结果表明此方法能有效地抑制激光陀螺的随机误差。
The results show that this method can effectively decrease the random error of laser gyro.
和激光陀螺相比没有高电源，也没有机械抖动部件。
Compared with laser gyro, it has no both high power supply and mechanical vibrating elements.
某船载激光陀螺姿态参考系统的理论分析与实验研究。
Theoretic and experiment study of a shipboard attitude reference system using laser gyros.
研究了机抖激光陀螺抖动偏频量与温度之间的关系。
增益管中气体的流动是激光陀螺中的一项主要误差源。
The gas flow in the gain tube is one of the main error sources in ring laser gyros.
该仪器已经工程化，正为激光陀螺的研制、生产服务。
This instrument reaches the standard of engineering, it has been serving on the research and production of laser gyro.
气体增益介质的流动是激光陀螺中的一项主要误差源。
The gas flow in the gain medium is one of the main error sources in ring laser gyros.
这对于设计激光陀螺的磁屏蔽结构具有一定的实用价值。
This can be practical useful to the design of magnetic shielding for ring laser gyro.
分析了激光陀螺的工作原理，介绍了激光陀螺的性能特点。
The principle and features of the laser gyro are summarized in this paper.
该结果为今后进一步研究和改善激光陀螺的特性提供了依据。
These results provide a good basis for the further study of the characteristics of laser gyro.
谐振腔是构成激光陀螺的主体，其参数直接影响陀螺的性能。
The resonator parameters of laser gyro can directly influence its performance.
报道了激光陀螺中的朗缪尔流动效应截面分布的实验测量结果。
The experimental results of radial distribution of Langmuir flow effects in a ring laser gyro are reported in this paper.
实验结果表明，速率偏频激光陀螺具有较高的精度，应当重视。
As shown by the test results, the ring laser gyro with rate biasing has better accuracy and should be considered for further development.
利用单片机定时器2的输出功能实现了激光陀螺的小抖动稳频。
With the MCU's Timer2 output modulation, the Path Length Control function is achieved.
采用自行研制的精密速率转台进行了速率偏频激光陀螺的实验研究。
With a specially designed precision rate table, the experimental research on the ring laser gyro with rate biasing has been carried Out.
本文采用理论与实验相结合的方法研究了机抖激光陀螺的机电特性。
This paper discussed the electromechanical characteristic of the DRLG with the method combined theory with experiment.
为研究激光陀螺精细模耦合作用，考虑了增益介质中的粒子数脉动效应。
The population pulsation effect in the gain medium was considered to research the fine mode coupling effects in the laser gyro.
提高速率偏频激光陀螺静态角速率测量精度在其应用领域具有重要的作用。
Improving measuring accuracy of rate biased laser gyro Angle rate is important to its application field.
实验获得的扫模曲线表明，该驱动电源能够满足环形激光陀螺扫模系统的要求。
The mode-sweep curve obtained by experiment shows that this power supply system can meet the requirement of automatic mode-sweep system of ring laser gyro.
为避免传统光强差稳频方式的缺陷，提出了四频差动激光陀螺小抖动稳频方法。
To overcome the disadvantages of light intensity difference frequency stabilization, the dithering frequency stabilization for four frequency differential laser gyro is studied in this paper.
激光陀螺的精度主要取决于环形激光传感器的闭锁阈值和偏频装置引起的误差。
The accuracy of ring laser gyro is mainly depending on its lock-in threshold and the errors caused by its frequency biasing apparatus.
实验表明新鉴相方法得到的数据正确，因此能用于机械抖动激光陀螺过锁区处理。
Tests show that datum got through the new method are right and the method can be used for treating with signals from dithered RLG.
通过高频振动实验，利用双子样迭代算法分析了激光陀螺在振动条件下的圆锥误差。
The conic error of RLG's was analyzed in the help of the two-sample iteration algorithm by high-frequency experiment.
论文主要阐述了寻北仪中双阳极共阴极结构的激光陀螺高稳定度稳流电源的实现过程。
This paper mainly discusses how to design a high stability current control power supply for laser gyro of double anodes and common cathode in North-Finder based on Ring laser Gyroscope.
最后介绍了国外研究原子激光陀螺的现状，以及还处于实验室阶段的原子激光陀螺样品。
At last, the paper introduced the research status of atom laser gyro abroad and some atom laser prototype under experiment phase.
介绍了C8051F120单片机的主要性能特点及其在激光陀螺稳频控制器中的应用。
The main features of C8051F120 MCU and it's application in the Laser Gyro Controller are introduced.
由于四频差动激光陀螺中四个模式偏振态、运行方向的不同，各模式具有不同的单程损耗。
Modes in four frequency differential laser gyros have different round trip loss due to different polarization, propagating direction.
磁敏感性是激光陀螺普遍存在的问题，对使用圆偏光工作的激光陀螺，这一问题尤为严重。
The sensitivity to magnetic is a common problem for ring laser gyro, especially for laser gyro using circular polarized light.
某些移动卫星通信天线自动跟踪系统采用激光陀螺进行跟踪，但激光陀螺跟踪有其不足之处。
A new method, gadient algorithm, is put forward to replace the laser gyroscope for the antenna autotracking system of the mobile satellite communication earth station.
在对激光陀螺漂移数据建立时间序列模型的基础上，对激光陀螺的漂移数据进行了卡尔曼滤波。
The paper sets up a time sequence model of laser gyro random error and processes the drift data by Kalman filter based on the model.
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