Flow and non-flow event anisotropies at the SPS
- Adamová, D.
- Agakichiev, G.
- Appelshäuser, H.
- Belaga, V.
- Braun-Munzinger, P.
- Campagnolo, R.
- Castillo, A.
- Cherlin, A.
- Damjanovic, S.
- Dietel, T.
- Dietrich, L.
- Drees, A.
- Esumi, S.I.
- Filimonov, K.
- Fomenko, K.
- Fraenkel, Z.
- Garabatos, C.
- Glässel, P.
- Hering, G.
- Holeczek, J.
- Kushpil, V.
- Lenkeit, B.
- Ludolphs, W.
- Maas, A.
- Marín, A.
- Messer, F.
- Milosevic, J.
- Milov, A.
- Miskowiec, D.
- Musa, L.
- Panebrattsev, Yu.
- Petchenova, O.
- Petrácek, V.
- Pfeiffer, A.
- Rak, J.
- Ravinovich, I.
- Rehak, P.
- Richter, M.
- Sako, H.
- Schmitz, W.
- Schukraft, J.
- Sedykh, S.
- Seipp, W.
- Sharma, A.
- Shimansky, S.
- Slívová, J.
- Specht, H. J.
- Stachel, J.
- Sumbera, M.
- Tilsner, H.
- Tserruya, I.
- Wessels, J. P.
- Wienold, T.
- Windelband, B.
- Wurm, J. P.
- Xie, W.
- Yurevich, S.
- Yurevich, V.
DOIAbstract
A study of differential elliptic event anisotropies (2) of charge particles and high-pT pions in 158 AGeV/c Pb+Au collisions is presented. Results from correlations with respect to the event plane and from two-particle azimuthal correlations are compared. The latter give systematically higher 2 values at pT >1.2 GeV/cproviding possibly an evidence of a non-flow semihard component
Add to ORKG