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运用相对论平均场理论结合Wigner-Seitz近似，研究了致密物质中电子气体对56Fe和120Sr结构的影响，对关联的处理采用Bardeen-Cooper-Schrieffer方法.结果表明电子气体对单粒子能级、核子密度分布、核子分布均方根半径、原子核均方根半径等性质都有影响，并且对质子的影响大于对中子的影响.
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关键词:
- 相对论平均场理论 /
- Wigner-Seitz近似 /
- 单粒子能级 /
- 均方根半径
The influence of electron gas on atomic nuclei 56Fe and 120Sr in compact matter has been studied by relativistic mean field theory in combination with Wigner-Seitz approximation.Bardeen-Cooper-Schrieffer approximation is used to deal with pairing correlations.The results show that single-particle energy levels, nucleon density distributions and root-mean-square radii are changed due to electron gas. The influence on protons is greater than that on neutrons.-
Keywords:
- relativistic mean field theory /
- Wigner-Seitz approximation /
- single-particle energy levels /
- root-mean-square radii
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