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IRIS
The jet fragmentation function of inclusive jets with transverse momentum p(T) above 100 GeV/c in PbPb collisions has been measured using reconstructed charged particles with p(T) above 1 GeV/c in a cone of radius 0.3 around the jet axis. A data sample of PbPb collisions collected in 2011 at a nucleon-nucleon center-of-mass energy of root s(NN) = 2.76 TeV corresponding to an integrated luminosity of 150 mu b(-1) is used. The results for PbPb collisions as a function of collision centrality and jet transverse momentum are compared to reference distributions based on pp data collected at the same center-of-mass energy in 2013, with an integrated luminosity of 5.3 pb(-1). A centrality-dependent modification of the fragmentation function is found. For the most central collisions, a significant enhancement is observed in the PbPb/pp fragmentation function ratio for charged particles with p(T) less than 3 GeV/c. This enhancement is observed for all jet p(T) bins studied.
S., C., V., K., A. M., S., A., T., W., A., T., B., et al. (2014). Measurement of jet fragmentation in PbPb and pp collisions at root s(NN)=2.76 TeV. PHYSICAL REVIEW. C, NUCLEAR PHYSICS, 90(2) [10.1103/PhysRevC.90.024908].
Measurement of jet fragmentation in PbPb and pp collisions at root s(NN)=2.76 TeV
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Rodriguez131;T. Adams132;A. Askew132;J. Bochenek132;J. Chen132;B. Diamond132;J. Haas132;S. Hagopian132;V. Hagopian132;K. F. Johnson132;H. Prosper132;V. Veeraraghavan132;M. Weinberg132;M. M. Baarmand133;B. Dorney133;M. Hohlmann133;H. Kalakhety133;F. Yumiceva133;M. R. Adams134;L. Apanasevich134;V. E. Bazterra134;R. R. Betts134;I. Bucinskaite134;R. Cavanaugh134;O. Evdokimov134;L. Gauthier134;C. E. Gerber134;D. J. Hofman134;S. Khalatyan134;P. Kurt134;D. H. Moon134;C. O'Brien134;C. Silkworth134;P. Turner134;N. Varelas134;U. Akgun135;E. A. Albayrak135;xx;B. Bilki135;eee;W. Clarida135;K. Dilsiz135;F. Duru135;M. Haytmyradov135;J. P. Merlo135;H. Mermerkaya135;fff;A. Mestvirishvili135;A. Moeller135;J. Nachtman135;H. Ogul135;Y. Onel135;F. Ozok135;xx;S. Sen135;P. Tan135;E. Tiras135;J. Wetzel135;T. Yetkin135;ggg;K. Yi135;B. A. Barnett136;B. Blumenfeld136;S. Bolognesi136;D. Fehling136;A. V. Gritsan136;P. Maksimovic136;C. Martin136;M. Swartz136;P. Baringer137;A. Bean137;G. Benelli137;R. P. Kenny;III137;M. Murray137;D. Noonan137;S. Sanders137;J. Sekaric137;R. Stringer137;Q. Wang137;J. S. Wood137;A. F. Barfuss138;I. Chakaberia138;A. Ivanov138;S. Khalil138;M. Makouski138;Y. Maravin138;L. K. Saini138;S. Shrestha138;I. Svintradze138;J. Gronberg139;D. Lange139;F. Rebassoo139;D. Wright139;A. Baden140;B. Calvert140;S. C. Eno140;J. A. Gomez140;N. J. Hadley140;R. G. Kellogg140;T. Kolberg140;Y. Lu140;M. Marionneau140;A. C. Mignerey140;K. Pedro140;A. Skuja140;J. Temple140;M. B. Tonjes140;S. C. Tonwar140;A. Apyan141;R. Barbieri141;G. Bauer141;W. Busza141;I. A. Cali141;M. Chan141;L. Di Matteo141;V. Dutta141;G. Gomez Ceballos141;M. Goncharov141;D. Gulhan141;M. Klute141;Y. S. Lai141;Y. J. Lee141;A. Levin141;P. D. Luckey141;T. Ma141;C. Paus141;D. Ralph141;C. Roland141;G. Roland141;G. S. F. Stephans141;F. Stöckli141;K. Sumorok141;D. Velicanu141;J. Veverka141;B. Wyslouch141;M. Yang141;A. S. Yoon141;M. Zanetti141;V. Zhukova141;B. Dahmes142;A. De