Beam energy dependence of the linear and mode-coupled flow harmonics in Au+Au collisions
Beam energy dependence of the linear and mode-coupled flow harmonics in Au+Au collisions
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DOI：
10.1016/j.physletb.2023.137755
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发表时间：
2022-11
影响因子：
4.4
通讯作者：
B. Aboona;J. Adam;J. Adams;G. Agakishiev;I. Aggarwal;M. Aggarwal;Z. Ahammed;A. Aitbaev;I. Alekseev;D. Anderson;A. Aparin;J. Atchison;G. S. Averichev;V. Bairathi;W. Baker;J. Ball Cap;K. Barish;P. Bhagat;A. Bhasin;S. Bhatta;I. Bordyuzhin;J. Brandenburg;A. Brandin;X. Cai;H. Caines;M. Calderon De La Barca Sanchez;D. Cebra;J. Ceska;I. Chakaberia;B. Chan;Z. Chang;D. Chen;J. Chen;J.H. Chen;Z. Chen;J. Cheng;Y. Cheng;S. Choudhury;W. Christie;X. Chu;H. Crawford;M. Csanád;G. Dale-Gau;A. Das;M. Daugherity;T. Dedovich;I. Deppner;A. Derevschikov;A. Dhamija;L. Di Carlo;L. Didenko;P. Dixit;X. Dong;J. Drachenberg;E. Duckworth;J. Dunlop;J. Engelage;G. Eppley;S. Esumi;O. Evdokimov;A. Ewigleben;O. Eyser;R. Fatémi;S. Fazio;C. Feng;Y. Feng;E. Finch;Y. Fisyak;Fernando Antonio Flor;C. Fu;F. Geurts;N. Ghimire;A. Gibson;K. Gopal;X. Gou;D. Grosnick;A. Gupta;Ahmed M. Hamed;Y. Han;M. Harasty;J. W. Harris;H. Harrison;W. He;X. He;Y. He;C. Hu;Q. Hu;Y. Hu;H. Huang;H. Huang;S.L. Huang;T. Huang;X. Huang;Y. Huang;T. Humanic;D. Isenhower;M. Isshiki;W. Jacobs;A. Jalotra;C. Jena;Y. Ji;J. Jia;C. Jin;X. Ju;E. Judd;S. Kabana;M. Kabir;D. Kalinkin;K. Kang;D. Kapukchyan;K. Kauder;H. Ke;D. Keane;A. Kechechyan;M. Kelsey;B. Kimelman;D. Kincses;A. Kiselev;A. Knospe;H. Ko;L. Kochenda;A. Korobitsin;P. Kravtsov;Lokesh Kumar;S. Sushanth Kumar;R. Kunnawalkam Elayavalli;R. Lacey;J. Landgraf;A. Lebedev;R. Lednický;J. Lee;Y. Leung;N. Lewis;C. Li;W. Li;X. Li;Y. Li;Z. Li;X. Liang;Y. Liang;T. Lin;C. Liu;F. Liu;H. Liu;L. Liu;T. Liu;X. Liu;Y. Liu;Z. Liu;T. Ljubičić;W. Llope;O. Lomicky;R. Longacre;E. Loyd;T. Lu;N. Lukow;X.F. Luo;V. B. Luong;L. Ma;R. Ma;Y.G. Ma;N. Magdy;D. Mallick;S. Margetis;H. Matis;J. Mazer;G. McNamara;K. Mi;N. Minaev;B. Mohanty;I. Mooney;D. Morozov;A. Mudrokh;A. Mukherjee;M. Nagy;A. Nain;J. Nam;M. Nasim;D. Neff;J. Nelson;D. Nemes;M. Nie;G. Nigmatkulov;T. Niida;R. Nishitani;L. Nogach;T. Nonaka;A. Nunes;G. Odyniec;A. Ogawa;S. Oh;V. Okorokov;K. Okubo;B. Page;R. Pak;J. Pan;A. Pandav;A. K. Pandey;Y. Panebratsev;T. Pani;P. Parfenov;A. Paul;C. Perkins;B. Pokhrel;M. Posik;T. Protzman;N. Pruthi;J. Putschke;Z. Qin;H. Qiu;A. Quintero;C. Racz;S. Radhakrishnan;N. Raha;R. Ray;H. Ritter;C. Robertson;O. Rogachevsky;M. Rosales Aguilar;D. Roy;L. Ruan;A. Sahoo;N.R. Sahoo-;H. Sako;S. Salur;E. Samigullin;S. Sato;W. Schmidke;N. Schmitz;J. Seger;R. Seto;P. Seyboth;N. Shah;E. Shahaliev;P. Shanmuganathan;M. Shao;T. Shao;M. Sharma;N. Sharma;R. Sharma;S.R. Sharma;A. I. Sheikh;D. Shen;K. Shen;S. Shi;Yangyang