The designs of the light path, circuit and gas cell are based on the theoretic analysis in the paper.
在理论分析的基础上，本文进行了光路、电路和气室的设计。
The paper introduces the structure of a new kind of gas cell with two sight sources and four detectors.
介绍了一种新型的双光源四探测器气室结构。
The maximum modulation depth of the gas cell is calculated as 42%, which is in good agreement with the experimental result.
计算了气体盒的最大调制度，其值为42%，与实验所得到的最大调制度很好地符合。
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.
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。
Based on a miniaturized microwave cavity developed by ourselves and the separated filter technique, a new type of cavity-cell assembly for gas cell rubidium frequency standards was made.
在自行研制的一种小型化微波腔的基础上，新近研制出采用分离滤光技术的气泡型铷频标腔泡系统。
Based on a miniaturized microwave cavity developed by ourselves and the separated filter technique, a new type of cavity-cell assembly for gas cell rubidium frequency standards was made.
在自行研制的一种小型化微波腔的基础上，新近研制出采用分离滤光技术的气泡型铷频标腔泡系统。
应用推荐