ϕ-Meson production at forward rapidity in p–Pb collisions at sNN=5.02 TeV and in pp collisions at s=2.76 TeV

Author:

Adam J.,Adamová D.,Aggarwal M.M.,Aglieri Rinella G.,Agnello M.,Agrawal N.,Ahammed Z.,Ahn S.U.,Aimo I.,Aiola S.,Ajaz M.,Akindinov A.,Alam S.N.,Aleksandrov D.,Alessandro B.,Alexandre D.,Alfaro Molina R.,Alici A.,Alkin A.,Almaraz J.R.M.,Alme J.,Alt T.,Altinpinar S.,Altsybeev I.,Alves Garcia Prado C.,Andrei C.,Andronic A.,Anguelov V.,Anielski J.,Antičić T.,Antinori F.,Antonioli P.,Aphecetche L.,Appelshäuser H.,Arcelli S.,Armesto N.,Arnaldi R.,Arsene I.C.,Arslandok M.,Audurier B.,Augustinus A.,Averbeck R.,Azmi M.D.,Bach M.,Badalà A.,Baek Y.W.,Bagnasco S.,Bailhache R.,Bala R.,Baldisseri A.,Baltasar Dos Santos Pedrosa F.,Baral R.C.,Barbano A.M.,Barbera R.,Barile F.,Barnaföldi G.G.,Barnby L.S.,Barret V.,Bartalini P.,Barth K.,Bartke J.,Bartsch E.,Basile M.,Bastid N.,Basu S.,Bathen B.,Batigne G.,Batista Camejo A.,Batyunya B.,Batzing P.C.,Bearden I.G.,Beck H.,Bedda C.,Behera N.K.,Belikov I.,Bellini F.,Bello Martinez H.,Bellwied R.,Belmont R.,Belmont-Moreno E.,Belyaev V.,Bencedi G.,Beole S.,Berceanu I.,Bercuci A.,Berdnikov Y.,Berenyi D.,Bertens R.A.,Berzano D.,Betev L.,Bhasin A.,Bhat I.R.,Bhati A.K.,Bhattacharjee B.,Bhom J.,Bianchi L.,Bianchi N.,Bianchin C.,Bielčík J.,Bielčíková J.,Bilandzic A.,Biswas R.,Biswas S.,Bjelogrlic S.,Blair J.T.,Blanco F.,Blau D.,Blume C.,Bock F.,Bogdanov A.,Bøggild H.,Boldizsár L.,Bombara M.,Book J.,Borel H.,Borissov A.,Borri M.,Bossú F.,Botta E.,Böttger S.,Braun-Munzinger P.,Bregant M.,Breitner T.,Broker T.A.,Browning T.A.,Broz M.,Brucken E.J.,Bruna E.,Bruno G.E.,Budnikov D.,Buesching H.,Bufalino S.,Buncic P.,Busch O.,Buthelezi Z.,Butt J.B.,Buxton J.T.,Caffarri D.,Cai X.,Caines H.,Calero Diaz L.,Caliva A.,Calvo Villar E.,Camerini P.,Carena F.,Carena W.,Carnesecchi F.,Castillo Castellanos J.,Castro A.J.,Casula E.A.R.,Cavicchioli C.,Ceballos Sanchez C.,Cepila J.,Cerello P.,Cerkala J.,Chang B.,Chapeland S.,Chartier M.,Charvet J.L.,Chattopadhyay S.,Chattopadhyay S.,Chelnokov V.,Cherney M.,Cheshkov C.,Cheynis B.,Chibante Barroso V.,Chinellato D.D.,Chochula P.,Choi K.,Chojnacki M.,Choudhury S.,Christakoglou P.,Christensen C.H.,Christiansen P.,Chujo T.,Chung S.U.,Chunhui Z.,Cicalo C.,Cifarelli L.,Cindolo F.,Cleymans J.,Colamaria F.,Colella D.,Collu A.,Colocci M.,Conesa Balbastre