Table 266
View DatasetAdamczyk, L.;Adkins, J.K.;Agakishiev, G.;Aggarwal, M.M.;Ahammed, Z.;Alekseev, I.;Aparin, A.;Arkhipkin, D.;Aschenauer, E.C.;Averichev, G.S.;Bai, X.;Bairathi, V.;Banerjee, A.;Bellwied, R.;Bhasin, A.;Bhati, A.K.;Bhattarai, P.;Bielcik, J.;Bielcikova, J.;Bland, L.C.;Bordyuzhin, I.G.;Bouchet, J.;Brandenburg, D.;Brandin, A.V.;Bunzarov, I.;Butterworth, J.;Caines, H.;Calderon De La Barca Sanchez, M.;Campbell, J.M.;Cebra, D.;Cervantes, M.C.;Chakaberia, I.;Chaloupka, P.;Chang, Z.;Chattopadhyay, S.;Chen, X.;Chen, J.H.;Cheng, J.;Cherney, M.;Chisman, O.;Christie, W.;Contin, G.;Crawford, H.J.;Das, S.;De Silva, L.C.;Debbe, R.R.;Dedovich, T.G.;Deng, J.;Derevschikov, A.A.;Di Ruzza, B.;Didenko, L.;Dilks, C.;Dong, X.;Drachenberg, J.L.;Draper, J.E.;Du, C.M.;Dunkelberger, L.E.;Dunlop, J.C.;Efimov, L.G.;Engelage, J.;Eppley, G.;Esha, R.;Evdokimov, O.;Eyser, O.;Fatemi, R.;Fazio, S.;Federic, P.;Fedorisin, J.;Feng, Z.;Filip, P.;Fisyak, Y.;Flores, C.E.;Fulek, L.;Gagliardi, C.A.;Garand, D.;Geurts, F.;Gibson, A.;Girard, M.;Greiner, L.;Grosnick, D.;Gunarathne, D.S.;Guo, Y.;Gupta, A.;Gupta, S.;Guryn, W.;Hamad, A.;Hamed, A.;Haque, R.;Harris, J.W.;He, L.;Heppelmann, S.;Heppelmann, S.;Hirsch, A.;Hoffmann, G.W.;Hofman, D.J.;Horvat, S.;Huang, H.Z.;Huang, B.;Huang, X.;Huck, P.;Humanic, T.J.;Igo, G.;Jacobs, W.W.;Jang, H.;Jiang, K.;Judd, E.G.;Kabana, S.;Kalinkin, D.;Kang, K.;Kauder, K.;Ke, H.W.;Keane, D.;Kechechyan, A.;Khan, Z.H.;Kikola, D.P.;Kisel, I.;Kisiel, A.;Kochenda, L.;Koetke, D.D.;Kollegger, T.;Kosarzewski, L.K.;Kraishan, A.F.;Kravtsov, P.;Krueger, K.;Kulakov, I.;Kumar, L.;Kycia, R.A.;Lamont, M.A.C.;Landgraf, J.M.;Landry, K.D.;Lauret, J.;Lebedev, A.;Lednicky, R.;Lee, J.H.;Li, X.;Li, Y.;Li, W.;Li, C.;Li, X.;Li, Z.M.;Lisa, M.A.;Liu, F.;Ljubicic, T.;Llope, W.J.;Lomnitz, M.;Longacre, R.S.;Luo, X.;Ma, L.;Ma, Y.G.;Ma, G.L.;Ma, R.;Magdy, N.;Majka, R.;Manion, A.;Margetis, S.;Markert, C.;Masui, H.;Matis, H.S.;McDonald, D.;Meehan, K.;Minaev, N.G.;Mioduszewski, S.;Mishra, D.;Mohanty, B.;Mondal, M.M.;Morozov, D.A.;Mustafa, M.K.;Nandi, B.K.;Nasim, Md.;Nayak, T.K.;Nigmatkulov, G.;Nogach, L.V.;Noh, S.Y.;Novak, J.;Nurushev, S.B.;Odyniec, G.;Ogawa, A.;Oh, K.;Okorokov, V.;Olvitt, D.;Page, B.S.;Pak, R.;Pan, Y.X.;Pandit, Y.;Panebratsev, Y.;Pawlik, B.;Pei, H.;Perkins, C.;Peterson, A.;Pile, P.;Planinic, M.;Pluta, J.;Poljak, N.;Poniatowska, K.;Porter, J.;Posik, M.;Poskanzer, A.M.;Pruthi, N.K.;Putschke, J.;Qiu, H.;Quintero, A.;Ramachandran, S.;Raniwala, S.;Raniwala, R.;Ray, R.L.;Ritter, H.G.;Roberts, J.B.;Rogachevskiy, O.V.;Romero, J.L.;Roy, A.;Ruan, L.;Rusnak, J.