首页> 外文期刊>Bulletin of the Russian Academy of Sciences. Physics >Determination of Nuclear Vertex Constants (Asymptotic Normalization Coefficients) for the Virtual Decays 3He d + p and ~(17)F ~(16)O+ p and Their Use for Extrapolating Astrophysical S-Factors of the Radiative Proton Capture by the Deuteron and the ~(16)ONucleus at Very Low Energies
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Determination of Nuclear Vertex Constants (Asymptotic Normalization Coefficients) for the Virtual Decays 3He d + p and ~(17)F ~(16)O+ p and Their Use for Extrapolating Astrophysical S-Factors of the Radiative Proton Capture by the Deuteron and the ~(16)ONucleus at Very Low Energies

机译:虚拟衰变3He d + p和〜(17)F〜(16)O + p的核顶点常数(渐近归一化系数)的确定及其在氘核和〜氘化质子俘获辐射质子S因子中的应用(16)能量很低的核

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摘要

Experimental astrophysical S-factors for the direct radiative capture processes d(p, y)~3He and ~(16)O(p,y)~(17)F are analyzed using the modified two-body potential approach. The values of the asymptotic normalizationcoefficients (nuclear vertex constants) are found for the wave functions of the ~3He and ~(17)Fnuclei in the (d + p)and (~(16)O+ p) channels respectively and are then used to extrapolate the astrophysical S-factor to region ofvery low energies.
机译:使用改进的两体势方法分析了直接辐射捕获过程d(p,y)〜3He和〜(16)O(p,y)〜(17)F的实验天体S因子。分别在(d + p)和(〜(16)O + p)通道中找到〜3He和〜(17)核的波动函数的渐近归一化系数(核顶点常数)的值,然后将其用于将天体S因子外推到非常低的能量区域。

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