A self-similar-structure shell modct （SSM） is proposed to extend the conven-tional shell model （SM） calculation to study halo nuclei.The exotic structures of <sup>11</sup>Liand <sup>6</sup>...A self-similar-structure shell modct （SSM） is proposed to extend the conven-tional shell model （SM） calculation to study halo nuclei.The exotic structures of <sup>11</sup>Liand <sup>6</sup>He nuclei are reproduced by means of SSM.The neutron halo of <sup>11</sup>Li comes fromthe spin-orbit term and the thick neutron skin of <sup>6</sup>He arises from the different quantumnumbers N<sub>n</sub> and N<sub>p</sub>（N=2n+1） in SSM.展开更多
基金The project supported financially by LWTZ-1298 of Chinese Academy of Sciences and the National Natural Science Foundation of China.
文摘A self-similar-structure shell modct （SSM） is proposed to extend the conven-tional shell model （SM） calculation to study halo nuclei.The exotic structures of <sup>11</sup>Liand <sup>6</sup>He nuclei are reproduced by means of SSM.The neutron halo of <sup>11</sup>Li comes fromthe spin-orbit term and the thick neutron skin of <sup>6</sup>He arises from the different quantumnumbers N<sub>n</sub> and N<sub>p</sub>（N=2n+1） in SSM.
