Investigating the NCQ scaling of elliptic flow at LHC with a multiphase transport model
Investigating the NCQ scaling of elliptic flow at LHC with a multiphase transport model
复制标题
使用多相传输模型研究大型强子对撞机椭圆流的 NCQ 标度
DOI：
10.1140/epja/i2017-12312-8
复制
发表时间：
2016-11
影响因子：
2.7
通讯作者：
Zhong-Bao Yin
中科院分区：
文献类型：
--
作者：
Liang Zheng;Hui Li;Hong Qin;Qi-Ye Shou;Zhong-Bao Yin
本文在多相输运模型（AMPT）的框架下，系统地研究了LHC能区椭圆流的组分夸克数（NCQ）标度行为。随着碎裂参数、碰撞中心性和系统能量的变化，我们发现在Pb-Pb碰撞中，当强子相互作用关闭时，部分子动力学的初始条件比末态部分子级联过程对NCQ标度的存在更为重要.通过打开强子相互作用过程，强子演化的影响被发现是负责一个显着违反既定的标度结构。我们的研究表明，NCQ标度的解释不仅取决于强子化机制，而且还取决于部分子演化的初始条件以及强子相互作用，特别是对于LHC实验。
The number of constituent quark (NCQ) scaling behavior of elliptic flow has been systematically studied at the LHC energy within the framework of a multiphase transport model (AMPT) in this work. With the variation of the fragmentation parameters, collision centrality and system energy, we find that the initial conditions of parton dynamics are more important than the final state parton cascade process for the existence of NCQ scaling when the hadronic interaction is off in Pb-Pb collisions. By turning on the hadron interaction process, the impacts of hadronic evolution are found to be responsible for a significant violation to the well established scaling structure. Our study suggests that the interpretation of NCQ scaling is not only subject to the hadronization mechanism but also to the initial conditions of parton evolution as well as the hadronic interactions especially for the LHC experiments.
登录
查看更多内容
DOI：
10.1146/annurev.nucl.58.110707.171134
发表时间：
2008-01
影响因子：
12.4
作者：
R. Fries;V. Greco;P. Sorensen
通讯作者：
R. Fries;V. Greco;P. Sorensen
影响因子：
3.1
作者：
Hanlin Li;Liang He;Zi-Wei Lin;D. Molnár;Fuqiang Wang;W. Xie
通讯作者：
Hanlin Li;Liang He;Zi-Wei Lin;D. Molnár;Fuqiang Wang;W. Xie
影响因子：
3.1
作者：
J. Adams;M. Aggarwal;Z. Ahammed;J. Amonett;B. Anderson;D. Arkhipkin;G. S. Averichev;S. Badyal;Y. Bai;J. Balewski;O. Barannikova;L. Barnby;J. Baudot;S. Bekele;V. Belaga;R. Bellwied;J. Berger;B. I. Bezverkhny;S. Bharadwaj;A. Bhasin;A. Bhati;V. Bhatia;H. Bichsel;J. Bielcik;J. Bielčíková;A. Billmeier;L. Bland;C. Blyth;B. Bonner;M. Botje;A. Boucham;A. Brandin;A. Bravar;M. Bysterský;R. Cadman;X. Cai;H. Caines;M. Sanchez;J. Castillo;O. Catu;D. Cebra;Z. Chajecki;P. Chaloupka;S. Chattopadhyay;H. Chen;Y. Chen;J. Cheng;M. Cherney;A. Chikanian;W. Christie;J. Coffin;T. Cormier;J. Cramer;H. Crawford;D. Das;S. Das;M. M. Moura-M.;A. Derevschikov;L. Didenko;T. Dietel;S. Dogra;W. Dong;X. Dong;J. Draper;F. Du;A. Dubey;V. Dunin;J. Dunlop;M. Mazumdar;Eckardt;W. Edwards;L. Efimov;Emelianov;J. Engelage;G. Eppley;B. Erazmus;M. Estienne;P. Fachini;J. Faivre;R. Fatémi;J. Fedorišin;K. Filimonov;P. Filip;E. Finch;Fine;Y. Fisyak;K. Fomenko;J. Fu;C. Gagliardi;L. Gaillard;J. Gans;Ganti;L. Gaudichet;F. Guerts;Ghazikhanian;P. Ghosh;J. González;Oleg