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Experimental study of a multiwavelength photon sieve designed by random-area-divided approach

机译:随机区域划分法设计多波长光子筛的实验研究

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摘要

In this paper, a design method for a multiwavelength photon sieve is described based on a random-area-divided approach, where the whole aperture of a multiwavelength imaging photon sieve is divided into multiple discrete spaces corresponding to the number of the selected working wavelengths. The micropinhole distribution in each discrete space can be calculated for the defined wavelength with one fixed focal length in terms of the normal design for photon sieve. A three-wavelength photon sieve was designed and fabricated in the lab, and its imaging properties are analyzed in the experimental optical system with satisfactory results.
机译:在本文中,描述了一种基于随机区域划分方法的多波长光子筛的设计方法,该方法将多波长成像光子筛的整个孔径划分为多个与选定工作波长的数量相对应的离散空间。可以根据光子筛的常规设计,针对具有一个固定焦距的定义波长,计算每个离散空间中的微针孔分布。在实验室设计制造了一种三波长光子筛,并在实验光学系统中对其成像特性进行了分析,结果令人满意。

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