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Azimuthal anisotropy in Au+Au collisions at sqrt sNN = 200 GeV
- Adams, J.;
- Aggarwal, M.M.;
- Ahammed, Z.;
- Amonett, J.;
- Anderson, B.D.;
- Akhipkin, D.;
- Averichev, G.S.;
- Badyal, S.K.;
- Bai, Y.;
- Balewski, J.;
- Barannikova, O.;
- Barnby, L.S.;
- Baudot, J.;
- Bekele, S.;
- Belaga, V.V.;
- Bellwied, R.;
- Berger, J.;
- Bezverkhny, B.I.;
- Bharadwaj, S.;
- Bhasin, A.;
- Bhati, A.K.;
- Bhatia, V.S.;
- Bichsel, H.;
- Billmeier, A.;
- Bland, L.C.;
- Blyth, C.O.;
- Bonner, B.E.;
- Botje, M.;
- Boucham, A.;
- Brandin, A.V.;
- Bravar, A.;
- Bystersky, M.;
- Cadman, R.V.;
- Cai, X.Z.;
- Caines, H.;
- Calderon de la Barca Sanchez, M.;
- Carroll, J.;
- Castillo, J.;
- Cebra, D.;
- Chajecki, Z.;
- Chaloupka, P.;
- Chattopdhyay, S.;
- Chen, H.F.;
- Chen, Y.;
- Cheng, J.;
- Cherney, M.;
- Chikanian, A.;
- Christie, W.;
- Coffin, J.P.;
- Cormier, T.M.;
- Cramer, J.G.;
- Crawford, H.J.;
- Das, D.;
- Das, S.;
- De Moura, M.M.;
- Derevschikov, A.A.;
- Didenko, L.;
- Dietel, T.;
- Dogra, S.M.;
- Dong, W.J.;
- Dong, X.;
- Draper, J.E.;
- Du, F.;
- Dubey, A.K.;
- Dunin, V.B.;
- Dunlop, J.C.;
- Dutta Mazumdar, M.R.;
- Eckardt, V.;
- Edwards, W.R.;
- Efimov, L.G.;
- Emelianov, V.;
- Engelage, J.;
- Eppley, G.;
- Erazmus, B.;
- Estienne, M.;
- Fachini, P.;
- Faivre, J.;
- Fatemi, R.;
- Fedorisin, J.;
- Filimonov, K.;
- Filip, P.;
- Finch, E.;
- Fine, V.;
- Fisyak, Y.;
- Foley, K.J.;
- Fomenko, K.;
- Fu, J.;
- Gagliardi, C.A.;
- Gans, J.;
- Ganti, M.S.;
- Gaudichet, L.;
- Geurts, F.;
- Ghazikhanian, V.;
- Ghosh, P.;
- Gonzalez, J.E.;
- Grachov, O.;
- Grebenyuk, O.;
- Grosnick, D.;
- Guertin, S.M.;
- Guo, Y.;
- Gupta, A.;
- Gutierrez, T.D.;
- Hallman, T.J.;
- Hamed, A.;
- Hardtke, D.;
- Harris, J.W.;
- Heinz, M.;
- Henry, T.W.;
- Hepplemann, S.;
- Hippolyte, B.;
- Hirsch, A.;
- Hjort, E.;
- Hoffmann, G.W.;
- Huang, H.Z.;
- Huang, S.L.;
- Hughes, E.W.;
- Humanic, T.J.;
- Igo, G.;
- Ishihara, A.;
- Jacobs, P.;
- Jacobs, W.W.;
- Janik, M.;
- Jiang, H.;
- Jones, P.G.;
- Judd, E.G.;
- Kabana, S.;
- Kang, K.;
- Kaplan, M.;
- Keane, D.;
- Khodyrev, V.Yu.;
- Kiryluk, J.;
- Kisiel, A.;
- Kislov, E.M.;
- Klay, J.;
- Klein, S.R.;
- Klyachko, A.;
- Koetke, D.D.;
- Kollegger, T.;
- Kopytine, M.;
- Kotchenda, L.;
- Kramer, M.;
- Kravtsov, P.;
- Kravtsov, V.I.;
- Krueger, K.;
- Kuhn, C.;
- Kulikov, A.I.;
- Kumar, A.;
- Kunz, C.L.;
- Kutuev, R.Kh.;
- Kuznetsov, A.A.;
- Lamont, M.A.C.;
- Landgraf, J.M.;
- Lange, S.;
- Laue, F.;
- Lauret, J.;
- Lebedev, A.;
- Lednicky, R.;
- Lehocka, S.;
- LeVine, M.J.;
- Li, C.;
- Li, Q.;
- Li, Y.;
- Lindenbaum, S.J.;
- Lisa, M.A.;
- Liu, F.;
- Liu, L.;
- Liu, Q.J.;
- Liu, Z.;
- Ljubicic, T.;
- Llope, W.J.;
- Long, H.;
- Longacre, R.S.;
- Lopez-Noriega, M.;
- Love, W.A.;
- Lu, Y.;
- Ludlam, T.;
- Lynn, D.;
- Ma, G.L.;
- Ma, J.G.;
- Ma, Y.G.;
- Magestro, D.;
- Mahajan, S.;
- Mahapatra, D.P.;
- Majka, R.;
- Mangotra, L.K.;
- Manweiler, R.;
- Margetis, S.;
- Markert, C.;
- Martin, L.;
- Marx, J.N.;
- Matis, H.S.;
- Matulenko, Yu.A.;
- McClain, C.J.;
- McShane, T.S.;
- Meissner, F.;
- Melnick, Yu.;
- Meschanin, A.;
- Miller, M.L.;
- Milosevich, Z.;
- Minaev, N.G.;
- Mirovov, C.;
- Mischke, A.;
- Mishra, D.K.;
- Mitchell, J.;
- Mohanty, B.;
- Molnar, L.;
- Moore, C.F.;
- Morozov, D. A.;