A Grachov;O. Grebenyuk;D. Grosnick;S. Guertin;Y. Guo;A. Gupta;T. Gutierrez;T. Hallman;Ahmed M. Hamed;D. Hardtke;J. Harris;M. Heinz;T. Henry;S. Hepplemann;B. Hippolyte;A. Hirsch;E. Hjort;G. Hoffmann;H. Huang;S. Huang;E. Hughes;T. Humanic;G. Igo;A. Ishihara;P. Jacobs;W. Jacobs;M. Janik;Hong-Wen Jiang;P. Jones;E. Judd;S. Kabana;K. Kang;M. Kaplan;D. Keane;V. Khodyrev;J. Kiryluk;A. Kisiel;E. Kislov;J. Klay;Klein;D. Koetke;T. Kollegger;M. Kopytine;L. Kotchenda;M. Kramer;P. Kravtsov;V. Kravtsov;K. Krueger;C. Kuhn;A. Kulikov;A. Kumar;R. Kutuev;A. Kuznetsov;M. Lamont;J. Landgraf;S. Lange;F. Laue;J. Lauret;A. Lebedev;R. Lednický;S. Lehocká;M. Levine;C. Li;Qi Li;Y. Li;G. Lin;S. Lindenbaum;M. Lisa;F. Liu;L. Liu;Q. Liu;Z. Liu;T. Ljubičić;W. Llope;H. Long;R. S. Langacre;M. López-Noriega;W. Love;Yuerui Lu;T. Ludlam;D. Lynn;G. Ma;J. Ma;Y.G. Ma;D. Magestro;S. Mahajan;D. P. Mahapatra;R. Majka;L. Mangotra;R. Manweiler;S. Margetis;C. Markert;Lilian Martin;J. Marx;H. Matis;Y. Matulenko;C. J. McClain;T. McShane;F. Meissner;Y. Melnick;A. Meschanin;M. Miller;N. Minaev;C. Mironov;A. Mischke;D. Mishra;J. Mitchell;B. Mohanty;L. Molnár;C. F. Moore;D. Morozov;M. Munhoz;B. Nandi;S. Nayak;T. Nayak;J. Nelson;P. Netrakanti;V. Nikitin;L. Nogach;S. Nurushev;G. Odyniec;A. Ogawa;Okorokov;M. Oldenburg;D. Olson;S. Pal;Y. Panebratsev;S. Panitkin;A. Pavlinov;T. Pawlak;T. Peitzmann;Perevoztchikov;C. Perkins;W. Peryt;V. Petrov;S. Phatak;R. Picha;M. Planinić;J. Pluta;N. Porile;J. Porter;A. Poskanzer;M. Potekhin;E. Potrebenikova;B. Potukuchi;D. Prindle;C. Pruneau;J. Putschke;G. Rakness;R. Raniwala;S. Raniwala;O. Ravel;R. Ray;S. Razin;D. Reichhold;J. Reid;G. Renault;F. Retière;A. Ridiger;H. Ritter;J. Roberts;O. Rogachevskiy;J. Romero;A. Rose;C. Roy;L. Ruan;R. Sahoo;I. Sakrejda;S. Salur;J. Sandweiss;M. Sarsour;I. Savin;P. S. Sazhin;J. Schambach;R. Scharenberg;N. Schmitz;K. Schweda;J. Seger;P. Seyboth;E. Shahaliev;M. Shao;W. Shao;Monika