D. DG, J. LG, P. BA, M. DP, T. K, H. NP, H. W, N. WA, L. LH.
Structure of the N=126 nuclide Rn-212: Valence and core excited configurations. Physical Review C. 2009;80:054320.
Chong Qi, Du RZ, Gao Y, Zhu J, Furong, Xu.
Theoretical studies of proton capture reactions in A similar to 25 proton-rich nuclei. Science in China Series G-Physics Mechanics & Astronomy. 2009;52:1464.
SHEN SHUI-FA, Wang X-J, WANG TING-TAI, WEN TING-DUN, GU JIAN-ZHONG, LIU ZHONG-DONG, ZHANG ZE-SHENG, Xu F-R, ZHENG SHI-JIE, LIU JING-YI.
DECAY OF 188Re AND TRS CALCULATIONS FOR ITS DAUGHTER NUCLIDE 188Os. International Journal of Modern Physics E [Internet]. 2009;18:1603-1614.
访问链接 Shi-Jie Z, Fu-Rong X, Cen-Xi Y, Chong Q.
Alignments in the nobelium isotopes. Chinese Physics C [Internet]. 2009;33:107.
访问链接AbstractTotal-Routhian-Surface calculations have been performed to investigate the deformation and alignment properties of the No isotopes. It is found that normal deformed and superdeformed states in these nuclei can coexist at low excitation energies. In neutron-deficient No isotopes, the superdeformed shapes can even become the ground states. Moreover, we plotted the kinematic moments of inertia of the No isotopes, which follow very nicely available experimental data. It is noted that, as the rotational frequency increases, alignments develop at ƒßœâ = 0.2‚Ä?.3 MeV. Our calculations show that the occupation of the vj 15/2 orbital plays an important role in the alignments of the No isotopes.