1.
The Degree Extraction of Elbow Joint Based on EMG Signals
基于表面肌电信号的肘关节运动角度的提取
2.
Kinematics index for motor-function evaluation of shoulder and elbow joints
上肢肩肘关节运动功能的综合性运动学评价指标
3.
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
4.
Analysis on the Damnification of Elbow Joint to Juvenile Javelin Athletes;
青少年标枪运动员肘关节损伤情况分析
5.
The Prevention and Rehabilitation of the Rigidity after the Contusion or Dislocation of Elbow-joint for Athletes;
运动员肘关节损伤后强直的预防及康复
6.
The Clinical Observation of Exercise Rehabilitation on Therapeutic Effect Evaluation in the Fracture of the Elbow Joint
运动康复对于肘关节骨折疗效评价的临床研究
7.
A joint, as of a bird or quadruped, corresponding to the human elbow.
关节，肘部鸟或四肢动物的关节，相当于人的肘
8.
THE CHANGES OF KINESTHESIS POSITION ACCURACY OF ELBOW JOINT AFTER RATIONING MOTOR LOAD;
定量运动负荷后间隔不同时间的肘关节动觉方位准确性
9.
EMG amplitude change and spectral analysis for the upper arm muscle duringperturbed movements of elbow joint
上肢肘关节受扰运动过程的肌电信号幅值变化和功率谱分析
10.
Research on Even-pace Testing the Bend & Stretch Muscular Strength in Shoulder, Elbow, and Hip Joints of Man Javelin Athletes;
男子标枪运动员肩、肘、髋关节屈伸肌力的等速测试研究
11.
The Machenism and Prevention of Elbow Joint Epipheal Cartihage of Youngster Gymnasts;
少儿体操运动员肘关节骺软骨损伤的机理及预防
12.
The Research on Isokinetic Muscle Strength Testing of Elbow Joints in Excellent Rock Climbing Athletes
优秀攀岩运动员肘关节屈伸肌等速肌力测试研究
13.
Analysis on Positional Attack and Defense Technique of Excellent Sanda Athletes by Testing Constant Speed Contraction of Their Knee/Elbow Joint Muscle Group
优秀散打运动员膝/肘关节等速测试与站位攻防技术分析
14.
Constant speed testing and analysis of attack and defence technology of elite Sanda athlete's elbow joint
优秀散打运动员肘关节等速测试与攻防技术分析
15.
The Characteristics of Isokinetic Strength of Elbow Flexor/Extensor of the Junior Male Weightlifters
青年男子举重运动员肘关节屈伸肌群等速肌力特征
16.
ankle, knee, elbow, etc joints
踝、 膝、 肘等关节
17.
The hock of a horse or other animal.
肘关节马或其它动物的腿肉
18.
bad: elbow motion was obviously limited and EROM from extension 40° to flexion< 90°(EROM=Flexion angle-extension angle).
差:关节功能受限,伸肘40°,屈肘活动度=屈曲角度-伸直角度。