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Jet production in charged current deep inelastic e+p scattering at HERA

Title
Jet production in charged current deep inelastic e+p scattering at HERA
Authors
Chekanov S.; Derrick M.; Krakauer D.; Loizides J.H.; Magill S.; Musgrave B.; Repond J.; Yoshida R.; Mattingly M.C.K.; Antonioli P.; Bari G.; Basile M.; Bellagamba L.; Boscherini D.; Bruni A.; Bruni G.; Cara Romeo G.; Cifarelli L.; Cindolo F.; Contin A.; Corradi M.; de Pasquale S.; Giusti P.; Iacobucci G.; Margotti A.; Nania R.; Palmonari F.; Pesci A.; Sartorelli G.; Zichichi A.; Aghuzumtsyan G.; Bartsch D.; Brock I.; Goers S.; Hartmann H.; Hilger E.; Irrgang P.; Jakob H.-P.; Kappes A.; Katz U.F.; Kind O.; Meyer U.; Paul E.; Rautenberg J.; Renner R.; Stifutkin A.; Tandler J.; Voss K.C.; Wang M.; Weber A.; Bailey D.S.; Brook N.H.; Cole J.E.; Foster B.; Heath G.P.; Heath H.F.; Robins S.; Rodrigues E.; Scott J.; Tapper R.J.; Wing M.; Capua M.; Mastroberardino A.; Schioppa M.; Susinno G.; Kim J.Y.; Kim Y.K.; Lee J.H.; Lim I.T.; Pac M.Y.; Caldwell A.; Helbich M.; Liu X.; Mellado B.; Ning Y.; Paganis S.; Ren Z.; Schmidke W.B.; Sciulli F.; Chwastowski J.; Eskreys A.; Figiel J.; Olkiewicz K.; Stopa P.; Zawiejski L.; Adamczyk L.; Bold T.; Grabowska-Bod I.; Kisielewska D.; Kowal A.M.; Kowal M.; Kowalski T.; Przybycien M.; Suszycki L.; Szuba D.; Szuba J.; Kotanski A.; Slominski W.; Adler V.; Bauerdick L.A.T.; Behrens U.; Bloch I.; Borras K.; Chiochia V.; Dannheim D.; Drews G.; Fourletova J.; Fricke U.; Geiser A.; Goebel F.; Gottlicher P.; Gutsche O.; Haas T.; Hain W.; Hartner G.F.; Hillert S.; Kahle B.; Kotz U.; Kowalski H.; Kramberger G.; Labes H.; Lelas D.; Lohr B.; Mankel R.; Melzer-Pellmann I.-A.; Moritz M.; Nguyen C.N.; Notz D.; Petrucci M.C.; Polini A.; Raval A.; Schneekloth U.; Selonke F.; Stoesslein U.; Wessoleck H.; Wolf G.; Youngman C.; Zeuner W.; Schlenstedt S.; Barbagli G.; Gallo E.; Genta C.; Pelfer P.G.; Bamberger A.; Benen A.; Coppola N.; Bell M.; Bussey P.J.; Doyle A.T.; Glasman C.; Hamilton J.; Hanlon S.; Lee S.W.; Lupi A.; Saxon D.H.; Skillicorn I.O.; Gialas I.; Bodmann B.; Carli T.; Holm U.; Klimek K.; Krumnack N.; Lohrmann E.; Milite M.; Salehi H.; Stonjek S.; Wick K.; Ziegler A.; Ziegler A.R.; Collins-Tooth C.; Foudas C.; Goncalo R.; Long K.R.; Tapper A.D.; Cloth P.; Filges D.; Nagano K.; Tokushuku K.; Yamada S.; Yamazaki Y.; Barakbaev A.N.; Boos E.G.; Pokrovskiy N.S.; Zhautykov B.O.; Lim H.; Son D.; Piotrzkowski K.; Barreiro F.; Gonzaalez O.; Labarga L.; del Peso J.; Tassi E.; Terron J.; Vazquez M.; Barbi M.; Corriveau F.; Gliga S.; Lainesse J.; Padhi S.; Stairs D.G.; Tsurugai T.; Antonov A.; Danilov P.; Dolgoshein B.A.; Gladkov D.; Sosnovtsev V.; Suchkov S.; Dementiev R.K.; Ermolov P.F.; Golubkov Y.A.; Katkov I.I.; Khein L.A.; Korzhavina I.A.; Kuzmin V.A.; Levchenko B.B.; Lukina O.Y.; Proskuryakov