1.
Multi Degree of Freedom motor is an advanced field in the research of motor.
多自由度球形电机是电机研究领域的一个前沿课题。
2.
Detecting Rotor Orientation of Permanent Magnetic Spherical Motor Based on Mutative Scale Chaos Search
基于变尺度混沌搜索的永磁球形电机的位置检测
3.
Formation Mechanism of the Microstructures and the Electrochemical Performance for Spherical Nickel Hydroxide;
球形氢氧化镍的微结构形成机理与电化学性能
4.
Basal Theory and Key Techniques of the Magnetic Suspension Spherical Motor;
磁悬浮球形电动机的工作机理与关键技术
5.
Operation Mechanism and Characteristic of Spherical Two Degree-of-Freedom Traveling-Wave Type Ultrasonic Motor
球形二自由度超声波电机的运行机理和特性
6.
Study of the Control of Thulium Permanent Magnetic Spherical Stepper;
稀土永磁球形步进电动机的控制方式研究
7.
Static Characteristics and Finite Element Analysis of Permanent-magnet Spherical Motor
永磁球形电动机静态特性及有限元分析
8.
Research and Development of Position Detection for 3D Spherical Motors
三维球形电动机位置检测的研究与发展
9.
3-D Finite Element Torque Analysis of a Halbach Array PM Spherical Motor
Halbach阵列永磁球形电动机转矩的三维有限元分析
10.
A muti-dof spherical ultrasonic motor with longitudinal-benging hybrid vibration modal analysis
纵弯复合多自由度球形超声电机的研究
11.
Novel Position Detection Method for Permanent Magnet Spherical Stepper Motor
一种新型永磁球形步进电动机位置检测研究
12.
Calculation and Analysis of Torque Characteristics of a Permanent Magnet Spherical Motor
永磁球形电动机转矩特性的数值计算与分析
13.
Spherical Ultrasonic Motor Using Longitudinal Vibrating Transducers
夹心换能器式多自由度球形超声波电动机研制
14.
Chaos Optimization on Detecting the Rotor Orientation of Permanent Magnetic Spherical Step Motor
永磁球形步进电动机位置检测中的混沌优化
15.
2DOF Spherical Traveling-wave Type Ultrasonic Motor for Space Structure
空间用二自由度球形行波型超声波电机
16.
Detecting the Rotor Orientation and Control Strategy of a Permanent Magnet Spherical Stepper Motor for Humanoid Robot Joint Applications;
仿人机器人关节用永磁球形步进电机的转子位置检测及控制策略
17.
Research on Control Algorithm and Driver of a Novel Permanent Magnet Spherical Stepper Motor for Humanoid Robot Joint Applications;
新型仿人机器人关节用永磁球形步进电机控制算法及驱动器研究
18.
Basic Research of a Permanent Magnet Spherical Stepper Motor for Humanoid Robot Joint Applications;
仿人机器人关节用永磁球形步进电动机的基础研究