Sharma;W. Shen;K. Shestermanov;S. Shimanskiy;E. Sichtermann;F. Simon;R. Singaraju;G. Škoro;N. Smirnov;R. Snellings;G. Sood;P. Sorensen;J. Sowinski;J. Speltz;H. Spinka;B. Srivastava;A. Stadnik;T. Stanislaus;R. Stock;A. Stolpovsky;M. Strikhanov;B. Stringfellow;A. Suaide;E. Sugarbaker;C. Suire;M. Šumbera;B. Surrow;T. Symons;A. S. Toledo;P. Szarwas;A. Tai;J. Takahashi;A. Tang;T. Tarnowsky;D. Thein;J. Thomas;S. Timoshenko;M. Tokarev;T. Trainor;S. Trentalange;R. Tribble;O. Tsai;J. Ulery;T. Ullrich;D. Underwood;A. Urkinbaev;G. Buren;M. Leeuwen;A. M. Molen;R. Varma;I. Vasilevski;A. Vasiliev;R. Vernet;S. Vigdor;Y. Viyogi;S. Vokál;S. Voloshin;M. Vznuzdaev;W. Waggoner;Fu-Tsun Wang;Gang Wang;X. Wang;Y. Wang;Z. Wang;H. Ward;J. Watson;J. Webb;R. Wells;G. Westfall;A. Wetzler;C. Whitten;H. Wieman;S. Wissink;R. Witt;J. Wood;J. Wu;N. Xu;Z. Xu;Zhaorui Xu;E. Yamamoto;P. Yepes;V. Yurevich;Y. Zanevsky;H. Zhang;W. Zhang;Z. Zhang;R. Zoulkarneev;Y. Zoulkarneeva;A. Zubarev;A. Braem;M. Davenport;G. Cataldo;D. Bari;P. Martinengo;E. Nappi;G. Paic;E. Posa;F. Puiz;E. Schyns
通讯作者：
J. Adams;M. Aggarwal;Z. Ahammed;J. Amonett;B. Anderson;D. Arkhipkin;G. S. Averichev;S. Badyal;Y. Bai;J. Balewski;O. Barannikova;L. Barnby;J. Baudot;S. Bekele;V. Belaga;R. Bellwied;J. Berger;B. I. Bezverkhny;S. Bharadwaj;A. Bhasin;A. Bhati;V. Bhatia;H. Bichsel;J. Bielcik;J. Bielčíková;A. Billmeier;L. Bland;C. Blyth;B. Bonner;M. Botje;A. Boucham;A. Brandin;A. Bravar;M. Bysterský;R. Cadman;X. Cai;H. Caines;M. Sanchez;J. Castillo;O. Catu;D. Cebra;Z. Chajecki;P. Chaloupka;S. Chattopadhyay;H. Chen;Y. Chen;J. Cheng;M. Cherney;A. Chikanian;W. Christie;J. Coffin;T. Cormier;J. Cramer;H. Crawford;D. Das;S. Das;M. M. Moura-M.;A. Derevschikov;L. Didenko;T. Dietel;S. Dogra;W. Dong;X. Dong;J. Draper;F. Du;A. Dubey;V. Dunin;J. Dunlop;M. Mazumdar;Eckardt;W. Edwards;L. Efimov;Emelianov;J. Engelage;G. Eppley;B. Erazmus;M. Estienne;P. Fachini;J. Faivre;R. Fatémi;J. Fedorišin;K. Filimonov;P. Filip;E. Finch;Fine;Y. Fisyak;K. Fomenko;J. Fu;C. Gagliardi;L. Gaillard;J. Gans;Ganti;L. Gaudichet;F. Guerts;Ghazikhanian;P. Ghosh;J. González;Oleg A Grachov;O. Grebenyuk;D. Grosnick;S. Guertin;Y. Guo;A. Gupta;T. Gutierrez;T. Hallman;Ahmed M. Hamed;D. Hardtke;J. Harris;M. Heinz;T. Henry;S. Hepplemann;B. Hippolyte;A. Hirsch;E. Hjort;G. Hoffmann;H. Huang;S. Huang;E. Hughes;T. Humanic;G. Igo;A. Ishihara;P. Jacobs;W. Jacobs;M. Janik;Hong-Wen Jiang;P. Jones;E. Judd;S. Kabana;K. Kang;M. Kaplan;D. Keane;V. Khodyrev;J. Kiryluk;A. Kisiel;E. Kislov;J. Klay;Klein;D. Koetke;T. Kollegger;M. Kopytine;L. Kotchenda;M. Kramer;P. Kravtsov;V. Kravtsov;K. Krueger;C. Kuhn;A. Kulikov;A. Kumar;R. Kutuev;A. Kuznetsov;M. Lamont;J. Landgraf;S. Lange;F. Laue;J. Lauret;A. Lebedev;R. Lednický;S. Lehocká;M. Levine;C. Li;Qi