摘要
介绍了光抽运铯原子钟计算机模型系统的基本结构体系 ,该计算机模型系统包括铯原子炉、抽运和检测激光、Ramsey微波作用腔、C场、荧光检测系统等程序模块。利用这个计算机模型系统 ,对光抽运小型铯原子钟在一些极端条件下的情形进行了研究 ,如抽运激光功率偏低 ,有效原子的速度分布特别窄 ,微波功率远大于最佳微波功率等条件下 。
In this paper, the system structure of an optically pumped cesium beam atomic clock computer model is introduced. This cesium atomic clock computer model included program modules of cesium oven, pumping laser, detecting laser, Ramsey microwave cavity, C field, fluorescence detecting system. Using this cesium atomic clock computer model, the phenomena, which emerged in optically pumped small cesium atomic clock under some special conditions, have been studied. For examples, lower pumping laser power, narrow effective velocity range, and excessive microwave power. Some meaningful results were analyzed.
出处
《激光与光电子学进展》
CSCD
2001年第4期11-14,共4页
Laser & Optoelectronics Progress
关键词
铯原子钟
激光抽运
计算机模型
cesium atomic clock, optical pumping, computer model
