美国国家安全局铷喷泉

S. Peil, S. Crane, T. Swanson, C. Ekstrom
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引用次数: 5

摘要

我们目前对我们的铷原子喷泉进行了初步评估-六个设计用于连续操作并纳入USNO时间表的第一个。我们已经证明了在弱梯度、mot负载下1.3倍10-13/ taaufr12的短期性能。我们对我们的铷喷泉(NRF1)和铯喷泉(NCF)进行了比较,证明了其相对稳定性,其特征是白频率噪声低至1.5倍10-15的Allan偏差。假设每个喷泉显示相同的噪声类型,数据与我们的铷喷泉在11小时的7乘以10-16的艾伦偏差一致。进一步升级我们的铯喷泉应该可以进行更精确的比较
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The USNO Rubidium Fountain
We present initial evaluations of our rubidium atomic fountain - the first of six that are designed for continuous operation and for inclusion into the USNO timescale. We have demonstrated short-term performance in weak-gradient, MOT-loaded operation of 1.3 times 10-13/taufrac12. We have made a comparison between our rubidium fountain (NRF1) and cesium fountain (NCF), demonstrating a relative stability characterized by white-frequency noise down to an Allan deviation of 1.5 times 10-15. Assuming that each fountain exhibits the same noise type, the data are consistent with an Allan deviation for our rubidium fountain of 7 times 10-16 at 11 hours. Further upgrades to our cesium fountain should enable more precise comparisons
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