Abstract：In order to improve the short and mid-term stability of Rubidium atomic frequency standard, some effective improvement has been done, including optimization of lamp oscillation circuit and optical detection circuit which results in reducing the circuit noise, the optimal operating temperature of the filter and absorption cell which is very useful to reduce the light shift and temperature coefficient. Frequency stability of 7×10-13/1 s and 7×10-15/104 s has been obtained.
张金海,陈溶波,张玲,杨炜,崔敬忠. 提高铷原子频标物理部分稳定度的研究[J]. 计量学报, 2015, 36(6A): 144-147.
ZHANG Jin-hai,CHEN Rong-bo,ZHANG Ling,YANG Wei,CUI Jing-zhong. Research on Improving the Frequency Stability of the Physics Package for Rubidium Frequency Standard. Acta Metrologica Sinica, 2015, 36(6A): 144-147.
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2015, Vol. 36 