- Munhoz, M.G.;
- Nandi, B.K.;
- Nayak, S.K.;
- Nayak, T.K.;
- Nelson, J.M.;
- Netrakanti, P.K.;
- Nikitin, V.A.;
- Nogach, L.V.;
- Nurushev, S.B.;
- Odyniec, G.;
- Ogawa, A.;
- Okorokov, V.;
- Oldenburg, M.;
- Olson, D.;
- Pal, S.K.;
- Panebratsev, Y.;
- Panitkin, S.Y.;
- Pavlinov, A.I.;
- Pawlak, T.;
- Peitzmann, T.;
- Perevoztchikov, V.;
- Perkins, C.;
- Peryt, W.;
- Petrov, V.A.;
- Phatak, S.C.;
- Picha, R.;
- Planinic, M.;
- Pluta, J.;
- Porile, N.;
- Porter, J.;
- Poskanzer, A.M.;
- Potekhin, M.;
- Potrebenikova, E.;
- Potukuchi, B.V.K.S.;
- Prindle, D.;
- Pruneau, C.;
- Putschke, J.;
- Rai, G.;
- Rakness, G.;
- Raniwala, R.;
- Raniwala, S.;
- Ravel, O.;
- Ray, R.L.;
- Razin, S.V.;
- Reichhold, D.;
- Reid, J.G.;
- Renault, G.;
- Retiere, F. Ridiger, A.;
- Ritter, H.G.;
- Roberts, J. B.;
- Rogachevskiy, O.V.;
- Romero, J.L.;
- Rose, A.;
- Roy, C.;
- Ruan, L;
- Sahoo, R.;
- Sakrejda, I.;
- Salur, S.;
- Sandweiss, J.;
- Savin, I.;
- Sazhin, P.S.;
- Schambach, J.;
- Scharenberg, R.P.;
- Schmitz, N.;
- Schroeder, L.S.;
- Schweda, K.;
- Seger, J.;
- Seyboth, P.;
- Shahaliev, E.;
- Shao, M.;
- Shao, W.;
- Sharma, M.;
- Shen, W.Q.;
- Shestermanov, K.E.;
- Shimanskiy, S.S.;
- Sichtermann, E.;
- Simon, F.;
- Singaraju, R.N.;
- Skoro, G.;
- Smirnov, N.;
- Snellings, R.;
- Sood, G.;
- Sorensen, P.;
- Sowinski, J.;
- Speltz, J.;
- Spinka, H.M.;
- Srivastava, B.;
- Stadnik, A.;
- Stanislaus, T.D.S.;
- Stock, R.;
- Stolpovsky, A.;
- Strickhanov, M.;
- Stringfellow, B.;
- Suaide, A.A.P.;
- Sugarbaker, E.;
- Suire, C.;
- Sumbera, M.;
- Surrow, B.;
- Symons, T.J.M.;
- Szanto de Toledo, A.;
- Szarwas, P.;
- Tai, A.;
- Takahashi, J.;
- Tang, A.H.;
- Tarnowsky, T.;
- Thein, D.;
- Thomas, J.H.;
- Timoshenko, S.;
- Tokarev, M.;
- Trentalange, S.;
- Tribble, R.E.;
- Tsai, O.D.;
- Ulery, J.;
- Ullrich, T.;
- Underwood, D.G.;
- Urkinbaev, A.;
- Van Buren, G.;
- Van Leeuwen, M.;
- Vander Molen, A.M.;
- Varma, R.;
- Vasilevski, I.M.;
- Vasiliev, A.N.;
- Vernet, R.;
- Vigdor, S.E.;
- Viyogi, V.P.;
- Vokal, S.;
- Voloshin, S.A.;
- Vznuzdaev, M.;
- Waggoner, W.T.;
- Wang, F.;
- Wang, G.;
- Wang, G.;
- Wang, X.L.;
- Wang, Y.;
- Wang, Y.;
- Wang, Z.M.;
- Ward, H.;
- Watson, J.W.;
- Webb, J.C.;
- Wells, R.;
- Westfall, G.D.;
- Wetzler, A.;
- Whitten, Jr. C.;
- Wieman, H.;
- Wissink, S.W.;
- Witt, R.;
- Wood, J.;
- Wu, J.;
- Xu, N.;
- Xu, Z.;
- Xu, Z.Z.;
- Yamamoto, E.;
- Yepes, P.;
- Yurevich, V.I.;
- Zanevsky, Y.V.;
- Zhang, H.;
- Zhang, W.M.;
- Zhang, Z.P.;
- Zolnierczuk, P.A.;
- Zoulkarneev, R.;
- Zoulkarneeva, Y.;
- Zubarev, A.N.
- et al.
Abstract
The results from the STAR Collaboration on directed flow (v_1), elliptic flow (v_2), and the fourth harmonic (v_4) in the anisotropic azimuthal distribution of particles from Au+Au collisions at sqrtsNN = 200 GeV are summarized and compared with results from other experiments and theoretical models. Results for identified particles are presented and fit with a Blast Wave model. For v_2, scaling with the number of constituent quarks and parton coalescence is discussed. For v_4, scaling with v_22 and quark coalescence predictions for higher harmonic flow is discussed. The different anisotropic flow analysis methods are compared and nonflow effects are extracted from the data.
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