Within the framework of the modified potential cluster model with forbidden states and their classification according to Young diagrams, the possibility of describing experimental data on the total cross sections of the neutron radiative capture on ⁷Li is considered. It is shown that the model used and the methods for constructing potentials make it possible to correctly describe the behavior of experimental cross sections at energies of 1 meV to 1.5 MeV, where experimental data are available. Based on the calculated total cross sections up to 5 MeV, the reaction rate is calculated and its analytical approximation is carried out. Resonance structure of ⁷Li(n, γ)⁸Li cross section and its impact on the reaction rate is examined. It is shown that the ⁷Li(n, γ)⁸Li reaction dominates at T ₉ < 0.1 as opposed to the burning of ⁷Li in the ⁷Li(³H, n)⁹Be and ⁷Li(⁴Нe, γ)¹¹B reactions, but comparable to (d, γ), (d, p), and (p, γ) at T ₉ ∼ 1.

在具有禁止状态的修正势簇模型及其根据杨图分类的框架内，考虑了描述⁷ Li上中子辐射捕获总截面的实验数据的可能性。结果表明，所使用的模型和构造电位的方法可以正确描述能量为 1 meV 到 1.5 MeV 的实验横截面的行为，其中实验数据可用。基于高达 5 MeV 的计算总截面，计算反应速率并进行其解析近似。⁷ Li( n , γ ) ^{8 的}共振结构检查了 Li 横截面及其对反应速率的影响。结果表明，在⁷立（Ñ，γ）^8个以Li反应占优势Ť ₉ <0.1，而不是燃烧⁷栗在⁷立（³ H，Ñ）⁹ Be和⁷的Li（⁴ Нe，γ）¹¹ B 反应，但与T ₉ ∼ 1 时的( d , γ )、( d , p ) 和 ( p , γ )相当。