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磁转动(magnetic rotation)和反磁转动(anti-magnetic rotation)是原子核基于剪刀机制(shears mechanism)的两种新的转动形式,是近年来核结构物理研究中一引人关注的热点研究课题。在反磁转动带内随自旋增加价质子逐步顺排,因此g因子是原子核高自旋态反磁转动研究最直接和灵敏的探针。
Magnetic rotation and anti-magnetic rotation are two new forms of rotation of the nucleus based on the shears mechanism, and are a hot research topic in nuclear structural physics in recent years. Therefore, g factor is the most direct and sensitive probe for the study of high-spin-state diamagnetic rotation in nuclei.