Azimuthal anisotropy measurements of strange and multistrange hadrons in U+U collisions at sNN=193 GeV at the BNL Relativistic Heavy Ion Collider-Reference-Cited by-同舟云学术

Azimuthal anisotropy measurements of strange and multistrange hadrons in U+U collisions at sNN=193 GeV at the BNL Relativistic Heavy Ion Collider

Published:2021-06-16 Issue:6 Volume:103 Page:
ISSN:2469-9985
Container-title:Physical Review C
language:en
Short-container-title:Phys. Rev. C

Author:

Abdallah M. S.,Adam J.,Adamczyk L.,Adams J. R.,Adkins J. K.,Agakishiev G.,Aggarwal I.,Aggarwal M. M.,Ahammed Z.,Alekseev I.,Anderson D. M.,Aparin A.,Aschenauer E. C.,Ashraf M. U.,Atetalla F. G.,Attri A.,Averichev G. S.,Bairathi V.^ORCID,Baker W.,Ball Cap J. G.,Barish K.,Behera A.,Bellwied R.,Bhagat P.,Bhasin A.,Bielcik J.,Bielcikova J.,Bordyuzhin I. G.,Brandenburg J. D.,Brandin A. V.,Bunzarov I.,Butterworth J.,Cai X. Z.,Caines H.,Calderón de la Barca Sánchez M.,Cebra D.,Chakaberia I.,Chaloupka P.,Chan B. K.,Chang F-H.,Chang Z.,Chankova-Bunzarova N.,Chatterjee A.,Chattopadhyay S.,Chen D.,Chen J.,Chen J. H.,Chen X.,Chen Z.,Cheng J.,Chevalier M.,Choudhury S.,Christie W.,Chu X.,Crawford H. J.,Csanád M.,Daugherity M.,Dedovich T. G.,Deppner I. M.,Derevschikov A. A.,Dhamija A.,Di Carlo L.,Didenko L.,Dong X.,Drachenberg J. L.,Dunlop J. C.,Elsey N.,Engelage J.,Eppley G.,Esumi S.,Evdokimov O.,Ewigleben A.,Eyser O.,Fatemi R.,Fawzi F. M.,Fazio S.,Federic P.,Fedorisin J.,Feng C. J.,Feng Y.,Filip P.,Finch E.,Fisyak Y.,Francisco A.,Fu C.,Fulek L.,Gagliardi C. A.,Galatyuk T.,Geurts F.,Ghimire N.,Gibson A.,Gopal K.,Gou X.,Grosnick D.,Gupta A.,Guryn W.,Hamad A. I.,Hamed A.,Han Y.,Harabasz S.,Harasty M. D.,Harris J. W.,Harrison H.,He S.,He W.,He X. H.,He Y.,Heppelmann S.,Heppelmann S.,Herrmann N.,Hoffman E.,Holub L.,Hu Y.,Huang H.,Huang H. Z.,Huang S. L.,Huang T.,Huang X.,Huang Y.,Humanic T. J.,Isenhower D.,Jacobs W. W.,Jena C.,Jentsch A.,Ji Y.,Jia J.,Jiang K.,Ju X.,Judd E. G.,Kabana S.,Kabir M. L.,Kagamaster S.,Kalinkin D.,Kang K.,Kapukchyan D.,Kauder K.,Ke H. W.,Keane D.,Kechechyan A.,Khyzhniak Y. V.,Kikoła D. P.,Kim C.,Kimelman B.,Kincses D.,Kisel I.,Kiselev A.,Knospe A. G.,Kochenda L.,Kosarzewski L. K.,Kramarik L.,Kravtsov P.,Kumar L.,Kumar S.,Kunnawalkam Elayavalli R.,Kwasizur J. H.,Lacey R.,Lan S.,Landgraf J. M.,Lauret J.,Lebedev A.,Lednicky R.,Lee J. H.,Leung Y. H.,Li C.,Li C.,Li W.,Li X.,Li Y.,Liang X.,Liang Y.,Licenik R.,Lin T.,Lin Y.,Lisa M. A.,Liu F.,Liu H.,Liu P.,Liu T.,Liu X.,Liu Y.,Liu