Directed flow of quarks from the RHIC Beam Energy Scan measured by STAR

Wang Gang; Adam J.; Adamczyk L.; Adams J. R.; Adkins J. K.; Agakishiev G.; Aggarwal M. M.; Ahammed Z.; Alekseev I.; Anderson D. M.; Aoyama R.; Aparin A.; Arkhipkin D.; Aschenauer E. C.; Ashraf M. U.; Atetalla F.; Attri A.; Averichev G. S.; Bai X.; Bairathi V.; Barish K.; Bassill A. J.; Behera A.; Beliwied R.; Bhasin A.; Bhati A. K.; Bielcik J.; Bielcikova J.; Bland L. C.; Bordyuzhin I. G.; Brandenburg J. D.; Brandin A. V.; Brown D.; Bryslawskyj J.; Bunzarov I.; Butterworth J.; Caines H.; Sanchez M. Calderon de la Barca; Cebra D.; Chakaberia I.; Chaloupka P.; Chan B. K.; Chang F-H.; Chang Z.; Chankova-Bunzarova N.; Chatterjee A.; Chattopadhyay S.; Chen J. H.; Chen X.; Cheng J.; Cherney M.; Christie W.; Contin G.; Crawford H. J.; Csanad M.; Das S.; Dedovich T. G.; Deppner I. M.; Derevschikov A. A.; Didenko L.; Dilks C.; Dong X.; Drachenberg J. L.; Dunlop J. C.; Efimov L. G.; Elsey N.; Engelage J.; Eppley G.; Esha R.; Esumi S.; Evdokimov O.; Ewigleben J.; Eyser O.; Fatemi R.; Fazio S.; Federic P.; Fedorisin J.; Filip P.; Finch E.; Fisyak Y.; Flores C. E.; Fulek L.; Gagliardi C. A.; Galatyuk T.; Geurts F.; Gibson A.; Grosnick D.; Gunarathne D. S.; Guo Y.; Gupta A.; Guryn W.; Hamad A. I.; Hamed A.; Harlenderova A.; Harris J. W.; He L.; Heppelmann S.; Herrmann N.; Hirsch A.; Holub L.; Hong Y.; Horvat S.; Huang B.; Huang H. Z.; Huang S. L.; Huang T.; Huang X.; Humanic T. J.; Huo P.; Igo G.; Jacobs W. W.; Jentsch A.; Jia J.; Jiang K.; Jowzaee S.; Ju X.; Judd E. G.; Kabana S.; Kagamaster S.; Kalinkin D.; Kang K.; Kapukchyan D.; Kauder K.; Ke H. W.; Keane D.; Kechechyan A.; Kikola D. P.; Kim C.; Kinghorn T. A.; Kisel I.; Kisiel A.; Kocan M.; Kochenda L.; Kosarzewski L. K.; Kraishan A. F.; Kramarik L.; Krauth L.; Kravtsov P.; Krueger K.; Kulathunga N.; Kumar L.; Elayavalli R. Kunnawalkam; Kvapil J.; Kwasizur J. H.; Lacey R.; Landgraf J. M.; Lauret J.; Lebedev A.; Lednicky R.; Lee J. H.; Li C.; Li W.; Li X.; Li Y.; Liang Y.; Licenik R.; Lidrych J.; Lin T.; Lipiec A.; Lisa M. A.; Liu F.; Liu H.; Liu P.; Liu Y.; Liu Z.; Ljubicic T.; Llope W. J.; Lomnitz M.; Longacre R. S.; Luo S.; Luo X.; Ma G. L.; Ma L.; Ma R.; Ma Y. G.; Magdy N.; Majka R.; Mallick D.; Margetis S.; Markert C.; Matis H. S.; Matonoha O.; Mazer J. A.; Meehan K.; Mei J. C.; Minaev N. G.; Mioduszewski S.; Mishra D.; Mohanty B.; Monda M. M.; Mooney I.; Moravcova Z.; Morozov D. A.; Nasim Md.; Nayak K.; Negrete J. D.; Nelson J. M.; Nemes D. B.; Nie M.; Nigmatkulov G.; Niida T.; Nogach L. V.; Nonaka T.; Odyniec G.; Ogawa A.; Oh K.; Oh S.; Okorokov V. A.; Olvitt D. Jr.; Page B. S.; Pak R.; Panebratsev Y.; Pawlik B.; Pei H.; Perkins C.; Pinter R. L.; Pluta J.; Porter J.; Posik M.; Pruthi N. K.; Przybycien M.; Putschke J.; Quintero A.; Radhakrishnan S. K.; Ramachandran S.; Ray R. L.; Reed R.; Ritter H. G.; Roberts J. B.; Rogachevskiy O. V.; Romero J. L.; Ruan L.; Rusnak J.; Rusnakova O.; Sahoo N. R.; Sahu P. K.; Salur S.; Sandweiss J.; Schambach J.; Schmah A. M.; Schmidke W. B.; Schmitz N.; Schweid B. R.; Seck F.; Seger J.; Sergeeva M.; Seto R.; Seyboth P.; Shah N.; Shahaliev E.; Shanmuganathan P. V.; Shao M.; Shen F.; Shen W. Q.; Shi S. S.; Shou Q. Y.; Sichtermann E. P.; Siejka S.; Sikora R.; Simko M.; Singh J.; Singha S.; Smirnov D.; Smirnov N.; Solyst W.; Sorensen P.; Spinka H. M.; Srivastava B.; Stanislaus T. D. S.; Stewart D. J.; Strikhanov M.; Stringfellow B.; Suaide A. A. P.; Sugiura T.; Sumbera M.; Summa B.; Sun X. M.; Sun Y.; Surrow B.; Svirida D. N.; Szymanski P.; Tang A. H.; Tang Z.; Taranenko A.; Tarnowsky T.; Thomas J. H.; Timmins A. R.; Tlusty D.; Todoroki T.; Tokarev M.; Tomkiel C. A.; Trentalange S.; Tribble R. E.; Tribedy P.; Tripathy S. K.; Tsai O. D.; Tu B.; Ullrich T.; Underwood D. G.; Upsal I.; Van Buren G.; Vanek J.; Vasiliev A. N.; Vassiliev I.; Videbaek F.; Vokal S.; Voloshin S. A.; Vossen A.; Wang F.; Wang G.; Wang P.; Wang Y.; Webb J. C.; Wen L.; Westfall G. D.; Wieman H.; Wissink S. W.; Witt R.; Wu Y.; Xiao Z. G.; Xie G.; Xie W.; Xu J.; Xu N.; Xu Q. H.; Xu Y. F.; Xu Z.; Yang C.; Yang Q.; Yang S.; Yang Y.; Ye Z.; Yi L.; Yip K.; Yoo I. -K.; Zbroszczyk H.; Zha W.; Zhang J.; Zhang L.; Zhang S.; Zhang X. P.; Zhang Y.; Zhang Z.; Zhao J.; Zhong C.; Zhou C.; Zhu X.; Zhu Z.; Zyzak M.

