Ultra-low light reflection surface using metal-coated high-aspect-ratio nanopillars

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초록

The study investigated the anti-reflective properties of metal-coated nanopillar arrays with high-aspect ratio. Aluminium oxyhydroxide nanopillar arrays were prepared by using aluminium anodic oxidation, hydrothermal synthesis, and platinum sputtering on their surface. The anti-reflective properties were evaluated on four types of nanostructures such as nanolens and nanopillar arrays with aspect ratios of 1:0.5, 1:3, 1:9, and 1:14. The nanopillar arrays with an aspect ratio of 1:14 demonstrated extremely low reflectance <0.18% at 550 nm wavelength of all measured incident angles.

키워드

nanostructured materialsnanofabricationplatinumreflectivityanodisationaluminium compoundssputtered coatingsliquid phase depositionultraviolet spectravisible spectrametal-coated nanopillar arraysaluminium oxyhydroxide nanopillar arraysantireflective propertieshydrothermal methodlight reflection surfacealuminium anodic oxidationplatinum sputteringnanolenswavelength 5500 nmPt-AlHO2BROAD-BANDANTIREFLECTIONNANOSTRUCTURESFABRICATIONPLATINUMARRAY
제목
Ultra-low light reflection surface using metal-coated high-aspect-ratio nanopillars
저자
Jung, Ju HoHan, Eui DonKim, Byeong HeeSeo, Young HoPark, Yong Min
DOI
10.1049/mnl.2018.5239
발행일
2019-03-06
유형
Article
저널명
Micro and Nano Letters
14
3
페이지
313 ~ 316