1) 4-interferograms method
四个干涉图法
1.
In this article, with Ar+ laser as a light source, BSO crystal as a recording medium, TV-computeras a detector, 4-interferograms method is used in double-exposure holographic interferometry.
本文用Ar~+激光器作光源,BSO晶体作记录介质,电视-微机系统作探测器,把四个干涉图法应用到双曝光全息干涉术上,从而实现了全息干涉图的自动计算,获得表面变形的大小、方向和形状的全信息。
2) interferogram interpolation
干涉图插值法
1.
New data transform method for thermal/mechanical/optical integrated analysis:interferogram interpolation;
一种用于光机热集成分析的新方法——干涉图插值法
3) non-interference image method
非干涉图像法
1.
The measuring method of large displacement of object by the single-grating and non-interference image method and revision method of positions of measured points is proposed.
提出非干涉图像法测量物体大位移的方法,即利用两个正交的图像记录系统,在试件作大位移后,记录被平行多光束照射形成的光点所覆盖的试件图像,借助于记录光路系统几何参数,可建立联立方程组。
4) interferogram
[,intə'fiərəɡræm]
干涉图
1.
Study on Simulation Model of Interferogram Sampling and Data Processing;
干涉图采样和数据处理的仿真研究
2.
InSAR Interferogram Filtering Using Wavelet-Domain Hidden Markov Tree Model;
基于小波域HMT模型InSAR干涉图噪声滤波研究
3.
Processing of Interferogram Symmetrization in Optical Fiber Fourier Spectrometer;
光纤傅里叶变换光谱仪干涉图的对称化处理
5) interferograms
干涉图
1.
The digital image methods which are used to process interferograms are introduced, especially the Hilditch thinning algorithm is discussed.
介绍了对全息干涉图像的数字图像处理方法，重点讨论了Ｈｉｌｄｉｔｃｈ 细化算法，处理结果较完整地保留了原始条纹的特征，为干涉条纹的自动定量分析提供了基
2.
Based on the noise in the complex interferograms satisfying an additive noise model,a noise reduction scheme using wavelet packet soft thresholding method to respectively remove the noise in the real and imaginary part of the complex interferograms is proposed.
基于SAR复干涉图中噪声满足加性噪声模型,提出对复干涉图实部和虚部分别应用小波包软阈值方法的去噪方案。
6) Moire image
干涉图像
1.
This paper elaborates how to apply genetic algorithms to calculate the binarization threshold value of the moire image.
将遗传算法用于计算云纹干涉图像的二值化阈值,提出基于改进遗传算法的图像分割方法,采用Otsu公式,找出分割图像最优阈值。
补充资料：四景山水图
中国画。宋代刘松年作。绢本长卷。设色。共四幅。一为春景，湖堤前小桥通向庄院，主人携童仆游春归来。二为夏景，湖边凉台轩庭中，主人倚榻赏景。三为秋景，霜树环绕院墙，堂上主人掩卷小憩。四为冬景，积雪满山遍野，松后石桥有人骑驴而过。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条