A relativistic effective interaction for heavy-ion collisions☆,☆☆
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Momentum dependent mean-field dynamics of compressed nuclear matter and neutron stars
2013, Nuclear Physics AEnergy dependent isospin asymmetry in mean-field dynamics
2012, Nuclear Physics AHow deep is the antinucleon optical potential at FAIR energies
2011, Physics Letters, Section B: Nuclear, Elementary Particle and High-Energy PhysicsCitation Excerpt :The main finding was a softening of the nuclear equation of state at densities reached in intermediate energy nucleus–nucleus collisions, which was consistent with a variety of phenomenological [2] and microscopic [3] models. In addition the empirical saturation of the proton–nucleus optical potential turned out to be consistent with heavy-ion theoretical studies [4]. In this work we address this issue why the conventional RMF models do not describe antiproton–nucleus Dirac phenomenology.
Recent progress and new challenges in isospin physics with heavy-ion reactions
2008, Physics ReportsCitation Excerpt :This feature implies that the temperature dependence of the potential and kinetic parts of the symmetry energy depends on the isospin and momentum dependence of nuclear interactions. A similar conclusion was obtained in a more recent study by Samaddar et al. [364] using the density and momentum-dependent Seyler–Blanchard interaction. Mechanical and chemical instabilities of hot asymmetric nuclear matter have been extensively studied based on various theoretical models [24,27,30,357,366–370].
Dilepton production and off-shell transport dynamics at SIS energies
2008, Nuclear Physics AFluctuations and correlations in nucleus-nucleus collisions within transport models
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- ☆
Part of the dissertation of Klaus Weber.
- ☆☆
Supported by BMFT and GSI Darmstadt.
- 1
Present address: University of Illinois, Dept. of Physics, Loomis Lab. of Physics, 1110 West Green Street, Urbana, IL 61801, USA.
- 2
Present address: Institute for Nuclear Theory, Department of Physics, SUNY at Stony Brook, Stony Brook, NY 11794-3800, USA.