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Ratio of jet cross sections at square root of s = 630 GeV and 1800 GeV.

Authors :
Abbott B
Abolins M
Abramov V
Acharya BS
Adams DL
Adams M
Alves GA
Amos N
Anderson EW
Baarmand MM
Babintsev VV
Babukhadia L
Baden A
Baldin B
Balm PW
Banerjee S
Bantly J
Barberis E
Baringer P
Bartlett JF
Bassler U
Bean A
Begel M
Belyaev A
Beri SB
Bernardi G
Bertram I
Besson A
Bezzubov VA
Bhat PC
Bhatnagar V
Bhattacharjee M
Blazey G
Blessing S
Boehnlein A
Bojko NI
Borcherding F
Brandt A
Breedon R
Briskin G
Brock R
Brooijmans G
Bross A
Buchholz D
Buehler M
Buescher V
Burtovoi VS
Butler JM
Canelli F
Carvalho W
Casey D
Casilum Z
Castilla-Valdez H
Chakraborty D
Chan KM
Chekulaev SV
Cho DK
Choi S
Chopra S
Christenson JH
Chung M
Claes D
Clark AR
Cochran J
Coney L
Connolly B
Cooper WE
Coppage D
Cummings MA
Cutts D
Dahl OI
Davis GA
Davis K
De K
Del Signore K
Demarteau M
Demina R
Demine P
Denisov D
Denisov SP
Desai S
Diehl HT
Diesburg M
Di Loreto G
Doulas S
Draper P
Ducros Y
Dudko LV
Duensing S
Dugad SR
Dyshkant A
Edmunds D
Ellison J
Elvira VD
Engelmann R
Eno S
Eppley G
Ermolov P
Eroshin OV
Estrada J
Evans H
Evdokimov VN
Fahland T
Feher S
Fein D
Ferbel T
Fisk HE
Fisyak Y
Flattum E
Fleuret F
Fortner M
Frame KC
Fuess S
Gallas E
Galyaev AN
Gartung P
Gavrilov V
Genik RJ 2nd
Genser K
Gerber CE
Gershtein Y
Gibbard B
Gilmartin R
Ginther G
Gómez B
Gómez G
Goncharov PI
González Solís JL
Gordon H
Goss LT
Gounder K
Goussiou A
Graf N
Graham G
Grannis PD
Green JA
Greenlee H
Grinstein S
Groer L
Grudberg P
Grünendahl S
Gupta A
Gurzhiev SN
Gutierrez G
Gutierrez P
Hadley NJ
Haggerty H
Hagopian S
Hagopian V
Hahn KS
Hall RE
Hanlet P
Hansen S
Hauptman JM
Hays C
Hebert C
Hedin D
Heinson AP
Heintz U
Heuring T
Hirosky R
Hobbs JD
Hoeneisen B
Hoftun JS
Hou S
Huang Y
Ito AS
Jerger SA
Jesik R
Johns K
Johnson M
Jonckheere A
Jones M
Jöstlein H
Juste A
Kahn S
Kajfasz E
Karmanov D
Karmgard D
Kehoe R
Kim SK
Klima B
Klopfenstein C
Knuteson B
Ko W
Kohli JM
Kostritskiy AV
Kotcher J
Kotwal AV
Kozelov AV
Kozlovsky EA
Krane J
Krishnaswamy MR
Krzywdzinski S
Kubantsev M
Kuleshov S
Kulik Y
Kunori S
Kuznetsov VE
Landsberg G
Leflat A
Lehner F
Li J
Li QZ
Lima JG
Lincoln D
Linn SL
Linnemann J
Lipton R
Lucotte A
Lueking L
Lundstedt C
Maciel AK
Madaras RJ
Manankov V
Mao HS
Marshall T
Martin MI
Martin RD
Mauritz KM
May B
Mayorov AA
McCarthy R
McDonald J
McMahon T
Melanson HL
Meng XC
Merkin M
Merritt KW
Miao C
Miettinen H
Mihalcea D
Mincer A
Mishra CS
Mokhov N
Mondal NK
Montgomery HE
Moore RW
Mostafa M
da Motta H
Nagy E
Nang F
Narain M
Narasimham VS
Neal HA
Negret JP
Negroni S
Norman D
Oesch L
Oguri V
Olivier B
Oshima N
Padley P
Pan LJ
Para A
Parashar N
Partridge R
Parua N
Paterno M
Patwa A
Pawlik B
Perkins J
Peters M
Peters O
Piegaia R
Piekarz H
Pope BG
Popkov E
Prosper HB
Protopopescu S
Qian J
Quintas PZ
Raja R
Rajagopalan S
Ramberg E
Rapidis PA
Reay NW
Reucroft S
Rha J
Rijssenbeek M
Rockwell T
Roco M
Rubinov P
Ruchti R
Rutherfoord J
Santoro A
Sawyer L
Schamberger RD
Schellman H
Schwartzman A
Sculli J
Sen N
Shabalina E
Shankar HC
Shivpuri RK
Shpakov D
Shupe M
Sidwell RA
Simak V
Singh H
Singh JB
Sirotenko V
Slattery P
Smith E
Smith RP
Snihur R
Snow GR
Snow J
Snyder S
Solomon J
Sorín V
Sosebee M
Sotnikova N
Soustruznik K
Souza M
Stanton NR
Steinbrück G
Stephens RW
Stevenson ML
Stichelbaut F
Stoker D
Stolin V
Stoyanova DA
Strauss M
Streets K
Strovink M
Stutte L
Sznajder A
Taylor W
Tentindo-Repond S
Thompson J
Toback D
Tripathi SM
Trippe TG
Turcot AS
Tuts PM
van Gemmeren P
Vaniev V
Van Kooten R
Varelas N
Volkov AA
Vorobiev AP
Wahl HD
Wang H
Wang ZM
Warchol J
Watts G
Wayne M
Weerts H
White A
White JT
Whiteson D
Wightman JA
Wijngaarden DA
Willis S
Wimpenny SJ
Wirjawan JV
Womersley J
Wood DR
Yamada R
Yamin P
Yasuda T
Yip K
Youssef S
Yu J
Yu Z
Zanabria M
Zheng H
Zhou Z
Zhu ZH
Zielinski M
Zieminska D
Zieminski A
Zutshi V
Zverev EG
Zylberstejn A
Source :
Physical review letters [Phys Rev Lett] 2001 Mar 19; Vol. 86 (12), pp. 2523-8.
Publication Year :
2001

Abstract

The D0 Collaboration has measured the inclusive jet cross section in barpp collisions at square root of s = 630 GeV. The results for pseudorapidities (eta)<0.5 are combined with our previous results at square root of s = 1800 GeV to form a ratio of cross sections with smaller uncertainties than either individual measurement. Next-to-leading-order QCD predictions show excellent agreement with the measurement at 630 GeV; agreement is also satisfactory for the ratio. Specifically, despite a 10% to 15% difference in the absolute magnitude, the dependence of the ratio on jet transverse momentum is very similar for data and theory.

Details

Language :
English
ISSN :
0031-9007
Volume :
86
Issue :
12
Database :
MEDLINE
Journal :
Physical review letters
Publication Type :
Academic Journal
Accession number :
11289971
Full Text :
https://doi.org/10.1103/PhysRevLett.86.2523