1.
electrically suspended gyroscope
静电陀螺仪静电陀螺仪
2.
Research on the Digital Interface System of MUM-ESG
静电陀螺仪数字化测控接口系统研究
3.
Analysis of Basic Electrostatic Field Disturbing Torque in Miniature ESG
小型静电陀螺仪静电场基本干扰力矩分析
4.
Errors of Electrode Area and Electrode Assemble in Small ESG
小型静电陀螺仪电极面积及电极装配误差研究
5.
Analysis of Rotors Deformation and Disturbing Torque in Miniature ESG
小型静电陀螺仪转子变形及干扰力矩分析
6.
These formulas are valid for all attitude work of an ESG.
计算公式适用于静电陀螺仪全姿态工作。
7.
At present, the electrostatic suspended gyroscope (ESG) is the most precise inertia instrument in the world.
静电陀螺仪是目前世界上最高精度的惯性器件.
8.
Implementation of All-digital Readout for Small-angle of ESG
大球静电陀螺仪小角度读出数字化方案研究
9.
A trinity system scheme for micro-ESG
一种小型静电陀螺仪三位一体系统方案
10.
Deformation design of long-spherical hollow rotor of electrostatic suspended gyroscope
静电陀螺仪长球形空心转子的径向变形设计
11.
Lapping Motional Trajectory Analysis on Sphere Rotor of Electrostatic Gyroscope
静电陀螺仪球形转子的研磨运动轨迹分析
12.
Optimization Design of Long Spherical Hollow Rotor for Electrostatic Suspended Gyroscope
静电陀螺仪长球形空心铍转子的优化设计
13.
Deformation design of Long Spherical Hollow Rotor of Electrostatic Suspended Gyroscope
静电陀螺仪长球形空心转子径向变形设计
14.
By example of the totor lapping experiment of small-sized electrostatic gyroscope, a basic lapping method for achieving ball superprecision lapping is introduced.
并以此作指导,对小型静电陀螺仪球形转子的研磨进行了验证。
15.
Variation of run-up torque and run-time by changing the rotational speed of ESG magnetic field
静电陀螺仪加转磁场转速对加转力矩和加转时间的影响
16.
Analysis of system servo following error caused by alignment error of ESG
静电陀螺仪对准误差产生的系统伺服随动误差分析
17.
This conclusion plays an important theoretical guiding role in ESG designing and testing.
其结论对静电陀螺仪的设计与测试具有理论指导意义。
18.
ESG Startup Control System by Controllable Passive Damping
基于可控式被动阻尼的静电陀螺仪启动控制系统