1.
Development and Research of the Intellectual Whole-Machine Balancing Instrument for Dual Rotor System with Little Rotating Speed Difference;
微速差双转子系统智能化整机动平衡仪的开发与研究
2.
Research of Dynamic Balancing Technology for Dual-rotor System with Very Little Speed Difference Based on Virtual Instrument;
基于虚拟仪器的微速差双转子系统动平衡技术的研究
3.
Research of Dynamic Balancing for the Dual Rotor System with Slightly Different Speed Base on Virtual Instrument and the Software Exploitation;
基于虚拟仪器的微速差双转子动平衡方法的研究及软件开发
4.
Research on machining error rapid measurement system for rotors on orbit scroll compressors
涡旋压缩机转子加工误差快速测量系统的研究
5.
Study of Rotor-side Variable Frequency Drive System Based on Dual-PWM Technology
基于双PWM控制的转子侧变频调速系统研究
6.
Research on the doubling-fed rotor frequency speed governing system of the winding alternating current hoist
绕线式交流提升机双馈转子变频调速系统研究
7.
Experimental Investigation in Double Closed-loop Variable Frequency and Adjustable Speed System of Slip Frequency Controlled Asynchronous motor
转差频率控制的异步电动机双闭环变频调速系统的实验研究
8.
Measurement of Angular Velocity in MEMS by Optical Method
微电子机械系统中转速测量的光学方法
9.
Rotating Speed Control of Variable Speed Constant Frequency Wind Turbines Using Double-Fed Induction Generator;
变速恒频双馈风力发电系统转速控制
10.
A Wide Speed Range Doubly-Fed Motor Drive System
一种宽转速范围的双馈电机调速系统
11.
Speed and Position Observer of DFIG Based on Rotor Current Vector Angle Deviation
基于转子电流偏差角的双馈感应电机速度观测
12.
Research on the Dynamical Characteristics of Counter-rotating Dual-rotor System;
反向旋转双转子系统动力学特性研究
13.
System Simulation and Analysis of a Differential Dual-Axis Accelerometer Sensor;
差分式双轴加速度传感器的系统仿真及分析
14.
The Electronic Differential System for In-wheel Driven Electrical Vehicle;
轮毂式电动汽车电子差速系统的研究
15.
Study on Control Algorithms for Electronic Differential-gear System
汽车电子差速系统(EDS)控制算法研究
16.
Optimal Design for Stereo Particle Image Velocimetry Based on Binocular Vision
双目体视粒子图像测速系统优化设计
17.
Speed up the data transport rate of double-CPU system using PIO communication mode;
巧用PIO通信方式加速双微机系统数据传输率
18.
Vector Control of Brushless Doubly-fed Machine with Cage-rotor Based on Slip Frequency Rotating Frame
基于转差频率旋转坐标系笼型转子无刷双馈电机矢量控制