;Rusnakova, O.;Sahoo, N.R.;Sahu, P.K.;Salur, S.;Sandweiss, J.;Sarkar, A.;Schambach, J.;Scharenberg, R.P.;Schmah, A.M.;Schmidke, W.B.;Schmitz, N.;Seger, J.;Seyboth, P.;Shah, N.;Shahaliev, E.;Shanmuganathan, P.V.;Shao, M.;Sharma, B.;Sharma, M.K.;Shen, W.Q.;Shi, S.S.;Shou, Q.Y.;Sichtermann, E.P.;Sikora, R.;Simko, M.;Singha, S.;Skoby, M.J.;Smirnov, N.;Smirnov, D.;Song, L.;Sorensen, P.;Spinka, H.M.;Srivastava, B.;Stanislaus, T.D.S.;Stepanov, M.;Stock, R.;Strikhanov, M.;Stringfellow, B.;Sumbera, M.;Summa, B.;Sun, X.;Sun, Z.;Sun, Y.;Sun, X.M.;Surrow, B.;Svirida, N.;Szelezniak, M.A.;Tang, Z.;Tang, A.H.;Tarnowsky, T.;Tawfik, A.;Thaeder, J.;Thomas, J.H.;Timmins, A.R.;Tlusty, D.;Tokarev, M.;Trentalange, S.;Tribble, R.E.;Tribedy, P.;Tripathy, S.K.;Trzeciak, B.A.;Tsai, O.D.;Ullrich, T.;Underwood, D.G.;Upsal, I.;Van Buren, G.;Van Nieuwenhuizen, G.;Vandenbroucke, M.;Varma, R.;Vasiliev, A.N.;Vertesi, R.;Videbaek, F.;Viyogi, Y.P.;Vokal, S.;Voloshin, S.A.;Vossen, A.;Wang, F.;Wang, Y.;Wang, G.;Wang, Y.;Wang, J.S.;Wang, H.;Webb, J.C.;Webb, G.;Wen, L.;Westfall, G.D.;Wieman, H.;Wissink, S.W.;Witt, R.;Wu, Y.F.;, Wu;Xiao, Z.G.;Xie, W.;Xin, K.;Xu, Z.;Xu, H.;Xu, Y.F.;Xu, Q.H.;Xu, N.;Yang, Y.;Yang, C.;Yang, S.;Yang, Y.;Yang, Q.;Ye, Z.;Yepes, P.;Yi, L.;Yip, K.;Yoo, I.K.;Yu, N.;Zbroszczyk, H.;Zha, W.;Zhang, J.B.;Zhang, Y.;Zhang, S.;Zhang, J.;Zhang, J.;Zhang, Z.;Zhang, X.P.;Zhao, J.;Zhong, C.;Zhou, L.;Zhu, X.;Zoulkarneeva, Y.;Zyzak, M.
Description
BNL-RHIC. Elliptic flow (v_2) values for identified particles at midrapidity in Au + Au collisions measured by the STAR experiment in the Beam Energy Scan at the Relativistic Heavy Ion Collider at sqrt{s_{NN}}= 7.7--62.4 GeV are presented for three centrality classes. The centrality dependence and the data at sqrt{s_{NN}}= 14.5 GeV are new. Except at the lowest beam energies we observe a similar relative v_2 baryon-meson splitting for all centrality classes which is in agreement within 15% with the number-of-constituent quark scaling. The larger v_2 for most particles relative to antiparticles, already observed for minimum bias collisions, shows a clear centrality dependence, with the largest difference for the most central collisions. Also, the results are compared with A Multiphase Transport Model and fit with a Blast Wave model.
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Publication Details
Subfield
Nuclear and High Energy Physics
Field
Physics and Astronomy
Domain
Physical Sciences
Confidence Score
38%
Source
Scholar Data Model
Keywords
AU AU --> K+ XV2InclusiveAngular CorrelationStrange production27.0