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首页> 外文期刊>Optik: Zeitschrift fur Licht- und Elektronenoptik: = Journal for Light-and Electronoptic >Focal plane location using integrated gray-level gradient method in digital particle holography
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Focal plane location using integrated gray-level gradient method in digital particle holography

机译:在数字粒子全息中使用集成灰度梯度方法进行焦平面定位

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摘要

To accurately locate the focal plane of the object in digital particle holography, the integrated gray-level gradient method is presented. This method consists of a conventional edge-sharpness [Es] method and a new method, namely, overall-sharpness [Os] method which is an efficient supplement of the former. The respective scopes of application of above criterions were discussed by using numerical simulation holograms of particles. At last, the integrated gray-level gradient method was applied to the real holograms of dot array target, calibration target and glass bead. The experiment results demonstrate that this method can effectively extract the focal plane of particle.
机译:为了准确定位数字粒子全息中物体的焦平面,提出了一种集成的灰度梯度方法。该方法由传统的边缘锐度[Es]方法和新方法,即整体锐度[Os]方法组成,是前者的有效补充。通过使用粒子的数值模拟全息图,讨论了上述准则的各自适用范围。最后,将积分灰度梯度法应用于点阵靶,标定靶和玻璃微珠的真实全息图。实验结果表明,该方法可以有效地提取粒子的焦平面。

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