详细介绍了相对论平均场理论。
同时，也检验了相对论平均场理论在该区域的适用性。
Besides, the applicability of Relativistic mean field theory in this region was tested.
同时，也检验了相对论平均场理论在该区域的适用性。
At the same time, the applicability of relativistic mean field theory in this region is also verified in this paper.
用相对论平均场理论结合结团模型对重核结团现象进行了研究。
The results indicate that the RMF theory is well for the study of clustering in heavy nuclei.
用相对论平均场理论结合结团模型对重核结团现象进行了研究。
The clustering phenomenon in heavy nuclei is discussed in this paper within the relativistic mean field (RMF) approach.
接下来讨论了相对论平均场理论分别对球形核和轴对称形变核的描述和应用。
Next we discuss the application of the RMF theory for the spherical and the axially symmetric deformed nuclei.
基于密度相关有效相互作用的相对论平均场理论，研究了核物质和中子星的性质。
Properties of nuclear matter and neutron star are described in relativistic mean field theory with density-dependent effective interactions.
利用强子物质的相对论平均场理论和夸克物质的有效质量口袋模型，研究流夸克质量的选取对混合星性质的影响。
The influences of different current quark masses on the properties of hybrid stars were studied via the relativistic mean field theory and the effective mass bag model.
利用三轴形变的相对论平均场（RMF）理论讨论了A-100核区手征双重带候选核的三轴形变。
The triaxial deformations of candidate nuclei of the chiral doublets bands in A - 100 mass region are investigated in a microscopic and self-consistent triaxial relativistic mean field (RMF) approach.
跟核物质主要特性相一致的相对论性平均场理论被用来研究核物质里的类声集体模式的激发。
The relativistic mean field theory consistent with bulk properties of nuclear matter is extended to study the excitations of the sound-like collective modes in nuclear matter.
跟核物质主要特性相一致的相对论性平均场理论被用来研究核物质里的类声集体模式的激发。
The relativistic mean field theory consistent with bulk properties of nuclear matter is extended to study the excitations of the sound-like collective modes in nuclear matter.
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