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Volume 18 Issue 6
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Article Navigation >  LASER TECHNOLOGY  > 1994 >  18(6): 352-356

Citation:
shu

Cs atomic resonance filter detected by photoionization

  • 1.

    The National Key Laboratory of Magnetic Resonance and Atomic and Molecular Physics, Wuhan Institute of Physics, Academia Sinica

  • Received Date: 1994-01-31
    Accepted Date: 1994-05-03
  • This paper introduces a new type Cs atomic resonance filter(ARF)detected by photoionization. The theoretical analysis gives the inherent time response of 10 ns,the linewidth of 62 MHz and quantum efficiency of 86.6%. In current experimental apparatus, the preliminary measurements give ARF’s time response of 130 ns,quantum efficiency greater than 10.1%and critical signal laser energy of 3 nJ.A better results will be obtained while the experimental apparatus improved.
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    Bloom S H. Korevaar E, Rivers M et al. Opt Lett,1990,15,294
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    Gelbwachs J A. IEEE J Q E, 1988;24;1266
    [3] 汪盛烈,孙献平,曾福之et al.中国激光,1994,21(4),257-260
    [4] 王义道,王庆吉,傅济时et al. 量子频标原理.北京:科学出版社,1986,282
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    Starce A F. in Hardback Physik. Springer-Verlay, Berlin, W Mehiorn, 1982,31:1-121
    [6]

    Lindgard A,Nielsen S E. Atomic data and nuclear data tablri. 1977;19, 612
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  • 1. 

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Cs atomic resonance filter detected by photoionization

  • 1. The National Key Laboratory of Magnetic Resonance and Atomic and Molecular Physics, Wuhan Institute of Physics, Academia Sinica
  • Received Date: 1994-01-31
  • Accepted Date: 1994-05-03
  • Available Online: 1994-11-25

Abstract: This paper introduces a new type Cs atomic resonance filter(ARF)detected by photoionization. The theoretical analysis gives the inherent time response of 10 ns,the linewidth of 62 MHz and quantum efficiency of 86.6%. In current experimental apparatus, the preliminary measurements give ARF’s time response of 130 ns,quantum efficiency greater than 10.1%and critical signal laser energy of 3 nJ.A better results will be obtained while the experimental apparatus improved.

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