Shi;Q. Shou;F. Si;J. Singh;S. Singha;P. Sinha;M. Skoby;Y. Söhngen;Y. Song;B. Srivastava;T. Stanislaus;D. Stewart;M. Strikhanov;B. Stringfellow;Y. Su;C. Sun;X. Sun;Y. Sun;B. Surrow;D. Svirida;Zachary William Sweger;A. Tamis;A. Tang;Z. Tang;A. Taranenko;T. Tarnowsky;J.H. Thomas;D. Tlustý;T. Todoroki;M. Tokarev;C. Tomkiel;S. Trentalange;R. Tribble;P. Tribedy;O. Tsai;C. Tsang;Z. Tu;T. Ullrich;D. Underwood;I. Upsal;G. Van Buren;A. Vasiliev;V. Verkest;F. Videbæk;S. Vokál;S. Voloshin;F. Wang;G. Wang;J.S. Wang;X. Wang;Y. Wang;Z. Wang;J. Webb;P. Weidenkaff;G. Westfall;H. Wieman;G. Wilks;S. Wissink;J. Wu;X. Wu;Y. Wu;B. Xi;Z. Xiao;W. Xie;H. Xu;N. Xu;Q. Xu;Y. Xu;Z. Xu;G. Yan;Z. Yan;C. Yang;Q. Yang;S. Yang;Y. Yang;Z. Ye;L. Yi;K. Yip;Y. Yu;W. Zha;C. Zhang;D. Zhang;J. Zhang;S. Zhang;X. Zhang;Y. Zhang;Z.J. Zhang;Z. Zhang;F. Zhao;J. Zhao;M. Zhao;C. Zhou;J. Zhou;S. Zhou;Y. Zhou;X. Zhu;M. Zurek;M. Zyzak
中科院分区：
文献类型：
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作者：
B. Aboona;J. Adam;J. Adams;G. Agakishiev;I. Aggarwal;M. Aggarwal;Z. Ahammed;A. Aitbaev;I. Alekseev;D. Anderson;A. Aparin;J. Atchison;G. S. Averichev;V. Bairathi;W. Baker;J. Ball Cap;K. Barish;P. Bhagat;A. Bhasin;S. Bhatta;I. Bordyuzhin;J. Brandenburg;A. Brandin;X. Cai;H. Caines;M. Calderon De La Barca Sanchez;D. Cebra;J. Ceska;I. Chakaberia;B. Chan;Z. Chang;D. Chen;J. Chen;J.H. Chen;Z. Chen;J. Cheng;Y. Cheng;S. Choudhury;W. Christie;X. Chu;H. Crawford;M. Csanád;G. Dale-Gau;A. Das;M. Daugherity;T. Dedovich;I. Deppner;A. Derevschikov;A. Dhamija;L. Di Carlo;L. Didenko;P. Dixit;X. Dong;J. Drachenberg;E. Duckworth;J. Dunlop;J. Engelage;G. Eppley;S. Esumi;O. Evdokimov;A. Ewigleben;O. Eyser;R. Fatémi;S. Fazio;C. Feng;Y. Feng;E. Finch;Y. Fisyak;Fernando Antonio Flor;C. Fu;F. Geurts;N. Ghimire;A. Gibson;K. Gopal;X. Gou;D. Grosnick;A. Gupta;Ahmed M. Hamed;Y. Han;M. Harasty;J. W. Harris;H. Harrison;W. He;X. He;Y. He;C. Hu;Q. Hu;Y. Hu;H. Huang;H. Huang;S.L. Huang;T. Huang;X. Huang;Y. Huang;T. Humanic;D. Isenhower;M. Isshiki;W. Jacobs;A. Jalotra;C. Jena;Y. Ji;J. Jia;C. Jin;X. Ju;E. Judd;S. Kabana;M. Kabir;D. Kalinkin;K. Kang;D. Kapukchyan;K. Kauder;H. Ke;D. Keane;A. Kechechyan;M. Kelsey;B. Kimelman;D. Kincses;A. Kiselev;A. Knospe;H. Ko;L. Kochenda;A. Korobitsin;P. Kravtsov;Lokesh Kumar;S. Sushanth Kumar;R. Kunnawalkam Elayavalli;R. Lacey;J. Landgraf;A. Lebedev;R. Lednický;J. Lee;Y. Leung;N. Lewis;C. Li;W. Li;X. Li;Y. Li;Z. Li;X. Liang;Y. Liang;T. Lin;C. Liu;F. Liu;H. Liu;L. Liu;T. Liu;X. Liu;Y. Liu;Z. Liu;T. Ljubičić;W. Llope;O. Lomicky;R. Longacre;E. Loyd;T. Lu;N. Lukow;X.F. Luo;V. B. Luong;L. Ma;R. Ma;Y.G. Ma;N. Magdy;D. Mallick;S. Margetis;H. Matis;J. Mazer;G. McNamara;K. Mi;N. Minaev;B. Mohanty;I. Mooney;D. Morozov;A. Mudrokh;A. Mukherjee;M. Nagy;A. Nain;J. Nam;M. Nasim;D. Neff;J. Nelson;D. Nemes;M. Nie;G. Nigmatkulov;T. Niida;R. Nishitani;L. Nogach;T. Nonaka;A. Nunes;G. Odyniec;A. Ogawa;S. Oh;V. Okorokov;K. Okubo;B. Page;R. Pak;J. Pan;A. Pandav;A. K. Pandey;Y. Panebratsev;T. Pani;P. Parfenov;A. Paul;C. Perkins;B. Pokhrel;M. Posik;T. Protzman;N. Pruthi;J. Putschke;Z. Qin;H. Qiu;A. Quintero;C. Racz;S. Radhakrishnan;N. Raha;R. Ray;H. Ritter;C. Robertson;O. Rogachevsky;M. Rosales