Z.,Ljubicic T.,Llope W. J.,Longacre R. S.,Loyd E.,Lukow N. S.,Luo X.,Ma L.,Ma R.,Ma Y. G.,Magdy N.,Majka R.,Mallick D.,Margetis S.,Markert C.,Matis H. S.,Mazer J. A.,Minaev N. G.,Mioduszewski S.,Mohanty B.,Mondal M. M.,Mooney I.,Morozov D. A.,Mukherjee A.,Nagy M.,Nam J. D.,Nasim Md.,Nayak K.,Neff D.,Nelson J. M.,Nemes D. B.,Nie M.,Nigmatkulov G.,Niida T.,Nishitani R.,Nogach L. V.,Nonaka T.,Nunes A. S.,Odyniec G.,Ogawa A.,Oh S.,Okorokov V. A.,Page B. S.,Pak R.,Pandav A.,Pandey A. K.,Panebratsev Y.,Parfenov P.,Pawlik B.,Pawlowska D.,Pei H.,Perkins C.,Pinsky L.,Pintér R. L.,Pluta J.,Pokhrel B. R.,Ponimatkin G.,Porter J.,Posik M.,Prozorova V.,Pruthi N. K.,Przybycien M.,Putschke J.,Qiu H.,Quintero A.,Racz C.,Radhakrishnan S. K.,Raha N.,Ray R. L.,Reed R.,Ritter H. G.,Robotkova M.,Rogachevskiy O. V.,Romero J. L.,Ruan L.,Rusnak J.,Sahoo N. R.,Sako H.,Salur S.,Sandweiss J.,Sato S.,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.,Shao T.,Sheikh A. I.,Shen D.,Shi S. S.,Shi Y.,Shou Q. Y.,Sichtermann E. P.,Sikora R.,Simko M.,Singh J.,Singha S.,Skoby M. J.,Smirnov N.,Söhngen Y.,Solyst W.,Sorensen P.,Spinka H. M.,Srivastava B.,Stanislaus T. D. S.,Stefaniak M.,Stewart D. J.,Strikhanov M.,Stringfellow B.,Suaide A. A. P.,Sumbera M.,Summa B.,Sun X. M.,Sun X.,Sun Y.,Sun Y.,Surrow B.,Svirida D. N.,Sweger Z. W.,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.,Truhlar T.,Trzeciak B. A.,Tsai O. D.,Tu Z.,Ullrich T.,Underwood D. G.,Upsal I.,Van Buren G.,Vanek J.,Vasiliev A. N.,Vassiliev I.,Verkest V.,Videbæk F.,Vokal S.,Voloshin S. A.,Wang F.,Wang G.,Wang J. S.,Wang P.,Wang Y.,Wang Y.,Wang Z.,Webb J. C.,Weidenkaff P. C.,Wen L.,Westfall G. D.,Wieman H.,Wissink S. W.,Witt R.,Wu J.,Wu Y.,Xi B.,Xiao Z. G.,Xie G.,Xie W.,Xu H.,Xu N.,Xu Q. H.,Xu Y.,Xu Z.,Xu Z.,Yang C.,Yang Q.,Yang S.,Yang Y.,Ye Z.,Ye Z.,Yi L.,Yip K.,Yu Y.,Zbroszczyk H.,Zha W.,Zhang C.,Zhang D.,Zhang S.,Zhang S.,Zhang X. P.,Zhang Y.,Zhang Y.,Zhang Y.,Zhang Z. J.,Zhang Z.,Zhang Z.,Zhao J.,Zhou C.,Zhu X.,Zhu Z.,Zurek M.,Zyzak M.,

Funder

U.S. Department of Energy

National Science Foundation

Ministry of Education and Science of the Russian Federation

National Natural Science Foundation of China

Chinese Academy of Sciences

Ministry of Science and Technology of the People's Republic of China

Ministry of Education of the People's Republic of China

National Cheng Kung University

National Research Foundation of Korea

Grantová Agentura České Republiky

Ministerstvo Školství, Mládeže a Tělovýchovy