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Long Gui-lu, Zhang Wei-lin, Ji Hua-ying, Li Yan-song, Tu Chang-cun, Niu Li, Zhao En-guang, Zhu Sheng-jiang. Studies of F spin Mixed Symmetry States, Collective Backbending and Electromagnetic Transitions in Nuclear Algebraic Models[J]. Nuclear Physics Review, 1999, 16(1): 6-10. DOI: 10.11804/NuclPhysRev.16.01.006
Citation: Long Gui-lu, Zhang Wei-lin, Ji Hua-ying, Li Yan-song, Tu Chang-cun, Niu Li, Zhao En-guang, Zhu Sheng-jiang. Studies of F spin Mixed Symmetry States, Collective Backbending and Electromagnetic Transitions in Nuclear Algebraic Models[J]. Nuclear Physics Review, 1999, 16(1): 6-10. DOI: 10.11804/NuclPhysRev.16.01.006
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Studies of F spin Mixed Symmetry States, Collective Backbending and Electromagnetic Transitions in Nuclear Algebraic Models

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  • The collective backbending effect, F spin mixed symmetry states have been studied for the nuclei with moderate high spins. It is found that there is an additional L(L+3) proportional term in the E2 transition rates in the sdg interacting boson model and solved the long standing problem of reduction of collectivity in the wave function of boson models. The electromagnetic transitions in the spdf interacting boson model have been calculated and compared with existing experimental...
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