首页> 外文期刊>Nuclear Physics, A: Journal Devoted to the Experimental Study of the Fundamental Constituents of Matter and Their Actions >Directed flow of quarks from the RHIC Beam Energy Scan measured by STAR

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Directed flow of quarks from the RHIC Beam Energy Scan measured by STAR

机译：通过星形测量的RHIC束能量扫描的定向夸克流动

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摘要

Directed flow (v(1)) is a good probe of the early-stage dynamics of collision systems, and the v(1) slope at midrapidity (dv(1)/dy vertical bar(y=0)) is sensitive to the system's equation of state. STAR has published v(1)(y) measurements for ten particle species (pi(+/-), p, (p) over bar, Lambda, (Lambda) over bar, phi, K-+/- and K-S(0)) in Au+Au collisions at eight beam energies from, root s(NN) = 7.7 GeV to 200 GeV. In this study, we employ a simple coalescence idea to decompose v(1) of hadrons into v(1) of constituent quarks. The dv(1)/dy values of (p) over bar, K- and (Lambda) over bar are used to test the coalescence sum rule for produced quarks. Data involving produced quarks support the coalescence picture at root s(NN) = 11,5 GeV to 200 GeV, and a sharp deviation from this picture is observed at 7.7 GeV. The dv(1)/dy of transported quarks is studied via net particles (net p and net Lambda). In these proceedings, we further extract the v(1) slopes of produced and transported quarks, assuming that the coalescence sum rule is valid.

