Within the framework of the modified potential cluster model with the classification of orbital states according to Young diagrams, the possibility of description experimental data for S-factor of the proton radiative capture on ⁷Li to the ground state of ⁸Be is considered. It was shown that taking into account E1 and M1 transitions from the state of $p^7$Li scattering to the ground state of ⁸Be in the $p^7$Li channel it is possible to explain the value of the S-factor at energies up to 10 MeV. Based on the calculated total cross sections, the reaction rate in the temperature range of 0.01 to 10.0 $T_9$ is obtained. It is demonstrated that the inclusion of low-lying resonance states gives some contribution into the reaction rate at high temperatures.

在根据杨氏图对轨道状态进行分类的修正势簇模型的框架内，考虑了描述⁷ Li 到⁸ Be基态的质子辐射捕获的S因子的实验数据的可能性。结果表明，考虑到E 1 和M 1 从状态的转变${磷}^7$Li 散射到⁸ Be的基态${磷}^7$Li 通道可以解释能量高达 10 MeV 时S因子的值。基于计算的总截面，在 0.01 到 10.0 温度范围内的反应速率${吨}_9$获得。结果表明，包含低共振态对高温下的反应速率有一定的贡献。