1.
Analyse of Axis-Errors and Compensating in Terminal of Intersatellite Optical Communication;
卫星光通信终端二维转台轴系误差分析及补偿方法研究
2.
The Testing System of Machine Spindle Rotary Error Based on LabVIEW
基于LabVIEW的机床主轴回转误差测试系统
3.
The Testing System of Spindle Error Based on LabVIEW
基于LabVIEW的主轴回转误差测试系统
4.
Analysis and Error Compensation of the Intelligent Instrument Used for Measurement of Large Size Shaft Parts;
大尺寸轴类零件智能量仪系统分析与误差补偿
5.
Modification of altitude axis errors for 1 m aperture telescopes
1m望远镜俯仰轴系精度检测误差的修正
6.
The angle measurement system based on inductosyn and the analysis of its error
基于感应同步器的轴角测量系统及其误差分析
7.
Two Methods of Reducing Nonlinear Error in 5-axis CNC System
五轴CNC系统中有效降低非线性误差的两种方法
8.
Simulation Analysis on Shipborne 2-axes Stabilization System on Direction Finding Error
舰载两轴稳定系统对测向误差影响的仿真分析
9.
Testing System of the Rotating Error of the Principal Axis Based on Virtual Instrument
基于虚拟仪器的主轴回转误差测试系统
10.
DSP-Based Dynamic Measuring System of Lathe Spindle Rotation Error
基于DSP的车床主轴回转误差的动态测量系统
11.
Improper adjustment of differential bearings.
差速器轴承调整错误。
12.
The Experimental Calibration of Angular Acceleration Parameters of Strapdown Gyroscope on Three-Axis Turntable
捷联陀螺角加速度误差系数在三轴转台上的实验标定
13.
Development of Numerical Control System of Pipe Cutting Machine Possessing Five Simultaneous Motion Axes and Error Compensation Functions;
具有误差补偿的五轴联动数控管切割机控制系统开发
14.
Multi-body System-oriented Kinematics Modeling and Geometric Error Analysis for Five-axis NC Machine Tools;
面向多体系统的五轴联动数控机床运动建模及几何误差分析研究
15.
Study on Dephasing Calibration of Periodical Error and Core-tip Positioning System in Making Precision Rotary Cutting Tools
回转类精密刀具制造用芯轴定位系统及周期误差移相修正研究
16.
Research progress of hydrodynamic journal bearing system dynamics allowing for manufacturing tolerances
考虑制造误差时滑动轴承转子系统动力学研究进展
17.
The universal volumetric error modeling of a four-campaign platform based on the multi-body system theory
多体系统理论的四轴运动平台综合空间误差建模
18.
The Error Compensation Model of Three-axis Numerical Control Machine Tool Based on Multi-body System
基于多体系统理论的三轴数控机床误差补偿模型