机译：定向流动（V（1））是碰撞系统的早期动态的良好探针，中脂肪型的V（1）斜率（dv（1）/ dy垂直条（y = 0））对其敏感系统的状态方程。 STAR已发表于10种颗粒物种（PI（+/-），P，（P）的杆，Lambda，（Lambda）上方的v（1）（y）测量尺寸，PHI，K - + / - 和Ks（0 ））在八个光束能量的Au + Au碰撞中，根s（nn）= 7.7 gev到200 gev。在这项研究中，我们采用简单的聚结思想来分解v（1）的重子进入组成夸克的V（1）。通过杆（P）的DV（1）/ Dy值（P）上方的杆上的值用于测试产生夸克的聚结金额规则。涉及产生的夸克的数据支持根S（nn）= 11,5 gev至200 gev的聚结图像，并且在7.7 gev时观察到与该图片的急剧偏差。通过净粒子（净p和净λ）研究了运输夸克的DV（1）/ Dy。在这些程序中，我们进一步提取了产生和运输的夸克的v（1）斜率，假设聚结金额规则有效。

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来源
《Nuclear Physics, A: Journal Devoted to the Experimental Study of the Fundamental Constituents of Matter and Their Actions》 |2019年第2019期|共4页
作者
Wang Gang; Adam J.; Adamczyk L.; Adams J. R.; Adkins J. K.; Agakishiev G.; Aggarwal M. M.; Ahammed Z.; Alekseev I.; Anderson D. M.; Aoyama R.; Aparin A.; Arkhipkin D.; Aschenauer E. C.; Ashraf M. U.; Atetalla F.; Attri A.; Averichev G. S.; Bai X.; Bairathi V.; Barish K.; Bassill A. J.; Behera A.; Beliwied R.; Bhasin A.; Bhati A. K.; Bielcik J.; Bielcikova J.; Bland L. C.; Bordyuzhin I. G.; Brandenburg J. D.; Brandin A. V.; Brown D.; Bryslawskyj J.; Bunzarov I.; Butterworth J.; Caines H.; Sanchez M. Calderon de la Barca; Cebra D.; Chakaberia I.; Chaloupka P.; Chan B. K.; Chang F-H.; Chang Z.; Chankova-Bunzarova N.; Chatterjee A.; Chattopadhyay S.; Chen J. H.; Chen X.; Cheng J.; Cherney M.; Christie W.; Contin G.; Crawford H. J.; Csanad M.; Das S.; Dedovich T. G.; Deppner I. M.; Derevschikov A. A.; Didenko L.; Dilks C.; Dong X.; Drachenberg J. L.; Dunlop J. C.; Efimov L. G.; Elsey N.; Engelage J.; Eppley G.; Esha R.; Esumi S.; Evdokimov O.; Ewigleben J.; Eyser O.; Fatemi R.; Fazio S.; Federic P.; Fedorisin J.; Filip P.; Finch E.; Fisyak Y.; Flores C. E.; Fulek L.; Gagliardi C. A.; Galatyuk T.; Geurts F.; Gibson A.; Grosnick D.; Gunarathne D. S.; Guo Y.; Gupta A.; Guryn W.; Hamad A. I.; Hamed A.; Harlenderova A.; Harris J. W.; He L.; Heppelmann S.; Herrmann N.; Hirsch A.; Holub L.; Hong Y.; Horvat S.; Huang B.; Huang H. Z.; Huang S. L.; Huang T.; Huang X.; Humanic T. J.; Huo P.; Igo G.; Jacobs W. W.; Jentsch A.; Jia J.; Jiang K.; Jowzaee S.; Ju X.; Judd E. G.; Kabana S.; Kagamaster S.; Kalinkin D.; Kang K.; Kapukchyan D.; Kauder K.; Ke H. W.; Keane D.; Kechechyan A.; Kikola D. P.; Kim C.; Kinghorn T. A.; Kisel I.; Kisiel A.; Kocan M.; Kochenda L.; Kosarzewski L. K.; Kraishan A. F.; Kramarik L.; Krauth L.; Kravtsov P.; Krueger K.; Kulathunga N.; Kumar L.; Elayavalli R. Kunnawalkam; Kvapil J.; Kwasizur J. H.; Lacey R.; Landgraf J. M.; Lauret J.; Lebedev A.; Lednicky R.; Lee J. H.; Li C.; Li W.; Li X.; Li Y.; Liang Y.; Licenik R.; Lidrych J.; Lin T.; Lipiec A.; Lisa M. A.; Liu F.; Liu H.; Liu P.; Liu Y.; Liu Z.; Ljubicic T.; Llope W. J.; Lomnitz M.; Longacre R. S.; Luo S.; Luo X.; Ma