1.
The Relationship of Electromyographic Fatigue Threshold with Ventilation Anaerobic Threshold and Muscle Fatigue Index;
肌电疲劳阈与通气无氧阈和肌肉疲劳指数的关系
2.
Response of sEMG and EEG to Exercise-induced Local Muscle Fatigue;
局部肌肉疲劳的肌电和脑电反应模式
3.
Characteristics on EMG during Exercise-induced Muscle Fatigue and Arguments of its Mechanism
运动性肌肉疲劳的肌电图特征及其机制探讨
4.
Experimental Study on the Muscle Fatigue of Upper Limbs during Repetitive Performance with sEMG;
重复性作业上肢肌肉疲劳的表面肌电实验研究
5.
Rresearch the New Method of Detecting Muscle Fatigue by Using Ultrasound Imaging;
用超声图结合肌电图评估肌肉疲劳的方法研究
6.
Application of the SEMG Technique on the Muscular Fatigue Exercise;
表面肌电图技术在运动性肌肉疲劳中的应用
7.
Nonlinear Signal Character of Surface Electromyography of Exercise Muscle Fatigue;
运动性肌肉疲劳的表面肌电非线性信号特征
8.
Changing Character of Evoking Electromyogram M Wave and H Wave of Muscle Fatigue;
肌疲劳时诱发肌电图M波和H波的变化特点
9.
Evaluating the Fatigue of Young Male s Quadriceps by Using the IEMG;
积分肌电对青年男子股四头肌的疲劳评价
10.
The Research and Prospects on sEMG Signal Characteristics of Muscular Fatigue;
肌肉疲劳的表面肌电信号特征研究与展望
11.
Application of EMG On the Research of Athletic Muscle Fatogue;
肌电图在运动性肌肉疲劳研究中的应用现状
12.
Effect of EMG Biofeedback Training on Elimination of Athletes′Fatigue
肌电生物反馈训练对消除运动员疲劳的功效
13.
The Research on the Force-sEMG Signal Relationship of the Non-fatigue Muscle;
非疲劳状态下肌肉活动的力—电关系研究
14.
Research on using biological feedback-graphto ease the sports fatigue;
肌电生物反馈对消除运动性疲劳的研究
15.
CHANGE OF EMG OXYGEN CONSUMPTION AND IEMG OXYGEN CONSUMP TION DURING EXERCISE FATIGUE
运动疲劳过程中肌电图耗氧量及积分肌电耗氧量的变化
16.
Study on Detection and Analysis of Electrically Evoked SEMG Signal and Muscle Fatigue;
电刺激诱发表面肌电信号检测分析及肌疲劳的研究
17.
Characteristic Change of EMG Parameter and a Index of EEG before and after Muscle Fatigue during Dynamic and Static Exercises;
动力及静力性肌肉收缩疲劳前后肌电及脑电参数的变化特征
18.
Characteristics of changes of electromyogram in the process of tibial anterior muscle figure caused by voluntary motion and induced by electric stimulation;
随意运动与电刺激诱发胫骨前肌疲劳过程中肌电图的变化特征