A.S.; Shcheglova L.M.; Vlasov N.N.; Zotkin S.A.; Grijpink S.; Koffeman E.; Kooijman P.; Maddox E.; Pellegrino A.; Schagen S.; Tiecke H.; Velthuis J.J.; Wiggers L.; de Wolf E.; Bruommer N.; Bylsma B.; Durkin L.S.; Ling T.Y.; Cooper-Sarkar A.M.; Cottrell A.; Devenish R.C.E.; Ferrando J.; Grzelak G.; Patel S.; Sutton M.R.; Walczak R.; Bertolin A.; Brugnera R.; Carlin R.; dal Corso F.; Dusini S.; Garfagnini A.; Limentani S.; Longhin A.; Parenti A.; Posocco M.; Stanco L.; Turcato M.; Heaphy E.A.; Metlica F.; Oh B.Y.; Whitmore J.J.; Iga Y.; D'Agostini G.; Marini G.; Nigro A.; Cormack C.; Hart J.C.; McCubbin N.A.; Heusch C.; Park I.H.; Pavel N.; Abramowicz H.; Gabareen A.; Kananov S.; Kreisel A.; Levy A.; Kuze M.; Abe T.; Fusayasu T.; Kagawa S.; Kohno T.; Tawara T.; Yamashita T.; Hamatsu R.; Hirose T.; Inuzuka M.; Kitamura S.; Matsuzawa K.; Nishimura T.; Arneodo M.; Ferrero M.I.; Monaco V.; Ruspa M.; Sacchi R.; Solano A.; Koop T.; Levman G.M.; Martin J.F.; Mirea A.; Butterworth J.M.; Gwenlan C.; Hall-Wilton R.; Jones T.W.; Lightwood M.S.; West B.J.; Ciborowski J.; Ciesielski R.; Nowak R.J.; Pawlak J.M.; Sztuk J.; Tymieniecka T.; Ukleja A.; Ukleja J.; Zarnecki A.F.; Adamus M.; Plucinski P.; Eisenberg Y.; Gladilin L.K.; Hochman D.; Karshon U.; Riveline M.; Kcira D.; Lammers S.; Li L.; Reeder D.D.; Savin A.A.; Smith W.H.; Deshpande A.; Dhawan S.; Straub P.B.; Bhadra S.; Catterall C.D.; Fourletov S.; Hartner G.; Menary S.; Soares M.; Standage J.
Ewha Authors
박일흥
SCOPUS Author ID
박일흥scopusscopus
Issue Date
2003
Journal Title
European Physical Journal C
ISSN
1434-6044JCR Link
Citation
European Physical Journal C vol. 31, no. 2, pp. 149 - 164
Indexed
SCI; SCIE; SCOPUS WOS scopus
Document Type
Article
Abstract
The production rates and substructure of jets have been studied in charged current deep inelastic e+p scattering for Q2 > 200 GeV2 with the ZEUS detector at HERA using an integrated luminosity of 110.5 pb-1. Inclusive jet cross sections are presented for jets with transverse energies ET jet > 14 GeV and pseudorapidities in the range -1 < ηjet < 2. Dijet cross sections are presented for events with a jet having ET jet > 14 GeV and a second jet having ET jet > 5 GeV. Measurements of the mean subjet multiplicity, 〈ηsbj〉, of the inclusive jet sample are presented. Predictions based on parton-shower Monte Carlo models and next-to-leading-order QCD calculations are compared to the measurements. The value of αs (MZ), determined from 〈ηsbj〉 at ycut = 10-2 for jets with 25 < ET jet < 119 GeV, is α s (MZ) = 0.1202 ± 0.0052 (stat.) -0.0019 +0.0060 (syst.)-0.0053 +0.0065 (th.). The mean subjet multiplicity as a function of Q 2 is found to be consistent with that measured in NC DIS.
DOI
10.1140/epjc/s2003-01358-2
Appears in Collections:
자연과학대학 > 물리학전공 > Journal papers
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