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1·The article discussed the mechanism of the higher QRS complex amplitude.

对低血钾致QRS波振幅增高的机理进行了探讨。

2·The analytical expression for the complex amplitude of light reflected from a wedge-shaped thin film is derived.

推倒了光从楔形薄膜反射时反射波复振幅的解析表达。

3·The space frequency distribution on rear focal plane restores to the distribution of complex amplitude on image plane.

后焦面上的频率分布还原成像面上的光场复振幅空间分布。

4·The series density formulae of the binary phase grating are obtained from the general complex amplitude transmittance formulae through Fourier integral.

它直接从位相物体振幅透过率的一般公式出发，运用傅里叶积分，求得二进制位相光栅各级衍射光强度的通式。

5·The expression of complex amplitude is given in reference plane vertical to the optical axis by far-field approximation when the line source and the principal axis are at any Angle.

在柱坐标下从微分波动方程出发，推导柱面光波的场分布，并利用远场近似条件导出当线光源与光轴成任意角度时，在垂直光轴方向的参考面上的复振幅表示。

6·Starting from the wave differential equation, a method is deduced to express the complex amplitude of light wave fields in the reference plane which is vertical to the optical axis.

在柱坐标下从微分波动方程出发，推导柱面光波的场分布，并利用远场近似条件导出当线光源与光轴成任意角度时，在垂直光轴方向的参考面上的复振幅表示。

7·The result can be used in numerical calculation and simulation of diffraction and fractional Fourier transform of input complex amplitude of misaligned single spherical refracting system.

这些结果可用于数值计算和模拟该系统失调时对输入复振幅的衍射和分数傅里叶变换。

8·Because complex wavelet transforms can exactly identify amplitude and phase information in signal to be dealt with, they are suitable for detection of fault signals in power system.

复值小波变换能准确分辨出信号中所包含的幅值信息和相位信息，因而，适用于电力系统的故障信号的检测。

9·The inner product between two state vectors is a complex number known as a probability amplitude.

两个状态矢量间的内积是一已知的概率振幅复杂数字。

10·And, the complex algorithm of the neural DFE is given, which can effectively compensate the phase and amplitude loss in the complex channel.

并给出神经判决反馈均衡器的复数算法，在复数信道中可以有效地对相位和幅度作出补偿。