Measurement of the higher-order anisotropic flow coefficients for identified hadrons in Au$+$Au collisions at $\sqrt{s_{_{NN}}}$ = 200 GeV
- Adare, A.
- Afanasiev, S.
- Aidala, C.
- Ajitanand, N.N.
- Akiba, Y.
- Al-Bataineh, H.
- Alexander, J.
- Aoki, K.
- Aramaki, Y.
- Atomssa, E.T.
- Averbeck, R.
- Awes, T.C.
- Azmoun, B.
- Babintsev, V.
- Bai, M.
- Baksay, G.
- Baksay, L.
- Barish, K.N.
- Bassalleck, B.
- Basye, A.T.
- Bathe, S.
- Baublis, V.
- Baumann, Cédric
- Bazilevsky, A.
- Belikov, S.
- Belmont, R.
- Bennett, R.
- Berdnikov, A.
- Berdnikov, Y.
- Bickley, A.A.
- Bok, J.S.
- Boyle, K.
- Brooks, M.L.
- Buesching, H.
- Bumazhnov, V.
- Bunce, G.
- Butsyk, S.
- Camacho, C.M.
- Campbell, S.
- Chen, C.H.
- Chi, C.Y.
- Chiu, M.
- Choi, I.J.
- Choudhury, R.K.
- Christiansen, P.
- Chujo, T.
- Chung, P.
- Chvala, O.
- Cianciolo, V.
- Citron, Z.
- Cole, B.A.
- Connors, M.
- Constantin, P.
- Csanad, M.
- Csorgo, T.
- Dahms, T.
- Dairaku, S.
- Danchev, I.
- Das, K.
- Datta, A.
- David, G.
- Denisov, A.
- Deshpande, A.
- Desmond, E.J.
- Dietzsch, O.
- Dion, A.
- Donadelli, M.
- Drapier, O.
- Drees, A.
- Drees, K.A.
- Durham, J.M.
- Durum, A.
- Dutta, D.
- Edwards, S.
- Efremenko, Y.V.
- Ellinghaus, F.
- Engelmore, T.
- Enokizono, A.
- En'Yo, H.
- Esumi, S.
- Fadem, B.
- Fields, D.E.
- Finger, M.
- Fleuret, F.
- Fokin, S.L.
- Fraenkel, Z.
- Frantz, J.E.
- Franz, A.
- Frawley, A.D.
- Fujiwara, K.
- Fukao, Y.
- Fusayasu, T.
- Garishvili, I.
- Glenn, A.
- Gong, H.
- Gonin, M.
- Goto, Y.
- Granier de Cassagnac, R.
- Grau, N.
- Greene, S.V.
- Grosse Perdekamp, M.
- Gunji, T.
- Gustafsson, H.A.
- Haggerty, J.S.
- Hahn, K.I.
- Hamagaki, H.
- Hamblen, J.
- Han, R.
- Hanks, J.
- Hartouni, E.P.
- Haslum, E.
- Hayano, R.
- He, X.
- Heffner, M.
- Hemmick, T.K.
- Hester, T.
- Hill, J.C.
- Hohlmann, M.
- Holzmann, W.
- Homma, K.
- Hong, B.
- Horaguchi, T.
- Hornback, D.
- Huang, S.
- Ichihara, T.
- Ichimiya, R.
- Ide, J.
- Ikeda, Y.
- Imai, K.
- Inaba, M.
- Isenhower, D.
- Ishihara, M.
- Isobe, T.
- Issah, M.
- Isupov, A.
- Ivanischev, D.
- Jacak, B.V.
- Jia, J.
- Jin, J.
- Johnson, B.M.
- Joo, K.S.
- Jouan, D.
- Jumper, D.S.
- Kajihara, F.
- Kametani, S.
- Kamihara, N.
- Kamin, J.
- Kang, J.H.
- Kapustinsky, J.
- Karatsu, K.
- Kawall, D.
- Kawashima, M.
- Kazantsev, A.V.
- Kempel, T.
- Khanzadeev, A.
- Kijima, K.M.
- Kim, B.I.
- Kim, D.H.
- Kim, D.J.
- Kim, E.J.
- Kim, S.H.
- Kim, Y.J.
- Kinney, E.
- Kiriluk, K.
- Kiss, A.
- Kistenev, E.
- Kochenda, L.
- Komkov, B.
- Konno, M.
- Koster, J.
- Kotchetkov, D.
- Kozlov, A.
- Kral, A.
- Kravitz, A.
- Kunde, G.J.
- Kurita, K.
- Kurosawa, M.
- Kwon, Y.
- Kyle, G.S.
- Lacey, R.
- Lai, Y.S.
- Lajoie, J.G.
- Lebedev, A.
- Lee, D.M.
- Lee, J.
- Lee, K.B.
- Lee, K.S.
- Leitch, M.J.
- Leite, M.A.L.
- Leitner, E.
- Lenzi, B.
- Li, Xiaomei
- Liebing, P.
- Linden Levy, L.A.
- Liska, T.
- Litvinenko, A.
- Liu, H.
- Liu, M.X.
- Love, B.
- Luechtenborg, R.
- Lynch, D.
- Maguire, C.F.
- Makdisi, Y.I.
- Malakhov, A.
- Malik, M.D.