Benedetti142;A. Gude142;S. C. Kao142;K. Klapoetke142;Y. Kubota142;J. Mans142;N. Pastika142;R. Rusack142;A. Singovsky142;N. Tambe142;J. Turkewitz142;J. G. Acosta143;L. M. Cremaldi143;R. Kroeger143;S. Oliveros143;L. Perera143;R. Rahmat143;D. A. Sanders143;D. Summers143;E. Avdeeva144;K. Bloom144;S. Bose144;D. R. Claes144;A. Dominguez144;R. Gonzalez Suarez144;J. Keller144;D. Knowlton144;I. Kravchenko144;J. Lazo Flores144;S. Malik144;F. Meier144;G. R. Snow144;J. Dolen145;A. Godshalk145;I. Iashvili145;S. Jain145;A. Kharchilava145;A. Kumar145;S. Rappoccio145;G. Alverson146;E. Barberis146;D. Baumgartel146;M. Chasco146;J. Haley146;A. Massironi146;D. Nash146;T. Orimoto146;D. Trocino146;D. Wood146;J. Zhang146;A. Anastassov147;K. A. Hahn147;A. Kubik147;L. Lusito147;N. Mucia147;N. Odell147;B. Pollack147;A. Pozdnyakov147;M. Schmitt147;S. Stoynev147;K. Sung147;M. Velasco147;S. Won147;D. Berry148;A. Brinkerhoff148;K. M. Chan148;A. Drozdetskiy148;M. Hildreth148;C. Jessop148;D. J. Karmgard148;N. Kellams148;J. Kolb148;K. Lannon148;W. Luo148;S. Lynch148;N. Marinelli148;D. M. Morse148;T. Pearson148;M. Planer148;R. Ruchti148;J. Slaunwhite148;N. Valls148;M. Wayne148;M. Wolf148;A. Woodard148;L. Antonelli149;B. Bylsma149;L. S. Durkin149;S. Flowers149;C. Hill149;R. Hughes149;K. Kotov149;T. Y. Ling149;D. Puigh149;M. Rodenburg149;G. Smith149;C. Vuosalo149;B. L. Winer149;H. Wolfe149;H. W. Wulsin149;E. Berry150;P. Elmer150;V. Halyo150;P. Hebda150;J. Hegeman150;A. Hunt150;P. Jindal150;S. A. Koay150;P. Lujan150;D. Marlow150;T. Medvedeva150;M. Mooney150;J. Olsen150;P. Piroué150;X. Quan150;A. Raval150;H. Saka150;D. Stickland150;C. Tully150;J. S. Werner150;S. C. Zenz150;A. Zuranski150;E. Brownson151;A. Lopez151;H. Mendez151;J. E. Ramirez Vargas151;E. Alagoz152;D. Benedetti152;G. Bolla152;D. Bortoletto152;M. De Mattia152;A. Everett152;Z. Hu152;M. K. Jha152;M. Jones152;K. Jung152;M. Kress152;N. Leonardo152;D. Lopes Pegna152;V. Maroussov152;P. Merkel152;D. H. Miller152;N. Neumeister152;B. C. Radburn Smith152;I. Shipsey152;D. Silvers152;A. Svyatkovskiy152;F. Wang152;W. Xie152;L. Xu152;H. D. Yoo152;J. Zablocki152;Y. Zheng152;N. Parashar153;A. Adair154;B. Akgun154;K. M. Ecklund154;F. J. M. Geurts154;W. Li154;B. Michlin154;B. P. Padley154;R. Redjimi154;J. Roberts154;J. Zabel154;B. Betchart155;A. Bodek155;R. Covarelli155;P. de Barbaro155;R. Demina155;Y. Eshaq155;T. Ferbel155;A. Garcia Bellido155;P. Goldenzweig155;J. Han155;A. Harel155;D. C. Miner155;G. Petrillo155;D. Vishnevskiy155;M. Zielinski155;A. Bhatti156;R. Ciesielski156;L. Demortier156;K. Goulianos156;G. Lungu156;S. Malik156;C. Mesropian156;S. Arora157;A. Barker157;J. P. Chou157;C. Contreras Campana157;E. Contreras Campana157;D. Duggan157;D. Ferencek157;Y. Gershtein157;R. Gray157;E. Halkiadakis157;D. Hidas157;A. Lath157;S. Panwalkar157;M. Park157;R. Patel157;V. Rekovic157;J. Robles157;S. Salur157;S. Schnetzer157;C. Seitz157;S. Somalwar157;R. Stone157;S. Thomas157;P. Thomassen157;M. Walker157;K. Rose158;S. Spanier158;Z. C. Yang158;A. York158;O. Bouhali159;hhh;R. Eusebi159;W. Flanagan159;J. Gilmore159;T. Kamon159;iii;V. Khotilovich159;V. Krutelyov159;R. Montalvo159;I. Osipenkov159;Y. Pakhotin159;A. Perloff159;J. Roe159;A. Safonov159;T. Sakuma159;I. Suarez159;A. Tatarinov159;D. Toback159;N. Akchurin160;C. Cowden160;J. Damgov160;C. Dragoiu160;P. R. Dudero160;J. Faulkner160;K. Kovitanggoon160;S. Kunori160;S. W. Lee160;T. Libeiro160;I. Volobouev160;E. Appelt161;A. G. Delannoy161;S. Greene161;A. Gurrola161;W. Johns161;C. Maguire161;Y. Mao161;A. Melo161;M. Sharma161;P. Sheldon161;B. Snook161;S. Tuo161;J. Velkovska161;M. W. Arenton162;S. Boutle162;B. Cox162;B. Francis162;J. Goodell162;R. Hirosky162;A. Ledovskoy162;C. Lin162;C. Neu162;J. Wood162;S. Gollapinni163;R. Harr163;P. E. Karchin163;C. Kottachchi