G. L.; Ma L.; Ma R.; Ma Y. G.; Magdy N.; Majka R.; Mallick D.; Margetis S.; Markert C.; Matis H. S.; Matonoha O.; Mazer J. A.; Meehan K.; Mei J. C.; Minaev N. G.; Mioduszewski S.; Mishra D.; Mohanty B.; Monda M. M.; Mooney I.; Moravcova Z.; Morozov D. A.; Nasim Md.; Nayak K.; Negrete J. D.; Nelson J. M.; Nemes D. B.; Nie M.; Nigmatkulov G.; Niida T.; Nogach L. V.; Nonaka T.; Odyniec G.; Ogawa A.; Oh K.; Oh S.; Okorokov V. A.; Olvitt D. Jr.; Page B. S.; Pak R.; Panebratsev Y.; Pawlik B.; Pei H.; Perkins C.; Pinter R. L.; Pluta J.; Porter J.; Posik M.; Pruthi N. K.; Przybycien M.; Putschke J.; Quintero A.; Radhakrishnan S. K.; Ramachandran S.; Ray R. L.; Reed R.; Ritter H. G.; Roberts J. B.; Rogachevskiy O. V.; Romero J. L.; Ruan L.; Rusnak J.; Rusnakova O.; Sahoo N. R.; Sahu P. K.; Salur S.; Sandweiss J.; Schambach J.; Schmah A. M.; Schmidke W. B.; Schmitz N.; Schweid B. R.; Seck F.; Seger J.; Sergeeva M.; Seto R.; Seyboth P.; Shah N.; Shahaliev E.; Shanmuganathan P. V.; Shao M.; Shen F.; Shen W. Q.; Shi S. S.; Shou Q. Y.; Sichtermann E. P.; Siejka S.; Sikora R.; Simko M.; Singh J.; Singha S.; Smirnov D.; Smirnov N.; Solyst W.; Sorensen P.; Spinka H. M.; Srivastava B.; Stanislaus T. D. S.; Stewart D. J.; Strikhanov M.; Stringfellow B.; Suaide A. A. P.; Sugiura T.; Sumbera M.; Summa B.; Sun X. M.; Sun Y.; Surrow B.; Svirida D. N.; Szymanski P.; Tang A. H.; Tang Z.; Taranenko A.; Tarnowsky T.; Thomas J. H.; Timmins A. R.; Tlusty D.; Todoroki T.; Tokarev M.; Tomkiel C. A.; Trentalange S.; Tribble R. E.; Tribedy P.; Tripathy S. K.; Tsai O. D.; Tu B.; Ullrich T.; Underwood D. G.; Upsal I.; Van Buren G.; Vanek J.; Vasiliev A. N.; Vassiliev I.; Videbaek F.; Vokal S.; Voloshin S. A.; Vossen A.; Wang F.; Wang G.; Wang P.; Wang Y.; Webb J. C.; Wen L.; Westfall G. D.; Wieman H.; Wissink S. W.; Witt R.; Wu Y.; Xiao Z. G.; Xie G.; Xie W.; Xu J.; Xu N.; Xu Q. H.; Xu Y. F.; Xu Z.; Yang C.; Yang Q.; Yang S.; Yang Y.; Ye Z.; Yi L.; Yip K.; Yoo I. -K.; Zbroszczyk H.; Zha W.; Zhang J.; Zhang L.; Zhang S.; Zhang X. P.; Zhang Y.; Zhang Z.; Zhao J.; Zhong C.; Zhou C.; Zhu X.; Zhu Z.; Zyzak M.;
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Czech Tech Univ FNSPE Prague 11519 Czech Republic;

Temple Univ Philadelphia PA 19122 USA;

Czech Tech Univ FNSPE Prague 11519 Czech Republic;

Univ Calif Riverside Riverside CA 92521 USA;

Natl Res Nucl Univ MEPhI Moscow 115409 Russia;

Argonne Natl Lab Argonne IL 60439 USA;

Univ Houston Houston TX 77204 USA;

Panjab Univ Chandigarh 160014 India;

Wayne State Univ Detroit MI 48201 USA;

Czech Tech Univ FNSPE Prague 11519 Czech Republic;

Indiana Univ Bloomington IN 47408 USA;

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Brookhaven Natl Lab Upton NY 11973 USA;

