Elliptic and Hexadecapole Flow of Charged Hadrons inAu+AuCollisions atsNN=200 GeV

6533b871fe1ef96bd12d222b

RESEARCH PRODUCT

Elliptic and Hexadecapole Flow of Charged Hadrons inAu+AuCollisions atsNN=200 GeV

D. Sharma R. Ichimiya B. Azmoun A. Král M. Oka A. Dion Atsushi Taketani A. Enokizono P. Liebing Martin Purschke Mate Csanad A. Morreale Z. Fraenkel C. M. Camacho M. Rosati R. K. Choudhury K. Karatsu S. Dairaku E. H. Kim Alice Mignerey Y. Nakamiya Sung Keun Park Prashant Shukla L. Tomášek V. S. Pantuev R. A. Soltz S. F. Pate Marisilvia Donadelli M. Gonin Anne Marie Sickles V. Bumazhnov Y. J. Mao B. Meredith N. N. Ajitanand S. Esumi H. Al-bataineh R. Pak M. Grosse Perdekamp M. E. Connors E. J. Desmond A. A. Vinogradov Minghui Liu A. Sukhanov H. Pereira S. Tarafdar Y. Tanaka W. A. Zajc Andry Malala Rakotozafindrabe G. Baksay M. Togawa E. Vazquez-zambrano N. Kamihara G. R. Young S. Bathe H. Qu K. A. Drees V. Baublis A. Denisov Takao Sakaguchi R. P. Pisani V. Cianciolo K. Okada Y. Morino Jiangyong Jia Jiangyong Jia Y. Goto Kenneth Francis Read Kenneth Francis Read S. Hegyi Eva Haslum B. Lenzi B. Sahlmueller H. En'yo J. H. Kang John Hill V. Papavassiliou K. N. Barish M. Virius Y. J. Kim Agneta Oskarsson M. J. Leitch J. Park Y. Onuki J. S. Haggerty Sergey Fokin Hideki Hamagaki K. Aoki R. Tanabe Kazuyoshi Kurita K. Tanida S. Afanasiev G. David J. T. Mitchell A. D. Frawley Jan Rak Takahiro Nakamura Peter Christiansen A. Drees M. Kurosawa Y. Fukao R. Seidl Tadaaki Isobe B. Komkov R. Lacey J. Newby D. Winter L. Baksay D. Yu Peressounko Y. J. Kwon T. Hester Y. Berdnikov Y. Akiba Toru Sugitate R. Granier De Cassagnac A. Adare Vladislav Manko M. Slunečka Y. Tsuchimoto P. Tarján Johannes Peter Wessels M. Ouchida S. P. Sorensen Charles Maguire S. Huang C. H. Chen M. Mishra Norio Saito S. Nagamiya N. A. Sparks K. Sakashita H. A. Gustafsson S. Belikov P. L. Mcgaughey N. Means M. A. L. Leite P. Chung K. Das M. Wysocki E. P. Hartouni Susumu Oda D. Hornback D. Kotchetkov O. Chvala C. Zhang C. Zhang M. Heffner I. E. Yushmanov S. Sano S. Sano W. Holzmann Vaclav Vrba Klaus Johannes Reygers A. Durum Maya Hachiya Shimomura Seong H. Kim M. Issah N. Grau Jason Kamin A. Glenn E. Kistenev P. Ružička K. S. Sim C. Vale C. Vale A. Taranenko T. Kempel Dong-hun Kim Rui Wei Senta Greene Alexei Khanzadeev Y. I. Makdisi J. G. Lajoie Beomkyu Kim K. Boyle Christine Angela Aidala S. P. Stoll I. Ravinovich Kazushi Miki A. V. Kazantsev Catherine Micaela Silvestre A. Datta E. Stenlund Rushan Han A. T. Basye Wei Xie Motoi Inaba Brajesh K. Singh K. Yamaura R. M. Wright Viktor Riabov R. Belmont J. S. Kapustinsky S. Sawada V. Babintsev H. Pei A. K. Purwar B. Fadem K. Fujiwara E. O'brien Vladimir Samsonov I. J. Choi A. Kravitz S. S.e. Rosendahl G. Bunce M. Bai O. Dietzsch J. Ying A. Franz P. Mikeš P. Mikeš G. S. Kyle T. Horaguchi C. L. Woody A. Berdnikov K. B. Lee F. Matathias François Fleuret Y. S. Lai K. Watanabe M. Proissl E. T. Atomssa H. Valle A. Yu. Semenov Kensuke Homma E. Richardson Y. L. Yamaguchi Ajit Kumar Mohanty James Alexander T. A. Shibata M. J. Tannenbaum Dipanwita Dutta P. Constantin H. Torii K. Shoji T. Sato R. Averbeck Byung-sik Hong K. I. Hahn A. Bazilevsky E. Leitner Hongfang Liu Hongfang Liu D. Jouan D. E. Fields T. C. Awes Kyoichiro Ozawa T. Liška B. Bassalleck Julia Velkovska B. V. Jacak D. Roach Philippe Rosnet J. S. Bok M. Chiu M. Konno J. Hamblen P. W. Stankus J. M. Durham Tamas Ferenc Csorgo K. M. Kijima S. N. White Alexandre Lebedev C. A. Ogilvie M. Mccumber D. M. Lee Zhiying You M. I. Nagy R. Bennett T. K. Hemmick H. W. Van Hecke I. V. Sourikova J. L. Nagle M. Kawashima T. L. Thomas D. Isenhower A. Toia D. Watanabe K. Kiriluk Yasuo Miake M. D. Malik S. Yokkaichi Xingguo Li T. V. Moukhanova E. Vznuzdaev M. Finger L. Kochenda M. L. Brooks Y. Ikeda Ryugo S. Hayano Jongmin Lee E. J. Mannel Y. Riabov A. Kiss R. Vértesi R. Vértesi J. Hanks Kenta Shigaki M. Nguyen D. Lynch C. Pinkenburg Zvi Hirsh Citron Henner Buesching Taku Gunji H. Gong J. Seele Steve Edwards A. S. Nyanin G. Roche F. Kajihara Rachid Nouicer D. S. Jumper K. S. Lee T. Dahms K. Nakano X. He Marcus Hohlmann L. A. Linden Levy S. Butsyk Y. Aramaki V. Peresedov W. E. Sondheim S. Zhou D. Ivanischev S. D. Rolnick J. Koster J. E. Frantz H. Masui A. A. Bickley B. Love P. A. Rukoyatkin T. Ichihara A. G. Litvinenko Takahiro Fusayasu Alexander Malakhov A. Kozlov R. Seto D. Silvermyr L. S. Zolin W. J. Park Christopher Rosen I. Danchev A. Yanovich R. S. Towell I. Garishvili F. Wei Kyeongpil Lee J. Ide C. Y. Chi C. Baumann S. Kametani C. P. Singh B. M. Johnson A. Isupov J. Sziklai Brian Cole J. Jin E. M. Takagui D. Kawall H. Themann J. Murata Gerd Joachim Kunde I. Shein K. Sedgwick A. Deshpande Y. Watanabe I. Younus Jen-chieh Peng M. Naglis C. L. Silva Masayasu Ishihara Inkyu Park Xiong Wang Dong Jo Kim A. Veicht I. Tserruya Yu. Efremenko V. Singh R. Yang K. Imai Eunja Kim J. P. Wood Alexander Milov I. Nakagawa R. Luechtenborg T. Engelmore O. Drapier Frank Ellinghaus E. R. Kinney D. P. Morrison S. Campbell Tatsuya Chujo K. S. Joo

