GF-RMF theory presented in spherical symmetry, and in 120Sn for the study, analysis of the density of states by solving the Dirac equation to find the spatial coordinates and determine the parameters of a single neutron resonances.
The THEORY of GF-RMF under ball symmetry is introduced, and 120Sn is used as the research object to analyze the state density by solving the Dirac equation of coordinate space to find and determine the parameters of single neutron resonance state.
In this paper, the gf-rmf theory under spherical symmetry is introduced, and the parameters of single neutron resonance state are determined by solving Dirac equation in coordinate space and analyzing the density of state.