摘要
相对论吝啬地(RMF ) 理论被用来计算 = 的性质 7 9 滴下线原子核 <SUP>7</SUP > 李， <SUP>7;9</SUP > ， <SUP>8;9</SUP > B，和 <SUP>9</SUP > C。在试验性、理论的有约束力的精力之间的系统的偏差被发现。这些系统的偏差的可能的原因以配对精力被讨论。为这些原子核的事分布的 root-mean-square (rms ) 半径同意试验性的数据相当好。在 <SUP>8</SUP 的一个质子光圈结构 > B 被复制很好，并且在 <SUP>9</SUP> C 的二质子的光圈被预言。计算证明 RMF 理论在学习轻滴下线原子核的性质是有效的。
The relativistic mean-field （RMF） theory is used to calculate the properties of A =7-9 drip-line nuclei ^7Li, ^7;9Be, ^8;9B, and ^9C. Systematic deviations between experimental and theoretical binding energies are found. Possible reasons of these systematic deviations are discussed in terms of pairing energy. The root-mean-square （rms） radii of matter distributions for these nuclei agree with the experimental data quite well. The one-proton halo structure in ^8B is reproduced well, and the two-proton halo in ^9C is predicted. The calculations show that the RMF theory is valid in studying the properties of light drip-line nuclei.
基金
supported by the Knowledge Innovation Project of Chinese Academy of Sciences under Grant No.KJCX3-SYW-N2
