We apply a simple density-dependent potential model to the three-body calculation of the
ground-state structure of drip-line nuclei with a weakly bound core. The hyperspherical …

Properties of color-flavor locked (CFL) strange quark matter have been studied in a mass-
density-dependent model, and compared with the results in the conventional bag model. In …

Within the RMF approach, considering the contribution of σ*, φ mesons and baryon octet {n,
p, Λ, Σ-, Σ 0, Σ+, Ξ-, Ξ 0}, some properties of neutron star matter have been investigated in …

The coupling effect of (N) channel on the NN scattering is studied by solving a coupled
channel RGM (Resonating Group Method) equation in the quark-SU (3) chiral model. The …

Study of the relation between a meson's mass ma and nuclear binding energy in chiral a
model is given. The main purpose of this paper is to study the so-called" tachyon pole" …

Based on Schrdinger equation, the method of analytical continuation in the coupling
constant (ACCC) is employed to investigate the energy and width of single-particle …

A density dependent effective interaction in the relativistic Mean-Field (RMF) theory was
adopted to reproduce the Dirac-Brueckner-Hartree-Fock (DBHF) results and applied to study …

The matrix elements of the nucleon-meson vertices and isobar-meson vertices due to one
gluon exchange transition potential are calculated by using the generator coordinate …

The quark mean field model, which describes the baryon using the constituent quark model,
is applied to study the properties of finite nuclei and hypernuclei. The meson mean fields …

We proposed a new method to determine the in-medium QMC parameters consistently. Our
resultS illustrate that the bag constant and the nucleon radius are greatly influenced by the …