集成光学提高多配置分辨率

Hua Liu, Q. Ding, Chunjie Guo, Li-wei Zhou
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引用次数: 0

摘要

受启发,为了揭示该结构对提高成像分辨率的作用,进一步提出了在某些领域的技术要求和对多配置发展的影响。为了突破衍射极限,建议采用智能结构作为最有效和最经济的方法,同时用于提高系统性能,特别是信噪比和分辨率。采用模拟实验的方法,选取了典型的多构型集成光学元件。方法论可以改变传统的设计观念,开拓应用空间。我们使用多重矩阵传输方法的计算,以及相关的算法和完整的计算,显示了期望的光束整形通过系统,特别是实验结果将支持我们的论点,这将在报告中报告。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Integrated optics to improve resolution on multiple configuration
Inspired to in order to reveal the structure to improve imaging resolution, further technical requirement is proposed in some areas of the function and influence on the development of multiple configuration. To breakthrough diffraction limit, smart structures are recommended as the most efficient and economical method, while by used to improve the system performance, especially on signal to noise ratio and resolution. Integrated optics were considered in the selection, with which typical multiple configuration, by use the method of simulation experiment. Methodology can change traditional design concept and to develop the application space. Our calculations using multiple matrix transfer method, also the correlative algorithm and full calculations, show the expected beam shaping through system and, in particular, the experimental results will support our argument, which will be reported in the presentation.
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