Use este identificador para citar ou linkar para este item: http://repositorio.unicamp.br/jspui/handle/REPOSIP/89528
Tipo: Artigo de periódico
Título: Freeze-out Dynamics Via Charged Kaon Femtoscopy In √s Nn=200 Gev Central Au + Au Collisions
Autor(es): Adamczyk L.
Adkins J.K.
Agakishiev G.
Aggarwal M.M.
Ahammed Z.
Alekseev I.
Alford J.
Anson C.D.
Aparin A.
Arkhipkin D.
Aschenauer E.
Averichev G.S.
Balewski J.
Banerjee A.
Barnovska Z.
Beavis D.R.
Bellwied R.
Betancourt M.J.
Betts R.R.
Bhasin A.
Bhati A.K.
Bhattarai
Bichsel H.
Bielcik J.
Bielcikova J.
Bland L.C.
Bordyuzhin I.G.
Borowski W.
Bouchet J.
Brandin A.V.
Brovko S.G.
Bruna E.
Bultmann S.
Bunzarov I.
Burton T.P.
Butterworth J.
Caines H.
Calderon De La Barca Sanchez M.
Cebra D.
Cendejas R.
Cervantes M.C.
Chaloupka P.
Chang Z.
Chattopadhyay S.
Chen H.F.
Chen J.H.
Chen J.Y.
Chen L.
Cheng J.
Cherney M.
Chikanian A.
Christie W.
Chung P.
Chwastowski J.
Codrington M.J.M.
Corliss R.
Cramer J.G.
Crawford H.J.
Cui X.
Das S.
Davila Leyva A.
De Silva L.C.
Debbe R.R.
Dedovich T.G.
Deng J.
Derradi De Souza R.
Dhamija S.
Di Ruzza B.
Didenko L.
Dilks
Ding F.
Dion A.
Djawotho P.
Dong X.
Drachenberg J.L.
Draper J.E.
Du C.M.
Dunkelberger L.E.
Dunlop J.C.
Efimov L.G.
Elnimr M.
Engelage J.
Engle K.S.
Eppley G.
Eun L.
Evdokimov O.
Fatemi R.
Fazio S.
Fedorisin J.
Fersch R.G.
Filip P.
Finch E.
Fisyak Y.
Flores C.E.
Gagliardi C.A.
Gangadharan D.R.
Garand D.
Geurts F.
Gibson A.
Gliske S.
Grebenyuk O.G.
Grosnick D.
Guo Y.
Gupta A.
Gupta S.
Guryn W.
Haag B.
Hajkova O.
Hamed A.
Han L.-X.
Haque R.
Harris J.W.
Hays-Wehle J.P.
Heppelmann S.
Hirsch A.
Hoffmann G.W.
Hofman D.J.
Horvat S.
Huang B.
Huang H.Z.
Huck P.
Humanic T.J.
Igo G.
Jacobs W.W.
Jena C.
Judd E.G.
Kabana S.
Kang K.
Kauder K.
Ke H.W.
Keane D.
Kechechyan A.
Kesich A.
Kikola D.P.
Kiryluk J.
Kisel I.
Kisiel A.
Koetke D.D.
Kollegger T.
Konzer J.
Koralt I.
Korsch W.
Kotchenda L.
Kravtsov P.
Krueger K.
Kulakov I.
Kumar L.
Kycia R.A.
Lamont M.A.C.
Landgraf J.M.
Landry K.D.
Lapointe S.
Lauret J.
Lebedev A.
Lednicky R.
Lee J.H.
Leight W.
Levine M.J.
Li C.
Li W.
Li X.
Li X.
Li Y.
Li Z.M.
Lima L.M.
Lisa M.A.
Liu F.
Ljubicic T.
Llope W.J.
Longacre R.S.
Luo X.
Ma G.L.
Ma Y.G.
Madagodagettige Don D.M.M.D.
Mahapatra D.P.
Majka R.
Margetis S.
Markert C.
Masui H.
Matis H.S.
McDonald D.
McShane T.S.
Mioduszewski S.
Mitrovski M.K.
Mohammed Y.
Mohanty B.
Mondal M.M.
Munhoz M.G.
Mustafa M.K.
Naglis M.
Nandi B.K.
Nasim M.
Nayak T.K.
Nelson J.M.
Nogach L.V.
Novak J.
Odyniec G.
Ogawa A.
Oh K.
Ohlson A.
Okorokov V.
Oldag E.W.
Oliveira R.A.N.
Olson D.
Pachr M.
Page B.S.
Pal S.K.