- Manko, V.I.
- Mannel, E.
- Mao, Y.
- Masui, H.
- Matathias, F.
- Mccumber, M.
- Mcgaughey, P.L.
- Means, N.
- Meredith, B.
- Miake, Y.
- Mignerey, A.C.
- Mikes, P.
- Miki, K.
- Milov, A.
- Mishra, M.
- Mitchell, J.T.
- Mizuno, S.
- Mohanty, A.K.
- Morino, Y.
- Morreale, A.
- Morrison, D.P.
- Moukhanova, T.V.
- Murata, J.
- Nagamiya, S.
- Nagle, J.L.
- Naglis, M.
- Nagy, M.I.
- Nakagawa, I.
- Nakamiya, Y.
- Nakamura, T.
- Nakano, K.
- Newby, J.
- Nguyen, M.
- Nouicer, R.
- Nyanin, A.S.
- O'Brien, E.
- Oda, S.X.
- Ogilvie, C.A.
- Oka, M.
- Okada, K.
- Onuki, Y.
- Oskarsson, A.
- Ouchida, M.
- Ozawa, K.
- Pak, R.
- Pantuev, V.
- Papavassiliou, V.
- Park, I.H.
- Park, J.
- Park, S.K.
- Park, W.J.
- Pate, S.F.
- Pei, H.
- Peng, J.C.
- Pereira, H.
- Peresedov, V.
- Peressounko, D.Yu.
- Pinkenburg, C.
- Pisani, R.P.
- Proissl, M.
- Purschke, M.L.
- Purwar, A.K.
- Qu, H.
- Rak, J.
- Rakotozafindrabe, A.
- Ravinovich, I.
- Read, K.F.
- Reygers, K.
- Reynolds, D.
- Riabov, V.
- Riabov, Y.
- Richardson, E.
- Roach, D.
- Roche, G.
- Rolnick, S.D.
- Rosati, M.
- Rosen, C.A.
- Rosendahl, S.S.E.
- Rosnet, P.
- Rukoyatkin, P.
- Ruzicka, P.
- Sahlmueller, B.
- Saito, N.
- Sakaguchi, T.
- Sakashita, K.
- Samsonov, V.
- Sano, S.
- Sato, T.
- Sawada, S.
- Sedgwick, K.
- Seele, J.
- Seidl, R.
- Semenov, A.Yu.
- Seto, R.
- Sharma, D.
- Shein, I.
- Shibata, T.A.
- Shigaki, K.
- Shimomura, M.
- Shoji, K.
- Shukla, P.
- Sickles, A.
- Silva, C.L.
- Silvermyr, D.
- Silvestre, C.
- Sim, K.S.
- Singh, B.K.
- Singh, C.P.
- Singh, V.
- Slunecka, M.
- Soltz, R.A.
- Sondheim, W.E.
- Sorensen, S.P.
- Sourikova, I.V.
- Sparks, N.A.
- Stankus, P.W.
- Stenlund, E.
- Stoll, S.P.
- Sugitate, T.
- Sukhanov, A.
- Sziklai, J.
- Takagui, E.M.
- Taketani, A.
- Tanabe, R.
- Tanaka, Y.
- Tanida, K.
- Tannenbaum, M.J.
- Tarafdar, S.
- Taranenko, A.
- Tarjan, P.
- Themann, H.
- Thomas, T.L.
- Todoroki, T.
- Togawa, M.
- Toia, A.
- Tomasek, L.
- Torii, H.
- Towell, R.S.
- Tserruya, I.
- Tsuchimoto, Y.
- Vale, C.
- Valle, H.
- van Hecke, H.W.
- Vazquez-Zambrano, E.
- Veicht, A.
- Velkovska, J.
- Vertesi, R.
- Vinogradov, A.A.
- Virius, M.
- Vrba, V.
- Vznuzdaev, E.
- Wang, X.R.
- Watanabe, D.
- Watanabe, K.
- Watanabe, Y.
- Wei, F.
- Wei, R.
- Wessels, J.
- White, S.N.
- Winter, D.
- Wood, J.P.
- Woody, C.L.
- Wright, R.M.
- Wysocki, M.
- Xie, W.
- Yamaguchi, Y.L.
- Yamaura, K.
- Yang, R.
- Yanovich, A.
- Ying, J.
- Yokkaichi, S.
- You, Z.
- Young, G.R.
- Younus, I.
- Yushmanov, I.E.
- Zajc, W.A.
- Zhang, C.
- Zhou, S.
- Zolin, L.
DOIAbstract
International audienceMeasurements of the anisotropic flow coefficients v2{Ψ2},v3{Ψ3},v4{Ψ4}, and v4{Ψ2} for identified particles (π±,K±, and p+p¯) at midrapidity, obtained relative to the event planes Ψm at forward rapidities in Au + Au collisions at sNN=200GeV, are presented as a function of collision centrality and particle transverse momenta pT. The vn coefficients show characteristic patterns consistent with hydrodynamical expansion of the matter produced in the collisions. For each harmonic n, a modified valence quark-number Nq scaling [plotting vn{Ψm}/(Nq)n/2 versus transverse kinetic energies (KET)/Nq] is observed to yield a single curve for all the measured particle species for a broad range of KET. A simultaneous blast-wave model ...
Add to ORKG