Kankanamge Don163;P. Lamichhane163;D. A. Belknap164;L. Borrello164;D. Carlsmith164;M. Cepeda164;S. Dasu164;S. Duric164;E. Friis164;M. Grothe164;R. Hall Wilton164;M. Herndon164;A. Hervé164;P. Klabbers164;J. Klukas164;A. Lanaro164;A. Levine164;R. Loveless164;A. Mohapatra164;I. Ojalvo164;T. Perry164;G. A. Pierro164;G. Polese164;I. Ross164;A. Sakharov164;T. Sarangi164;A. Savin164;W. H. Smith164;N. Woods164 1Yerevan Physics Institute;Yerevan;Armenia 2Institut für Hochenergiephysik der OeAW;Wien;Austria 3National Centre for Particle;High Energy Physics;Minsk;Belarus 4Universiteit Antwerpen;Antwerpen;Belgium 5Vrije Universiteit Brussel;Brussel;Belgium 6Université Libre de Bruxelles;Bruxelles;Belgium 7Ghent University;Ghent;Belgium 8Université Catholique de Louvain;Louvain la Neuve;Belgium 9Université de Mons;Mons;Belgium 10Centro Brasileiro de Pesquisas Fisicas;Rio de Janeiro;Brazil 11Universidade do Estado do Rio de Janeiro;Rio de Janeiro;Brazil 12aUniversidade Estadual Paulista;São Paulo;Brazil 12bUniversidade Federal do ABC;São Paulo;Brazil 13Institute for Nuclear Research;Nuclear Energy;Sofia;Bulgaria 14University of Sofia;Sofia;Bulgaria 15Institute of High Energy Physics;Beijing;China 16State Key Laboratory of Nuclear Physics;Technology;Peking University;Beijing;China 17Universidad de Los Andes;Bogota;Colombia 18Technical University of Split;Split;Croatia 19University of Split;Split;Croatia 20Institute Rudjer Boskovic;Zagreb;Croatia 21University of Cyprus;Nicosia;Cyprus 22Charles University;Prague;Czech Republic 23Academy of Scientific Research;Technology of the Arab Republic of Egypt;Egyptian Network of High Energy Physics;Cairo;Egypt 24National Institute of Chemical Physics;Biophysics, Tallinn;Estonia 25Department of Physics;University of Helsinki;Helsinki;Finland 26Helsinki Institute of Physics;Helsinki;Finland 27Lappeenranta University of Technology;Lappeenranta;Finland 28DSM/IRFU;CEA/Saclay;Gif sur Yvette;France 29Laboratoire Leprince Ringuet;Ecole Polytechnique;IN2P3 CNRS;Palaiseau;France 30Institut Pluridisciplinaire Hubert Curien;Université de Strasbourg;Université de Haute Alsace Mulhouse;CNRS/IN2P3, Strasbourg;France 31Centre de Calcul de l'Institut National de Physique Nucleaire et de Physique des Particules;CNRS/IN2P3, Villeurbanne;France 32Université de Lyon;Université Claude Bernard Lyon 1;CNRS IN2P3;Institut de Physique Nucléaire de Lyon;Villeurbanne;France 33Institute of High Energy Physics;Informatization;Tbilisi State University;Tbilisi;Georgia 34RWTH Aachen University;I. Physikalisches Institut;Aachen;Germany 35RWTH Aachen University;I.I.I. Physikalisches Institut A;Aachen;Germany 36RWTH Aachen University;I.I.I. Physikalisches Institut B;Aachen;Germany 37Deutsches Elektronen Synchrotron;Hamburg;Germany 38University of Hamburg;Hamburg;Germany 39Institut für Experimentelle Kernphysik;Karlsruhe;Germany 40Institute of Nuclear;Particle Physics;NCSR Demokritos;Aghia Paraskevi;Greece 41University of