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中文摘要：
本项目拟系统地分析研究原子核的形状相变和形状共存的性质和机制以及新的集团结构的对称性和性质，探讨高自旋超形变核态到正常形变态退激及同核异能态到低激发态甚至基态退激的机制；研究轻核和多夸克集团等量子少体系统的性质；探讨有限密度有限温度核物质的成分和状态方程，发展包含密度温度效应的有效场论方法（例如D-S方程、整体色对称模型、等），研究核物质中强子的性质、介子凝聚、夸克凝聚及色超导等的密度温度依赖关系
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期刊论文
Density dependence of nucleon radius and mass in the global color symmetry model of QCD with a sophi
Theoretical study on rotational bands and shape coexistence of 183,185,187Tl in the particle-triaxia
Rotation driven shape-phase transition of the yrast nuclear states with O(6) symmetry in the interac
Chemical Potential Dependence of Chiral Quark Condensate in Dyson- Schwinger Equation Approach of QC
Coupling of Pion Condensate, Chiral Condensate and Polyakov Loop in an Extended Nambu- - Jona-Lasini
2+1 Flavor Polyakov- - Nambu- - Jona- Lasinio Model at Finite Temperature and Nonzero Chemical Poten
Theoretical study on the rotational bands and shape coexistence of 179,181,183Au in the particle-tri
Boson number dependence of the quantities sensitive to phase transition in the interacting boson mod
Phase transition of finite size quark droplets with isospin chemical potential in the Nanbu-Jona-Las
Remark on the Consistency of the Ladder Approximation and the Rainbow Approximation of Dyson- Schwin
Approach to the rotation driven vibrational to axially rotational shape phase transition along the y
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