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ZEUS next-to-leading-order QCD analysis of data on deep inelastic scattering

Title
ZEUS next-to-leading-order QCD analysis of data on deep inelastic scattering
Authors
Chekanov, SKrakauer, DMagill, SMusgrave, BRepond, JYoshida, RMattingly, MCKAntonioli, PBari, GBasile, MBellagamba, LBoscherini, DBruni, ABruni, GRomeo, GCCifarelli, LCindolo, FContin, ACorradi, MDe Pasquale, SGiusti, PIacobucci, GMargotti, ANania, RPalmonari, FPesci, ASartorelli, GZichichi, AAghuzumtsyan, GBartsch, DBrock, ICrittenden, JGoers, SHartmann, HHilger, EIrrgang, PJakob, HPKappes, AKatz, UFKerger, RKind, OPaul, ERautenberg, JRenner, RSchnurbusch, HStifutkin, ATandler, JVoss, KCWeber, ABailey, DSBrook, NHCole, JEFoster, BHeath, GPHeath, HFRobins, SRodrigues, EScott, JTapper, RJWing, MCapua, MMastroberardino, ASchioppa, MSusinno, GKim, JYKim, YKLee, JHLim, ITPac, MYCaldwell, AHelbich, MLiu, XMellado, BNing, YPaganis, SRen, ZSchmidke, WBSciulli, FChwastowski, JEskreys, AFigiel, JOlkiewicz, KPiotrzkowski, KPrzybycien, MBStopa, PZawiejski, LAdamczyk, LBold, TGrabowska-Bold, IKisielewska, DKowal, AMKowal, MKowalski, TPrzybycien, MSuszycki, LSzuba, DSzuba, JKotanski, ASlominski, WBauerdick, LATBehrens, UBorras, KChiochia, VDannheim, DDerrick, MDrews, GFourletova, JFox-Murphy, AFricke, UGeiser, AGoebel, FGottlicher, PGutsche, OHaas, THain, WHartner, GFHillert, SKotz, UKowalski, HKramberger, GLabes, HLelas, DLohr, BMankel, RMartinez, MMelzer-Pellmann, IAMoritz, MNotz, DPetrucci, MCPolini, ARaval, ASchneekloth, USelonke, FSurrow, BWessoleck, HWichmann, RWolf, GYoungman, CZeuner, WViani, ALDMeyer, ASchlenstedt, SBarbagli, GGallo, EGenta, CPelfer, PGBamberger, ABenen, ACoppola, NRaach, HBell, MBussey, PJDoyle, ATGlasman, CHanlon, SLee, SWLupi, AMcCance, GJSaxon, DHSkillicorn, IOGialas, IBodmann, BCarli, THolm, UKlimek, KKrumnack, NLohrmann, EMilite, MSalehi, HStonjek, SWick, KZiegler, ACollins-Tooth, CFoudas, CGoncalo, RLong, KRMetlica, FMiller, DBTapper, ADWalker, RCloth, PFilges, DKuze, MNagano, KTokushuku, KYamada, SYamazaki, YBarakbaev, ANBoos, EGPokrovskiy, NSZhautykov, BOLim, HSon, DBarreiro, FGonzalez, OLabarga, Ldel Peso, JRedondo, ITerron, JVazquez, MBarbi, MBertolin, ACorriveau, FOchs, APadhi, SStairs, DGSt-Laurent, MTsurugai, TAntonov, ADanilov, PDolgoshein, BAGladkov, DSosnovtsev, VSuchkov, SDementiev, RKErmolov, PFGolubkov, YAKatkov, IIKhein, LAKorzhavina, IAKuzmin, VALevchenko, BBLukina, OYProskuryakov, ASShcheglova, LMVlasov, NNZotkin, SABokel, CBotje, MEngelen, JGrijpink, SKoffeman, EKooijman, PMaddox, EPellegrino, ASchagen, STassi, ETiecke, HTuning, NVelthuis, JJWiggers, Lde Wolf, EBrummer, NBylsma, BDurkin, LSGilmore, JGinsburg, CMKim, CLLing, TYBoogert, SCooper-Sarkar, AMDevenish, RCEFerrando, JGrzelak, GMatsushita, TRigby, MRuske, OSutton, MRWalczak, RBrugnera, RCarlin, RDal Corso, FDusini, SGarfagnini, ALimentani, SLonghin, AParenti, APosocco, MStanco, LTurcato, MHeaphy, EAOh, BYSaull, PRBWhitmore, JJIga, YD'Agostini, GMarini, GNigro, ACormack, CHart, JCMcCubbin, NAHeusch, CPark, IHPavel, NAbramowicz, HGabareen, AKananov, SKreisel, ALevy, AAbe, TFusayasu, TKagawa, SKohno, TTawara, TYamashita, THamatsu, RHirose, TInuzuka, MKitamura, SMatsuzawa, KNishimura, TArneodo, MCartiglia, NCirio, RCosta, MFerrero, MIMaselli, SMonaco, VPeroni, CRuspa, MSacchi, RSolano, AStaiano, AGalea, RKoop, TLevman, GMMartin, JFMirea, ASabetfakhri, AButterworth, JMGwenlan, CHall-Wilton, RJones, TWLightwood, MSLoizides, JHWest, BJCiborowski, JCiesielski, RNowak, RJPawlak, JMSmalska, BSztuk, JTymieniecka, TUkleja, AUkleja, JZarnecki, AFAdamus, MPlucinski, PEisenberg, YGladilin, LKHochman, DKarshon, UKcira, DLammers, SLi, LReeder, DDSavin, AASmith, WHDeshpande, ADhawan, SHughes, VWStraub, PBBhadra, SCatterall, CDFourletov, SMenary, SSoares, MStandage, JZEUS Collaboration
Ewha Authors
박일흥
Issue Date
2003
Journal Title
PHYSICAL REVIEW D
ISSN
1550-7998JCR Link1550-2368JCR Link
Citation
vol. 67, no. 1
Publisher
AMER PHYSICAL SOC
Indexed
SCI; SCIE; SCOPUS WOS
Abstract
Next-to-leading-order QCD analyses of the ZEUS data on deep inelastic scattering together with fixed-target data have been performed, from which the gluon and quark densities of the proton and the value of the strong coupling constant alpha(s)(M-Z) were extracted. The study includes a full treatment of the experimental systematic uncertainties including point-to-point correlations. The resulting uncertainties in the parton density functions are presented. A combined fit for alpha(s)(M-Z) and the gluon and quark densities yields a value for alpha(s)(M-Z) in agreement with the world average. The parton density functions derived from ZEUS data alone indicate the importance of HERA data in determining the sea quark and gluon distributions at low x. The limits of applicability of the theoretical formalism have been explored by comparing the fit predictions to ZEUS data at very low Q(2).
DOI
10.1103/PhysRevD.67.012007
Appears in Collections:
자연과학대학 > 물리학전공 > Journal papers
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