1.
The Effects of Immobilization on the Biological Characteristics of Posterior Cruciate Ligament of Rabbits;
膝关节制动对兔后交叉韧带生物学性状的影响
2.
Design of a Bionics Shoulder Joint Driven By Pneumatic Muscle Actuators
基于气动肌肉仿人肩关节的运动控制
3.
The Interactive relationship between TV Legal Programs and Legal Construction;
电视法制节目与法制建设的互动关系
4.
The Cause and Prevention of Knee Joint Injury in Hexagram Boxing Exercises;
太极拳运动中膝关节损伤机制和预防
5.
Dynamics Analysis and Control of 1P5R Flexible Joint Manipulator
1P5R柔性关节机械臂动力学分析与控制
6.
Research on the Motion Control of Humanoid Leg Joints Actuated by Pneumatic Artificial Muscles;
气动人工肌肉驱动的仿人腿关节运动控制研究
7.
Design and Related Study of Dynamic Hip External Fixator;
动力化髋关节外固定器的研制及其相关研究
8.
Vibration and Vibration Control of a Flexible Robot Arm with Multiple Joints
多关节柔性机器人手臂的振动分析和振动控制
9.
Research on an Integral Driving Controller for Robot Moving Joints
智能机器人运动关节集成驱动控制器研究
10.
The Animal Model and Study on the Pathomechanism of Temporomandibular Jonit Osteoarthrosis;
颞下颌关节骨关节病动物模型的建立及其病理机制的实验研究
11.
The effect of Doxycycline on the early degeneration of opposite knee of the Immobilizied rabbit model osteoarthritis
强力霉素对制动兔骨关节炎模型对侧膝关节早期退变的影响
12.
Alienation of Labor force and Property Right and the Evolution of Labor Relation Coordination Mechanism;
基于劳动力产权关系异化的劳动关系调节机制演变及发展
13.
Research on the High Precision Posture Control of Parallel Manipulator Driven by Pneumatic Muscles;
气动肌肉并联关节高精度位姿控制研究
14.
Effect of Immobilization on Biological Character of Anterior Cruciate Ligament of Rabbit;
制动对兔膝关节前交叉韧带生物学性能的影响
15.
Design and Control of Multiple Joint Robot Driven by Ultrasonic Motors;
超声电机驱动多关节机器人的设计与控制
16.
The Development of Knee Freedom Dynamic Mechanics Testing System;
膝关节多自由度动态应力测试系统研制
17.
Mechanism and prevention of ankle joint injury of competitive gymnast ics athletes;
竞技体操运动员踝关节损伤的机制与防治
18.
The Mechanism,Prevention and Cure of Wrist Sprain of Aerobice Athletes;
竞技健美操运动员腕关节扭伤的机制及防治