G.,Conesa del Valle Z.,Connors M.E.,Contreras J.G.,Cormier T.M.,Corrales Morales Y.,Cortés Maldonado I.,Cortese P.,Cosentino M.R.,Costa F.,Crochet P.,Cruz Albino R.,Cuautle E.,Cunqueiro L.,Dahms T.,Dainese A.,Danu A.,Das D.,Das I.,Das S.,Dash A.,Dash S.,De S.,De Caro A.,de Cataldo G.,de Cuveland J.,De Falco A.,De Gruttola D.,De Marco N.,De Pasquale S.,Deisting A.,Deloff A.,Dénes E.,D'Erasmo G.,Di Bari D.,Di Mauro A.,Di Nezza P.,Diaz Corchero M.A.,Dietel T.,Dillenseger P.,Divià R.,Djuvsland Ø.,Dobrin A.,Dobrowolski T.,Domenicis Gimenez D.,Dönigus B.,Dordic O.,Drozhzhova T.,Dubey A.K.,Dubla A.,Ducroux L.,Dupieux P.,Ehlers R.J.,Elia D.,Engel H.,Erazmus B.,Erdemir I.,Erhardt F.,Eschweiler D.,Espagnon B.,Estienne M.,Esumi S.,Eum J.,Evans D.,Evdokimov S.,Eyyubova G.,Fabbietti L.,Fabris D.,Faivre J.,Fantoni A.,Fasel M.,Feldkamp L.,Felea D.,Feliciello A.,Feofilov G.,Ferencei J.,Fernández Téllez A.,Ferreiro E.G.,Ferretti A.,Festanti A.,Feuillard V.J.G.,Figiel J.,Figueredo M.A.S.,Filchagin S.,Finogeev D.,Fionda F.M.,Fiore E.M.,Fleck M.G.,Floris M.,Foertsch S.,Foka P.,Fokin S.,Fragiacomo E.,Francescon A.,Frankenfeld U.,Fuchs U.,Furget C.,Furs A.,Fusco Girard M.,Gaardhøje J.J.,Gagliardi M.,Gago A.M.,Gallio M.,Gangadharan D.R.,Ganoti P.,Gao C.,Garabatos C.,Garcia-Solis E.,Gargiulo C.,Gasik P.,Germain M.,Gheata A.,Gheata M.,Ghosh P.,Ghosh S.K.,Gianotti P.,Giubellino P.,Giubilato P.,Gladysz-Dziadus E.,Glässel P.,Goméz Coral D.M.,Gomez Ramirez A.,González-Zamora P.,Gorbunov S.,Görlich L.,Gotovac S.,Grabski V.,Graczykowski L.K.,Graham K.L.,Grelli A.,Grigoras A.,Grigoras C.,Grigoriev V.,Grigoryan A.,Grigoryan S.,Grinyov B.,Grion N.,Grosse-Oetringhaus J.F.,Grossiord J-Y.,Grosso R.,Guber F.,Guernane R.,Guerzoni B.,Gulbrandsen K.,Gulkanyan H.,Gunji T.,Gupta A.,Gupta R.,Haake R.,Haaland Ø.,Hadjidakis C.,Haiduc M.,Hamagaki H.,Hamar G.,Hansen A.,Harris J.W.,Hartmann H.,Harton A.,Hatzifotiadou D.,Hayashi S.,Heckel S.T.,Heide M.,Helstrup H.,Herghelegiu A.,Herrera Corral G.,Hess B.A.,Hetland K.F.,Hilden T.E.,Hillemanns H.,Hippolyte B.,Hosokawa R.,Hristov P.,Huang M.,Humanic T.J.,Hussain N.,Hussain T.,Hutter D.,Hwang D.S.,Ilkaev R.,Ilkiv I.,Inaba M.,Ippolitov M.,Irfan M.,Ivanov M.,Ivanov V.,Izucheev V.,Jacobs P.M.,Jadlovska S.,Jahnke C.,Jang H.J.,Janik M.A.,Jayarathna P.H.S.Y.,Jena C.,Jena S.,Jimenez Bustamante R.T.,Jones P.G.,Jung H.,Jusko