- Main
Measurement of elliptic flow of light nuclei at sNN=200, 62.4, 39, 27, 19.6, 11.5, and 7.7 GeV at the BNL Relativistic Heavy Ion Collider
- Adamczyk, L;
- Adkins, JK;
- Agakishiev, G;
- Aggarwal, MM;
- Ahammed, Z;
- Alekseev, I;
- Aparin, A;
- Arkhipkin, D;
- Aschenauer, EC;
- Attri, A;
- Averichev, GS;
- Bai, X;
- Bairathi, V;
- Bellwied, R;
- Bhasin, A;
- Bhati, AK;
- Bhattarai, P;
- Bielcik, J;
- Bielcikova, J;
- Bland, LC;
- Bordyuzhin, IG;
- Bouchet, J;
- Brandenburg, JD;
- Brandin, AV;
- Bunzarov, I;
- Butterworth, J;
- Caines, H;
- de la Barca Sánchez, M Calderón;
- Campbell, JM;
- Cebra, D;
- Chakaberia, I;
- Chaloupka, P;
- Chang, Z;
- Chatterjee, A;
- Chattopadhyay, S;
- Chen, JH;
- Chen, X;
- Cheng, J;
- Cherney, M;
- Christie, W;
- Contin, G;
- Crawford, HJ;
- Das, S;
- De Silva, LC;
- Debbe, RR;
- Dedovich, TG;
- Deng, J;
- Derevschikov, AA;
- di Ruzza, B;
- Didenko, L;
- Dilks, C;
- Dong, X;
- Drachenberg, JL;
- Draper, JE;
- Du, CM;
- Dunkelberger, LE;
- Dunlop, JC;
- Efimov, LG;
- Engelage, J;
- Eppley, G;
- Esha, R;
- Evdokimov, O;
- Eyser, O;
- Fatemi, R;
- Fazio, S;
- Federic, P;
- Fedorisin, J;
- Feng, Z;
- Filip, P;
- Fisyak, Y;
- Flores, CE;
- Fulek, L;
- Gagliardi, CA;
- Garand, D;
- Geurts, F;
- Gibson, A;
- Girard, M;
- Greiner, L;
- Grosnick, D;
- Gunarathne, DS;
- Guo, Y;
- Gupta, S;
- Gupta, A;
- Guryn, W;
- Hamad, AI;
- Hamed, A;
- Haque, R;
- Harris, JW;
- He, L;
- Heppelmann, S;
- Heppelmann, S;
- Hirsch, A;
- Hoffmann, GW;
- Horvat, S;
- Huang, T;
- Huang, X;
- Huang, B;
- Huang, HZ;
- Huck, P;
- Humanic, TJ;
- Igo, G;
- Jacobs, WW;
- Jang, H;
- Jentsch, A;
- Jia, J;
- Jiang, K;
- Judd, EG;
- Kabana, S;
- Kalinkin, D;
- Kang, K;
- Kauder, K;
- Ke, HW;
- Keane, D;
- Kechechyan, A;
- Khan, ZH;
- Kikoła, DP;
- Kisel, I;
- Kisiel, A;
- Kochenda, L;
- Koetke, DD;
- Kosarzewski, LK;
- Kraishan, AF;
- Kravtsov, P;
- Krueger, K;
- Kumar, L;
- Lamont, MAC;
- Landgraf, JM;
- Landry, KD;
- Lauret, J;
- Lebedev, A;
- Lednicky, R;
- Lee, JH;
- Li, X;
- Li, C;
- Li, X;
- Li, Y;
- Li, W;
- Lin, T;
- Lisa, MA;
- Liu, F;
- Ljubicic, T;
- Llope, WJ;
- Lomnitz, M;
- Longacre, RS;
- Luo, X;
- Ma, R;
- L., G;
- G., Y;
- Ma, L;
- Magdy, N;
- Majka, R;
- Manion, A;
- Margetis, S;
- Markert, C;
- Matis, HS;
- McDonald, D;
- McKinzie, S;
- Meehan, K;
- Mei, JC;
- Minaev, NG;
- Mioduszewski, S;
- Mishra, D;
- Mohanty, B;
- Mondal, MM;
- Morozov, DA;
- Mustafa, MK;
- Nandi, BK;
- Nasim;
- Nayak, TK;
- Nigmatkulov, G;
- Niida, T;
- Nogach, LV;
- Noh, SY;
- Novak, J;
- Nurushev, SB;
- Odyniec, G;
- Ogawa, A;
- Oh, K;
- Okorokov, VA;
- Olvitt, D;
- Page, BS;
- Pak, R;
- Pan, YX;
- Pandit, Y;
- Panebratsev, Y;
- Pawlik, B;
- Pei, H;
- Perkins, C;
- Pile, P;
- Pluta, J;
- Poniatowska, K;
- Porter, J;
- Posik, M;
- Poskanzer, AM;
- Pruthi, NK;
- Putschke, J;
- Qiu, H;
- Quintero, A;
- Ramachandran, S;
- Raniwala, R;
- Raniwala, S;
- Ray, RL;
- Ritter, HG;
- Roberts, JB;
