1 Transport and Hydrodynamic Model for Ultra-relativistic Heavy Ion Collisions Yu-Liang Yan China Institute of Atomic Energy Collaborators: Yun Cheng (CCNU,
1 Overview of Physics from China’s STAR-TOF Group Yu-Gang Ma Shanghai Institute of Applied Physics, CAS for the China-STAR Collaboration Introduction Physics.
DNA Barcoding Statistics Rasmus Nielsen University of Copenhagen.
Modeling Production, Interactions and Transport
Nuclei yields and elliptic flow in Au+Au 200GeV collision and comparison to the models
14th Internat. Conf. Nucl. Reaction Mechanisms, Varenna, 19th June 2015 1 PRE-EQUILIBRIUM (EXCITON) MODEL AND THE HEAVY-ION REACTIONS WITH CLUSTER EMISSION.
Testing freezeout by resonances E.Shuryak, Stony Brook
Modeling Production, Interactions and Transport Fermilab November 14, 2005 Fermilab ILC-CAL Nikolai Mokhov, Fermilab.
Modeling of the set-up for the Project experimental tasks and study of radiation hazard due to lost beam particles in the GSI Future Facilities INTAS-3588.
Transport and Hydro d ynamic Model for Ultra-relativistic Heavy Ion Collisions
Strange particles analyses in p+p collisions
STAR Heavy Ion Physics Nu Xu Nuclear Science Division Lawrence Berkeley National Laboratory
