非聚焦数字全息显微术及其优点

S. Tõkés, L. Orzó
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引用次数: 2

摘要

将聚焦光学系统应用于显微技术,特别是数字全息显微技术(DHM)有许多优点。我们已经从理论上和实验上研究了一些可能的实现。聚光系统的空间带宽积可以超过传统聚光系统的空间带宽积。聚焦系统提供更高的分辨率和更少的失真。此外,在非聚焦光学装置的情况下,数值重建和校正阶段的计算成本也较低,因为它确保了整个测量体积内恒定的横向放大。我们表明,在彩色DHM的情况下,低失真的优势得到了增强。演示了重建软件的GPU实现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Afocal digital holographic microscopy and its advantages
Applying afocal optical systems in microscopy, especially in digital holographic microscopy (DHM) have several advantages. We have investigated some possible implementations theoretically and experimentally as well. Space bandwidth product of an afocal system can exceed that of the conventional ones. Afocal systems provide higher resolution and much less distortions. Furthermore, the computational cost of the numerical reconstruction and correction phase is also lower in the case of an afocal optical setup, as it ensures constant lateral magnification within the whole measured volume. We show that the advantage of low distortion is especially enhanced in the case of color DHM. GPU implementation of reconstruction software is demonstrated.
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