SECTION II: HEAVY ION REACTIONS |
Experimental
Determination of the Symmetry Energy of a Low Density Nuclear Gas
....................................................................II-1 Refining
Reaction Dynamics in Fermi Energy Heavy Ion Reactions ................................................................................................II-3 Isoscaling
in Central Heavy Ion Collisions at Intermediate Energy
..................................................................................................II-6 Exploring
New Ways to Produce Heavy and Superheavy Nuclei with BigSol
...................................................................................II-8 Kinematical
Simulation of In-Flight Alpha and Fission Decay of Heavy Nuclei in Super-Heavy
Mass Region .............................II-10 Reaction
Tomography at 47 AMeV .....................................................................................................................................................II-12 Progress
in BRAHMS ..........................................................................................................................................................................II-15 NIMROD Upgrade
..............................................................................................................................................................................II-17 Current
Status of the FAUST Array ...................................................................................................................................................II-19 Studying
the Evolution of the Nuclear Symmetry Energy of Hot Fragments from the
Compound Nucleus Regime Excitation
Energy Evolution of the Density in Nuclear Mmultifragmentation
...............................................................................II-25 Nuclear
Expansion and Symmetry Energy at Low Density .............................................................................................................II-27 Symmetry
Energy and Multifragmentation of 40Ar, 40Ca +
58Fe, 58Ni Reactions at 25, 33, 45 and 53 MeV/nucleon
.................II-29 Isospin
Distillation and the Reduced Nucleon Densities in 40Ar, 40Ca
+ 58Fe, 58Ni Isoscaling
Properties of the Fragments Pproduced in Multifragmentation of Constraining
the Density Dependence of the Symmetry energy in the Nuclear Equation
of State .............................................II-34 Mapping
the Symmetry Energy Using Reconstructed Quasiprojectile Sources
..........................................................................II-36 |