我们将对氢原子考虑此塞曼效应。
激光器单频可调范围经塞曼效应展宽后达2500兆赫以上。
Its frequency tuning range broadened by Zeeman effect was more than 2500 MHz.
用一种简单的半经典方法推导出了交流塞曼效应中的能级移动公式。
The formula of level shifts in AC Zeeman effect is derived on the base of a simple semiclassical method.
基于该理论基础重新设计塞曼效应试验，就可以得到测量光速的一种新方法。
Based on the theoretical basis for re-engineering Zeeman effect experiment, we can get a new method for measuring the speed of light.
它同时对激光频率和样品的塞曼效应进行调制，然后通过双解调来提取微弱的光谱信号。
In this spectroscopy, both laser frequency and Zeeman effect of a sample are modulated, and then the signal with high signal to noise will be obtained by double demodulation.
对塞曼效应实验系统各环节的作用、要求和关键作了分析和评述，指出了安排实验中应注意的问题，提出了观察不同谱线塞曼效应的建议。
The functions and main points in experiment system for Zeeman effect are analyzed. Some problems in the experiment are pointed out. It is suggested that distinct Zeeman effects should be observed.
对塞曼效应实验系统各环节的作用、要求和关键作了分析和评述，指出了安排实验中应注意的问题，提出了观察不同谱线塞曼效应的建议。
The functions and main points in experiment system for Zeeman effect are analyzed. Some problems in the experiment are pointed out. It is suggested that distinct Zeeman effects should be observed.
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