Athens;Athens;Greece 42University of Ioánnina;Ioánnina;Greece 43Wigner Research Centre for Physics;Budapest;Hungary 44Institute of Nuclear Research ATOMKI;Debrecen;Hungary 45University of Debrecen;Debrecen;Hungary 46National Institute of Science Education;Research, Bhubaneswar;India 47Panjab University;Chandigarh;India 48University of Delhi;Delhi;India 49Saha Institute of Nuclear Physics;Kolkata;India 50Bhabha Atomic Research Centre;Mumbai;India 51Tata Institute of Fundamental Research;Mumbai;India 52Institute for Research in Fundamental Sciences;Tehran;Iran 53University College Dublin;Dublin;Ireland 54aINFN Sezione di Bari;Bari;Italy 54bUniversità di Bari;Bari;Italy 54cPolitecnico di Bari;Bari;Italy 55aINFN Sezione di Bologna;Bologna;Italy 55bUniversità di Bologna;Bologna;Italy 56aINFN Sezione di Catania;Catania;Italy 56bUniversità di Catania;Catania;Italy 56cCSFNSM;Catania;Italy 57aINFN Sezione di Firenze;Firenze;Italy 57bUniversità di Firenze;Firenze;Italy 58INFN Laboratori Nazionali di Frascati;Frascati;Italy 59aINFN Sezione di Genova;Genova;Italy 59bUniversità di Genova;Genova;Italy 60aINFN Sezione di Milano Bicocca;Milano;Italy 60bUniversità di Milano Bicocca;Milano;Italy 61aINFN Sezione di Napoli;Napoli;Italy 61bUniversità di Napoli ‘Federico II';Napoli;Italy 61cUniversità della Basilicata;Napoli;Italy 61dUniversità G. Marconi;Napoli;Italy 62aINFN Sezione di Padova;Padova;Italy 62bUniversità di Padova;Padova;Italy 62cUniversità di Trento;Padova;Italy 63aINFN Sezione di Pavia;Pavia;Italy 63bUniversità di Pavia;Pavia;Italy 64aINFN Sezione di Perugia;Perugia;Italy 64bUniversità di Perugia;Perugia;Italy 65aINFN Sezione di Pisa;Pisa;Italy 65bUniversità di Pisa;Pisa;Italy 65cScuola Normale Superiore di Pisa;Pisa;Italy 66aINFN Sezione di Roma;Roma;Italy 66bUniversità di Roma;Roma;Italy 67aINFN Sezione di Torino;Torino;Italy 67bUniversità di Torino;Torino;Italy 67cUniversità del Piemonte Orientale;Torino;Italy 68aINFN Sezione di Trieste;Trieste;Italy 68bUniversità di Trieste;Trieste;Italy 69Kangwon National University;Chunchon;Korea 70Kyungpook National University;Daegu;Korea 71Chonnam National University;Institute for Universe;Elementary Particles;Kwangju;Korea 72Korea University;Seoul;Korea 73University of Seoul;Seoul;Korea 74Sungkyunkwan University;Suwon;Korea 75Vilnius University;Vilnius;Lithuania 76National Centre for Particle Physics;Universiti Malaya;Kuala Lumpur;Malaysia 77Centro de Investigacion y. de Estudios Avanzados del IPN;Mexico City;Mexico 78Universidad Iberoamericana;Mexico City;Mexico 79Benemerita Universidad Autonoma de Puebla;Puebla;Mexico 80Universidad Autónoma de San Luis Potosí;San Luis Potosí;Mexico 81University of Auckland;Auckland;New Zealand 82University of Canterbury;Christchurch;New Zealand 83National Centre for Physics;Quaid I. Azam University;Islamabad;Pakistan 84National Centre for Nuclear Research;Swierk;Poland 85Institute of Experimental Physics;Faculty of Physics;University of Warsaw;Warsaw;Poland 86Laboratório de Instrumentação e. Física Experimental de Partículas;Lisboa;Portugal 87Joint Institute for Nuclear Research;Dubna;Russia 88Petersburg Nuclear Physics Institute;Gatchina;Russia 89Institute for Nuclear Research;Moscow;Russia 90Institute for Theoretical;Experimental Physics;Moscow;Russia 9.1.P. N. Lebedev Physical Institute;Moscow;Russia 92Skobeltsyn Institute