Brookhaven Natl Lab Upton NY 11973 USA;

Brookhaven Natl Lab Upton NY 11973 USA;

Joint Inst Nucl Res Dubna 141980 Russia;

Brookhaven Natl Lab Upton NY 11973 USA;

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Technol China Hefei 230026 Anhui Peoples R China;

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Univ Sci &

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Czech Tech Univ FNSPE Prague 11519 Czech Republic;

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Chinese Acad Sci Shanghai Inst Appl Phys Shanghai 201800 Peoples R China;

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M Univ College Stn TX 77843 USA;

Univ Sci &

Technol China Hefei 230026 Anhui Peoples R China;

Brookhaven Natl Lab Upton NY 11973 USA;

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Lawrence Berkeley Natl Lab Berkeley CA 94720 USA;

Brookhaven Natl Lab Upton NY 11973 USA;

Cent China Normal Univ Wuhan 430079 Hubei Peoples R China;

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Czech Tech Univ FNSPE Prague 11519 Czech Republic;

Inst High Energy Phys Protvino 142281 Russia;

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Cent China Normal Univ Wuhan 430079 Hubei Peoples R China;

Univ Calif Riverside Riverside CA 92521 USA;

Univ Calif Berkeley Berkeley CA 94720 USA;

Yale Univ New Haven CT 06520 USA;

Chinese Acad Sci Shanghai Inst Appl Phys Shanghai 201800 Peoples R China;

Natl Res Nucl Univ MEPhI Moscow 115409 Russia;

Wayne State Univ Detroit MI 48201 USA;

Inst High Energy Phys Protvino 142281 Russia;

Cent China Normal Univ Wuhan 430079 Hubei Peoples R China;

Lawrence Berkeley Natl Lab Berkeley CA 94720 USA;

Brookhaven Natl Lab Upton NY 11973 USA;

Pusan Natl Univ Pusan 46241 South Korea;

Yale Univ New Haven CT 06520 USA;

Natl Res Nucl Univ MEPhI Moscow 115409 Russia;

Temple Univ Philadelphia PA 19122 USA;

Brookhaven Natl Lab Upton NY 11973 USA;

Brookhaven Natl Lab Upton NY 11973 USA;

Joint Inst Nucl Res Dubna 141980 Russia;

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Cent China Normal Univ Wuhan 430079 Hubei Peoples R China;

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Eotvos Lorand Univ H-1117 Budapest Hungary;

Warsaw Univ Technol PL-00661 Warsaw Poland;

Lawrence Berkeley Natl Lab Berkeley CA 94720 USA;

Temple Univ Philadelphia PA 19122 USA;

Panjab Univ Chandigarh 160014 India;

AGH Univ Sci &

Technol FPACS PL-30059 Krakow Poland;

Wayne State Univ Detroit MI 48201 USA;

Temple Univ Philadelphia PA 19122 USA;

Lawrence Berkeley Natl Lab Berkeley CA 94720 USA;

Univ Kentucky Lexington KY 40506 USA;

Univ Texas Austin Austin TX 78712 USA;

Lehigh Univ Bethlehem PA 18015 USA;

Lawrence Berkeley Natl Lab Berkeley CA 94720 USA;

Rice Univ Houston TX 77251 USA;

Joint Inst Nucl Res Dubna 141980 Russia;

Univ Calif Davis Davis CA 95616 USA;

Brookhaven Natl Lab Upton NY 11973 USA;

Phys Inst Nucl CAS Rez 25068 Czech Republic;

Czech Tech Univ FNSPE Prague 11519 Czech Republic;

Texas A&

M Univ College Stn TX 77843 USA;

Inst Phys Bhubaneswar 751005 India;

Rutgers State Univ Piscataway NJ 08854 USA;

Yale Univ New Haven CT 06520 USA;

Univ Texas Austin Austin TX 78712 USA;

Lawrence Berkeley Natl Lab Berkeley CA 94720 USA;

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Chinese Acad Sci Shanghai Inst Appl Phys Shanghai 201800 Peoples R China;

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Lehigh Univ Bethlehem PA 18015 USA;

Univ Sci &

Technol China Hefei 230026 Anhui Peoples R China;

Shandong Univ Qingdao 266237 Shandong Peoples R China;

Chinese Acad Sci Shanghai Inst Appl Phys Shanghai 201800 Peoples R China;

