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利用氖原子饱和吸收峰(以下简称吸收峰)作为鉴频器,采用双通道无差调节电子学伺服系统,将氦-氖0.633微米激光进行了稳频.激光频率的稳定性优于3×10~(-10),重复性优于1×10~(-8).比稳定在兰姆下陷的氦-氖0.633微米的激光频率稳定性 相似文献
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The experimental method and results of He-Ne laser with frequency stabilized to saturated absorption of Neon atom within the cavity are described. Two channel stabilized electronics were adopted. The stability and the repeatability are 3x10-10 and 1x10-8 respectively. The vacuum wavelengths of two neon stabilized lasers are given. 相似文献
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