A.,Kalinak P.,Kalweit A.,Kamin J.,Kang J.H.,Kaplin V.,Kar S.,Karasu Uysal A.,Karavichev O.,Karavicheva T.,Karayan L.,Karpechev E.,Kebschull U.,Keidel R.,Keijdener D.L.D.,Keil M.,Khan K.H.,Khan M.M.,Khan P.,Khan S.A.,Khanzadeev A.,Kharlov Y.,Kileng B.,Kim B.,Kim D.W.,Kim D.J.,Kim H.,Kim J.S.,Kim M.,Kim M.,Kim S.,Kim T.,Kirsch S.,Kisel I.,Kiselev S.,Kisiel A.,Kiss G.,Klay J.L.,Klein C.,Klein J.,Klein-Bösing C.,Kluge A.,Knichel M.L.,Knospe A.G.,Kobayashi T.,Kobdaj C.,Kofarago M.,Kollegger T.,Kolojvari A.,Kondratiev V.,Kondratyeva N.,Kondratyuk E.,Konevskikh A.,Kopcik M.,Kour M.,Kouzinopoulos C.,Kovalenko O.,Kovalenko V.,Kowalski M.,Koyithatta Meethaleveedu G.,Kral J.,Králik I.,Kravčáková A.,Kretz M.,Krivda M.,Krizek F.,Kryshen E.,Krzewicki M.,Kubera A.M.,Kučera V.,Kugathasan T.,Kuhn C.,Kuijer P.G.,Kumar A.,Kumar J.,Kumar L.,Kurashvili P.,Kurepin A.,Kurepin A.B.,Kuryakin A.,Kushpil S.,Kweon M.J.,Kwon Y.,La Pointe S.L.,La Rocca P.,Lagana Fernandes C.,Lakomov I.,Langoy R.,Lara C.,Lardeux A.,Lattuca A.,Laudi E.,Lea R.,Leardini L.,Lee G.R.,Lee S.,Legrand I.,Lehas F.,Lemmon R.C.,Lenti V.,Leogrande E.,León Monzón I.,Leoncino M.,Lévai P.,Li S.,Li X.,Lien J.,Lietava R.,Lindal S.,Lindenstruth V.,Lippmann C.,Lisa M.A.,Ljunggren H.M.,Lodato D.F.,Loenne P.I.,Loginov V.,Loizides C.,Lopez X.,López Torres E.,Lowe A.,Luettig P.,Lunardon M.,Luparello G.,Luz P.H.F.N.D.,Maevskaya A.,Mager M.,Mahajan S.,Mahmood S.M.,Maire A.,Majka R.D.,Malaev M.,Maldonado Cervantes I.,Malinina L.,Mal'Kevich D.,Malzacher P.,Mamonov A.,Manko V.,Manso F.,Manzari V.,Marchisone M.,Mareš J.,Margagliotti G.V.,Margotti A.,Margutti J.,Marín A.,Markert C.,Marquard M.,Martin N.A.,Martin Blanco J.,Martinengo P.,Martínez M.I.,Martínez García G.,Martinez Pedreira M.,Martynov Y.,Mas A.,Masciocchi S.,Masera M.,Masoni A.,Massacrier L.,Mastroserio A.,Masui H.,Matyja A.,Mayer C.,Mazer J.,Mazzoni M.A.,Mcdonald D.,Meddi F.,Melikyan Y.,Menchaca-Rocha A.,Meninno E.,Mercado Pérez J.,Meres M.,Miake Y.,Mieskolainen M.M.,Mikhaylov K.,Milano L.,Milosevic J.,Minervini L.M.,Mischke A.,Mishra A.N.,Miśkowiec D.,Mitra J.,Mitu C.M.,Mohammadi N.,Mohanty B.,Molnar L.,Montaño Zetina L.,Montes E.,Morando M.,Moreira De Godoy D.A.,Moretto S.,Morreale A.,Morsch A.,Muccifora V.,Mudnic E.,Mühlheim D.,Muhuri S.,Mukherjee M.,Mulligan J.D.,Munhoz M.G.,Murray S.,Musa L.,Musinsky J.,Nandi B.K.,Nania