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采用两个偏振敏感纯相位空间光调制器且曝光次数减少的非相干数字全息术。

Incoherent digital holography with two polarization-sensitive phase-only spatial light modulators and reduced number of exposures.

作者信息

Tahara Tatsuki

出版信息

Appl Opt. 2024 Mar 1;63(7):B24-B31. doi: 10.1364/AO.505624.

Abstract

I propose methods for reducing the number of exposures in incoherent digital holography with two polarization-sensitive phase-only spatial light modulators (IDH with TPP-SLMs). In IDH with TPP-SLMs, no polarization filters are required, and not only three-dimensional (3D), but polarization information is also obtained. However, seven exposures are required to conduct filter-free polarimetric incoherent holography. In this article, the optical designs and modified phase-shifting interferometry to reduce the number of recordings are described. IDH with TPP-SLMs has the potential for filter-free single-shot multidimensional incoherent holographic imaging.

摘要

我提出了使用两个偏振敏感的纯相位空间光调制器(带有TPP - SLM的非相干数字全息术,即IDH)来减少曝光次数的方法。在带有TPP - SLM的IDH中,不需要偏振滤波器,不仅可以获得三维(3D)信息,还能获取偏振信息。然而,进行无滤波器偏振非相干全息术需要七次曝光。在本文中,描述了用于减少记录次数的光学设计和改进的相移干涉测量法。带有TPP - SLM的IDH具有实现无滤波器单次多维非相干全息成像的潜力。

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