本文观测了光抽运实验中不同频率的微波跃迁之间的相互影响，并讨论了光——微波抽运方案用在气泡中的可能性。
The mutual influence between different microwave transitions in optical pumping experiment is observed. The possibility of applying the Optical-microwave pumping device in gas cell is discussed.
铯133原子发射一个细的微波谱线当它的第55个电子从受激态轨道跳回基态时(跃迁)。
Cesium-133 atoms emit a thin microwave spectral line when its 55th electron jumps back from an excited state orbital to its ground state (transition).
通过减小微波扫描的频率范围，得到钟跃迁频率和谱线线宽。
The clock transition frequency and linewidth of the clock transition line were obtained by scanning the microwave frequency in a narrow region.
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