of Nuclear Physics;Lomonosov Moscow State University;Moscow;Russia 93State Research Center of Russian Federation;Institute for High Energy Physics;Protvino;Russia 94University of Belgrade;Faculty of Physics;Vinca Institute of Nuclear Sciences;Belgrade;Serbia 95Centro de Investigaciones Energéticas Medioambientales y. Tecnológicas;Madrid;Spain 96Universidad Autónoma de Madrid;Madrid;Spain 97Universidad de Oviedo;Oviedo;Spain 98Instituto de Física de Cantabria;CSIC–Universidad de Cantabria;Santander;Spain 99CERN;European Organization for Nuclear Research;Geneva;Switzerland 100Paul Scherrer Institut;Villigen;Switzerland 101Institute for Particle Physics;ETH Zurich;Zurich;Switzerland 102Universität Zürich;Zurich;Switzerland 103National Central University;Chung Li;Taiwan 104National Taiwan University;Taipei;Taiwan 105Chulalongkorn University;Bangkok;Thailand 106Cukurova University;Adana;Turkey 107Middle East Technical University;Physics Department;Ankara;Turkey 108Bogazici University;Istanbul;Turkey 109Istanbul Technical University;Istanbul;Turkey 110National Scientific Center;Kharkov Institute of Physics;Technology, Kharkov;Ukraine 111University of Bristol;Bristol;United Kingdom 112Rutherford Appleton Laboratory;Didcot;United Kingdom 113Imperial College;London;United Kingdom 114Brunel University;Uxbridge;United Kingdom 115Baylor University;Waco, Texas;USA 116The University of Alabama;Tuscaloosa, Alabama;USA 117Boston University;Boston, Massachusetts;USA 118Brown University;Providence;Rhode Island;USA 119University of California;Davis, Davis;California;USA 120University of California;Los Angeles;California;USA 121University of California;Riverside, Riverside;California;USA 122University of California;San Diego;La Jolla;California;USA 123University of California;Santa Barbara;Santa Barbara;California;USA 124California Institute of Technology;Pasadena, California;USA 125Carnegie Mellon University;Pittsburgh, Pennsylvania;USA 126University of Colorado at Boulder;Boulder, Colorado;USA 127Cornell University;Ithaca;New York;USA 128Fairfield University;Fairfield, Connecticut;USA 129Fermi National Accelerator Laboratory;Batavia, Illinois;USA 130University of Florida;Gainesville, Florida;USA 131Florida International University;Miami, Florida;USA 132Florida State University;Tallahassee, Florida;USA 133Florida Institute of Technology;Melbourne, Florida;USA 134University of Illinois at Chicago;Chicago;Illinois USA 135The University of Iowa;Iowa City;Iowa;USA 136Johns Hopkins University;Baltimore, Maryland;USA 137The University of Kansas;Lawrence, Kansas;USA 138Kansas State University;Manhattan, Kansas;USA 139Lawrence Livermore National Laboratory;Livermore, California;USA 140University of Maryland;College Park;Maryland;USA 141Massachusetts Institute of Technology;Cambridge, Massachusetts;USA 142University of Minnesota;Minneapolis, Minnesota;USA 143University of Mississippi;Oxford, Mississippi;USA 144University of Nebraska Lincoln;Lincoln, Nebraska;USA 145State University of New York at Buffalo;Buffalo;New York USA 146Northeastern University;Boston, Massachusetts;USA 147Northwestern University;Evanston, Illinois;USA 148University of Notre Dame;Notre Dame;Indiana;USA 149The Ohio State University;Columbus, Ohio;USA 150Princeton University;Princeton;New Jersey;USA 151University of Puerto Rico;Mayaguez;Puerto Rico;USA 