nucl-th PRC 36 β³ hep-ph PRC 54 nucl-th PRC 67 nucl-th PRC 32 nucl-th PRC 19 nucl-th PRC 28 nucl-th PRC 432 nucl-th PRC 128 nucl-th PRC 13 nucl-th PRC 54 nucl-th PRC 54 nucl-th PRC 14 nucl-th PRC 9 nucl-th PRC 79 nucl-th PRC 29 nucl-th PRC 38 nucl-th PRC 13 Analysis of particle production in ultra-relativistic heavy ion collisions within a two-source statistical model Zhong-Dao Lu (1, 2) π¨π³ Β· Amand Faesler (3) π©πͺ Β· C. Fuchs (3) π©πͺ Β· E.E. Zabrodin (3, 4) ((1) China Institute of Atomic Energy, Beijing, China; (2) China Center of Advance Science and Technology, Beijing, China; (3) Institut fuer Theoretische Physik, Universitaet Tuebingen, Germany; (4) Institute for Nuclear Physics, Moscow State University, Russia) π©πͺ
nucl-th PRC 10 nucl-th PRC 85 Equation of state of resonance-rich matter in the central cell in heavy-ion collisions at s β =200 AGeV L.V.Bravina (1,2) π©πͺ Β· E.E.Zabrodin (1,2) π©πͺ Β· S.A.Bass (3) πΊπΈ Β· M.Bleicher (4) πΊπΈ Β· M.Brandstetter(5) π©πͺ Β· A. Faessler(1) π©πͺ Β· C.Fuchs(1) π©πͺ Β· W.Greiner(5) π©πͺ Β· S.Soff(6) π©πͺ Β· H.Stoecker(5) (1-Institute for Theoretical Physics, University of Tueubingen, Germany; 2-Institute for Nuclear Physics, Moscow State University, Russia; 3-National Superconducting Cyclotron Laboratory, Michigan State University, USA; 4-Nuclear Science Division, Lawrence Berkeley Laboratory, USA; 5-Institute for Theoretical Physics, University of Frankfurt, Germany; 6-Gesellschaft fuer Schwerionenforschung, Darmstadt, Germany) π©πͺ
β³ hep-ph PRC 38 nucl-th PRC 31 nucl-th PRC 28 nucl-th PRC 143 nucl-th PRC 10 nucl-th PRC 22