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Isospin momentum-dependent interaction and its role on the isospin fractionation ratio in intermediate energy heavy ion collisions

机译:等位旋动量依赖性相互作用及其在中等能重离子碰撞中对等旋分馏比的作用

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摘要

We investigate the role of isospin momentum-dependent interaction on the isospin fractionation ratio and its dynamical mechanism in the intermediate energy heavy ion collisions, by inserting an isospin de degree of freedom into the momentum-dependent interaction to obtain all isospin momentum-dependent interaction given in a form practically usable in the isospin-dependent quantum molecular dynamics model. It is found that the isospin momentum-dependent interaction brings an important isospin effect, into the isospin fractionation ratio. In particular, the isospin momentum-dependent interaction reduces obviously the reduction of isospin fractionation ratio. Thus the isospin dependence of momentum-dependent, interaction is thus important for studying accurately the equation of state of isospin asymmetry nuclear matter.
机译:我们通过将等位旋自由度插入到动量依赖的相互作用中以获得给定的所有等位旋依赖于动量的相互作用,研究了等位旋依赖于动量相互作用的相互作用对同位旋分馏率及其动力学机制在中能重离子碰撞中的作用。以实际上可用于同位旋依赖性量子分子动力学模型中的形式。发现同位旋动量依赖性相互作用将重要的同位旋效应引入了同位旋分馏比中。尤其是,同位旋动量依赖性相互作用明显降低了同位旋分馏率的降低。因此,等旋量依赖于动量的相互作用对于精确研究等旋量不对称核物质的状态方程很重要。

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