Li;Y. Li;G. Lin;S. Lindenbaum;M. Lisa;F. Liu;L. Liu;Q. Liu;Z. Liu;T. Ljubičić;W. Llope;H. Long;R. S. Langacre;M. López-Noriega;W. Love;Yuerui Lu;T. Ludlam;D. Lynn;G. Ma;J. Ma;Y.G. Ma;D. Magestro;S. Mahajan;D. P. Mahapatra;R. Majka;L. Mangotra;R. Manweiler;S. Margetis;C. Markert;Lilian Martin;J. Marx;H. Matis;Y. Matulenko;C. J. McClain;T. McShane;F. Meissner;Y. Melnick;A. Meschanin;M. Miller;N. Minaev;C. Mironov;A. Mischke;D. Mishra;J. Mitchell;B. Mohanty;L. Molnár;C. F. Moore;D. Morozov;M. Munhoz;B. Nandi;S. Nayak;T. Nayak;J. Nelson;P. Netrakanti;V. Nikitin;L. Nogach;S. Nurushev;G. Odyniec;A. Ogawa;Okorokov;M. Oldenburg;D. Olson;S. Pal;Y. Panebratsev;S. Panitkin;A. Pavlinov;T. Pawlak;T. Peitzmann;Perevoztchikov;C. Perkins;W. Peryt;V. Petrov;S. Phatak;R. Picha;M. Planinić;J. Pluta;N. Porile;J. Porter;A. Poskanzer;M. Potekhin;E. Potrebenikova;B. Potukuchi;D. Prindle;C. Pruneau;J. Putschke;G. Rakness;R. Raniwala;S. Raniwala;O. Ravel;R. Ray;S. Razin;D. Reichhold;J. Reid;G. Renault;F. Retière;A. Ridiger;H. Ritter;J. Roberts;O. Rogachevskiy;J. Romero;A. Rose;C. Roy;L. Ruan;R. Sahoo;I. Sakrejda;S. Salur;J. Sandweiss;M. Sarsour;I. Savin;P. S. Sazhin;J. Schambach;R. Scharenberg;N. Schmitz;K. Schweda;J. Seger;P. Seyboth;E. Shahaliev;M. Shao;W. Shao;Monika Sharma;W. Shen;K. Shestermanov;S. Shimanskiy;E. Sichtermann;F. Simon;R. Singaraju;G. Škoro;N. Smirnov;R. Snellings;G. Sood;P. Sorensen;J. Sowinski;J. Speltz;H. Spinka;B. Srivastava;A. Stadnik;T. Stanislaus;R. Stock;A. Stolpovsky;M. Strikhanov;B. Stringfellow;A. Suaide;E. Sugarbaker;C. Suire;M. Šumbera;B. Surrow;T. Symons;A. S. Toledo;P. Szarwas;A. Tai;J. Takahashi;A. Tang;T. Tarnowsky;D. Thein;J. Thomas;S. Timoshenko;M. Tokarev;T. Trainor;S. Trentalange;R. Tribble;O. Tsai;J. Ulery;T. Ullrich;D. Underwood;A. Urkinbaev;G. Buren;M. Leeuwen;A. M. Molen;R. Varma;I. Vasilevski;A. Vasiliev;R. Vernet;S. Vigdor;Y. Viyogi;S. Vokál;S. Voloshin;M. Vznuzdaev;W. Waggoner;Fu-Tsun Wang;Gang Wang;X. Wang;Y. Wang;Z. Wang;H. Ward;J. Watson;J. Webb;R. Wells;G. Westfall;A. Wetzler;C. Whitten;H. Wieman;S. Wissink;R. Witt;J. Wood;J. Wu;N. Xu;Z. Xu;Zhaorui Xu;E. Yamamoto;P. Yepes;V. Yurevich;Y. Zanevsky;H. Zhang;W. Zhang;Z. Zhang;R. Zoulkarneev;Y. Zoulkarneeva;A. Zubarev;A. Braem;M. Davenport;G. Cataldo;D. Bari;P. Martinengo;E. Nappi;G. Paic;E. Posa;F. Puiz;E. Schyns
影响因子：
3.1
作者：
L. Han;G. Ma;Y. Ma;X. Cai;J. Chen;S. Zhang;C. Zhong
通讯作者：
L. Han;G. Ma;Y. Ma;X. Cai;J. Chen;S. Zhang;C. Zhong
影响因子：
8.6
作者：
D. Molnár;S. Voloshin
通讯作者：
D. Molnár;S. Voloshin