Study on an improved magnetron cavity for vapor-cell rubidium frequency standards
Frequency Control Symposium(2014)
摘要
An improved magnetron cavity applied in vapor-cell rubidium frequency standards is presented. The cavity is newly developed accommodating a glass cell with an increased diameter of 25mm. Numerical simulation indicates that the proposed magnetron cavity operates in the TE011 mode and has a high Q-factor. The results show a bigger resonant signal occurring in the improved magnetron cavity, and thus the traditional vapor-cell rubidium frequency standards with this magnetron cavity can achieve an excellent frequency stability of 8.8×10-13 τ-1/2 (1s ≤ τ ≤ 10000s).
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关键词
q-factor,frequency standards,magnetrons,rubidium,rb,te011 mode,frequency stability,glass cell,high q-factor,improved magnetron cavity,numerical simulation,resonant signal,size 25 mm,vapor-cell rubidium frequency standards,q factor,magnetic resonance
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