CAJ | 학술논문

在相互作用玻色子模型中引入了一种新方案即 O （6）高阶项来系统研究转动核182 W的能级和电四极跃迁性质，并和传统方案及实验结果进行了对比分析，结果表明新方案也可以描述转动核182 W的结构和性质。研究发现，新方案不但对基带的高激发能级和β带的描述比传统方案更为合理，也可以更合理地描述电四极带间跃迁过程，而传统方案下带间跃迁是禁戒的。
재상호작용파색자모형중인입료일충신방안즉 O （6）고계항래계통연구전동핵182 W적능급화전사겁약천성질，병화전통방안급실험결과진행료대비분석，결과표명신방안야가이묘술전동핵182 W적결구화성질。연구발현，신방안불단대기대적고격발능급화β대적묘술비전통방안경위합리，야가이경합리지묘술전사겁대간약천과정，이전통방안하대간약천시금계적。
The structure and property of 182 W nucleus will be investigated in the Interacting Boson Model with a new scheme of O(6) higher‐order term .The energy levels and B(E2) transition values are calculated with two different schemes of SU (3) quadrupole‐quadrupole interaction and O(6) cubic interaction for describing the rotational 182 W nucleus ,also compared with the experimental data .The results show that the new scheme can also describe the experimental low‐lying spectrum reasonably , especially the higher levels of ground band and βband .The results also show that both schemes can describe the experimental intraband B(E2) transitions .However ,for interband transitions ,the re‐sults from O (6) cubic interaction are better than those from SU (3) quadrupole‐quadrupole interac‐tion w hich is fully forbidden .