emg的例句大全

Effect of neutral zone dentures on EMG of masticatory muscles and biting force

肌等压区排牙法全口义齿对咀嚼肌肌电和咬合力的影响

The EMG Research on the Treatment of Temporomandibular Disorders with Deep Overbite by Anterior Bite Plate

前牙咬合板治疗深覆（牙合）颞下颌关节病的肌电分析

Design and Study of Lower Artificial Limb Exoskeleton Based on the Control of EMG for Rehabilitation Physic

基于肌电信号控制的康复医疗下肢外骨骼设计及研究

Maybe we could do a collaboration with the EMG gallery, possibly painting on some of the flat stone samples?

大石馆进行合作，比如，在一些石材样板上作画？

Applying RQA, we analyse the EMG of biceps brachii muscle and brachioradialis muscle under different loads, point out the percent recurrence of brachioradialis muscle is higher than that of biceps brachii muscle and more periodic.

应用RQA分析了肱二头肌及肱桡肌在不同负重下的肌电信号，发现肱二头肌肌电信号的递归点百分数均比肱肌高，有较强的周期性嵌入。

Quantitative analysis of surface EMG amplitude and frequency of vastus lateralis and rectus femoris musculi during xu-bu exercise

股直肌、股外肌在坚持虚步过程中表面肌电图振幅与频率的定量分析

Changes in H Wave of Evoked EMG in Soleus Muscle during Tibialis Anterior Muscle Fatigue and Its Mechanism

胫骨前肌疲劳时比目鱼肌诱发肌电图H波的变化及其机制探讨

Research on the surface EMG in tibialis anterior and m. gastrocnemius of the hemiplegic gait during 10m free walk

10m自由步行偏瘫步态胫前后肌群的表面肌电图研究

Methods: Analyzing the characteristics of 36 patients with chronic alcohol poisoning, and their EEG, BAEP and EMG examination.

方法: 对36例慢性酒精中毒患者的临床特征进行了分析, 并作脑电图(EEG) 、 脑干诱发电位(BAEP)、神经电图(NCV) 及肌电图(EMG)的检测和分析.

AIM : To detect surface electromyogram EMG signal accurately.

目的: 准确地检测表面肌电信号.

Study Design. A comparatie analysis of electromyogram ( EMG ) signals of patients of cerical pain and normal controls.

研究设计: 对比研究颈痛患者和正常对照组之间的 肌 电图表图.

The surface electromyography ( EMG ) signals ( SEMGs ) are a complex pattern of the activity during muscle contraction.

表面 肌 电信号是肌肉收缩时的电变化在皮肤表面的综合反映.

Objective : To investigate the clinical and EMG features in patients with polymyositis ( PM ) and dermatomyositis ( DM ).

目的: 探讨多发性肌炎 ( PM ) 和皮肌炎 ( DM ) 病人的临床与肌电图特征.

Result: The fractal dimension of EMG signals increased when the muscle gradually falls into fatigue state.

结果: 随着肌肉逐渐进入疲劳状态,肌电信号分维数参数呈现出增长的趋势.

We find that all the results are quite different between each original EMG and its ten surrogate data, i.e. EMG is not a linear random noise, but a nonlinear deterministic signal ( though it does not like a low dimensional chaos).

也就是说，肌电不是线性随机的噪声，而是非线性的确定性信号（尽管它并不象是低维混沌）。