Aguilar;D. Roy;L. Ruan;A. Sahoo;N.R. Sahoo-;H. Sako;S. Salur;E. Samigullin;S. Sato;W. Schmidke;N. Schmitz;J. Seger;R. Seto;P. Seyboth;N. Shah;E. Shahaliev;P. Shanmuganathan;M. Shao;T. Shao;M. Sharma;N. Sharma;R. Sharma;S.R. Sharma;A. I. Sheikh;D. Shen;K. Shen;S. Shi;Yangyang Shi;Q. Shou;F. Si;J. Singh;S. Singha;P. Sinha;M. Skoby;Y. Söhngen;Y. Song;B. Srivastava;T. Stanislaus;D. Stewart;M. Strikhanov;B. Stringfellow;Y. Su;C. Sun;X. Sun;Y. Sun;B. Surrow;D. Svirida;Zachary William Sweger;A. Tamis;A. Tang;Z. Tang;A. Taranenko;T. Tarnowsky;J.H. Thomas;D. Tlustý;T. Todoroki;M. Tokarev;C. Tomkiel;S. Trentalange;R. Tribble;P. Tribedy;O. Tsai;C. Tsang;Z. Tu;T. Ullrich;D. Underwood;I. Upsal;G. Van Buren;A. Vasiliev;V. Verkest;F. Videbæk;S. Vokál;S. Voloshin;F. Wang;G. Wang;J.S. Wang;X. Wang;Y. Wang;Z. Wang;J. Webb;P. Weidenkaff;G. Westfall;H. Wieman;G. Wilks;S. Wissink;J. Wu;X. Wu;Y. Wu;B. Xi;Z. Xiao;W. Xie;H. Xu;N. Xu;Q. Xu;Y. Xu;Z. Xu;G. Yan;Z. Yan;C. Yang;Q. Yang;S. Yang;Y. Yang;Z. Ye;L. Yi;K. Yip;Y. Yu;W. Zha;C. Zhang;D. Zhang;J. Zhang;S. Zhang;X. Zhang;Y. Zhang;Z.J. Zhang;Z. Zhang;F. Zhao;J. Zhao;M. Zhao;C. Zhou;J. Zhou;S. Zhou;Y. Zhou;X. Zhu;M. Zurek;M. Zyzak
给出了S NN=27、39、54.4和200GeV时Au+Au碰撞对高阶各向异性流的线性和模式耦合贡献，并与大型强子对撞机上的类似测量结果进行了比较。表征低阶各向异性线性和模式耦合响应的系数和流动谐波关联式表明，束流能量依赖于比剪切粘度的影响(η/S)。相反，无因次系数、模式耦合响应系数和归一化对称累积量近似与束流能量无关，与初态效应的重要作用一致。这些测量可以提供独特的补充约束来(I)区分不同的初始态模型和(Ii)描绘温度(T)和重子化学势(μB)对比剪切粘度ηS(T，μB)的依赖关系。
The linear and mode-coupled contributions to higher-order anisotropic flow are presented for Au+ Au collisions at s N N= 27, 39, 54.4, and 200 GeV and compared to similar measurements for Pb+ Pb collisions at the Large Hadron Collider (LHC). The coefficients and the flow harmonics' correlations, which characterize the linear and mode-coupled response to the lower-order anisotropies, indicate a beam energy dependence consistent with an influence from the specific shear viscosity (η/s). In contrast, the dimensionless coefficients, mode-coupled response coefficients, and normalized symmetric cumulants are approximately beam-energy independent, consistent with a significant role from initial-state effects. These measurements could provide unique supplemental constraints to (i) distinguish between different initial-state models and (ii) delineate the temperature (T) and baryon chemical potential (μ B) dependence of the specific shear viscosity η s (T, μ B).