对相位移测量技术中的条纹强度量化所引起的相位误差进行了定量研究。
The effect of the quantization of the fringe intensity on the phase error in phase shifting measurement is formulated.
研究了光弹性定向载波的基本原理和光强度分布，分析了由此产生载波条纹的分布规律。
This paper presents a study of oriented carrier-wave in photo-elasticity mechanics and the distributing of luminous intensity.
改变表面波振幅，发现了各级衍射条纹的强度变化。
The diffraction intensity is variable with the surface wave amplitude which was also found.
屏幕上的强度分布，从暗到亮再到暗，叫做一条干涉条纹。
The intensity distribution on a screen from dark to bright to dark again is called an interference fringe.
介绍了在寻找全息干涉条纹与应力强度因子之间关系所作的研究，导出了干涉条纹最大值与应力强度因子之间的定量关系式。
The research works on the relationship between interference fringes and the factor of stress intensity are introduced. The quantitative expression of this relationship has been found and introduced.
条纹相机扫描电路的非线性会导致条纹图像时间与强度信息的失真。
Nonlinearity of the sweep circuit of streak camera distorts the time and intensity information of the streak image.
条纹的强度的相位分布同物体相位的一阶微成正比，所以称为微分相衬。
And the phase information, which is proportional to the first derivative of phase distribution, can be obtained from the fringes.
在激光反馈干涉中，当反馈光强度达到一定程度时，可以观察到条纹锁定现象的产生。
A fringe locking phenomenon in a laser diode feedback interferometer with optical feedback in a certain extent can be observed, which is studied in this paper.
理论分析表明从从荧光干涉条纹的强度分布中可获得关于俘获原子总数以及密度分布的信息。
Using the fringe the number of trapped atoms are estimated. And from contrast of the fringe the information about density disturb of atom cloud can be got.
数值模拟结果表明，有限预拉伸控制组分畴的生长方向，引导图案沿预拉伸方向优先生长。有限预拉伸的强度越大，条纹的宽度和间距越小。
Our numerical results reveal that the uniform pre-stretch strongly affects the phase separation patterns, and leads to preferential growth in the tensile direction.
数值模拟结果表明，有限预拉伸控制组分畴的生长方向，引导图案沿预拉伸方向优先生长。有限预拉伸的强度越大，条纹的宽度和间距越小。
Our numerical results reveal that the uniform pre-stretch strongly affects the phase separation patterns, and leads to preferential growth in the tensile direction.
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