Relativistic Nuclear Physics

本研究旨在建立核动力学的统一理论模型， 散射和结构。 狄拉克的各种方法 等压线和等矢量核的无规相位近似 激发将与狄拉克扭曲波相结合 脉冲近似研究非弹性极化质子 核向离散态的散射和准弹性散射 连续体 有限核的可行性研究 会出现重整的问题。

The research aims at unified theoretical model of nuclear scattering and structure. Various approaches to the Dirac random phase approximation for isoscalar and isovector nuclear excitations will be combined with the Dirac distorted wave impulse approximation to study inelastic polarized proton nucleus scattering to discrete states and the quasi elastic continuum. A feasability study of finite nucleus renormalisation problems will be made.