论文标题
在最小R-对称超对称标准模型中的核转换为核中的电子
Muon conversion to electron in nuclei in Minimal R-symmetric Supersymmetric Standard Model
论文作者
论文摘要
我们在最小的R-对称超对称标准模型的框架中分析了违反Lepton风味的过程$μ-E $转换。理论预测是通过考虑违反Lepton风味的参数$δ^{12} $的实验限制来确定的。数值结果表明，$γ$企鹅和Z企鹅在CR（$μ-E $，nucleus）上的预测主导了，而希格斯企鹅和盒子图的贡献微不足道。 AL或TI目标中转化率Cr（$μ-E，核）的理论预测可以增强接近未来的实验敏感性，并且在不久的将来的实验中可以观察到非常有希望的。
We analyze the lepton flavor violating process $μ-e$ conversion in the framework of the minimal R-symmetric supersymmetric standard model. The theoretical predictions are determined by considering the experimental constraint on parameter $δ^{12}$ from the lepton flavor violating decay $μ\rightarrow e γ$. The numerical results show that $γ$ penguins and Z penguins dominate the predictions on CR($μ-e$,Nucleus), and the contributions from Higgs penguins and box diagrams are insignificant. The theoretical predictions on conversion rate CR($μ-e$,Nucleus) in a Al or Ti target can be enhanced close to the future experimental sensitivities and are very promising to be observed in near future experiment.
