条纹相

从第二章开始介绍对铁磁流体系条纹相的一些研究结果。

Chapter two begain to show the study on stripe phase of ferrofluids .

但条纹相形成的驱动机制以及条纹相与超导电性的关系等基本问题仍没有得到充分的解释。

But the drive regime of stripe phase and its correlation with superconductivity are not well explained .

条纹相是在过渡金属氧化物研究中发现的一种特殊的现象。

Stripe is a novel phenomenon observed in transition metal oxide .

基于象限处理的干涉条纹相移提取算法

The phase shift detection arithmetic for interference fringe based on quadrant processing

数字三色条纹相移形貌投影栅线法

Tricolor Fringe Phase - shifting Technique in Projection Grating Profilometry

莫尔条纹相移技术测面形分布

Topography Measured by Means of the Moire Phase-shift Method

在高温超导体中，很多实验都观察到了电荷条纹相的存在。

For the high temperature superconductors , charge stripe has been observed by many experiments .

由于它的量子效率高而次级电子能量分布范围相当窄，这种夹心结构透射式CsI光阴极广泛地应用于软X射线探测器和计数器，特别是软X射线条纹摄相管。

The high efficiencies and relatively narrow emitted electron energy distributions have made the CsI transmission photocathodes extensively useful in soft x-ray detectors and counters especially in x-ray streak camera applications .

飞秒脉冲激光器和时间分辨率优于2ps的条纹相机相结合测量超快荧光光谱的光谱特性和时间特性，分析了荧光光谱的产生，给出了时间分辨荧光光谱的测量；

The measurement of characteristics of spectra and time of ultrafast fluorescence is studied by combination of the femtosecond laser pulse and the streak camera with a time resolution better than 2 ps. The generation of fluorescence is analyzed , the way to measure time resolved fluorescent spectra is proposed .

提出并实现用倾斜补偿器实现显微镜下的等差线条纹全场相移测量。

An automatic phase-shifting measurement of isochromatic parameter by using tilting compensator is suggested .

投影型莫尔条纹中的相移技术

A Phase - shifting Method for Moire Technique

运动衫及紧身短背心与运动俱乐部的运动夹克相结合，网球裙与白色夹克衫，球衣与条纹织物相结合。

Sweatshirts and tank tops are combined with sports clubs'blazers , tennis skirts with white blousons or polo shirts with stripes .

特点是既可用来观察位相物体，也可把干涉条纹调制在位相连续变化的物体上进行测量。

It can be used to observe phase objects , and the interference fringes can be modulated on the continuously changed phase objects for measurement .

将无衍射光技术与传统的莫尔条纹干涉技术相结合，并且应用于光电瞄准系统中，从基本理论和原理实验上研究了一种新型的机载瞄准方法，提出了相应的瞄准跟踪技术。

The non-diffracting technique was combined with the traditional Moire fringe interference technique and was applied firstly in the airborne opto-electronics system . A novel airborne aiming method was developed in basic theory and its principled experiment , the relevant aiming and tracking techniques were also proposed .

采用单张全息图的ZFC（零级条纹和条纹计数相结合）条纹观察法，测量了玻璃钢压力容器的位移、表面应变及内部应变，其结果与应变仪的结果一致。

By the ZFC method of a single hologram , a Herculite container , as an experiment , was measured . The experimental results show that the displacement and the surface and internal strain measured are in agreement with those by a strain gage .

本文提出一种基于数字条纹投影与数字相移技术的三维形面测量系统。

A method based on digital fringe projection and digital phase shifting technique is proposed in this thesis for 3D shape measurement .

为解决相位去包裹对光力学图像处理的影响问题，本文将一种直接从数字编码傅立叶变换或相移条纹图中逐相素提取相位梯度的方法应用于光力学图像信息识别中。

In this paper , an approach of computing pixel-by-pixel gradients of optical directly from digitally encoded Fourier-transform or phase-stepped fringe patterns is used in the information recognition of Photodynamic fringe pattern .

利用电子散斑干涉仪，通过两次图像采集之间折射率变化，获得代表等高线的相关条纹图，应用相移技术，可以获得高精度的形状测量结果。

By means of Electronic Speckle Pattern Interferometer ( ESPI ), the coherent patterns corresponding to contour map are ob - tained by choosing different index of refraction at each of the two courses of image collecting . The high accurate result can be obtained while applying phase shifting technique .

同时指出，将彩色棉横条纹与纵条纹的工艺相结合，可以生产彩色棉方格织物。

At the same time , if the technology of horizontal stripe and vertical stripe is combined , the color cotton checker effect fabric can be produced .

详细地论述了该数字栅的制作方法，数字纳米云纹条纹的形成机理，及位移、应变的测量方法，云纹条纹的相移方法和倍增方法。

In addition , the displacement and strain measurement principle , phase shifting technique and multiplication method of fringe are presented .

通过该系统得到清晰表征浓度场分布的实时全息干涉条纹图，利用全息干涉原理及相应的数学关系处理干涉条纹，得到液相扩散系数。

Using the interferometer , the distinct real-time interference fringes indicating the concentration profiles of the liquid were obtained , the liquid diffusion coefficient was directly measured from the interferograms by finite fringe system intentionally introduced to the interferometer .