Experimental Study on Proton Drip-line Nucleus $^9$C

Subjects: Physics >> Nuclear Physics submitted time 2023-07-12

Wang, Kang Duan, Fangfang Yang, Guo Yang, Yanyun

Abstract： The possible cluster structure of the proton drip-line nucleus $^{9}$C is of great significance for understanding the exotic structure of nuclei and nucleon interactions. Additionally, $^{9}$C plays a crucial role in nuclear astrophysics research. Thus great attention has been attracted by $^{9}$C. Researchers have conducted extensive experimental explorations on $^{9}$C, including studies of decay properties, energy level structure, magnetic dipole moments, nuclear astrophysics $S$ factor, and reaction cross sections. Numerous achievements have been made, but the knowledge on $^{9}$C is still insufficient. With the construction and operation of new generations of high-intensity heavy-ion accelerator facilities, combined with new experimental methods and higher efficiency detection equipment, it is expected to obtain more precise data and deepen our understanding of the exotic structure and reaction mechanisms of $^{9}$C.

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