垂直陀螺利用一个陀螺仪作为积分装置以得摇摆不定的重力基准线的平均位置。
The gyro vertical utilizes a gyroscope as an integrating device to obtain the average position of a pendulous gravity reference .
相近的原理方法有激光陀螺仪原理可以解释，激光陀螺仪从一个封闭的系统设备获取非密闭系统的信息。
A similar approach is necessary to explain the principle of the laser gyroscope, where open system attitude information is obtained from an apparently closed system device.
本论文的主要工作是根据陀螺仪的漂移数据，作出陀螺漂移的波形，并对报表打印。
The main work of the thesis is about drawing the wave form and printing the report .
陀螺装配在陀螺仪的制造和应用领域具有广泛的应用前景。
Gyro assembly has been proved to have extensive application prospect in the fields of manufacture and application of the gyroscope.
陀螺仪高速转子球轴承是陀螺仪的核心元件，其精度、寿命及可靠性对陀螺仪的性能、寿命及可靠性影响极大。
Gyro high - speed rotor ball bearing is a key element of gyroscope, influence of its accuracy, life and reliability on gyroscope's performance, life and reliability is extremely great.
通过硅微型梳状线振动驱动式陀螺仪的结构示意图，介绍了该陀螺仪的工作特点。
By the sketch of structure of lateral comb drive micromechanical silicon gyroscopes, the authors have fully explained the working laws of this kind of gyroscope.
弹性驱动陀螺仪是利用发条弹簧所储存的弹簧势能驱动陀螺仪转子高速旋转的陀螺仪。
The spring driven gyroscope is driven by the potential energy stored in a leaf power spring to rotate with a high speed.
到20世纪90年代中期，人们看到了干涉型光纤陀螺仪的高精度发展潜力，开始了精密级光纤陀螺仪及其系统技术的研究工作。
Until 90s of 20 century, people found the high precision potentials of IFOG and started the research and development of precision-grade FOG and its system technology.
基于微机械陀螺仪的寄生效应产生原理，借助于陀螺仪的系统函数，分析了寄生效应对系统频率响应的影响。
Base on the principle of the parasitic effect and the system function, affects on the system frequency response from the parasitic effect are analyzed.
介绍了陀螺数字PID温度控制方法以及陀螺仪温度试验系统的结构和特点，用该系统进行了某型陀螺仪的温度速率试验与位置试验。
This paper gives the digital PID control method of the gyro temperature control and introduces the structure and features of a Gyroscope' s temperature test system .
对静电陀螺仪实验数据分析结果表明，文中提出的方法完全能满足高精度陀螺仪漂移误差模型的建模要求。
The results from experimental data analysis of electrical suspended gyro show that the methods developed in this paper can fully satisfy the drift error modelling requirements of high quality gyros.
然后，从影响激光陀螺仪寿命的内因——失效机理出发，提出了一种新的激光陀螺寿命预测方法。
Then, a new lifetime predict method to the RLG is brought forward based on the study of the failure mechanisms, which are the internal causes of the failure.
导弹控制系统中，陀螺精度是系统精度的重要指标之一，而陀螺仪随机漂移是影响陀螺精度的重要误差源，因而研究陀螺仪随机漂移对提高陀螺精度有着重要意义。
The precision of gyro is one of the most important points to decide precision of missile control system and it is mostly effected by the gyro random drift.
在实现寻北功能后，再通过施加力矩的方法使陀螺仪主轴转到真北方向，使系统工作于方位仪模式，则陀螺主轴就能始终保持在真北方位上，不断地指示车体相对北向方位的方位角。
After that, rotating the sensitive axis of the gyro to point the true north, the instrument is working in the azimuth mode to constantly display azimuth angle of the carrier.
在分析动调陀螺仪角度传感器功用、工作原理及动调陀螺仪对角度传感器性能要求的基础上，研究了大角速率动调陀螺仪对角度传感器正交性的特殊要求；
Depending on the analysis of the DTG angular sensor function, principles and the DTG's request to angular sensor, the special request to the angular sensor orthogonality is studied.
为了探索陀螺仪转速和精度之间的关系，本文提供了一个处于振动中的非绝对刚性陀螺仪工作时的数学模型。
For the purpose of studying the relation between the speed and the accuracy of gyro scopes, a mathematical model of a non-stiff gyro operating with vibration is presented in this paper.
针对半球谐振陀螺仪的工艺制造偏差，研究半球谐振子薄壁厚度不均匀对陀螺精度的影响，建立误差模型，分析误差机理。
For the HRG's technology fabrication deviation, effect of the resonator's thickness nonuniformity on the gyro accuracy is studied. The error model is established and the error mechanism is analyzed.
为了减少干涉型光纤陀螺(IFOG)的误差并提高其精度，需要首先对陀螺仪进行性能评估，了解内部影响其性能的各种误差源。
In order to reduce errors in interferometric fiber optic gyroscopes (IFOG) to improve its performance, evaluation should be the first step, which can find out some error sources.
对静电陀螺仪实验数据分析结果表明，文中提出的方法完全能满足高精度陀螺仪漂移误差模型的建模要求。
The results from experimental data analysis of electrical suspended gyro show that the methods developed in this paper can fully satisfy the drift error...
对静电陀螺仪实验数据分析结果表明，文中提出的方法完全能满足高精度陀螺仪漂移误差模型的建模要求。
The results from experimental data analysis of electrical suspended gyro show that the methods developed in this paper can fully satisfy the drift error modelling requirements of high quality…
量子陀螺仪的测量精度比传统的高精度陀螺仪的精度高几个数量级，是新一代的陀螺仪。
The measurement precision of quantum gyroscope is several order higher than that of traditional gyroscope. It is a new generation of gyroscope.
周五早晨，宇航员将要安装六台新的陀螺仪。陀螺仪有着至关重要的作用，因为它们将帮助望远镜指向正确的方向。
Astronauts on Friday morning will try to install six new gyroscopes, which are crucial because they help the telescope point in the right direction.
此外采用的传感器体积很小，因而提高了陀螺仪的避振能力，同时也改善了陀螺仪中立点的特性。
In addition, because the adopted sensor is quite small in bulk, the shock resistance of the gyroscope is improved and the characteristic of the central point of the gyroscope.
此外采用的传感器体积很小，因而提高了陀螺仪的避振能力，同时也改善了陀螺仪中立点的特性。
In addition, because the adopted sensor is quite small in bulk, the shock resistance of the gyroscope is improved and the characteristic of the central point of the gyroscope.
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