Identified Particle Distributions in p p and Au + Au Collisions at s N N = 200 GeV

Y Fisyak,E Finch,P Filip,K Filimonov,R Fatemi,J Faivre,V Faine,P Fachini,M Estienne,B Erazmus,G Eppley,J Engelage,V Emelianov,L G Efimov,V Eckardt,M R Dutta Majumdar,J C Dunlop,V B Dunin,A K Dubey,F Du,J E Draper,X Dong,T Dietel,L Didenko,A A Derevschikov, Sajal K Das,D Das,H J Crawford,J G Cramer,T M Cormier,J P Coffin,W Christie, Byungkyu Choi, A Chikanian,M Cherney,S P Chernenko, Y Chen,H F Chen,S Chattopadhyay,P Chaloupka, D Cebra,M Castro, J Castillo,J T Carroll,M Calderon De La Barca Sanchez, H Caines,X Z Cai,R V Cadman,A Bravar,A V Brandin,A Boucham,M Botje,B E Bonner,C O Blyth,L C Bland,A Billmeier,H Bichsel,A K Bhati,P Bhaskar,S Bhardwaj,B I Bezverkhny,Jeffrey S Berger, R Bellwied,V V Belaga,S Bekele,J Baudot,L S Barnby,O Barannikova,J Balewski,S K Badyal,G S Averichev,D Arkhipkin,Marc A Anderson,B D Anderson,J Amonett, Z Ahammed,M M Aggarwal,C P Adler,J Adams,A N Zubarev,J Zoulkarneeva,R Zoulkarneev,P A żolnierczuk,Z P Zhang,W M Zhang,H Y Zhang,I Zborovský,Y V Zanevski,V I Yurevich,P Yepes, Jeryen Yang,E Yamamoto,A E Yakutin,Z Z Xu,N Xu,J Wu,Jeffrey Scott Wood,R Witt,S W Wissink,R Willson,H Wieman,C Whitten,G D Westfall,Robert Wells,J W Watson,H Ward,Z M Wang, X L Wang,Guanqiao Wang, Fang Wang,W T Waggoner,S A Voloshin,Y P Viyogi,S E Vigdor,M A Vasiliev,A N Vasiliev,A M Vandermolen,G Van Buren,D G Underwood,T Ullrich,O Tsai, V N Trofimov,M D Trivedi, R E Tribble,S Trentalange,T A Trainor, M B Tonjes,M Tokarev,V O Tikhomirov,J H Thomas,D Thein,A H Tang,J Takahashi,A Tai,P Szarwas,A Szanto De Toledo,T J M Symons,B Surrow,M Sumbera, C Suire, E Sugarbaker,A A P Suaide,C Struck,B Stringfellow,M Strikhanov,A Stolpovsky, R Stock,Shirvel Stanislaus, B Srivastava,H M Spinka,J Sowinski,P Sorensen,G Sood,R Snellings, N Smirnov,G Skoro,F Simon,R N Singaraju,S S Shimanskii,K E Shestermanov,M P Sharma,M Shao, E Shahaliev,P Seyboth, D M Seliverstov,J Seger, K Schweda,L S Schroeder, N Schmitz,R P Scharenberg,J Schambach,I Savin,J Sandweiss, S Salur,I Sakrejda,R Sahoo,L J Ruan, C Roy, A Rose,J L Romero,O V Rogachevski, J B Roberts,H G Ritter,A Ridiger,F Retiere,G Renault,J G Reid, D Reichhold,S V Razin,R L Ray,O Ravel,S Raniwala, R Raniwala, G Rakness,G Rai, J Putschke,C Pruneau,D Prindle,B V K S Potukuchi,E Potrebenikova,M Potekhin,A M Poskanzer, J B Porter,N Porile,J Pluta,M Planinic,R Picha,S C Phatak,V A Petrov,W Peryt,V Perevoztchikov,T Pawlak,A I Pavlinov,S Panitkin,Y Panebratsev, S K Pal,S U Pandey,G Paic,D Olson,M Oldenburg,V Okorokov,A Ogawa,G Odyniec,S B Nurushev,B Norman,L V Nogach,V A Nikitin, P Nevski,J M Nelson,T K Nayak,S K Nayak,B K Nandi,M G Munhoz,M M De Moura,V B Morozov,M J Moracorral,C F Moore,L Molnar, B Mohanty, John C Mitchell,D K Mishra, C Mironov,N G Minaev,Z Milosevich,M L Miller,M Messer, A Meschanin,Yu Melnick,F Meissner,T S Mcshane,Yu A Matulenko,H S Matis,J N Marx,L Martin, C Markert,S Margetis,Robert W Manweiler,R Majka,D P Mahapatra,L K Mangotra, S K Mahajan,D Magestro,Y G Ma,Jie Ma,Denis H Lynn,T Ludlam,W A Love,M Lopeznoriega,R S Longacre,Hao Long,W J Llope,T Ljubicic,Q J Liu,Zhuangjian Liu,Limin Liu, F Liu, M A Lisa,S J Lindenbaum,Q Li, Chunzao Li,M J Levine,V M Leontiev,R Lednický,A A Lebedev,J Lauret,F Laue,B Lasiuk,C P Lansdell,S Lange,J M Landgraf,M A C Lamont,A A Kuznetsov,R Kh Kutuev,C L Kunz,G J Kunde, A Kumar,A I Kulikov,C Kuhn,K Krueger,P Kravtsov,Mira Kramer,A D Kovalenko,L Kotchenda,M Kopytine,A S Konstantinov,T Kollegger,D D Koetke,A Klyachko,S R Klein,J Klay,A Kisiel,J Kiryluk,D Keane,M Kaplan,M Kaneta,S Kabana,E G Judd, P G Jones,I Johnson,M Janik,W W Jacobs, P Jacobs,A Ishihara,G Igo, T J Humanic,S L Huang,H Z Huang,M Horsley,G W Hoffmann,E Hjort, A Hirsch,B Hippolyte,T Herston,S Heppelmann,T W Henry,M Heinz,J W Harris,D Hardtke,T J Hallman,E Gushin,A K Gupta,S M Guertin,M Guedon,D Grosnick,S Gronstal,V Grigoriev,O Grachov,J E Gonzalez,P Ghosh,V Ghazikhanian,F J M Geurts,M Germain,L Gaudichet,J Gans,N Gagunashvili,T D Gutierrez,M S Ganti, C A Gagliardi,J Fu,K J Foley,D Flierl

Physical Review Letters（2004）

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摘要

Transverse mass and rapidity distributions for charged pions, charged kaons, protons, and antiprotons are reported for $\\sqrt{{s}_{NN}}=200\\text{ }\\text{ }\\mathrm{GeV}$ $pp$ and $\\mathrm{Au}+\\mathrm{Au}$ collisions at Relativistic Heary Ion Collider (RHIC). Chemical and kinetic equilibrium model fits to our data reveal strong radial flow and long duration from chemical to kinetic freeze-out in central $\\mathrm{Au}+\\mathrm{Au}$ collisions. The chemical freeze-out temperature appears to be independent of initial conditions at RHIC energies.

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