Cent China Normal Univ Wuhan 430079 Hubei Peoples R China;

Chinese Acad Sci Shanghai Inst Appl Phys Shanghai 201800 Peoples R China;

Lawrence Berkeley Natl Lab Berkeley CA 94720 USA;

Warsaw Univ Technol PL-00661 Warsaw Poland;

AGH Univ Sci &

Technol FPACS PL-30059 Krakow Poland;

Phys Inst Nucl CAS Rez 25068 Czech Republic;

Panjab Univ Chandigarh 160014 India;

Kent State Univ Kent OH 44242 USA;

Brookhaven Natl Lab Upton NY 11973 USA;

Yale Univ New Haven CT 06520 USA;

Indiana Univ Bloomington IN 47408 USA;

Brookhaven Natl Lab Upton NY 11973 USA;

Argonne Natl Lab Argonne IL 60439 USA;

Purdue Univ W Lafayette IN 47907 USA;

Valparaiso Univ Valparaiso IN 46383 USA;

Yale Univ New Haven CT 06520 USA;

Natl Res Nucl Univ MEPhI Moscow 115409 Russia;

Purdue Univ W Lafayette IN 47907 USA;

Univ Sao Paulo BR-05314970 Sao Paulo Brazil;

Univ Tsukuba Tsukuba Ibaraki 3058571 Japan;

Phys Inst Nucl CAS Rez 25068 Czech Republic;

Penn State Univ University Pk PA 16802 USA;

Cent China Normal Univ Wuhan 430079 Hubei Peoples R China;

Univ Sci &

Technol China Hefei 230026 Anhui Peoples R China;

Temple Univ Philadelphia PA 19122 USA;

Alikhanov Inst Theoret &

Expt Phys Moscow 117218 Russia;

Warsaw Univ Technol PL-00661 Warsaw Poland;

Brookhaven Natl Lab Upton NY 11973 USA;

Univ Sci &

Technol China Hefei 230026 Anhui Peoples R China;

Natl Res Nucl Univ MEPhI Moscow 115409 Russia;

Michigan State Univ E Lansing MI 48824 USA;

Lawrence Berkeley Natl Lab Berkeley CA 94720 USA;

Univ Houston Houston TX 77204 USA;

Rice Univ Houston TX 77251 USA;

Brookhaven Natl Lab Upton NY 11973 USA;

Joint Inst Nucl Res Dubna 141980 Russia;

Lehigh Univ Bethlehem PA 18015 USA;

Univ Calif Los Angeles Los Angeles CA 90095 USA;

Texas A&

M Univ College Stn TX 77843 USA;

Brookhaven Natl Lab Upton NY 11973 USA;

Inst Phys Bhubaneswar 751005 India;

Univ Calif Los Angeles Los Angeles CA 90095 USA;

Cent China Normal Univ Wuhan 430079 Hubei Peoples R China;

Brookhaven Natl Lab Upton NY 11973 USA;

Argonne Natl Lab Argonne IL 60439 USA;

Brookhaven Natl Lab Upton NY 11973 USA;

Brookhaven Natl Lab Upton NY 11973 USA;

Phys Inst Nucl CAS Rez 25068 Czech Republic;

Inst High Energy Phys Protvino 142281 Russia;

FIAS D-60438 Frankfurt Germany;

Brookhaven Natl Lab Upton NY 11973 USA;

Joint Inst Nucl Res Dubna 141980 Russia;

Wayne State Univ Detroit MI 48201 USA;

Indiana Univ Bloomington IN 47408 USA;

Purdue Univ W Lafayette IN 47907 USA;

Univ Calif Los Angeles Los Angeles CA 90095 USA;

Univ Sci &

Technol China Hefei 230026 Anhui Peoples R China;

Cent China Normal Univ Wuhan 430079 Hubei Peoples R China;

Brookhaven Natl Lab Upton NY 11973 USA;

Univ Calif Los Angeles Los Angeles CA 90095 USA;

Michigan State Univ E Lansing MI 48824 USA;

Lawrence Berkeley Natl Lab Berkeley CA 94720 USA;

Indiana Univ Bloomington IN 47408 USA;

United States Naval Acad Annapolis MD 21402 USA;

Kent State Univ Kent OH 44242 USA;

Tsinghua Univ Beijing 100084 Peoples R China;

Univ Illinois Chicago IL 60607 USA;

Purdue Univ W Lafayette IN 47907 USA;

