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Severe chronic obstructive pulmonary disease is often associated with low voltage QRS complexes, slow R wave progression and a vertical or rightward QRS axis, as well as right atrial overload.

严重的慢性阻塞性肺疾病是往往与低电压QRS群, R缓慢进展和垂直或右倾QRS轴,以及右心房超负荷。

For spectral analysis of high-voltage power supply (for example, photomultiplier tube power supply), low ripple is especially important, the indicator will directly affect the accuracy of measurement, the low ripple, the production of micro-East cultural pressure high voltage power supply, the ripple can be control 0.005%.

用于光谱分析的高压电源,低纹尤其重要,该指标会直接影响分析测量的精度,就低纹而言,东文高压生产的微型高压电源,纹可控制在0.005%。

So it can be avoided that the computation accuracy is lowered and the calculation result is hard to be convergent for the odd state of transformation matrix.The computation accuracy of wavelet Ritz method and wavelet Galerkin method has been improved so the special'microscopic'property could be fully expressed. An effective method is offered also to solve the problem of high stress gradient and some other odd state problems in engineering.

从而避免了由于转换矩阵奇异而造成精度下降且计算结果不易收敛的问题,提升了小Ritz法和小Galerkin法的求解精度,使小分析的"显微"特性得以充分发挥,并为应力大梯度问题和工程奇异问题的有效求解提供了强有力的计算手段。

In this system, EOG signals produced by the user's eye saccade movements are recorded through electrodes placing on the face, and then the signals are reconstructed and analyzed in real time. By constantly monitoring the electrooculogram signal of the user, the eye mouse is able to recognize several intentional eye motions and in turn, control the cursor on the computer screen.

在此系统中,眼动讯号是使用者眼睛移动、注视所产生的,而眼动是透过贴附在脸上的电极所量测到,电极量测到的讯号再即时的经过讯号处理与分析,藉由持续性的的量测眼动讯号,眼滑鼠系统能够辨识多种眼睛刻意移动的讯号,透过此讯号能够控制电脑上的游标来做动作。

A new strategies for restraining harmonics are presented in the paper, the methods adopt the right carrier frequency and the sine wave superimposed a proper three-time harmonics to make it saddle-shaped wave, produce SPWM waveform to control the inverter switching devices for the on and off .

并提出了一种新的易于工程实现的谐抑制策略,该方法通过正确选择载频率和在正弦调制上叠加一个三次使之成为鞍形,产生相应的SPWM形来控制逆变器开关器件的通断从而改善输出形。

And then we demarcated the saltation time and starting time of this travelling wave respectively by the first kind of cubic B-spline wavelet and the second kind of cubic B-spline wavelet.

由于行各频率分量在线路中的传播速度是不同的,而我们所检测到的行浪涌并非行的最高频率分量,所以必须选取与所检测到的行浪涌相吻合的速。

Formula of the first order component of the harmonic current at saturation is obtained.

这个公式表明:考虑空间电荷时,在小信号和辐射与空间电荷同相的条件下,它将增强谐电流。

Effects of a single scatterer on the transport properties of a leaky electron waveguide are studied theoretically.

本文用一双导模型模拟漏导,用δ函数模拟散射势,从理论上研究了单个散射杂质对漏导传输特性的影响。

In chapter 6, we discussed the wavefront solution of a kind of lattice differential equation which derives from diverse fields. We obtained the wavefront solution by using sup-subsolution iteration when the coupled functions are quasimonotone, and by applying Schauder fixed point theorem, we also obtained the wavefront solution when the coupled functions have a different quasimonotone property.

在第六章中,我们对一类从实际问题中抽象出来的二阶时滞格微分方程的行解进行了讨论,用单调迭代的方法讨论了耦合函数具有拟单调性时行解的存在性,用不动点的方法讨论了耦合函数具有指数拟单调性时行解的存在性。

Functional T wave change accounted for 99.24%(519/523).Among which, 144 cases of T wave change were self-restoring when physiological inducements were removed.14 with T wave normal variant and 195 with negative treadmill exercise tests, and 166 with positive propranolol tests.

T改变判为功能性占99.24%(519/523),其中去除生理诱因T自行恢复144例,T正常变异14例,平板运动试验阴性195例,普萘洛尔试验阳性166例。

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Finally, according to market conditions and market products this article paper analyzes the trends in the development of camera technology, and designs a color night vision camera.

最后根据市场情况和市面上产品的情况分析了摄像机技术的发展趋势,并设计了一款彩色夜视摄像机。

Only person height weeds and the fierce looks stone idles were there.

只有半人深的荒草和龇牙咧嘴的神像。

This dramatic range, steeper than the Himalayas, is the upturned rim of the eastern edge of Tibet, a plateau that has risen to 5 km in response to the slow but un stoppable collision of India with Asia that began about 55 million years ago and which continues unabated today.

这一引人注目的地域范围,比喜马拉雅山更加陡峭,是处于西藏东部边缘的朝上翻的边框地带。响应启始于约5500万年前的、缓慢的但却不可阻挡的印度与亚洲地壳板块碰撞,高原已上升至五千米,这种碰撞持续至今,毫无衰退。