R.,Nappi E.,Naru M.U.,Nattrass C.,Nayak K.,Nayak T.K.,Nazarenko S.,Nedosekin A.,Nellen L.,Ng F.,Nicassio M.,Niculescu M.,Niedziela J.,Nielsen B.S.,Nikolaev S.,Nikulin S.,Nikulin V.,Noferini F.,Nomokonov P.,Nooren G.,Noris J.C.C.,Norman J.,Nyanin A.,Nystrand J.,Oeschler H.,Oh S.,Oh S.K.,Ohlson A.,Okatan A.,Okubo T.,Olah L.,Oleniacz J.,Oliveira Da Silva A.C.,Oliver M.H.,Onderwaater J.,Oppedisano C.,Orava R.,Ortiz Velasquez A.,Oskarsson A.,Otwinowski J.,Oyama K.,Ozdemir M.,Pachmayer Y.,Pagano P.,Paić G.,Pajares C.,Pal S.K.,Pan J.,Pandey A.K.,Pant D.,Papcun P.,Papikyan V.,Pappalardo G.S.,Pareek P.,Park W.J.,Parmar S.,Passfeld A.,Paticchio V.,Patra R.N.,Paul B.,Peitzmann T.,Pereira Da Costa H.,Pereira De Oliveira Filho E.,Peresunko D.,Pérez Lara C.E.,Perez Lezama E.,Peskov V.,Pestov Y.,Petráček V.,Petrov V.,Petrovici M.,Petta C.,Piano S.,Pikna M.,Pillot P.,Pinazza O.,Pinsky L.,Piyarathna D.B.,Płoskoń M.,Planinic M.,Pluta J.,Pochybova S.,Podesta-Lerma P.L.M.,Poghosyan M.G.,Polichtchouk B.,Poljak N.,Poonsawat W.,Pop A.,Porteboeuf-Houssais S.,Porter J.,Pospisil J.,Prasad S.K.,Preghenella R.,Prino F.,Pruneau C.A.,Pshenichnov I.,Puccio M.,Puddu G.,Pujahari P.,Punin V.,Putschke J.,Qvigstad H.,Rachevski A.,Raha S.,Rajput S.,Rak J.,Rakotozafindrabe A.,Ramello L.,Rami F.,Raniwala R.,Raniwala S.,Räsänen S.S.,Rascanu B.T.,Rathee D.,Read K.F.,Real J.S.,Redlich K.,Reed R.J.,Rehman A.,Reichelt P.,Reidt F.,Ren X.,Renfordt R.,Reolon A.R.,Reshetin A.,Rettig F.,Revol J-P.,Reygers K.,Riabov V.,Ricci R.A.,Richert T.,Richter M.,Riedler P.,Riegler W.,Riggi F.,Ristea C.,Rivetti A.,Rocco E.,Rodríguez Cahuantzi M.,Rodriguez Manso A.,Røed K.,Rogochaya E.,Rohr D.,Röhrich D.,Romita R.,Ronchetti F.,Ronflette L.,Rosnet P.,Rossi A.,Roukoutakis F.,Roy A.,Roy C.,Roy P.,Rubio Montero A.J.,Rui R.,Russo R.,Ryabinkin E.,Ryabov Y.,Rybicki A.,Sadovsky S.,Šafařík K.,Sahlmuller B.,Sahoo P.,Sahoo R.,Sahoo S.,Sahu P.K.,Saini J.,Sakai S.,Saleh M.A.,Salgado C.A.,Salzwedel J.,Sambyal S.,Samsonov V.,Sanchez Castro X.,Šándor L.,Sandoval A.,Sano M.,Sarkar D.,Scapparone E.,Scarlassara F.,Scharenberg R.P.,Schiaua C.,Schicker R.,Schmidt C.,Schmidt H.R.,Schuchmann S.,Schukraft J.,Schulc M.,Schuster T.,Schutz Y.,Schwarz K.,Schweda K.,Scioli G.,Scomparin E.,Scott R.,Seger J.E.,Sekiguchi Y.,Sekihata D.,Selyuzhenkov I.,Senosi K.,Seo J.,Serradilla E.,Sevcenco A.,Shabanov