The Giant Monopole and Dipole Resonances within the Constrained Molecular Dynamics (CoMD) Framework

T. Depastas, G. Souliotis, Konstantina Palli, A. Bonasera, Hua Zheng
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Abstract

The Constrained Molecular Dynamics (CoMD) model is used to describe the collective motion of various nuclear systems. A CoMD-inspired phenomenology for the GDR is developed. In addition, the dependence of the GDR upon the effective interaction parameters is studied. Furthermore, both the monopole and dipole main and soft modes of 68Ni are reliably reproduced. We conclude that a hard EoS with K=308 MeV increases the GDR energy, without altering the GMR energy. Thus, this EoS gives rather consistent results in both the monopole and dipole giant resonances.
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约束分子动力学(CoMD)框架中的巨单极子和偶极子共振
约束分子动力学(CoMD)模型用于描述各种核系统的集体运动。一个comd启发的现象学为德意志民主共和国发展。此外,还研究了GDR与有效相互作用参数的关系。此外,68Ni的单极子和偶极子主模和软模都得到了可靠的再现。我们得出结论,K=308 MeV的硬EoS增加了GDR能量,而不改变GMR能量。因此,该方程在单极子和偶极子巨共振中给出了相当一致的结果。
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