- Rogachevskiy, OV;
- Romero, JL;
- Ruan, L;
- Rusnak, J;
- Rusnakova, O;
- Sahoo, NR;
- Sahu, PK;
- Sakrejda, I;
- Salur, S;
- Sandweiss, J;
- Sarkar, A;
- Schambach, J;
- Scharenberg, RP;
- Schmah, AM;
- Schmidke, WB;
- Schmitz, N;
- Seger, J;
- Seyboth, P;
- Shah, N;
- Shahaliev, E;
- Shanmuganathan, PV;
- Shao, M;
- Sharma, MK;
- Sharma, B;
- Shen, WQ;
- Shi, Z;
- Shi, SS;
- Shou, QY;
- Sichtermann, EP;
- Sikora, R;
- Simko, M;
- Singha, S;
- Skoby, MJ;
- Smirnov, N;
- Smirnov, D;
- Solyst, W;
- Song, L;
- Sorensen, P;
- Spinka, HM;
- Srivastava, B;
- Stanislaus, TDS;
- Stepanov, M;
- Stock, R;
- Strikhanov, M;
- Stringfellow, B;
- Sumbera, M;
- Summa, B;
- Sun, XM;
- Sun, Z;
- Sun, Y;
- Surrow, B;
- Svirida, DN;
- Tang, Z;
- Tang, AH;
- Tarnowsky, T;
- Tawfik, A;
- Thäder, J;
- Thomas, JH;
- Timmins, AR;
- Tlusty, D;
- Todoroki, T;
- Tokarev, M;
- Trentalange, S;
- Tribble, RE;
- Tribedy, P;
- Tripathy, SK;
- Tsai, OD;
- Ullrich, T;
- Underwood, DG;
- Upsal, I;
- Van Buren, G;
- van Nieuwenhuizen, G;
- Vandenbroucke, M;
- Varma, R;
- Vasiliev, AN;
- Vertesi, R;
- Videbæk, F;
- Vokal, S;
- Voloshin, SA;
- Vossen, A;
- Wang, Y;
- Wang, G;
- Wang, JS;
- Wang, H;
- Wang, Y;
- Wang, F;
- Webb, G;
- Webb, JC;
- Wen, L;
- Westfall, GD;
- Wieman, H;
- Wissink, SW;
- Witt, R;
- Wu, Y;
- Xiao, ZG;
- Xie, W;
- Xie, G;
- Xin, K;
- Xu, H;
- Xu, Z;
- Xu, J;
- Xu, YF;
- Xu, QH;
- Xu, N;
- Yang, Y;
- Yang, S;
- Yang, C;
- Yang, Y;
- Yang, Y;
- Yang, Q;
- Ye, Z;
- Ye, Z;
- Yepes, P;
- Yi, L;
- Yip, K;
- Yoo, I-K;
- Yu, N;
- Zbroszczyk, H;
- Zha, W;
- Zhang, J;
- Zhang, Y;
- Zhang, XP;
- Zhang, Z;
- Zhang, JB;
- Zhang, S;
- Zhang, S;
- Zhang, J;
- Zhao, J;
- Zhong, C;
- Zhou, L;
- Zhu, X;
- Zoulkarneeva, Y;
- Zyzak, M
- et al.
Published Web Location
https://doi.org/10.1103/physrevc.94.034908Abstract
We present measurements of second-order azimuthal anisotropy (v2) at midrapidity (|y|<1.0) for light nuclei d,t,He3 (for sNN=200, 62.4, 39, 27, 19.6, 11.5, and 7.7 GeV) and antinuclei d; (sNN=200, 62.4, 39, 27, and 19.6 GeV) and Hē3 (sNN=200 GeV) in the STAR (Solenoidal Tracker at RHIC) experiment. The v2 for these light nuclei produced in heavy-ion collisions is compared with those for p and p. We observe mass ordering in nuclei v2(pT) at low transverse momenta (pT<2.0 GeV/c). We also find a centrality dependence of v2 for d and d. The magnitude of v2 for t and He3 agree within statistical errors. Light-nuclei v2 are compared with predictions from a blast-wave model. Atomic mass number (A) scaling of light-nuclei v2(pT) seems to hold for pT/A<1.5GeV/c. Results on light-nuclei v2 from a transport-plus-coalescence model are consistent with the experimental measurements.
Many UC-authored scholarly publications are freely available on this site because of the UC's open access policies. Let us know how this access is important for you.
Main Content
Enter the password to open this PDF file:
-
-
-
-
-
-
-
-
-
-
-
-
-
-