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1·A method of signal time-frequency representation with phase factor is introduced.

描述了一种带相位因子的时频分析方法。

2·A new geometric phase factor is defined for any cyclic evolution of a quantum system.

一个新的几何相因子被定义为任意一个量子系统的循环演化。

3·This paper discusses the composition of the efficiency, so the phase factor defined and its mathematical expression derived.

本文在讨论其效率因子组成的基础上，首先定义了这一因子，并导出其数学表达式。

4·The negative effect produced by ionization of the dielectrics is reduced with the phase factor of alternating electric signals.

利用交变电信号的相位项，降低由电介质电离而产生的负效应。

5·The physical phenomena concerning with the gauge field are most completely and exactly described by non-integrable phase factor.

因此不可积相位因子最完整地描述了与规范场有关的物理现象。

6·Compared with the parabolic reflector, a phase factor is of most importance in the efficiency evaluation of Fresnel zone phase-corrected plate (FZP) ones.

同抛物面反射器相比，菲涅尔区相位修正平面反射器的相位效率因子对天线效率的影响显著。

7·S-transform has muti-resolution overcoming single resolution of short-time Fourier transform. Otherwise, S-transform contains phase factor which wavelet transform has not.

变换具有多种分辩率，克服了短时窗傅立叶变换固定分辩率的不足：另外，S -变换中含有相位因子，这是小波变换所不具备的特性。

8·It is justified that the integral of the gauge potential along path of not only electron but also scalar particle or spinor particle will contribute a geometric phase factor.

证明了规范场不仅沿入射电子在复连通区域运动路径的积分，而且还可沿入射标量或其他旋量粒子之一在复连通区域的运动路径积分，各自都将贡献一几何相因子。

9·Some applications, including the Aharonov-Bohm effect, are considered for the special case of adiabatic evolution, this phase factor is a gauge-invariant generalization of the one found by Berry.

一些应用，包括AB效应，被认为是绝热演化，即由Berry发现的、作为一个规范不变量的推广的相因子的特殊情况。

10·This will become an important factor when we consider measurement in the Construction phase.

当我们在构建阶段考虑度量方法时，这将成为重要的因素。