Inclusive Quarkonium Production At Forward Rapidity In Pp Collisions At √s = 8 Tev Tev

J Adam, D Adamová,M M Aggarwal,G Aglieri Rinella,M Agnello,N Agrawal, Z Ahammed,S U Ahn,S Aiola,A Akindinov,S N Alam,D Aleksandrov, B Alessandro,D Alexandre,R Alfaro Molina,A Alici,A Alkin, Almaraz J.R.M., J Alme,T Alt,S Altinpinar,I Altsybeev, C Alves Garcia Prado,C Andrei, A Andronic,V Anguelov, J Anielski,T Antičić, F Antinori,P Antonioli, L Aphecetche,H Appelshäuser, S Arcelli,R Arnaldi,O W Arnold, I C Arsene, M Arslandok, B Audurier, A Augustinus,R Averbeck, Azmi, A Badalà,Y W Baek, S Bagnasco, R Bailhache,R Bala, A Baldisseri,R C Baral, A M Barbano, R Barbera, F Barile, G G Barnaföldi,L S Barnby,V Barret,P Bartalini, K Barth, J Bartke,E Bartsch,M Basile,N Bastid,S Basu,B Bathen,G Batigne, A Batista Camejo, B Batyunya,P C Batzing, I G Bearden,H Beck,C Bedda, N K Behera,I Belikov, F Bellini,H Bello Martinez,R Bellwied,R Belmont,E Belmont-Moreno,V Belyaev,G Bencedi,S Beole, I Berceanu, A Bercuci,Y Berdnikov,D Berenyi, R A Bertens, D Berzano, L Betev,A Bhasin,I R Bhat,A K Bhati,B Bhattacharjee,J Bhom,L Bianchi,N Bianchi, C Bianchin, J Bielčík, J Bielčíková, A Bilandzic,R Biswas,S Biswas, S Bjelogrlic,J T Blair, D Blau, C Blume, F Bock,A Bogdanov,H Bøggild, L Boldizsár, M Bombara, J Book, H Borel, A Borissov, M Borri, F Bossú,E Botta, S Böttger, C Bourjau, P Braun-Munzinger, M Bregant, T Breitner,T A Broker,T A Browning, M Broz, E J Brucken, E Bruna,G E Bruno, D Budnikov, H Buesching, S Bufalino, P Buncic, O Busch,Z Buthelezi, J B Butt,J T Buxton, D Caffarri,X Cai, H Caines, L Calero Diaz, A Caliva,E Calvo Villar, P Camerini,F Carena,W Carena,F Carnesecchi,J Castillo Castellanos, A J Castro, Casula E.A.R.,C Ceballos Sanchez, J Cepila,P Cerello, J Cerkala,B Chang, S Chapeland, M Chartier,J L Charvet,S Chattopadhyay, V Chelnokov,M Cherney,C Cheshkov,B Cheynis,V Chibante Barroso, D D Chinellato,S Cho, P Chochula,K Choi,M Chojnacki,S Choudhury, P Christakoglou,C H Christensen, P Christiansen,T Chujo, S U Chung, C Cicalo, L Cifarelli, F Cindolo, J Cleymans, F Colamaria,D Colella, A Collu,M Colocci,G Conesa Balbastre,Z Conesa del Valle,M E Connors, J G Contreras, T M Cormier,Y Corrales Morales,I Cortés Maldonado,P Cortese, M R Cosentino,F Costa,P Crochet, R Cruz Albino, E Cuautle, L Cunqueiro, T Dahms, A Dainese, A Danu, D Das, I Das,S Das,A Dash,S Dash,S De,A De Caro,G de Cataldo, C de Conti,J de Cuveland,A De Falco,D De Gruttola,N De Marco,S De Pasquale, A Deisting, A Deloff, E Dénes, C Deplano, P Dhankher,D Di Bari,A Di Mauro,P Di Nezza, Diaz Corchero, T Dietel,P Dillenseger, R Divià, Ø Djuvsland,A Dobrin,D Domenicis Gimenez, B Dönigus, O Dordic,T Drozhzhova,A K Dubey, A Dubla, L Ducroux,P Dupieux, R J Ehlers,D Elia,H Engel, E Epple,B Erazmus, I Erdemir, F Erhardt, B Espagnon, M Estienne, S Esumi, J Eum,D Evans,S Evdokimov, G Eyyubova,L Fabbietti, D Fabris, J Faivre, A Fantoni, M Fasel,L Feldkamp, A Feliciello, G Feofilov, J Ferencei,A Fernández Téllez,E G Ferreiro, A Ferretti,A Festanti, Feuillard V.J.G.,J Figiel, Figueredo M.A.S., S Filchagin, D Finogeev, F M Fionda, E M Fiore,M G Fleck, M Floris, S Foertsch, P Foka,S Fokin, E Fragiacomo, A Francescon, U Frankenfeld, U Fuchs, C Furget,A Furs,M Fusco Girard, J J Gaardhøje, M Gagliardi, A M Gago,M Gallio, D R Gangadharan, P Ganoti,C Gao, C Garabatos,E Garcia-Solis,C Gargiulo,P Gasik,E F Gauger,M Germain, A Gheata, M Gheata,P Ghosh,S K Ghosh, P Gianotti, P Giubellino, P Giubilato, E Gladysz-Dziadus, P Glässel,D M Goméz Coral,A Gomez Ramirez,V Gonzalez, P González-Zamora,S Gorbunov, L Görlich,S Gotovac, V Grabski, O A Grachov,L K Graczykowski,K L Graham, A Grelli, A Grigoras, C Grigoras, V Grigoriev,A Grigoryan,S Grigoryan,B Grinyov, N Grion, J M Gronefeld,J F Grosse-Oetringhaus, Grossiord J.-Y., R Grosso, F Guber, R Guernane, B Guerzoni,K Gulbrandsen,T Gunji,A Gupta, R Gupta, R Haake, Ø Haaland, C Hadjidakis, M Haiduc,H Hamagaki,G Hamar, J W Harris,A Harton,D Hatzifotiadou,S Hayashi,S T Heckel, M Heide,H Helstrup, A Herghelegiu,G Herrera Corral,B A Hess, K F Hetland,H Hillemanns, B Hippolyte,R Hosokawa,P Hristov,M Huang, T J Humanic,N Hussain,T Hussain,D Hutter, D S Hwang, R Ilkaev, M Inaba, M Ippolitov,M Irfan,M Ivanov,V Ivanov,V Izucheev, P M Jacobs, M B Jadhav,S Jadlovska,J Jadlovsky, C Jahnke,M J Jakubowska, H J Jang, Janik,Jayarathna P.H.S.Y.,C Jena,S Jena,R T Jimenez Bustamante,P G Jones,H Jung, A Jusko, P Kalinak,A Kalweit,J Kamin,J H Kang,V Kaplin,S Kar,A Karasu Uysal, O Karavichev, T Karavicheva, L Karayan, E Karpechev, U Kebschull,R Keidel,Keijdener D.L.D.,M Keil, M Mohisin Khan,P Khan,S A Khan, A Khanzadeev,Y Kharlov, B Kileng,D W Kim,D J Kim,D Kim,H Kim,J S Kim,M Kim, S Kim,T Kim,S Kirsch,I Kisel,S Kiselev,A Kisiel,G Kiss,J L Klay, C Klein,J Klein,C Klein-Bösing,S Klewin,A Kluge,M L Knichel,A G Knospe,T Kobayashi, C Kobdaj, M Kofarago, T Kollegger,A Kolojvari, V Kondratiev, N Kondratyeva,E Kondratyuk, A Konevskikh, M Kopcik, M Kour,C Kouzinopoulos,O Kovalenko,V Kovalenko,M Kowalski,G Koyithatta Meethaleveedu, I Králik, A Kravčáková,M Kretz,M Krivda, F Krizek,E Kryshen, M Krzewicki,A M Kubera,V Kučera,C Kuhn,P G Kuijer,A Kumar,J Kumar,L Kumar,S Kumar, P Kurashvili, A Kurepin,A B Kurepin, A Kuryakin, M J Kweon, Y Kwon,S L La Pointe,P La Rocca,P Ladron de Guevara, C Lagana Fernandes,I Lakomov, R Langoy,C Lara,A Lardeux,A Lattuca, E Laudi,R Lea, L Leardini, G R Lee,S Lee, F Lehas, R C Lemmon,V Lenti,E Leogrande,I León Monzón,H León Vargas, M Leoncino,P Lévai,S Li,X Li,J Lien,R Lietava,S Lindal, V Lindenstruth,C Lippmann, Lisa,H M Ljunggren,D F Lodato, P I Loenne,V Loginov, C Loizides,X Lopez,E López Torres,A Lowe, P Luettig,M Lunardon, G Luparello, A Maevskaya

