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Laser speckle interferometry is a new technique in latter - day optics.

激光散斑干涉法是近代光学的一项新技术.

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Speckle noise can be eliminated by nonlinear filter designed by wavelet transform.

小波非线性滤波器还可消除散斑噪声.

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Objective To establish a novel speckle tracking algorithm for estimating myocardial motion.

目的给出一种自动选择相关窗尺寸的散斑追踪方法用于心肌运动估测.

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Digital speckle correlation method ( DSCM ) is a photo - mechanical method for deformation inspection.

数字散斑相关方法 ( DSCM ) 是一种非接触的光测力学实验方法.

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The fundamental principle of stroboscopic shearing speckle interferometry is discussed.

提出了一种用于振动研究的方法———频闪剪切散斑干涉照相法.

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So, correlation dimension can be used to study the skin biospeckles.

这说明, 关联维数方法可以应用在皮肤激光散斑的研究中.

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Major techniques and methods in speckle metrology are reviewed.

综述了散斑计量中的主要检测技术.

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The basic principle of speckle image correlation digital technique was introduced firstly in this paper.

文中首先介绍了散斑图像相关数字技术的基本原理,然后给出了变形计算公式.

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Fiber glass honeycomb structures were inspected by the system and the patterns were clear and identifiable.

用该系统检测玻璃纤维蜂窝结构件的模拟脱粘缺陷,缺陷散斑图像清晰可辨.

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In this paper, the speckle photograph technique formation of image of objects through scattering media.

根据散斑照相和电弧等离子体物理学原理, 研究了诊断氩气焊弧温度场的新方法.

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The coefficient of thermal expansion ( CTE ) is very important for studies of composite and thermo - mechanical analysis.

本文采用激光散斑干涉法测量微电子金属封装用金属复合 引线 的热膨胀系数.

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They extend applicable scope of laser speckle photography in study of heat transfer.

从而拓宽了激光散斑照相技术在传热学研究中的应用范围.

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Digital Shearing Speckle Pattern Inerferometry ( DSSPI ) is a very promising non - contact measuring and testing method.

数字错位散斑干涉 ( DSSPI ) 是一种很有发展前途的 非接触 测量和检测方法.

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The centroid tracking algorithm is no longer suitable because of the speckle noise in ladar image.

然而常规形心跟踪算法因激光雷达图像受到散斑噪声影响而变得不适合.

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A novel method for measuring concentration field of pollutant diffusion by laser speckle is provided.

提出了一种利用激光散斑和散斑照相技术的污染扩散非定常瞬时全场浓度测量的新方法.

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