subject

Physics Nuclear reaction 010308 nuclear & particles physics Elliptic flow Hadron General Physics and Astronomy Elementary particle Fermion 01 natural sciences Charged particle Nuclear physics Pseudorapidity 0103 physical sciences High Energy Physics::Experiment Nuclear Experiment 010306 general physics Nucleon

description

Differential measurements of the elliptic (upsilon(2)) and hexadecapole (upsilon(4)) Fourier flow coefficients are reported for charged hadrons as a function of transverse momentum (p(T)) and collision centrality or number of participant nucleons (N-part) for Au + Au collisions at root s(NN) = 200 GeV/ The upsilon(2,4) measurements at pseudorapidity vertical bar eta vertical bar <= 0.35, obtained with four separate reaction-plane detectors positioned in the range 1.0 < vertical bar eta vertical bar < 3.9, show good agreement, indicating the absence of significant Delta eta-dependent nonflow correlations. Sizable values for upsilon(4)(p(T)) are observed with a ratio upsilon(4)(p(T), N-part)/upsilon(2)(2)(p(T), N-part) approximate to 0.8 for 50 less than or similar to N-part less than or similar to 200, which is compatible with the combined effects of a finite viscosity and initial eccentricity fluctuations. For N-part greater than or similar to 200 this ratio increases up to 1.7 in the most central collisions.

year	journal	country	edition	language
2010-08-04	Physical Review Letters

https://doi.org/10.1103/physrevlett.105.062301