Within the framework of the modified potential cluster model with forbidden states, radiative n¹²С capture at energies from 10^–5 keV to 5 MeV has been considered with allowance for the wide resonance at E_x = 8.2 MeV. It has been shown that it is possible, with the help of potentials that have been matched with bound state energies, to accurately reproduce the available experimental data. Reaction rates of n¹²C capture have been calculated on the basis of the obtained total cross sections. Results for the reaction rates are approximated by simple expressions, which simplifies their use in applied studies.

中文翻译：

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在 0.01 T9 到 10 T9 的温度下的辐射 n12C 衰减率

内与禁止状态的改进势聚类模型，辐射的框架Ñ ¹² С捕获在能量从10 ^-5 keV到5MeV的已经被认为与津贴在宽共振Ë _X = 8.2兆电子伏。已经表明，在与束缚态能量匹配的势能的帮助下，可以准确地再现可用的实验数据。n ¹² C捕获的反应速率已基于获得的总横截面计算。反应速率的结果由简单的表达式近似，这简化了它们在应用研究中的使用。