Li Jingjing, the basic research of Li Jingjing in the radiation institute, has made new progress in the basic research

Using melting response and

Multi -core transfer reactions generate new nuclein schematic diagram

The synthesis of radioactive new nuclear, especially on the nuclein diagram, and the hyper uranium area, has always been a cutting -edge field of international nuclear physics research. It is of great significance to capture the process of fast neutron. At the same time, it is also a cutting-edge cross-edge area of ​​nuclear body physics and chemistry. It can promote the development of nuclear celestial physics (R-processes of nuclear synthesis) and radioactive physics related to radioactive physics.

Three different reaction systems are under the best incident energy

Finerous neutron radioactive new nuclein generates cross -section comparison

Li Jingjing, a postdoctoral post -doctorate of the Institute of Radiation Technology of the Beijing Institute of Science and Technology, mainly uses a multi -core metastasis response to the basic theoretical research generated by hyper uranium radioactives during the station. A prominent study is the production of a multi -nuclear transfer response to the multi -nuclear metastasis reactions of the 338U of the target nuclear 238U, 132SN, 132SN, 144XE, and the target nucleus of the tadpole. energy.该成果以“Theoretical study on the production of neutron-rich transuranium nuclei with radioactive beams in multinucleon transfer reactions”为题发表在核物理国际权威学术期刊《Physical Review C》（SCI二区）上。 The other is a in -depth study of the energy effects and equivalent rotary balance between the multi -core transfer reactions between the 238U and the target nucleus of 238U and the target of the system. Production of unknown neutron-rich transuranium isotopes 245–249Np, 248–251Pu, 248–254Am, and 252–254Cm in multinucleon transfer reactions”为题发表在《Journal of Physics G: Nuclear and Particle Physics》（SCI二区）上Essence The above two results Li Jingjing is the first author, and the radiation is the first unit. At the same time, related research results have published 6 papers. At present, he was invited to write a review article for "Internal Journal of Modern Physics E".

The research work carried out during the post -doctoral period of Li Jingjing has obtained the National Natural Science Foundation of China Youth Fund Project "Research on the Genesis of Ultra Ueured Nine Nuclein" (funded number: 12105019) and the National Natural Science Foundation Theoretical Physics Project " The funding of the theoretical research (funding number: 12047513) of the theoretical research mechanism of the new nuclein production mechanism of the heavy zone and overweight zone, and also received the funding project of Beijing post-doctoral research activities (funding number: 2021-ZZ-089) and 2021 Beijing Science Support of the financial fund project (funding number: 13001-2111) of the Municipal Institute of Technology. In addition, Li Jingjing won the "Excellent Youth Report Award" at the National Nuclear Reaction Conference and National Key R & D Planning Project Annual Conference in 2021.

(Institute of Radiation Technology)

Public account name: Beijing Institute of Science and Technology, Beijing Science and Technology Research Institute

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