European Physical Journal C（2016）

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摘要

© 2016, CERN for the benefit of the ALICE collaboration.We report on the inclusive production cross sections of (Formula presented.) , (Formula presented.) , (Formula presented.) (1S), (Formula presented.) (2S) and (Formula presented.) (3S), measured at forward rapidity with the ALICE detector in (Formula presented.) collisions at a center-of-mass energy (Formula presented.) TeV. The analysis is based on data collected at the LHC and corresponds to an integrated luminosity of 1.23 pb (Formula presented.). Quarkonia are reconstructed in the dimuon-decay channel. The differential production cross sections are measured as a function of the transverse momentum (Formula presented.) and rapidity y, over the (Formula presented.) ranges (Formula presented.) GeV/c for (Formula presented.) , (Formula presented.) GeV/c for all other resonances, and for (Formula presented.). The cross sections, integrated over (Formula presented.) and y, and assuming unpolarized quarkonia, are (Formula presented.) (Formula presented.) b, (Formula presented.) (Formula presented.) b, (Formula presented.) nb, (Formula presented.) nb and (Formula presented.) nb, where the first uncertainty is statistical and the second one is systematic. These values agree, within at most (Formula presented.) , with measurements performed by the LHCb collaboration in the same rapidity range.

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关键词

Rapidity,Quarkonium,Physics,Particle physics

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