论文标题
旋转振动模型中碳12和氧气16的电磁过渡速率
Electromagnetic transition rates of Carbon-12 and Oxygen-16 in rotational-vibrational models
论文作者
论文摘要
我们开发一种形式主义来计算核的旋转振动模型的电磁（EM）过渡速率。形式主义应用于最近提出的碳12和Oxygen-16模型，这些模型是灵感来自Skyrme模型中核动力学的启发。我们将结果与实验数据以及其他核模型进行了比较。碳12的结果与所有模型中的数据非常吻合，因此很难区分模型。这样做需要更多的实验数据，我们建议哪些过渡最有趣。 Oxygen-16的模型在描述数据方面不太成功，我们建议对我们的近似值进行一些可能的改进，这可能会有所帮助。
We develop a formalism to calculate electromagnetic (EM) transition rates for rotational-vibrational models of nuclei. The formalism is applied to recently proposed models of Carbon-12 and Oxygen-16 which are inspired by nuclear dynamics in the Skyrme model. We compare the results to experimental data, as well as other nuclear models. The results for Carbon-12 are in good agreement with the data across all models, making it difficult to differentiate the models. More experimental data is needed to do this, and we suggest which transitions would be most interesting to measure. The models of Oxygen-16 are less successful in describing the data, and we suggest some possible improvements to our approximations which may help.