152Purdue University;West Lafayette;Indiana;USA 153Purdue University Calumet;Hammond, Indiana;USA 154Rice University;Houston, Texas;USA 155University of Rochester;Rochester;New York;USA 156The Rockefeller University;New York;New York;USA 157Rutgers;The State University of New Jersey;Piscataway;New Jersey;USA 158University of Tennessee;Knoxville, Tennessee;USA 159Texas A;M. University;College Station;Texas;USA 160Texas Tech University;Lubbock, Texas;USA 161Vanderbilt University;Nashville, Tennessee;USA 162University of Virginia;Charlottesville, Virginia;USA 163Wayne State University;Detroit, Michigan;USA 164University of Wisconsin;Madison, Wisconsin;USA aVienna University of Technology;Vienna;Austria bCERN;European Organization for Nuclear Research;Geneva;Switzerland cInstitut Pluridisciplinaire Hubert Curien;Université de Strasbourg;Université de Haute Alsace Mulhouse;CNRS/IN2P3, Strasbourg;France dNational Institute of Chemical Physics;Biophysics, Tallinn;Estonia eSkobeltsyn Institute of Nuclear Physics;Lomonosov Moscow State University;Moscow;Russia fUniversidade Estadual de Campinas;Campinas;Brazil gCalifornia Institute of Technology;Pasadena, California;USA hLaboratoire Leprince Ringuet;Ecole Polytechnique;IN2P3 CNRS;Palaiseau;France iZewail City of Science;Technology, Zewail;Egypt jSuez University;Suez;Egypt kBritish University in Egypt;Cairo;Egypt lCairo University;Cairo;Egypt mFayoum University;El Fayoum;Egypt nBritish University in Egypt;Cairo, Egypt;Ain Shams University;Cairo;Egypt oUniversité de Haute Alsace;Mulhouse;France pJoint Institute for Nuclear Research;Dubna;Russia qBrandenburg University of Technology;Cottbus;Germany rThe University of Kansas;Lawrence, Kansas;USA sInstitute of Nuclear Research ATOMKI;Debrecen;Hungary tEötvös Loránd University;Budapest;Hungary uKing Abdulaziz University;Jeddah;Saudi Arabia vUniversity of Visva Bharati;Santiniketan;India wUniversity of Ruhuna;Matara;Sri Lanka xIsfahan University of Technology;Isfahan;Iran ySharif University of Technology;Tehran;Iran zPlasma Physics Research Center;Science;Research Branch;Islamic Azad University;Tehran;Iran aaLaboratori Nazionali di Legnaro dell'INFN;Legnaro;Italy bbUniversità degli Studi di Siena;Siena;Italy ccCentre National de la Recherche Scientifique IN2P3;Paris;France ddPurdue University;West Lafayette;Indiana;USA eeUniversidad Michoacana de San Nicolas de Hidalgo;Morelia;Mexico ffInstitute for Nuclear Research;Moscow;Russia g.g.S.t. Petersburg State Polytechnical University;S.t. Petersburg;Russia hhFaculty of Physics;University of Belgrade;Belgrade;Serbia iiFacoltà Ingegneria;Università di Roma;Roma;Italy jjScuola Normale e. Sezione dell'INFN;Pisa;Italy kkUniversity of Athens;Athens;Greece llPaul Scherrer Institut;Villigen;Switzerland mmInstitute for Theoretical;Experimental Physics;Moscow;Russia nnDeceased ooAlbert Einstein Center for Fundamental Physics;Bern;Switzerland ppGaziosmanpasa University;Tokat;Turkey qqAdiyaman University;Adiyaman;Turkey rrCag University;Mersin;Turkey ssMersin University;Mersin;Turkey ttIzmir Institute of Technology;Izmir;Turkey uuOzyegin University;Istanbul;Turkey vvKafkas University;Kars;Turkey wwIstanbul University;Faculty of Science;Istanbul;Turkey xxMimar Sinan University;Istanbul, Istanbul;Turkey yyKahramanmaras Sütcü Imam University;Kahramanmaras;Turkey zzRutherford Appleton