A Short Range Two-way Frequency Transfer Experiment in Free Space

Zhangjian Lu, Y. Meng, Guoyong Wang, Yuanbo Yao
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Abstract

This paper introduces a short distance two-way frequency transfer experiment in free space. We carried out two-way frequency transfer experiments on 8 m free space link in the laboratory. When the integration time is 1s, the frequency stability of two-way frequency transfer is $1.43\times 10^{-15}$. When the integration time is 4000s, the frequency stability increases to $1.13\times 10^{-17}$. The frequency stability of two-way frequency transfer is higher than that of free space frequency transfer without compensation. This proves that two-way frequency transfer technology can passively offset the frequency fluctuations introduced by links.
自由空间中短程双向频率传输实验
本文介绍了一种在自由空间中进行的短距离双向频率传输实验。我们在实验室进行了8 m自由空间链路的双向频率传输实验。积分时间为1s时,双向频率转移的频率稳定度为$1.43\乘以10^{-15}$。当积分时间为4000s时,频率稳定度增加到$1.13\乘以10^{-17}$。双向频率转移的频率稳定性高于无补偿的自由空间频率转移。这证明双向频率传输技术可以被动地抵消链路引入的频率波动。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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