Starting from the QHD-I model, the nucleon-nucleon interaction potential in hot/dense nuclear matter is studied. We find that the attractive and repulsive Yukawa potential between nucleons is modified by the variation...Starting from the QHD-I model, the nucleon-nucleon interaction potential in hot/dense nuclear matter is studied. We find that the attractive and repulsive Yukawa potential between nucleons is modified by the variation of Debye mass directly and, especially, the nucleon system described by this Yukawa potential will be unbounded at some critical T and μ. The critical point we get accords with that of L-G phase transition given by the P - pB phase diagram.展开更多
In the framework of the isospin dependent Brueckner-Hartree-Fock approach, the density and momentum dependence of symmetry potential has been investigated by adopting the Argonne V18(AV18) two-body nucleon-nucleon int...In the framework of the isospin dependent Brueckner-Hartree-Fock approach, the density and momentum dependence of symmetry potential has been investigated by adopting the Argonne V18(AV18) two-body nucleon-nucleon interaction plus a microscopic three-body force (TBF). The symmetry potential is defined as,展开更多
文摘Starting from the QHD-I model, the nucleon-nucleon interaction potential in hot/dense nuclear matter is studied. We find that the attractive and repulsive Yukawa potential between nucleons is modified by the variation of Debye mass directly and, especially, the nucleon system described by this Yukawa potential will be unbounded at some critical T and μ. The critical point we get accords with that of L-G phase transition given by the P - pB phase diagram.
文摘In the framework of the isospin dependent Brueckner-Hartree-Fock approach, the density and momentum dependence of symmetry potential has been investigated by adopting the Argonne V18(AV18) two-body nucleon-nucleon interaction plus a microscopic three-body force (TBF). The symmetry potential is defined as,