Laboratory;Didcot;United Kingdom aaaSchool of Physics;Astronomy;University of Southampton;Southampton;United Kingdom bbbINFN Sezione di Perugia;Università di Perugia;Perugia;Italy cccUtah Valley University;Orem, Utah;USA dddUniversity of Belgrade;Faculty of Physics;Vinca Institute of Nuclear Sciences;Belgrade;Serbia eeeArgonne National Laboratory;Lemont, Illinois;USA fffErzincan University;Erzincan;Turkey gggYildiz Technical University;Istanbul;Turkey hhhTexas A.;M. University at Qatar;Doha;Qatar iiiKyungpook National University;Daegu, Korea
2014-01-01
Abstract
The jet fragmentation function of inclusive jets with transverse momentum p(T) above 100 GeV/c in PbPb collisions has been measured using reconstructed charged particles with p(T) above 1 GeV/c in a cone of radius 0.3 around the jet axis. A data sample of PbPb collisions collected in 2011 at a nucleon-nucleon center-of-mass energy of root s(NN) = 2.76 TeV corresponding to an integrated luminosity of 150 mu b(-1) is used. The results for PbPb collisions as a function of collision centrality and jet transverse momentum are compared to reference distributions based on pp data collected at the same center-of-mass energy in 2013, with an integrated luminosity of 5.3 pb(-1). A centrality-dependent modification of the fragmentation function is found. For the most central collisions, a significant enhancement is observed in the PbPb/pp fragmentation function ratio for charged particles with p(T) less than 3 GeV/c. This enhancement is observed for all jet p(T) bins studied.
S., C., V., K., A. M., S., A., T., W., A., T., B., et al. (2014). Measurement of jet fragmentation in PbPb and pp collisions at root s(NN)=2.76 TeV. PHYSICAL REVIEW. C, NUCLEAR PHYSICS, 90(2) [10.1103/PhysRevC.90.024908].
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11365/995336
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simulazione ASN
Il report seguente simula gli indicatori relativi alla propria produzione scientifica in relazione alle soglie ASN 2023-2025 del proprio SC/SSD. Si ricorda che il superamento dei valori soglia (almeno 2 su 3) è requisito necessario ma non sufficiente al conseguimento dell'abilitazione. La simulazione si basa sui dati IRIS e sugli indicatori bibliometrici alla data indicata e non tiene conto di eventuali periodi di congedo obbligatorio, che in sede di domanda ASN danno diritto a incrementi percentuali dei valori. La simulazione può differire dall'esito di un’eventuale domanda ASN sia per errori di catalogazione e/o dati mancanti in IRIS, sia per la variabilità dei dati bibliometrici nel tempo. Si consideri che Anvur calcola i valori degli indicatori all'ultima data utile per la presentazione delle domande.
La presente simulazione è stata realizzata sulla base delle specifiche raccolte sul tavolo ER del Focus Group IRIS coordinato dall’Università di Modena e Reggio Emilia e delle regole riportate nel DM 589/2018 e allegata Tabella A. Cineca, l’Università di Modena e Reggio Emilia e il Focus Group IRIS non si assumono alcuna responsabilità in merito all’uso che il diretto interessato o terzi faranno della simulazione. Si specifica inoltre che la simulazione contiene calcoli effettuati con dati e algoritmi di pubblico dominio e deve quindi essere considerata come un mero ausilio al calcolo svolgibile manualmente o con strumenti equivalenti.