Under the optimum conditions the frequency of the laser at 399 nm is stabilized.
在最佳稳频条件下399纳米激光频率被锁定。
We have obtained the hyperfine structure components of P(84) 5-5 transition with a SNR of 1000 at 1 s time constant. The diode laser is frequency stabilized to the hyperfine component o of the saturated absorption signal.
我们得到了此跃迁超精细结构成分的讯噪比是1000(在1秒的时间常数)；此二极体雷射稳频在o超精细结构成分上，所得到的频率稳定性优於10 kHz。
The method can stabilize the output frequency of laser on the peak of atoms absorption lines and less lose lock. The laser stabilized by this method is used in the experiment of laser cooling atoms.
这种方法能够将激光频率稳定地锁在原子吸收谱线的峰值处，锁频后激光器不易失锁，用于激光冷却铷原子实验。
Frequency stabilized laser by Zeeman effect and saturated absorption lines of Rubidium atoms
采用Zeeman效应与饱和吸收法的激光器稳频
This paper presents a novel electronic equipment with which laser beam stability excelling 0.5% can be obtained, and its output noise in comparision with that obtained with an ordinary stabilized current power source can be reduced by about 20 dB in the acoustic frequency range.
本文介绍了一种新型电子学装置，它可以使小功率He-Ne激光器输出功率稳定度达到0.5%，在声频范围的噪声与通常稳流电源相比，可降低20dB。
Faraday Anomalous Dispersion Optical Filter Atomic Frequency-Stabilized Semiconductor Laser through Optical Feedback
半导体激光器的原子法拉第反常色散光学滤波器光反馈稳频
Faraday anomalous dispersion optical filter atomic frequency-stabilized semiconductor laser through optical feedback.
半导体激光器的原子法拉第反常色散光学滤波器光反馈稳频。
Finally, a practical circuit for frequency stabilization of iodine stabilized He-Ne laser is described.
最后还给出了一台已用于碘稳定He-Ne激光器的偏频锁定稳频的实际电路。
We stabilized the laser frequency on Rubidium absorption spectroscopy, and the residual frequency fluctuation is 3.5 MHz in 30 s.
我们还将激光器的频率锁定于Rb原子的吸收线上，30s内剩余频率起伏约为3.5 MHz。
This paper describes a new way to stabilize the frequency of a Zeeman He-Ne gas laser. The laser frequency is stabilized by controlling the refractive index of the laser plasma.
本文介绍一种ZeemanHe-Ne气体激光器新的稳频方法，通过控制激光等离子体介质的折射率来稳定激光器的频率。
The correlative theories, including laser beat frequency principle and laser stabilized frequency technology are represented.
对光学加速度计相关理论，包括激光拍频检测原理、激光稳频技术等有较为详细的叙述。
The Measurement of the Frequency Discriminating Curve of CO_2 Laser Frequency-Stabilized System Using NH_2D Stark Cell with the Heterodyne Method
科用外差法测定NH2D斯塔克盒稳定CO2激光频率系统的鉴频曲线
Residual amplitude modulation (RAM) in electro-optical phase modulators (EOM) and its influence on the laser frequency shift of iodine-stabilized 532 nm laser are investigated experimentally.
实验研究了电光相位调制中剩余幅度调制以及它的变化引起的碘稳频532nm光频标的频率漂移。
According to laser working process, stabilization frequency includes mode hopping, transition stage and stabilized mode.
按照激光器的工作过程，稳频分为三个阶段：跳模、过渡阶段，模式稳定。
Frequency Stabilized High Power Nd ∶ YVO_4 Ring Single-Frequency Laser End-Pumped by Diode Laser
激光二极管抽运的高输出单频稳频Nd∶YVO4激光器
The Analysis of the Frequency Discriminating. Signal of CO_2 Laser Frequency & Stabilized Using Stark Effect
利用斯塔克效应的CO2激光稳频系统中的鉴频信号分析
This paper discussed an opto-heterodyne technique for small-plane-angle measurement with a frequency-stabilized longitudinal Zeeman laser as the light source.
文本用纵向塞曼双频稳频激光器作光源，提出了一种光学超外差法小平面角的精密测量方法。
Residual amplitude modulation in electro-optical phase modulators and its influence on the laser frequency shift of iodine-stabilized 532 nm laser are investigated experimentally.
实验研究了电光相位调制中剩余幅度调制以及它的变化引起的碘稳频532 nm光频标的频率漂移。
Laser frequency was stabilized on some of the hyperfine components with third harmonic technique.
用三次谐波锁定的稳频电路实现了该激光器在碘饱和吸收线超精细分量上的频率稳定。
The wavelength of an actively mode-locked fiber laser based on erbium doped fiber amplifier (EDFA) was stabilized in the experiment. The modulation frequency of the mode-locked fiber laser was 10.06 GHz.
在实验中对基于掺铒光纤放大器（EDFA）的主动锁模光纤激光器进行波长稳定，激光器的调制频率为10.06GHz，观察到了良好的稳定效果。