| 1. | For example, in holographic imagery the speckle pattern corresponds to troublesome background noise .
例如，在全息照相中，斑纹图样相当于讨厌的背景噪声。 |
| 2. | A method for picking up fringe skeletons of speckle pattern from fringe orientation
一种通过条纹方向图提取散斑条纹中心线的方法 |
| 3. | Largeshearing electronic speckle pattern interference system with carrierfrequency modulation techniqu
载频调制大剪切电子散斑干涉系统 |
| 4. | Application of electronic shear speckle pattern interferometry to nondestructive evaluation of materials
电子剪切散斑在检测材料缺陷中的应用 |
| 5. | During the experiment , the fatigue - loading was paused after fixed fatigue cycle and the white - light speckle patterns were acquired without loading
在疲劳加载过程中，按一定的疲劳周次在零载荷状态下停机，并采集试件表面上预先制备的白光散斑图。 |
| 6. | When the speckle interferometry or the electronic speckle pattern interferometry ( espi ) is applied to measure the continuous movement or deformation of an object , a temporal speckle interference field will occur
散斑干涉或电子散斑干涉（ espi ）计量应用于连续运动或变形物体时，就会产生一个时变的散斑干涉场。 |
| 7. | In the temporal speckle pattern interferometry ( tspi ) , the possible calculation errors , which may occur in the practical application , are discussed , and some methods used to reduce the errors are given
对于时间序列散斑计量理论，本文对其在实际应用中可能产生的计算误差进行了详细分析，并且给出了几种减小计算误差的方法。 |
| 8. | The optical characteristics of detected optics can be extracted from its fringe in the fringe pattern , and a technique for fringe analysis is of importance in holographic interferometry , speckle pattern interferometry and moire technique
摘要条纹图中的条纹反映了被检测物体的信息，条纹分析技术在全息干涉技术，散斑干涉技术、莫尔技术中起著重要作用。 |
| 9. | In this paper , the mechanical behaviors of the polythiophene ( pth ) and ploypyrrole ( ppy ) films are experimentally investigated using an electronic speckle pattern interferometry ( espi ) method and an equipment with a sensitive mechanical sensor
本文采用对面内位移敏感的电子散斑干涉技术和带有自制的灵敏力传感器的实验装置对不同厚度的聚噻吩薄膜试样进行了拉伸实验。 |
| 10. | Based on the analysis and processing of the digital speckle pattern , the translation and rotation invariant features are discovered , and a one - step feed - forward neural network is creatively proposed which makes it possible to realize the intelligent recognition of interface defects
通过对数学散斑条纹的分析与处理，找出了能代表条纹信息的移位不变与旋转不变特征值? ?最大斜率，进而构造一种新的网络模型，即单步前馈式三层网络系统.率先实现了把神经网络系统用在数字散斑无损检测之中，完成了神经网络系统对粘接界面缺陷的智能辨识 |
