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   gyro 在 航空航天科学与工程 分类中 的翻译结果: 查询用时:0.203秒

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    gyro
    相关语句
      陀螺
        The Research on Drift Characteristics of Interferometric Fiber-optic Gyro IFOG
        干涉式光纤陀螺(IFOG)漂移特性的研究
        The Static Characteristics Accuracy Analysis for the Table of Two-Axis Gyro Test Turntable
        双轴陀螺漂移测试台台体静特性精度分析
        Recent Development of Gyro Testing Technigues
        陀螺测试技术的发展动态
        The Compensation Model of Gyro Errors and the Drift of Stable Platforms
        陀螺误差补偿模型与平台的漂移
        RING LASER GYRO AND ITS ERROR COMPENSATION
        激光陀螺及其误差补偿
    更多       
      陀螺仪
        Analysis and Estimation of the Drift Error for a Strapdown Rate Gyro
        捷联式速率陀螺仪漂移误差的分析和估算
        Study of Characteristic of the Random Drift of the Hydrodynamic Gas Bearing Free Rotor Gyro
        动压气浮自由转子陀螺仪随机漂移特性研究
        Research of Electric Field Disturbing Torque in Electrostatic Gyro Strapdown Navigation System
        捷联系统中静电陀螺仪电干扰力矩的研究
        The Optimal Design of Rate Test Plan for Identifying the Dynamic-error Model of Strapdown Gyro
        辨识捷联陀螺仪动态误差模型速率试验计划的优化设计
        Control of Vibration of Gyro Spindle in Stable Vision System
        稳象系统陀螺仪主轴振动控制
    更多       
      “gyro”译为未确定词的双语例句
        THE KEY TECHNIQUE OF HEMISPHEHICAL RESONATOR GYRO──the closed loop checking theory of signal and its circuity
        半球谐振陀螺的关键技术──信号闭环检测理论及电路
        Experimental Research on Ring Laser Gyro with Rate Biasing
        速率偏频激光陀螺的实验研究
        According to the LSIMU calibration simulation,the results show that the accelerometer calibration error will reach 116×10-6 when horizontal error is about 0.4′,and the gyro calibration error will exceed 100×10-6 when north error is more than 5o.
        仿真结果表明:水平基准误差为0.4′时,加速度计标定误差将达到116×10-6; 当北向基准误差大于5o时,oo标定误差将oo0.0001。
        The Skew Gyro System and Its Fault Detection
        斜装陀螺系统及其故障检测
        The Methods Used to Detect the Sensor Signal of the Silicon Micromechanical Gyro
        硅微机械陀螺传感器信号的检测方法
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      gyro
    The results of calculation of the special surfaces for two types of gyro systems are presented.
          
    Determination of Parameters of the Model of Inherent Drifts for a Gyro-Stabilized Platform Using Information Criteria
          
    For gyro systems of relativistic type, we obtain solvability conditions for the two-point boundary value problem.
          
    It is shown that, at a strong toroidal magnetic field, turbulent transport processes conform to the gyro-Bohm scaling, which gradually passes over to the Bohm scaling as the field decreases.
          
    Theory of gyro devices with thin electron beams (large-orbit gyrotrons)
          
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    This paper gives the comparasion between the gyroscope for a platform inertial navigation system and that for a strapdown inertial navigation system, and thence describes the Performance requirements on gyroscope used in strapdown inertial navigation system of the vehicle. Mathematical model of a strapdown rate gyro and its drift error is derived in a dynamic environment. the analysis for drift error is made, and an expression of drift error is presented. Finally, the dynamic error of the strapdown rate...

    This paper gives the comparasion between the gyroscope for a platform inertial navigation system and that for a strapdown inertial navigation system, and thence describes the Performance requirements on gyroscope used in strapdown inertial navigation system of the vehicle. Mathematical model of a strapdown rate gyro and its drift error is derived in a dynamic environment. the analysis for drift error is made, and an expression of drift error is presented. Finally, the dynamic error of the strapdown rate gyro644彩的新版网站 in the dynamic environment is estimated, using random process theory.

    benwencongbijiaopingtaishiyujielianshiguandaoxitongdetuoluoyijiaoduchufa,xushulefeixingqijielianguandaoxitongduituoluoyixingnengdeyaoqiu;tuidaoledongtaihuanjingxiajieliansulvtuoluoyideshuxuemoxingjiqipiaoyiwuchadeshuxuemoxing;duipiaoyiwuchajinxinglefenxi,bingjichulepiaoyiwuchadebiaodashi;zuihou,yongpingwensuijiguochenglilungusuanledongtaihuanjingxiajieliansulvtuoluodedongtaiwucha。

    644彩的新版网站 this article covers the advantages of the repeated method and the applications of the repeated method in strap-down inertial system. the differences of this method with those described in the previous articles [1], [2] are:1. not only the reliability of the system, but also the accuracy of the system will be improved.2. the most key components, which effect the accuracy in guidance, should be repeatedly fit in the optimum directions and those which effect the reliability should be considered to be in the orthogonal...

    This article covers the advantages of the repeated method and the applications of the repeated method in strap-down inertial system. The differences of this method with those described in the previous articles [1], [2] are:1. Not only the reliability of the system, but also the accuracy of the system will be improved.2. The most key components, which effect the accuracy in guidance, should be repeatedly fit in the optimum directions and those which effect the reliability should be considered to be in the orthogonal or non-orthogonal repeated method.3. This article provides the method of inspecting failure by means of range and derives the formulae of calculating accuracy and ineffectiveness. This method will make calculation simple and work of the system reliable.4. Applying the theory mentioned above, the error in guidance will be decreased by 1/2 and the ineffectiveness can also be decreased by two orders of magnitude, if a longitudinal accelerater and a two-freedom gyro644彩的新版网站 are added to the strap-down guidance device.

    644彩的新版网站benwenzaichanshulezhongfujishudeyoudianjijielianzhidaodezhongfufangfa(shiermiantifangfajifeizhengjiaoxifangfa)hou,tichulezijidezhongfufangfa。gaifayouxialietedian:1.bujintigaoxitongdekekaoxing,erqietigaoxitongdejingdu;2.yingxiangzhidaojingdudezuiguanjianyuanjianyingzaizuijiaanzhuangfangxiangshangduotaozhongfu,yingxiangkekaoxingdeguanjianyuanjiankekaolvzhengjiaohuofeizhengjiaozhongfu;3.benwentichujichajianyanguzhangfangfa,tuidaolejingduyushixiaolvgongshi,gaifangfajisuanjiandan、gongzuokekao;4.yingyongyishanglilun,jielianzhidaozhuangzhizhongzengjiayigezongxiangjiasudubiaojiyigeerziyoudutuoluo,zhidaowuchakejiangdidao1/2~(1/2)bei,shixiaolvkejiangdilianggeshuliangji。

    In this paper the motion ot two axes table which Slaved to the gyro through atight servo loops is analysed When the gyro free to drift and with drift.The online compensation tichnique of gyro644彩的新版网站 drift is also discused.

    benwenfenxileshuangzhoutuoluopiaoyishitaizaibutonganzhuangfangshixiawupiaoyishidebiaoguanyundongjiyoupiaoyishidesifuyundong。fangzhaozhenshiyunxingqingkuangduituoluojinxingbuchangdefangfa,yanjiutuoluobuchangdekenengxingjibuchangjingdu,wuxishufenlidezhunquexing,congerbashujuchulihebuchangjieheqilai。zuihouduijisuanjishishibuchangkongzhijikaermanlvbodeyingyongjinxingletaolun。

     
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