目的观察电运动刺激和关节松动术治疗膝关节强直的临床疗效。
Objective To investigate the therapeutic effect of electro- motor stimulation and mobilization on arthroclisis of knee.
目的：研究单臂功率车运动方案用于偏瘫患者心电运动试验的可行性。
Objective:To investigate the reliability of an one arm crank ergometry protocol used for exercise test for patients with hemiplegia.
心电运动试验是诊断冠心病及心脏功能评估的重要方法，然常规运动试验有局限性。
Exercise eleetrocardiography testing has been accepted as an important means of assessment of myocardial ischemia and cardiac function, but routine exercise testing has its limitations and drawbacks.
方法：治疗组选用牵引治疗配合电运动治疗仪及穴位注射治疗，对照组仅采用单纯牵引治疗。
Methods: traction therapy, electrical kinesitherapy and acupoint-injection therapy were used in observation group, and only traction therapy was used in control group.
这类电活性聚合物能大幅弯曲，加载电压时会产生大幅度运动。
This kind of EAP can bend a lot, producing a large movement when a voltage is applied.
经过一段时间电活动的再次增加，是伴随快速眼球运动和深的放宽，您的肌肉。
After a time the electrical activity again increases and is accompanied by rapid eye movements and deep relaxation of your muscles.
物理学专门研究力、运动、热、光、声、电、磁、辐射和原子结构。
Physics studies force, motion, heat, light, sound, electricity, magnetism, radiation, and atomic structure.
目的：为了研究在术中直腿抬高实验过程中，神经根运动和电生理的关系。
Objective. To investigate the relationship between nerve root movement and the electrophysiological values during an intraoperative SLR test.
机械化是电性及辐射性造物音调在磁性系统中的结果，它创造了直线运动。
Mechanization is the result of electrical and radioactive tones of creation in a magnetic system, which creates straight-line movement.
和体育运动一样，“熟能生巧”同样适用于电竞界；而与顶级选手和团队切磋则是最有效的提升方法。即使如此，这仍非易事。
Just like in athletic sports, training brings perfection, while practicing with top gamers and teams is the best way to *excel. Even so, it's never easy.
那当然是短跑比赛了。运动员风驰电掣般的速度总令我激动不已。
Sprinting finals, of course. The lightening speed of the athletes always excites me.
超声骨骼手术仪、微型运动姿态测量系统(方位水平仪)、功能性神经肌肉电刺激仪。
A ultrasonic skeleton surgical apparatus, a measuring system of miniature exercising postures (direction and level measurement), a electrical stimulating apparatus of functional nerves and muscles.
目的观察闭环肌电反馈电刺激在改善早期偏瘫患者肢体运动和促进功能恢复方面的效果。
ObjectiveTo study the efficacy of closed-loop EMG feedback electric stimulation in enhancing extremity functional recovery of acute stroke survivors.
神经电生理检查显示神经传导速度减慢，波幅降低，异常自发电位(纤颤电位和正锐波)，运动单元多相电位增加。
Electrophysiological, there were sensory conduction velocity slowing, amplitude decrement of nerve action potentials, abnormal spontaneous activities and increased polyphonic motor unit potentials.
电子的快速运动使得缓动的核把电子“看成”象电核云，而不是象分立的粒子。
The rapid motion of the electros causes the sluggish nuclei to "see" the electron as a charge cloud rather than as a discrete particle.
船舶运动呈非线性，操作机构有明显的死区、继电等非线性；
The motion of ship is nonlinear. The operating machine has nonlinearity such as dead zone and relay.
运动疗法和电刺激是主要的治疗方式。
Exercise therapy and electrical stimulation are the main therapies.
结论闭环肌电反馈电刺激可促进早期偏瘫患者患肢运动功能恢复。
Conclusions Closed-loop EMG feedback electric stimulation can enhance the motor function of hemiplegia.
目的：探讨中缝大核对家兔胃运动及胃电活动的调节作用。
OBJECTIVE: To investigate the effect of NRM on gastric movement and gastric electric activity in rabbits.
目的研究脑卒中偏瘫早期神经促进技术和感应电治疗对肢体运动功能恢复的效果。
ObjectiveTo explore the effect of neuromuscular facilitation combined with faradism on limbs motor function in hemiplegic patient with early stroke.
运动后胃电呈先抑制后增强的双相改变，但抑制时间较短，通常不超过5—10分钟。
After exercise the gastric myoelectric activity showed biphasic changes, usually with inhibition lasting no more than 5-10 minutes before giving way to enhancement.
由单粒子轨道理论，从分析磁镜场中荷电粒子的受力情况出发，应用计算机数值求解方法模拟了磁镜场中荷电粒子的运动情况。
Motion of charged particles in magnetic field confinement was simulated with single particle approximation. The simulated results differ from those calculated with classical theory.
研究运动训练对心电向量环的影响。
To study the effect of sports training on vectorcardiogram (VCG).
数值模拟和实验结果的对比表明，颗粒群模型合理地描述了荷电颗粒的运动特性。
The results of the numerical simulation and experiments show that the particle cloud model reasonably describes the motion of the charged particles.
通过在实验装置上和电液运动平台上实验，选出最佳的系统参数。
The optimal system parameter can be chosen by the experimentation on experiment equipment and electrohydraulic motion platform.
通过在实验装置上和电液运动平台上实验，选出最佳的系统参数。
The optimal system parameter can be chosen by the experimentation on experiment equipment and electrohydraulic motion platform.
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