| 1. | Nascent motor unit action potential
新生运动单位动作电位 |
| 2. | Giant motor unit action potential
巨大运动单位动作电位 |
| 3. | Motor unit action potential
运动单位动作电位 |
| 4. | Motor unit potential
运动单位电位 |
| 5. | Emg is normal or may show low amplitude myopathic motor unit potentials and no signs of neuropathy
肌电图正常或显示低振幅肌病运动单位电位（不明白这个名词的意思？ ） ，没有神经病变的表现。 |
| 6. | Motor units are available with limit switches and push button controls which can be selected to meet customers ' requirements
电动执行机构可以选择配置限制开关和按钮控制以满足用户的需求。 |
| 7. | Nov . 1999 - feb . 2003 , worked in motor unit , guangdong midea group company limted as a motor deveiopment engineer . responsible for r & d of ac induction motor
二： 1999年11月- 2003年2月，受聘于广东美的。被聘为电机事业部电机开发工程师，主要从事空调器用单相异步电容运转电机的开发设计工作。 |
| 8. | The dry pit submersible pumping units shall be self contained , close coupled pump / motor units designed to operate at continuous full load either submerged or non - submerged without the need for any external cooling devices or water jackets
这类干井潜水泵装置应该配置齐全，泵和电机紧密结合，在淹没或没有淹没状态下能够全负荷连续运转，不需要任何外置冷却设备，如水套等。 |
| 9. | Semg signal is the sum of bioelectrical activities that recorded from the skin of working muscle by surface electrodes . the change in semg signal could reflect motor units activation patters and the status of muscle fatigue in some certain degree . because it was non - invasive and local sensitive , the technique of semg signal analysis had become very important method in examining and evaluating human muscle function
Semg信号是从肌肉表面引导和记录到的肌肉活动时神经肌肉系统生物电变化的一维时间序列信号，由于其检测具有非损伤性和良好的局部性以及semg信号的变化在一定的程度上能够反映运动单位的活动模式和肌肉疲劳的状态，因此应用semg信号分析技术检测和评价肌肉疲劳以及进一步探讨其生理机制具有重要的理论意义和实用价值。 |
| 10. | Our results suggested the accumulation of ft in muscle was not the only factor that affected " spectrum shift " during muscle fatigue . the decline of the firing rate of motor units , the synchronization of motor units and an inadequate cns drive may be the important mechanisms that attributed to the change of semg signal during isometric contractions
本研究认为肌肉疲劳过程中h ~ +浓度升高不是导致肌电功率谱曲线左移的唯一因素，运动单位放电频率下降、中枢驱动减弱和运动单位活动的有序性或同步化可能是肌肉活动时肌电信号变化的一种重要机制。 |
