| 1. | Techniques borrowed from the ring laser gyro can be adapted to fluid flow measurement .
借环形激光陀螺仪的技术，加以改进使之适用于流体流量的测量。 |
| 2. | The laser gyroscope manufactured in the university is in the lead in china
国防科技大学研制的激光陀螺仪在国内处于领先地位。 |
| 3. | Research into interactive relation between overall construction of well - off all - round society and overall development of human beings
机械抖动偏频激光陀螺仪随机噪声注入系统的研究与设计 |
| 4. | The laser gyro navigation system has strict requirement on structural dynamic performance while in working for its sensitivity to vibration
激光陀螺仪定位系统工作时对振动非常敏感，对系统结构的动态性能要求很高。 |
| 5. | The failure mechanisms of the rlg are very complex , but the cathode sputtering and the polluting of the reflector are the most important factors among them
激光陀螺仪失效机理非常复杂,其中对寿命影响最为重要的因素是阴极溅射和反射镜的污染及损伤。 |
| 6. | Because of the complexity of the configuration , the high expenses on manufacturing and producing and the strict demand in technique , the lifetime of the rlg has been put attentions on by both the users and the manufactories
由于激光陀螺仪结构复杂,研制与生产费用高,生产工艺要求严格,因此它的寿命问题已引起使用方和研制方的高度重视。 |
| 7. | Laser gyro inertial navigation system in land vechicle required some character such as high precision and high stability and credibility and light weight . so nicer dynamic characteristics becomes main important requirement of the system
车载激光陀螺仪惯性定向系统要求具有高精密、高稳定性、高可靠性、轻量化等特性，因此良好的系统动态性能成为系统的重要的性能指标。 |
| 8. | As vital integral part of the laser gyro navigation system design , the study in the paper solved technical problems such as outcome distortion or even system failure resulted from bad dynamic performance of bracket and isolation device structure
通过本文的研究，成功解决了激光陀螺仪定位系统工作中，因支架与隔振装置结构动态性能差而出现的结果失真及至死机的技术问题。 |
| 9. | Because of systemic and embedded research of this paper , some achievements are obtained and key technologic problem of laser gyro inertial navigation system are resolved . this paper have reference value for inertial navigation system
通过本文系统与深入的研究，取得了一定的成果，有效地解决了车载激光陀螺仪惯性定向系统中存在的关键技术问题，为同类型产品的设计提供了一个可行的设计方法。 |
| 10. | And there exists some functional relationship between the quantity of the hydrogen and the drop of the readout intensity of the rlg . usually a rlg is defined failed when the readout intensity drops to the 1 / e percent of the initial value , so a new idea that using the quantity of the hydrogen contained in the work gas to predict the life time of the rlg is put forward in this paper
论文通过对比发现,工作气体中所含有的杂质气体氢气会加剧这两种因素对寿命的影响,并且氢含量的多少与激光陀螺仪输出功率下降之间存在着某种函数关系,而当激光陀螺输出功率下降到初始强度的1 / e时就可以判定陀螺失效。 |
