheere,M Jones,H Jostlein,Sy Jun,Ck Jung,S Kahn,G Kalbfleisch,Js Kang,D Karmgard,R Kehoe,Ml Kelly,Cl Kim,Sk Kim,A Klatchko,B Klima,C Klopfenstein,Vi Klyukhin,Vi Kochetkov,Jm Kohli,D Koltick,Av Kostritskiy,J Kotcher,Av Kotwal,J Kourlas,Av Kozelov,Ea Kozlovski,J Krane,Mr Krishnaswamy,S Krzywdzinski,S Kunori,S Lami,H Lan,R Lander,F Landry,G Landsberg,B Lauer,A Leflat,H Li, J Li,Qz Li-Demarteau,Jgr Lima,D Lincoln,Sl Linn,J Linnemann,R Lipton,Yc Liu,F Lobkowicz,Sc Loken,S Lokos,L Lueking,Al Lyon,Aka Maciel,Rj Madaras,R Madden,L Magana-Mendoza,S Mani,Hs Mao,R Markeloff,T Marshall,Mi Martin,Km Mauritz,B May,Aa Mayorov,R Mccarthy,J Mcdonald,T Mckibben,J Mckinley,T Mcmahon,Hl Melanson,M Merkin,Kw Merritt,H Miettinen,A Mincer,Cs Mishra,N Mokhov,Nk Mondal,He Montgomery,P Mooney,H Da Motta,C Murphy,F Nang,M Narain,Vs Narasimham,A Narayanan,Ha Neal,Jp Negret,P Nemethy,D Norman,L Oesch,V Oguri,E Oltman,N Oshima,D Owen,P Padley,M Pang,A Para,Ym Park,R Partridge,N Parua,M Paterno,B Pawlik,J Perkins, S Peryshkin,M Peters,R Piegaia,H Piekarz,Y Pischalnikov,Vm Podstavkov,Bg Pope,Hb Prosper,S Protopopescu,J Qian,Pz Quintas,R Raja,S Rajagopalan,O Ramirez,L Rasmussen,S Reucroft,M Rijssenbeek,T Rockwell,Na Roe,P Rubinov,R Ruchti,J Rutherfoord,A Sanchez-Hernandez,A Santoro,L Sawyer,Rd Schamberger,H Schellman,J Sculli,E Shabalina,C Shaffer,Hc Shankar,Rk Shivpuri,M Shupe,H Singh,Jb Singh,V Sirotenko,W Smart,Rp Smith,R Snihur,Gr Snow,J Snow,S Snyder,J Solomon,Pm Sood,M Sosebee,N Sotnikova,M Souza,Al Spadafora,Rw Stephens,Ml Stevenson,D Stewart,F Stichelbaut,Da Stoianova,D Stoker,M Strauss,K Streets,M Strovink,A Sznajder,P Tamburello,J Tarazi,M Tartaglia,Tlt Thomas,J Thompson,Tg Trippe,Pm Tuts,N Varelas,Ew Varnes,D Vititoe,Aa Volkov,Ap Vorobiev,Hd Wahl,G Wang,J Warchol,G Watts,M Wayne,H Weerts,A White,Jt White,Ja Wightman,S Willis,Sj Wimpenny,Jvd Wirjawan,J Womersley,E Won,Dr Wood,H Xu,R Yamada,P Yamin,J Yang,T Yasuda,P Yepes,C Yoshikawa,S Youssef,J Yu,Y Yu,Q Zhu,Zh Zhu,D Zieminska,A Zieminski,Eg Zverev,A Zylberstejn

PHYSICAL REVIEW D（1998）

Cited 30|Views14

No score

Abstract

A measurement of the mass of the W boson is presented which is based on a sample of 5982 W --> e nu decays observed in p (p) over bar collisions at root s = 1.8 TeV with the D0 detector during the 1992-1983 run: From a fit to the transverse mass spectrum, combined with. measurements of the Z boson mass, the W boson mass is measured to be M-W = 80.350 +/- 0.140(stat) +/- 0.165(syst) +/- 0.160(scale) GeV/c(2). Detailed discussions of the determination of the absolute energy scale, the measured efficiencies, and all systematic uncertainties are presented. [S0556-2821(98)01613-0].

Translated text

Key words

thewboson,tevatron,mass

AI Read Science

Must-Reading Tree

Example

Generate MRT to find the research sequence of this paper

Chat Paper

Summary is being generated by the instructions you defined