[2A15] Dependence of heavy-ion incident particle production cross sections on the mean-field model in antisymmetrized molecular dynamics calculations | 2022 Annual Meeting

2022 Annual Meeting

Mar 16 - Mar 18, 2022Online

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2022 Annual Meeting

Mar 16 - Mar 18, 2022Online

[2A15]Dependence of heavy-ion incident particle production cross sections on the mean-field model in antisymmetrized molecular dynamics calculations

*Yuta Mukobara¹, Jingde Chen¹, Chikako Ishizuka¹, Satoshi Chiba¹, Tsunenori Inakura¹(1. Tokyo Tech)

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Keywords:

Antisymmetrized molecular dynamics,Particle production,Mean-field,Two-nucleon collisions,Nuclear data

In recent years, heavy-ion-induced nuclear reactions have been actively studied for both basic and applied applications, such as cancer therapy, gene mutation induction, and drug discovery. However, unlike nucleon and light-ion induced reactions, no standard calculation method has been established, and various calculation codes use various models. Among them, antisymmetrized molecular dynamics is an excellent model that includes mean-field effects and two-nucleon collision effects in addition to the properties of Fermi particle many-body systems. In this study, we will investigate how different mean-field models can make a difference in predicting particle production using the 12C+16O reaction in heavy-ion radiotherapy as an example.

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