iemg
英
美
网络 积分肌电值; 积分肌电; 积分肌电图; 肌电图积分值; 表面肌电图
双语例句
- The results indicated that the IEMG increased with the number of squatting but the MPF did not show obvious change;
结果表明，在一组斜蹲至力竭过程中，IEMG（积分肌电）随起蹲次数的增加面增加，MPF（平均功率频率）则没有明显的变化； - Integral value of electromyogram ( IEMG) rose during the earlier time, then decreased after reaching its peak.
结果肌电图积分（IEMG）值在早期上升，达到最大值后下降。 - The results indicated that during oblique squatting the IEMG of lateral vastus muscle in isometric work was larger than that in concentric and eccentric work, with the value in eccentric work as the lowest.
斜蹲时，股外肌IEMG在等长段最大，克制段次之，退让段最低；结果发现，股外肌做离心工作对的IEMG低于向心工作，而向心工作的IEMG又低于等长工作。 - In 6 impotent patients with paraplegia, the perineal muscles did not contract, so that there were no phasic increase in ICP and IEMG.
截瘫并阳萎病人会阴肌无自主收缩，无ICP和IEMG峰值出现； - Twenty healthy male students from Beijing University of Physical Education served as the subjects. The mean power fequency ( MPF) and the integrate electromyogram ( IEMG) of the surface electromyogram of the vastus lateralis muscle were studied during an incremental exercise.
对北京体院体育系20名健康男生，在递增负荷的动力性练习中，个体无氧阈前后股外肌表面肌电图平均功率频率（MPF）及积分肌电图（IEMG）的变化进行了研究。 - This system applies the IEMG algorithm to extract the intensity of EMG.
本系统采用积分肌电值（IEMG）算法提取其肌电信号强度。 - IEMG and MF were calculated and analyzed after the task. Research on the estimating median frequency of random signal power spectrum in real time
实验后分别计算分析实验样本的积分肌电值（IEMG）和功率谱中值频率（MF）。随机信号中值频率实时估计的研究 - Analysis of Muscular Action During Take-off of the Partial Squat Vertical Jump ─ An IEMG study of some lower limb muscle during squat and partial squat vertical jump
提高浅蹲纵跳起跳能力的肌肉工作分析&蹲起和浅蹲纵跳时某些下肢肌的积分肌电图研究 - Integrated electromyogram ( IEMG) ratio and provoke time difference of VMO and VL in two groups were compared.
比较两组运动员的股内斜肌（VMO）与股外侧肌（VL）的肌电积分比率（VMO∶VL）及其VMO和VL激发时间的差异。 - When taking the same speed, IEMG of concentric contraction was significantly larger than eccentric con-traction but the ratio of work to IEMG of eccentric contraction was much higher than concentric contrac-tion.
收缩速度相同，向心收缩的IEMG明显大于离心收缩，而离心收缩的功与IEMG比值明显大于向心收缩。 - IEMG gradually rises during static fatigue, kinetic exercise waves, their general tendency is same;
动、静力运动疲劳发展过程中积分肌电图（IEMG）显示：在静力疲劳过程中逐渐上升、动力运动则有波动，但两者的总趋势一致； - The ratio of Vo_2 and IEMG changes differently during the development of kinetic and static exercise fatigue, it reflects different fatigue mechanism of 2 working methods.
VO2和IEMG比值在动静力运动疲劳发展过程中变化不同，反映了两种工作方式的疲劳机制不同。 - Shoulder is the upper limb and trunk of the junction, in the muscles of the shoulder joint during movement IEMG value most.
肩关节是上肢与躯干的结合部，在整个动作过程中肩关节处肌肉积分肌电值最大。 - From the point of iEMG, the value of anterior deltoid, gluteus maximus, the upper trapezius, biceps brachii and pectoralis major were large, and they were the major active muscles during the exercise.
从肌电积分值上看，三角肌前部、臀大肌、斜方肌上部、肱二头肌、胸大肌的值较大，属于运动时的主动肌。 - Active treatment before the affected muscle, muscle coordination, muscle antagonistic IEMG was significantly lower than MAX and contralateral to compare the two were significantly different ( P0.01).
疗前患侧的主动肌、协同肌、拮抗肌MAX与IEMG明显低于健侧，比较两者有显著性差异（P0.01）。