Pion femtoscopy in $p^+ p$ collisions at $\sqrt{s}=200$ GeV
M M Aggarwal,X Zhu,H M Spinka,B Biritz,M J Skoby,J M Landgraf,Wei Xu,P Fachini,Q Yue,S Heppelmann,J Seger,G Van Nieuwenhuizen,P Chung,Wenlong Zhan,Jun Zhao,Z P Zhang, Tsutomu Sakuma,M J Levine,T P Burton,Joseph H Lee,H Masui,D Das,L C De Silva,R Lednicky,K Kang,L K Mangotra,P Kravtsov,M A C Lamont, O G Grebenyuk, S Mioduszewski,P Chaloupka,D Mcdonald,Ik Yoo,Z M Li,Ch Lee,S A Voloshin, R N Singaraju, A K Bhati, Z Ahammed,W Korsch,M Pachr,A M Hoffman,T Pawlak,N Xu,C B Powell,A Kechechyan,D P Kikola,J B Zhang, A Mischke,M G Munhoz,R Milner,T D S Stanislaus,D R Gangadharan, D Olson,J Kiryluk,R E Tribble,J M Nelson,J L Romero,N Poljak, D Cebra,Y Pandit,M Elnimr,M A Lisa,Wentian Li,J Bouchet,S Vokal,Robert P Redwine,A Bhasin,A V Brandin,Y F Wu,J Seele,Xuejuan Li,Ferenc Simon, R G Fersch,J Alford,T Kollegger,R Debbe,Na Li,H F Chen,G W Hoffmann,P Filip,R Corliss, J Sowinski,X Z Cai,Mary W Walker,M Ploskon,F J M Geurts,Shulin Zhang,A Rose,Sunil Dogra,A Bridgeman,E P Sichtermann,J Schambach,V Perevoztchikov,Qi Wang,D Keane,S Margetis,R Derradi De Souza, M C Cervantes,J H Chen,Fang Liu,Y N Gorbunov,Jinwen Tian,Senkiti Sakai,Robert Clarke, M Strikhanov,Q H Xu,Lokesh Kumar,Genejack Wang,A Davila Leyva, S R Klein,J R Stevens, J B Roberts,M R Dutta Mazumdar, J P Hayswehle,A Szanto De Toledo,Sadhana Dash,A M Gordon,B Haag,M J Ng,D Thein, N Smirnov,O Evdokimov,Hui Wang,K E Choi,M Cherney,M Planinic, C Markert,Min Shao,T Schuster,D D Koetke,I Koralt,E V Lukashov,W A Love,D G Underwood,Junko Takahashi, W W Jacobs,L G Efimov, E Garciasolis,J Kapitan,D Tlusty,D N Svirida,J Lauret,J C Dunlop, C Roy,J Bielcik,Yan Sun,T G Dedovich, M C Suarez, M Estienne,A N Vasiliev, X L Wang,D A Morozov,X M Sun,A V Alakhverdyants,J Konzer, A Hirsch,S Kabana,C Jena,M J Betancourt, M C Sharma,Subrata Chattopadhyay,A Kocoloski,L Kotchenda,Zongben Xu,A G Knospe,S W Wissink,T S Mcshane,J Ulery,A A Derevschikov,D Staszak,P R Pujahari,B Stringfellow,B Mohanty,J Joseph,D Prindle,Hongxuan Liu, H Bichsel,K Kajimoto,I Sakrejda,B Surrow, A Kisiel,L Didenko,H S Matis,D J Hofman,M Calderon De La Barca Sanchez,Richard G Stock,P Yepes, T A Trainor,P Djawotho,J Engelage, B Srivastava,Y Fisyak,H Wieman,Yi Zhang, W Peryt,R Manweiler,Changjiu Li,Pushpito K Ghosh,J W Harris,K Kauder,Hanming Xu,Zhaojun Sun,Y Zoulkarneeva, J Fedorisin,V Okorokov,W Guryn, L I Koroleva,F Videbaek,O Mall,H Zbroszczyk,I Alekseev,L C Bland,E Bruna,L H Tarini,Li Xue, T J Humanic,S Salur, F Wang, J G Cramer,D Kettler, L S Barnby,James H Thomas, T K Nayak,C Perkins,Wei Xie, P G Jones, Zhenghao Tang,M Krus,J Zhou,B D Anderson,R S Longacre, M Sumbera,V Kouchpil, D Grosnick, Fangyan Jin,O Catu,J S Wang, Crystal L Jones,Jianhua Cheng,L Ruan,X Luo,B V K S Potukuchi,V Fine,G Van Buren,T Ullrich,Xiaowu Dong, A R Timmins,W M Zhang,S B Nurushev,K Yip,H Caines, S Raniwala, A Chikanian, J Putschke,S Bueltmann,Christine Nattrass, Rosi Jan Reed,B Erazmus,Peter W Sorensen,O V Rogachevskiy,M Heinz,N K Pruthi, S M Guertin, G Lin, Y Xu,Anik Gupta,Li Li,L Eun,E Finch,G S Averichev,P Kurnadi,I Selyuzhenkov,Y Panebratsev, M S Ganti,D Plyku, Wu Zhou,S Trentalange,H J Crawford,M M Mondal,O D Tsai,E G Judd,R Zoulkarneev,Chaohui Zhong,J C Webb, A Lebedev,M J M Codrington,Lx Han,K Krueger,J A Vanfossen,E Hjort, P Jacobs,E Braidot,R Fatemi,N Schmitz,Yi Wang,C Whitten,D P Mahapatra,D R Beavis, T Peitzmann,B S Page,R R Betts,E Sangaline,J E Draper,E W Oldag,E Shahaliev,S Lapointe,T J M Symons,Yi Yang,L V Nogach,A Ogawa, Binbing Huang,S S Shi,M Tokarev,G D Westfall,D Arkhipkin,Yuan Lu,Y H Zhu,M Mitrovski,Raghava Varma,V N Tram,V Ghazikhanian,Y G Ma,A Hamed, B K Nandi, J Bielcikova,S C Phatak,R L Ray,J Pluta,T Ljubicic,R Bellwied,M Van Leeuwen,C A Gagliardi,R Sahoo,I Bunzarov,Y P Viyogi,N G Minaev,N Gupta,G Odyniec, Y Li,J Balewski,B E Bonner,N L Subba,P Pile,R Cendejas,Yu A Matulenko,W J Llope, R P Scharenberg,G Eppley,S Timoshenko, Jiangchuan Liu,G Igo,R Majka,S K Pal,G L Ma,X P Zhang,H Z Huang,A Geromitsos, J L Drachenberg,Z Chajecki,A M Poskanzer, A Meschanin,Haixia Qiu,Geoffrey I Webb, R Raniwala,A H Tang,William Axel Leight,S J Lindenbaum,S Baumgart,L Huo,T Tarnowsky,G M S Vasconcelos,J Sandweiss,W Christie,E Elhalhuli, Mitsuhiro Wada,C Pruneau,M Zawisza,A A P Suaide, B V Morozov,P Seyboth,H G Ritter,P K Netrakanti,R Witt
PHYSICAL REVIEW C（2011）
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摘要
The STAR Collaboration at the BNL Relativistic Heavy Ion Collider has measured two-pion correlation functions from p + p collisions at root s = 200 GeV. Spatial scales are extracted via a femtoscopic analysis of the correlations, though this analysis is complicated by the presence of strong nonfemtoscopic effects. Our results are put into the context of the world data set of femtoscopy in hadron-hadron collisions. We present the first direct comparison of femtoscopy in p + p and heavy ion collisions, under identical analysis and detector conditions.
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parametrization,star
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