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首页> 外文期刊>Physics of atomic nuclei >Energy Dependence of Optical-Model Parameters for the Interaction of ~6Li and ~7Li Ions with ~(28)Si Nuclei at Low Energies
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Energy Dependence of Optical-Model Parameters for the Interaction of ~6Li and ~7Li Ions with ~(28)Si Nuclei at Low Energies

机译:低能下〜6Li和〜7Li离子与〜(28)Si核相互作用的光学模型参数的能量依赖性

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摘要

The results of a joint analysis of experimental data (angular distributions for scattering and total reaction cross sections) are presented for the case of the interaction of ~(6,7)Li ions with ~(28)Si nuclei at energies between 7.5 and 32 MeV. The respective calculations were performed on the basis of a deformed potential of the optical model by using the SPI–GENOA code. The energy dependences of the parameters of the macroscopic optical model and the total cross section for the (~(6,7)Li+~(28)Si) reactions were obtained over the energy interval from 7.5 to 32 MeV. The calculated angular distributions and total reaction cross sections are in good agreement with experimental data.
机译:给出了在7.5和32之间的能量下〜(6,7)Li离子与〜(28)Si核相互作用的实验数据(散射的角分布和总反应截面的联合分布)的结果。 MeV。通过使用SPI–GENOA代码在光学模型的变形电势的基础上执行了相应的计算。在7.5至32 MeV的能量间隔内获得了(〜(6,7)Li +〜(28)Si)反应的宏观光学模型参数和总截面的能量依赖性。计算得到的角度分布和总反应截面与实验数据非常吻合。

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