在论文,我们在不稳定的原子核考察研究的最近的进步,主要在中国与放射性的离子横梁的设备结盟了,包括研究的试验性、理论的方面。为反应,腐烂和结构的许多实验被执行了指向不稳定的原子核的性质的更好的理解。与原子天体物理学有关的特殊试验性的大小被做了在宇宙寻求卓见进元素的综合体的过程。理论计算在不稳定的原子核的行为上提供了许多有用预言,与模型开发。研究从光盖住许多集体区域到超重原子核,给不稳定的原子核的结构的很多的信息,向原子原子核的存在的限制。
In the paper we review the recent progress of studies in unstable nuclei, mainly affiliated with the facilities of radioactive ion beams in China, including both experimental and theoretical aspects of researches. Many experiments for reactions, decays and structures have been performed targeting better understandings of properties of unstable nuclei. Special experimental measurements related to nuclear astrophysics have been done to seek insights into the processes of syntheses of elements in the universe. Theoretical calculations have provided many useful predictions on the behaviors of unstable nuclei, with model developments. Studies covered many mass regions from light to superheavy nuclei, giving plenty of information about the structures of unstable nuclei, towards the limits of existence of atomic nuclei.