Beam-Energy Dependence of Directed Flow of Λ, Λ[over ¯], K^{±}, K_{s}^{0}, and ϕ in Au+Au Collisions.
L Adamczyk, J R Adams, J K Adkins, G Agakishiev, M M Aggarwal, Z Ahammed, N N Ajitanand, I Alekseev, D M Anderson, R Aoyama, A Aparin, D Arkhipkin, E C Aschenauer, M U Ashraf, A Attri, G S Averichev, X Bai, V Bairathi, K Barish, A Behera, R Bellwied, A Bhasin, A K Bhati, P Bhattarai, J Bielcik, J Bielcikova, L C Bland, I G Bordyuzhin, J Bouchet, J D Brandenburg, A V Brandin, D Brown, I Bunzarov, J Butterworth, H Caines, M Calderón de la Barca Sánchez, J M Campbell, D Cebra, I Chakaberia, P Chaloupka, Z Chang, N Chankova-Bunzarova, A Chatterjee, S Chattopadhyay, X Chen, J H Chen, X Chen, J Cheng, M Cherney, W Christie, G Contin, H J Crawford, S Das, L C De Silva, T G Dedovich, J Deng, A A Derevschikov, L Didenko, C Dilks, X Dong, J L Drachenberg, J E Draper, L E Dunkelberger, J C Dunlop, L G Efimov, N Elsey, J Engelage, G Eppley, R Esha, S Esumi, O Evdokimov, J Ewigleben, O Eyser, R Fatemi, S Fazio, P Federic, P Federicova, J Fedorisin, Z Feng, P Filip, E Finch, Y Fisyak, C E Flores, J Fujita, L Fulek, C A Gagliardi, D Garand, F Geurts, A Gibson, M Girard, D Grosnick, D S Gunarathne, Y Guo, A Gupta, S Gupta, W Guryn, A I Hamad, A Hamed, A Harlenderova, J W Harris, L He, S Heppelmann, S Heppelmann, A Hirsch, S Horvat, X Huang, B Huang, T Huang, H Z Huang, T J Humanic, P Huo, G Igo, W W Jacobs, A Jentsch, J Jia, K Jiang, S Jowzaee, E G Judd, S Kabana, D Kalinkin, K Kang, D Kapukchyan, K Kauder, H W Ke, D Keane, A Kechechyan, Z Khan, D P Kikoła, C Kim, I Kisel, A Kisiel, L Kochenda, M Kocmanek, T Kollegger, L K Kosarzewski, A F Kraishan, L Krauth, P Kravtsov, K Krueger, N Kulathunga, L Kumar, J Kvapil, J H Kwasizur, R Lacey, J M Landgraf, K D Landry, J Lauret, A Lebedev, R Lednicky, J H Lee, C Li, X Li, Y Li, W Li, J Lidrych, T Lin, M A Lisa, P Liu, H Liu, Y Liu, F Liu, T Ljubicic, W J Llope, M Lomnitz, R S Longacre, S Luo, X Luo, Y G Ma, L Ma, R Ma, G L Ma, N Magdy, R Majka, D Mallick, S Margetis, C Markert, H S Matis, K Meehan, J C Mei, Z W Miller, N G Minaev, S Mioduszewski, D Mishra, S Mizuno, B Mohanty, M M Mondal, D A Morozov, M K Mustafa, Md Nasim, T K Nayak, J M Nelson, M Nie, G Nigmatkulov, T Niida, L V Nogach, T Nonaka, S B Nurushev, G Odyniec, A Ogawa, K Oh, V A Okorokov, D Olvitt, B S Page, R Pak, Y Pandit, Y Panebratsev, B Pawlik, H Pei, C Perkins, P Pile, J Pluta, K Poniatowska, J Porter, M Posik, N K Pruthi, M Przybycien, J Putschke, H Qiu, A Quintero, S Ramachandran, R L Ray, R Reed, M J Rehbein, H G Ritter, J B Roberts, O V Rogachevskiy, J L Romero, J D Roth, L Ruan, J Rusnak, O Rusnakova, N R Sahoo, P K Sahu, S Salur, J Sandweiss, M Saur, J Schambach, A M Schmah, W B Schmidke, N Schmitz, B R Schweid, J Seger, M Sergeeva, R Seto, P Seyboth, N Shah, E Shahaliev, P V Shanmuganathan, M Shao, A Sharma, M K Sharma, W Q Shen, S S Shi, Z Shi, Q Y Shou, E P Sichtermann, R Sikora, M Simko, S Singha, M J Skoby, N Smirnov, D Smirnov, W Solyst, L Song, P Sorensen, H M Spinka, B Srivastava, T D S Stanislaus, M Strikhanov, B Stringfellow, A A P Suaide, T Sugiura, M Sumbera, B Summa, Y Sun, X M Sun, X Sun, B Surrow, D N Svirida, Z Tang, A H Tang, A Taranenko, T Tarnowsky, A Tawfik, J Thäder, J H Thomas, A R Timmins, D Tlusty, T Todoroki, M Tokarev, S Trentalange, R E Tribble, P Tribedy, S K Tripathy, B A Trzeciak, O D Tsai, T Ullrich, D G Underwood, I Upsal, G Van Buren, G van Nieuwenhuizen, A N Vasiliev, F Videbæk, S Vokal, S A Voloshin, A Vossen, G Wang, Y Wang, F Wang, Y Wang, J C Webb, G Webb, L Wen, G D Westfall, H Wieman, S W Wissink, R Witt, Y Wu, Z G Xiao, G Xie, W Xie, J Xu, Z Xu, Q H Xu, Y F Xu, N Xu, S Yang, Y Yang, C Yang, Q Yang, Z Ye, Z Ye, L Yi, K Yip, I-K Yoo, N Yu, H Zbroszczyk, W Zha, Z Zhang, J B Zhang, J Zhang, S Zhang, Y Zhang, X P Zhang, J Zhang, S Zhang, J Zhao, C Zhong, C Zhou, L Zhou, X Zhu, Z Zhu, M ZyzakRapidity-odd directed-flow measurements at midrapidity are presented for Λ, Λ[over ¯], K^{±}, K_{s}^{0}, and ϕ at sqrt[s_{NN}]=7.7, 11.5, 14.5, 19.6, 27, 39, 62.4, and 200 GeV in Au+Au collisions recorded by the Solenoidal Tracker detector at the Relativistic Heavy Ion Collider. These measurements greatly expand the scope of data available to constrain models with differing prescriptions for the equation of state of quantum chromodynamics. Results show good sensitivity for testing a picture where flow is assumed to be imposed before hadron formation and the observed particles are assumed to form via coalescence of constituent quarks. The pattern of departure from a coalescence-inspired sum rule can be a valuable new tool for probing the collision dynamics.
All material on this website is protected by copyright, Copyright © 1994-2024 by WebMD LLC.
This website also contains material copyrighted by 3rd parties.
By using this service, you agree to our terms of use and privacy policy.
Your Privacy Choices 
