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- Laser Frequency Stabilization Based on Control of Intermode Beat Note[J]. 引用该论文 王丽霞;蒋燕义;毕志毅;马龙生.
- Except that LIF can get high precision for the laser frequency stabilization, it can make laser frequency detune from one atomic resonance frequency easy and exact. 激光感生荧光稳频技术除有很高的稳频精度以外，还可以获得相对于原子共振频率的一定失谐量。
- laser frequency stabilizing system 激光稳频系统
- laser frequency stability 激光频率稳定度,激光器频率稳定度
- Design on Accurate Temperature Control for Laser Frequency Stabilization 用于激光稳频的精密温控系统设计
- Influences of Temperature and Absorption Length on Laser Frequency Stabilities 温度和吸收程对稳频精度的影响
- Technique of Temperature Control for Diode Laser Frequency Stabilization 稳频半导体激光器的温度控制技术
- Laser Frequency Stabilization Based on Control of Intermode Beat Note 基于纵模拍频控制的激光稳频技术
- Experimental Study of Diode Laser Frequency Stabilization by Zeeman Modulation 半导体激光器塞曼调制稳频的实验对比研究
- Laser Frequency Stabilization for Differential Ring Lasers 四频差动激光陀螺中的激光稳频
- Be assure high frequency stability &excellent solderability. 确保高频率稳定性及良好的焊接性。
- Theoretical analysis shows that the stability of the laser frequency is identical with that of the intermode beat note. 理论分析表明,激光频率稳定度与两相邻纵模拍频频率的稳定度相同;
- Q switched laser, optical parameter oscillator, energy! power efficiency, frequency stability, message send and receive from COM port. 调Q激光器,光参量振荡器,能量/功率转换效率,频率稳定性和复现性,串口通讯
- Recently, laser frequency standards have developed rapidly. 近年来，激光频标得到了迅速发展。
- This paper gets the frequency stability of a sine wave using a digital method. 摘要本文实现了利用数字方法计算正弦波的频率稳定度。
- Theoretic analysis on laser frequency stabilization derived from Cr atomic beam laser induced fluorescence 铬原子束激光感生荧光稳频技术理论分析
- In the analysis of frequency stability of laser and other kind of oscillators,such as cesium,rubidium as well as crystal,Allan variance have got extensive application. 在激光频率与各类振荡器(如铯、铷以及晶体等)频率稳定度的分析中,Allan方差的理论获得广泛的应用。
- Theoretical calculation of modulation signal in iodine absorption laser frequency stabilization 碘吸收激光稳频中调制信号的理论计算
- DRO(dielectric resonator oscillator) has the characteristics of high frequency stability and low phase noise. 介质振荡器具有频率稳定性好,相位噪声低的特性。
- The system lays the foundation for the further research of RLG frequency stability. 该系统的研制成功为深入开展激光陀螺仪的稳频研究奠定了基础。
