↳ hep-ph J.Phys.G 16 nucl-th PPNP 3 nucl-th Indian J.Phys. 0 nucl-th PRC 36 ↳ hep-ph PRC 54 nucl-th PoS 3 nucl-th NPA 13 nucl-th PRC 67 nucl-th PRC 32 nucl-th J.Phys.G 24 nucl-th EPJA 91 nucl-th — 9 nucl-th PRC 19 nucl-th PLB 197 nucl-th PRC 28 nucl-th EPJA 12 nucl-th Annalen Phys. 8 nucl-th — 2 nucl-th PRC 432 nucl-th PLB 39 nucl-th NPA 11 nucl-th EPJA 139 nucl-th PRC 128 nucl-th PRC 13 nucl-th PPNP 353 ↳ hep-ph J.Phys.G 4 ↳ hep-ph PRD 5 nucl-th PRL 175 nucl-th NPA 10 ↳ hep-ph PLB 16 nucl-th PLB 47 nucl-th PRC 54 nucl-th PRC 54 nucl-th Int.J.Mod.Phys.A 0 nucl-th PRC 14 nucl-th NPA 152 nucl-th NPA 16 Microscopic description of anisotropic flow in relativistic heavy ion collisions E. Zabrodin (1,3,4) 🇩🇪 · L. Bravina (2,4) 🇳🇴 · C. Fuchs (1) 🇩🇪 · A. Faessler (1) (1- Institute for Theoretical Physics, University of Tuebingen, Germany; 2- Department of Physics, University of Oslo, Norway; 3- Centre of Mathematics for Applications, University of Oslo, Norway; 4- Skobeltzyn Institute for Nuclear Physics, Moscow State University, Russia) 🇩🇪
↳ hep-ph PPNP 12 nucl-th PPNP 8 nucl-th PPNP 16 nucl-th PRC 9 nucl-th NPA 237 nucl-th Lect.Notes Phys. 39 nucl-th PRC 79 nucl-th PRL 28 nucl-th — 0 nucl-th NPA 18 nucl-th PRC 29 Phi meson production at RHIC L. Bravina (1) 🇷🇺 · L. Csernai (2) 🇳🇴 · Amand Faessler (3) 🇩🇪 · C. Fuchs (3) 🇩🇪 · S. Panitkin (4) 🇺🇸 · Nu Xu (5) 🇺🇸 · E. Zabrodin (1,3) ((1) Institute for Nuclear Physics, Moscow State University, Russia; (2) Department of Physics, University of Bergen, Norway; (3)-Institute for Theoretical Physics, University of Tuebingen, Germany; (4) BNL, Upton NY, USA; (5) LBNL, Berkeley CA, USA) 🇷🇺
↳ hep-ph NPA 8 nucl-th PRC 38 ↳ hep-ph J.Phys.G 2 nucl-th J.Phys.G 4 nucl-th PRC 13 nucl-th — 1 nucl-th Annals Phys. 67 Analysis of particle production in ultra-relativistic heavy ion collisions within a two-source statistical model Zhong-Dao Lu (1, 2) 🇨🇳 · Amand Faesler (3) 🇩🇪 · C. Fuchs (3) 🇩🇪 · 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) 🇩🇪
nucl-th PRC 10 nucl-th PLB 10 nucl-th PLB 57 Chemical freeze-out parameters at RHIC from microscopic model calculations L.V. Bravina (1) 🇷🇺 · E.E. Zabrodin (1,2) 🇷🇺 · S.A. Bass (3,4) 🇺🇸 · A. Faessler (2) 🇩🇪 · C. Fuchs(2) 🇩🇪 · M.I. Gorenstein(5,6) 🇩🇪 · W. Greiner(5) 🇩🇪 · S. Soff(7) 🇺🇸 · H. Stoecker(5) 🇩🇪 · H. Weber(5) (1-Institute for Nuclear Physics, Moscow State University; 2-Institut fuer Theoretische Physik, Universitaet Tuebingen; 3-Department of Physics, Duke University; 4-RIKEN-BNL Research Center; 5-Institut fuer Theoretische Physik, Universitaet Frankfurt; 6-Bogolyubov Institute for Theoretical Physics, Kiev; 7-Nuclear Science Division, LBNL, Berkeley) 🇩🇪
nucl-th NPA 28 nucl-th PRC 85 nucl-th — 0 nucl-th EPJA 48 nucl-th PRL 275 Transition to resonance-rich matter in heavy ion collisions at RHIC energies L.V.Bravina (1,2) 🇩🇪 · E.E.Zabrodin (1,2) 🇩🇪 · M.Bleicher (3) 🇺🇸 · S.A.Bass (4) 🇺🇸 · M.Brandstetter(5) 🇩🇪 · A.Faessler(1) 🇩🇪 · C.Fuchs(1) 🇩🇪 · W.Greiner(5) 🇩🇪 · M.I.Gorenstein(5) 🇺🇦 · S.Soff(6) 🇩🇪 · H.Stoecker(5) (1 - Institut fuer Theoretische Physik, Tuebingen, Germany; 2 - Institute for Nuclear Physics, Moscow State University, Russia; 3 - Nuclear Science Division, Lawrence Berkeley Lab., USA; 4 - NSCL, Michigan State University, USA; 5 - Institut fuer Theoretische Physik,Frankfurt, Germany; 6 - GSI, Darmstadt, Germany) 🇩🇪
nucl-th J.Phys.G 10 nucl-th J.Phys.G 44 Equation of state of resonance-rich matter in the central cell in heavy-ion collisions at s =200 AGeV L.V.Bravina (1,2) 🇩🇪 · E.E.Zabrodin (1,2) 🇩🇪 · S.A.Bass (3) 🇺🇸 · M.Bleicher (4) 🇺🇸 · M.Brandstetter(5) 🇩🇪 · A. Faessler(1) 🇩🇪 · C.Fuchs(1) 🇩🇪 · W.Greiner(5) 🇩🇪 · S.Soff(6) 🇩🇪 · 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) 🇩🇪
↳ hep-ph PRC 38 nucl-th — 0 nucl-th — 0 nucl-th PRC 31 nucl-th — 2 nucl-th PRC 28 nucl-th PLB 14 nucl-th PLB 27 nucl-th PRC 143 nucl-th — 0 nucl-th PPNP 4 nucl-th PPNP 8 nucl-th NPA 22 nucl-th NPA 156 nucl-th EPJA 41 nucl-th J.Phys.G 8 nucl-th NPA 9 nucl-th NPA 34 nucl-th PRC 10 nucl-th PLB 41 nucl-th PRC 22 nucl-th NPA 32 nucl-th NPA 48 nucl-th NPA 31 nucl-th PLB 35 nucl-th — 1 nucl-th PRC 39 nucl-th PRC 57 nucl-th PRC 35 nucl-th J.Phys.G 4 nucl-th PLB 27