1.
Research on Joint Torque at Upper and Lower Limbs of Male Sprinter;
男子短跑运动员上下肢关节力矩的研究
2.
Research on Path Planning With Joint Torque Optimization for Trinal-branch Robot
三分支机器人优化关节力矩的轨迹规划
3.
The Experimental Study and Apply of Relationship between Main Joint Torque and End Effector Force of Lower Limbs;
下肢主要关节力矩和末端力关系的实验研究与应用
4.
Prediction on Lower Limbs Joint Torques Using Artificial Neural Network during Vertical Jumps;
神经网络模型预测纵跳时下肢关节内力矩
5.
Research on Knee Torque Development under the Concentric and Eccentric Isokinetic Training;
等动向心离心训练对膝关节屈伸力矩影响研究
6.
Research on Isokinetic Strength of important Joints for Male Javelin Throwers;
掷标枪运动员主要关节屈伸肌峰力矩初探
7.
Experimental study on the effect of flexors and extensors muscular torque and angles of knee joint on the CMJ height;
膝关节屈伸肌力矩、关节角度对下蹲跳高度影响程度的实验研究
8.
Relative Research on Cross-sectional Areas and Torque of Hip Joint s Flexors and Extensors in Athletes of Different Sports Events;
不同项目运动员大腿伸、屈肌群面积与髋关节屈伸力矩的相关研究
9.
Isokinetic test of ankle changes after reaching peak torque of flexion and extension muscles of knee joints in the youth
青年男女膝关节屈伸肌群达到峰值力矩时关节角度变化规律的等速肌力测试
10.
The torque of the couple is intimately associated with a couple.
力偶矩与力偶密切相关。
11.
Estimation of Motion Intention and Torque of Human Elbow Joint in Physical Human Robot Interaction;
人机接触交互中人体肘关节运动意图与力矩估计
12.
Effect of Flexion Angle of Knee Joint on Co-contractions of Agonist and Antagonist Muscles;
膝关节屈曲角度对主动肌和拮抗肌共同收缩和力矩的影响
13.
Study on Muscle Torque Rate of Upper and Lower Limbs Joints of Female Sprinters in Hebei Juvenile Sports School;
河北省少体校女子短跑运动员上下肢关节肌肉力矩比率的研究
14.
Change Characteristics of Surface Electromyography and Knee Extension and Flexion Peak Torque in Athletes with Patellar Tendinopathy
髌腱末端病运动员膝关节屈伸峰力矩和表面肌电图的变化特征
15.
After the analyse of stress and distortion, it sets up a matrix model with errors.
进行了模块化关节外壳的应力和应变分析,并建立了关节的带有误差参数的矩阵变换模型。
16.
curve of moment against incidence
力矩与迎角的关系曲线
17.
Relative Research on Cross-sectional Area and Torque of Hip Joint s Flexors and Extensors of Athletes of Different Sports Items;
不同运动项目运动员髋关节屈伸肌群横断面积与力矩特征的相关研究
18.
Magnetic moment capping system,adjust,adgree of tightness freely.
磁力矩旋盖头，松，紧，任意调节。