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首页> 外文期刊>Physica Scripta: An International Journal for Experimental and Theoretical Physics >The stark quantum beat of Ne fluorescence in the vacuum ultra violet region
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The stark quantum beat of Ne fluorescence in the vacuum ultra violet region

机译：真空紫外区中氖荧光的鲜明量子拍

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The Stark quantum beats between the M = 0 and M = 1 magnetic sublevels of Ne atom Rydberg states were observed in electric fields up to 5 kV/cm, using synchrotron vacuum ultra violet radiation. It was confirmed that the beat frequencies depend on the electric field strength squared. The angular correlation of the fluorescence intensities and the Stark beat amplitudes of some Rydberg states were measured and the experimental results agree with the theoretical predictions. The tensor polarizabilities of the 26 Ne Rydberg states were determined from the field dependence of the M = 0 and M = 1 splitting. A comparison between the experimental frequencies and the values calculated using the jl coupling scheme and the MQDT analysis was attempted. [References: 37]
机译：使用同步加速器真空紫外辐射，在高达5 kV / cm的电场中观察到Ne原子Rydberg态的M = 0和 M = 1磁性亚能级之间的Stark量子拍。可以确定，拍频取决于电场强度的平方。测量了一些里德堡态的荧光强度和斯塔克拍幅的角度相关性，实验结果与理论预测吻合。根据M = 0和 M = 1分裂的场依赖性确定26 Ne Rydberg状态的张量极化率。尝试将实验频率与使用jl耦合方案和MQDT分析计算出的值进行比较。 [参考：37]

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