数字全息技术在位移测量中的应用

Ye Sun
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引用次数: 3

摘要

电荷耦合器件(CCD)和电可寻址液晶显示器(EALCD)作为一种全息记录和再现装置,已逐渐被纳入全息干涉测量中。它为全息术的发展和应用增添了新的内容和方法。在理论分析和实际实验的基础上,提出了双曝光全息干涉与数字图像处理相结合、CCD与EALCD相结合的微位移测量新方法。在本文中,我研究了CCD/EALCD在数字全息干涉测量中的应用条件,并尝试对全息图进行一些数字图像处理。对于离轴全息记录系统,分析了CCD记录和EALCD重构的基本原理和条件。同时,我也尝试了用数字图像处理技术对全息图进行处理,获得了较好的重建效果。最后,成功地得到了干涉条纹,并利用干涉条纹计算了物体的微位移。
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Application of Digital Holography in Displacement Measurement
Charge-coupled device (CCD) and electrical addressable liquid crystal display (EALCD), as a kind of holography recording and reconstruction device, has taken their parts into holographic interferometry gradually. It adds new content and method to the development and application of holography. On the basis of theory analysis and practical experiment, a new method that combined double-exposure holographic interferometry with digital image processing, and combined CCD with EALCD is used in micro-displacement measurement. In my paper, I have studied the application condition of CCD/EALCD in digital holographic interferometry and have tried to do some digital image processing onto the hologram. Concerning off-axis holographic recording system, I have analyzed the fundamentals and conditions of CCD recording and the EALCD reconstruction. Simultaneously, I have also tried to process the holograms with digital image processing technique, and achieved better reconstruction results. Finally, I got the interference fringes successfully and calculated micro-displacement of object by the interference fringes.
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