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Large-area multilayer infrared nano-wire grid polarizers

机译:大面积多层红外纳米线栅偏光片

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We have developed a technology for fabricating infrared polarizers based on double- and four-layer metal-dielectric nanogratings. Due to the use of nanoimprint lithography, the size of fabricated samples with 190-nm grating period could be made exceeding 170 cm(2). The fabricated polarizers are flexible, and they have high quality over the entire area of the sample. Spectrophotometric measurements and numerical simulations have showed that the polarizers exhibited a large transmission coefficient and a high extinction ratio (over 3.10(4)). In order to expand applications of polarizers to the bio-inspired wide field-of-view systems, technology for fabricating polarizers on curved surfaces prepared by 3D printing has been developed. The obtained results offer much promise for polarimetry purposes. (C) 2016 Elsevier B.V. All rights reserved.
机译:我们已经开发了一种基于双层和四层金属介电纳米光栅的红外偏振器制造技术。由于使用了纳米压印光刻技术,制作的具有190 nm光栅周期的样品的尺寸可以超过170 cm(2)。所制造的偏振器是柔性的,并且它们在样品的整个区域上具有高质量。分光光度法的测量和数值模拟表明,偏光片具有较大的透射系数和较高的消光比(超过3.10(4))。为了将偏振片的应用扩展到受生物启发的宽视场系统,已经开发了在通过3D打印制备的曲面上制造偏振片的技术。所获得的结果为极化分析提供了很大希望。 (C)2016 Elsevier B.V.保留所有权利。

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