A.,Shabetai A.,Shadura O.,Shahoyan R.,Shangaraev A.,Sharma A.,Sharma M.,Sharma M.,Sharma N.,Shigaki K.,Shtejer K.,Sibiriak Y.,Siddhanta S.,Sielewicz K.M.,Siemiarczuk T.,Silvermyr D.,Silvestre C.,Simatovic G.,Simonetti G.,Singaraju R.,Singh R.,Singha S.,Singhal V.,Sinha B.C.,Sinha T.,Sitar B.,Sitta M.,Skaali T.B.,Slupecki M.,Smirnov N.,Snellings R.J.M.,Snellman T.W.,Søgaard C.,Soltz R.,Song J.,Song M.,Song Z.,Soramel F.,Sorensen S.,Spacek M.,Spiriti E.,Sputowska I.,Spyropoulou-Stassinaki M.,Srivastava B.K.,Stachel J.,Stan I.,Stefanek G.,Steinpreis M.,Stenlund E.,Steyn G.,Stiller J.H.,Stocco D.,Strmen P.,Suaide A.A.P.,Sugitate T.,Suire C.,Suleymanov M.,Sultanov R.,Šumbera M.,Symons T.J.M.,Szabo A.,Szanto de Toledo A.,Szarka I.,Szczepankiewicz A.,Szymanski M.,Tabassam U.,Takahashi J.,Tambave G.J.,Tanaka N.,Tangaro M.A.,Tapia Takaki J.D.,Tarantola Peloni A.,Tarhini M.,Tariq M.,Tarzila M.G.,Tauro A.,Tejeda Muñoz G.,Telesca A.,Terasaki K.,Terrevoli C.,Teyssier B.,Thäder J.,Thomas D.,Tieulent R.,Timmins A.R.,Toia A.,Trogolo S.,Trubnikov V.,Trzaska W.H.,Tsuji T.,Tumkin A.,Turrisi R.,Tveter T.S.,Ullaland K.,Uras A.,Usai G.L.,Utrobicic A.,Vajzer M.,Vala M.,Valencia Palomo L.,Vallero S.,Van Der Maarel J.,Van Hoorne J.W.,van Leeuwen M.,Vanat T.,Vande Vyvre P.,Varga D.,Vargas A.,Vargyas M.,Varma R.,Vasileiou M.,Vasiliev A.,Vauthier A.,Vechernin V.,Veen A.M.,Veldhoen M.,Velure A.,Venaruzzo M.,Vercellin E.,Vergara Limón S.,Vernet R.,Verweij M.,Vickovic L.,Viesti G.,Viinikainen J.,Vilakazi Z.,Villalobos Baillie O.,Vinogradov A.,Vinogradov L.,Vinogradov Y.,Virgili T.,Vislavicius V.,Viyogi Y.P.,Vodopyanov A.,Völkl M.A.,Voloshin K.,Voloshin S.A.,Volpe G.,von Haller B.,Vorobyev I.,Vranic D.,Vrláková J.,Vulpescu B.,Vyushin A.,Wagner B.,Wagner J.,Wang H.,Wang M.,Wang Y.,Watanabe D.,Watanabe Y.,Weber M.,Weber S.G.,Wessels J.P.,Westerhoff U.,Wiechula J.,Wikne J.,Wilde M.,Wilk G.,Wilkinson J.,Williams M.C.S.,Windelband B.,Winn M.,Yaldo C.G.,Yang H.,Yang P.,Yano S.,Yin Z.,Yokoyama H.,Yoo I-K.,Yurchenko V.,Yushmanov I.,Zaborowska A.,Zaccolo V.,Zaman A.,Zampolli C.,Zanoli H.J.C.,Zaporozhets S.,Zardoshti N.,Zarochentsev A.,Závada P.,Zaviyalov N.,Zbroszczyk H.,Zgura I.S.,Zhalov M.,Zhang H.,Zhang X.,Zhang Y.,Zhao C.,Zhigareva N.,Zhou D.,Zhou Y.,Zhou Z.,Zhu H.,Zhu J.,Zhu X.,Zichichi A.,Zimmermann A.,Zimmermann M.B.,Zinovjev G.,Zyzak M.

