Computer-generated hologram for reconstruction of unusual mode image

G. Wenqi, Tan Suqing, Zhou Jin
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Abstract

Usually in reconstruction of Fourier computer-generated hologram[FCGH] the lens is necessary to make imaging at finite distance instead of imaging at infinite originally. The reconstructed images are mutual inverted ( one upright image,another inverted image) both appear in a same plane. Whether the imaging lens in reconstruction FCGH will be able to omit? Whether two reconstructed images will be able to separate in spatial? Whether two images have an identical direction and different shape in the same plane? It is the motivation for us to do this study. Through theoretic analysis and experimental reconstruction these assume can be realized essentially.
用于重建异常模式图像的计算机生成全息图
在傅里叶计算机生成全息图(FCGH)的重建中,通常需要用透镜进行有限距离成像,而不是原来的无限距离成像。重建图像是相互倒立的(一幅正像,另一幅倒立像),两者出现在同一平面上。重建FCGH的成像透镜是否可以省略?两幅重建图像在空间上是否能够分离?两个图像在同一平面上是否方向相同形状不同?这是我们做这项研究的动机。通过理论分析和实验重构,这些假设基本得以实现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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