【摘 要】
：
原子核结构研究的历史上,幻数的发现是原子核壳结构模型的重要基础.当核子数从幻数到远离幻数时,原子核会出现各种奇特的结构现象,如电/磁转动、手征转动、超形变、形状共存
【机 构】
：
北京航空航天大学中国原子能科学研究院
论文部分内容阅读
原子核结构研究的历史上,幻数的发现是原子核壳结构模型的重要基础.当核子数从幻数到远离幻数时,原子核会出现各种奇特的结构现象,如电/磁转动、手征转动、超形变、形状共存与相变等.126Te 比幻数Z=50 多2 个质子,是A～120-130 过渡区原子核,有着相对较软的γ 形变,因价核子的形状驱动效应很容易发生形变,从而能展现出丰富的核结构信息.本工作通过实验上丰富126Te原子核的能级结构信息,探索研究其可能存在的新物理现象.
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