Inclusive jet cross section in p-barp collisions at sqrt s =1.8 TeV.

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

doi:10.1103/physrevlett.68.1104

Inclusive jet cross section in p-barp collisions at sqrt s =1.8 TeV.

B Abbott , C Boswell + Show 369 more

https://doi.org/10.1103/physrevlett.68.1104

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Journal: Physical review letters	Publication Date: Feb 24, 1992
Citations: 92

Affiliation: University of California, Riverside, Northern Illinois University, Fermilab

#Quark Substructure #Measurement Of Jet Cross Section + Show 8 more

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Abstract

We present a measurement of the inclusive jet cross section in {ital {bar p}p} collisions at {radical}{ital s} =1.8 TeV at the Fermilab Tevatron using the Collider Detector at Fermilab. Good agreement is seen with the predictions of recent next-to-leading-order ({ital O}({alpha}{sub {ital s}}{sup 3})) QCD predictions. The dependence of the cross section on clustering cone size is reported for the first time. An improved limit on {Lambda}{sub {ital c}}, a term characterizing possible quark substructure, is set at 1.4 TeV (95% C.L.).

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