Pan Y.X.
Pandit Y.
Panebratsev Y.
Pawlak T.
Pawlik B.
Pei H.
Perkins C.
Peryt W.
Pile P.
Planinic M.
Pluta J.
Plyku D.
Poljak N.
Porter J.
Poskanzer A.M.
Powell C.B.
Pruneau C.
Pruthi N.K.
Przybycien M.
Pujahari P.R.
Putschke J.
Qiu H.
Ramachandran S.
Raniwala R.
Raniwala S.
Ray R.L.
Riley C.K.
Ritter H.G.
Roberts J.B.
Rogachevskiy O.V.
Romero J.L.
Ross J.F.
Roy A.
Ruan L.
Rusnak J.
Sahoo N.R.
Sahu P.K.
Sakrejda I.
Salur S.
Sandacz A.
Sandweiss J.
Sangaline E.
Sarkar A.
Schambach J.
Scharenberg R.P.
Schmah A.M.
Schmidke B.
Schmitz N.
Schuster T.R.
Seger J.
Seyboth P.
Shah N.
Shahaliev E.
Shao M.
Sharma B.
Sharma M.
Shen W.Q.
Shi S.S.
Shou Q.Y.
Sichtermann E.P.
Singaraju R.N.
Skoby M.J.
Smirnov D.
Smirnov N.
Solanki D.
Sorensen P.
Desouza U.G.
Spinka H.M.
Srivastava B.
Stanislaus T.D.S.
Stevens J.R.
Stock R.
Strikhanov M.
Stringfellow B.
Suaide A.A.P.
Suarez M.C.
Sumbera M.
Sun X.M.
Sun Y.
Sun Z.
Surrow B.
Svirida D.N.
Symons T.J.M.
Szanto De Toledo A.
Takahashi J.
Tang A.H.
Tang Z.
Tarini L.H.
Tarnowsky T.
Thomas J.H.
Timmins A.R.
Tlusty D.
Tokarev M.
Trentalange S.
Tribble R.E.
Tribedy P.
Trzeciak B.A.
Tsai O.D.
Turnau J.
Ullrich T.
Underwood D.G.
Van Buren G.
Van Nieuwenhuizen G.
Vanfossen J.A.
Varma R.
Vasconcelos G.M.S.
Vertesi R.
Videbaek F.
Viyogi Y.P.
Vokal S.
Voloshin S.A.
Vossen A.
Wada M.
Walker M.
Wang F.
Wang G.
Wang H.
Wang J.S.
Wang Q.
Wang X.L.
Wang Y.
Webb G.
Webb J.C.
Westfall G.D.
Wieman H.
Wissink S.W.
Witt R.
Wu Y.F.
Xiao Z.
Xie W.
Xin K.
Xu H.
Xu N.
Xu Q.H.
Xu W.
Xu Y.
Xu Z.
Yan
Yang C.
Yang Y.
Yang Y.
Yepes P.
Yi L.
Yip K.
Yoo I.-K.
Zawisza Y.
Zbroszczyk H.
Zha W.
Zhang J.B.
Zhang S.
Zhang X.P.
Zhang Y.
Zhang Z.P.
Zhao F.
Zhao J.
Zhong C.
Zhu X.
Zhu Y.H.
Zoulkarneeva Y.
Zyzak M.
Resumo: We present measurements of three-dimensional correlation functions of like-sign, low-transverse-momentum kaon pairs from √sNN=200 GeV Au+Au collisions. A Cartesian surface-spherical harmonic decomposition technique was used to extract the kaon source function. The latter was found to have a three-dimensional Gaussian shape and can be adequately reproduced by Therminator event-generator simulations with resonance contributions taken into account. Compared to the pion one, the kaon source function is generally narrower and does not have the long tail along the pair transverse momentum direction. The kaon Gaussian radii display a monotonic decrease with increasing transverse mass mT over the interval of 0.55≤mT≤1.15 GeV/c2. While the kaon radii are adequately described by the mT -scaling in the outward and sideward directions, in the longitudinal direction the lowest mT value exceeds the expectations from a pure hydrodynamical model prediction. © 2013 American Physical Society.
Citação: Physical Review C - Nuclear Physics. , v. 88, n. 3, p. - , 2013.
Tipo de Acesso: aberto
Identificador DOI: 10.1103/PhysRevC.88.034906
Endereço : http://www.scopus.com/inward/record.url?eid=2-s2.0-84885113334&partnerID=40&md5=4d340c4c49eef5c3db737145cc152fe5
Data do documento: 2013
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