Cent China Normal Univ Wuhan 430079 Hubei Peoples R China;

Lawrence Berkeley Natl Lab Berkeley CA 94720 USA;

Shandong Univ Qingdao 266237 Shandong Peoples R China;

Chinese Acad Sci Shanghai Inst Appl Phys Shanghai 201800 Peoples R China;

Brookhaven Natl Lab Upton NY 11973 USA;

Shandong Univ Qingdao 266237 Shandong Peoples R China;

Shandong Univ Qingdao 266237 Shandong Peoples R China;

Brookhaven Natl Lab Upton NY 11973 USA;

Natl Cheng Kung Univ Tainan 70101 Taiwan;

Univ Illinois Chicago IL 60607 USA;

Univ Illinois Chicago IL 60607 USA;

Brookhaven Natl Lab Upton NY 11973 USA;

Pusan Natl Univ Pusan 46241 South Korea;

Warsaw Univ Technol PL-00661 Warsaw Poland;

Univ Sci &

Technol China Hefei 230026 Anhui Peoples R China;

Chinese Acad Sci Inst Modern Phys Lanzhou 730000 Gansu Peoples R China;

Cent China Normal Univ Wuhan 430079 Hubei Peoples R China;

Univ Sci &

Technol China Hefei 230026 Anhui Peoples R China;

Chinese Acad Sci Shanghai Inst Appl Phys Shanghai 201800 Peoples R China;

Tsinghua Univ Beijing 100084 Peoples R China;

Univ Sci &

Technol China Hefei 230026 Anhui Peoples R China;

Purdue Univ W Lafayette IN 47907 USA;

Chinese Acad Sci Shanghai Inst Appl Phys Shanghai 201800 Peoples R China;

Chinese Acad Sci Shanghai Inst Appl Phys Shanghai 201800 Peoples R China;

Tsinghua Univ Beijing 100084 Peoples R China;

Shandong Univ Qingdao 266237 Shandong Peoples R China;

FIAS D-60438 Frankfurt Germany;

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正文语种 eng
中图分类原子核物理学、高能物理学;
关键词
heavy-ion collision; directed flow; beam energy scan; coalescence; transported quark;

机译：重离子碰撞;定向流;光束能量扫描;聚结;运输夸克;

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专利

1. Directed flow of quarks from the RHIC Beam Energy Scan measured by STAR [J] . Wang Gang, Adam J., Adamczyk L., Nuclear Physics, A: Journal Devoted to the Experimental Study of the Fundamental Constituents of Matter and Their Actions . 2019,第期

机译：通过星形测量的RHIC束能量扫描的定向夸克流动
2. Chemical freeze-out parameters in Beam Energy Scan Program of STAR at RHIC [J] . Sabita Das EPJ Web of Conferences . 2015,第12期

机译：RHIC的STAR束能量扫描程序中的化学冻结参数
3. Chemical freeze-out parameters in Beam Energy Scan Program of STAR at RHIC [J] . Sabita Das EPJ Web of Conferences . 2015,第2期

机译：RHIC的STAR束能量扫描程序中的化学冻结参数
4. Flow in the RHIC Beam Energy Scan from STAR [C] . Xu Sun Winter workshop on nuclear dynamics . 2014

机译：来自STAR的RHIC光束能量扫描中的流量
5. The Quark Gluon Plasma Probed by Low Momentum Direct Photons in Au+Au Collisions at √SNN = 62.4 GeV and √S NN = 39 GeV Beam Energies [D] . Khachatryan, Vladimir. 2018

机译：Quark Gluon等离子体通过低动量直接光子探测Au + au碰撞在√snn= 62.4 gev和nn = 39 gev梁能量上
6. Response of Retinal Blood Flow to Systemic Hyperoxia as Measured with Dual-Beam Bidirectional Doppler Fourier-Domain Optical Coherence Tomography [O] . René M. Werkmeister, Stefan Palkovits, Reinhard Told, -1

机译：作为测量与双光束双向多普勒傅里叶域光学相干断层扫描视网膜的血液流向全身高氧的反应
7. Directed flow in Au+Au collisions from the RHIC Beam Energy Scan at the STAR experiment [O] . Singha, Subhash 2017

机译：来自RHIC Beam Energy scan的au + au碰撞中的定向流动 sTaR实验

Directed flow of quarks from the RHIC Beam Energy Scan measured by STAR

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