Funder

A. I. Alikhanyan National Science Laboratory

State Committee of Science

World Federation of Scientists

Austrian Academy of Sciences

Nationalstiftung für Forschung, Technologie und Entwicklung

Conselho Nacional de Desenvolvimento Científico e Tecnológico

Universidade Federal do Rio Grande do Sul

Financiadora de Estudos e Projetos

Fundação de Amparo à Pesquisa do Estado de São Paulo

Ministry of Science and Technology of the People's Republic of China

National Natural Science Foundation of China

Ministry of Education of China

Ministry of Science, Education and Sports

Croatian Science Foundation

Ministry of Education, Youth and Sports

Danish Council for Independent Research

Carlsberg Foundation

Danish National Research Foundation

Helsinki Institute of Physics

Commissariat à l'Energie Atomique

Institut National de Physique Nucléaire et de Physique des Particules

Centre National de la Recherche Scientifique

Bundesministerium für Bildung, Wissenschaft, Forschung und Technologie

GSI Helmholtzzentrum für Schwerionenforschung GmbH

Ministry of Education, Research and Religious Affairs

National Research, Development and Innovation Office

Department of Atomic Energy, Government of India

Council of Scientific and Industrial Research

Indonesian Institute of Science

Centro Fermi – Museo Storico della Fisica e Centro Studi e Ricerche Enrico Fermi

Instituto Nazionale di Fisica Nucleare

Institute for Innovative Science and Technology, Nagasaki Institute of Applied Science

Japan Society for the Promotion of Science (JSPS) KAKENHI

Japanese Ministry of Education, Culture, Sports, Science, and Technology

Consejo Nacional de Ciencia (CONACYT) y Tecnología

Fondo de Cooperación Internacional en Ciencia y Tecnología

Dirección General de Asuntos del Personal Academico

Nationaal instituut voor subatomaire fysica

Research Council of Norway

Commission on Science and Technology for Sustainable Development in the South

Pontificia Universidad Católica del Perú

Ministry of Science and Higher Education

National Science Centre

Korea Institute of Science and Technology Information

National Research Foundation of Korea

Ministry of Education and Scientific Research

Institute of Atomic Physics

Romanian National Agency for Science, Technology and Innovation

Joint Institute for Nuclear Research

Ministry of Education and Science of the Russian Federation

National Research Centre Kurchatov Institute

Ministry of Education, Science, Research and Sport of the Slovak Republic

National Research Foundation

Centro de Aplicaciones Tecnológicas y Desarrollo Nuclear

Cubaenergía

Ministerio de Ciencia e Innovación

Centro de Investigaciones Energéticas, Medioambientales y Tecnológicas

Swedish Research Council

Knut and Alice Wallenberg Foundation

European Organization for Nuclear Research

National Science and Technology Development Agency

Suranaree University of Technology

Office of the Higher Education Commission

Turkish Atomic Energy Agency

National Academy of Sciences of Ukraine

Science and Technology Facilities Council

National Science Foundation

United States Department of Energy, Office of Nuclear Physics

Publisher

Elsevier BV

Subject

Nuclear and High Energy Physics

Reference54 articles.

1. The chiral and deconfinement aspects of the QCD transition;Bazavov;Phys. Rev. D,2012

2. Is there still any Tc mystery in lattice QCD? Results with physical masses in the continuum limit III;Borsanyi;J. High Energy Phys.,2010

3. The QCD equation of state with dynamical quarks;Borsanyi;J. High Energy Phys.,2010

4. Proton–nucleus collisions at the LHC: scientific opportunities and requirements;Salgado;J. Phys. G,2012

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