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Method based on the double sideband technique for the dynamic tracking of micrometric particles

机译:基于双边带技术的微米级微粒动态跟踪方法

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摘要

Digital holography (DH) methods are of interest in a. large number of applications. Recently, the double sideband (DSB) technique was proposed, which is a DH based method that, by using. double filtering, provides reconstructed images without distortions and is. free of twin images by. using an in-line configuration. In this work, we implement a method for the investigation of the mobility of particles based on the DSB technique. Particle holographic images obtained using. the DSB method are processed with digital picture recognition methods, allowing us to accurately track the spatial position of particles. The dynamic nature of the method is achieved experimentally by using a spatial light modulator. The suitability of the proposed tracking method is validated by determining the trajectory and velocity described by glass microspheres in movement.
机译:数字全息术(DH)方法是感兴趣的。大量的应用程序。最近,提出了双边带(DSB)技术,这是一种通过使用的基于DH的方法。双重过滤,可提供没有失真的重构图像。无双图。使用串联配置。在这项工作中,我们实现了一种基于DSB技术的颗粒迁移率研究方法。使用获得的粒子全息图像。 DSB方法通过数字图片识别方法进行处理,从而使我们能够精确地跟踪粒子的空间位置。该方法的动态性质是通过使用空间光调制器通过实验实现的。通过确定运动中玻璃微球所描述的轨迹和速度来验证所提出的跟踪方法的适用性。

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