一个85Rb相干种群捕获原子钟

Ke Deng, Xuzong Chen, Zhong Wang
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引用次数: 2

摘要

本文介绍了相干种群捕获时钟的三种主要技术。采用玻璃硅阳极键合技术制备了铷蒸汽电池。我们使用两种不同的缓冲气体(Ar和Ne),它们产生相反的移位速率,以减少时钟频率稳定性对原子温度稳定性的依赖。我们使用陶瓷填充的同轴谐振腔作为射频源。
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A 85Rb coherent population trapping atomic clock
This paper introduce three main technologies in our coherent population trapping clock. The rubidium vapor cell is fabricated by glass-silicon anodic bonding techniques. We use two different buffer gases (Ar and Ne) that produce opposite shift rates to reduce the dependence of the clock frequency stability on the temperature stability of the atoms. We use the ceramic-filled coaxial resonator as the RF resource.
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