Micro-nano composite structure with structural color and super-hydrophobic function
The invention relates to a micro-nano composite structure with structural color and a super-hydrophobic function, and belongs to the field of surface modification. The invention provides a micro-nano composite structure which is composed of a V-shaped groove structure with a micrometer scale and a p...
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creator | HUANG HU WU HAOXIANG ZHAO HONGWEI ZHANG HONGYANG WEI DAYU WANG CHAO |
description | The invention relates to a micro-nano composite structure with structural color and a super-hydrophobic function, and belongs to the field of surface modification. The invention provides a micro-nano composite structure which is composed of a V-shaped groove structure with a micrometer scale and a periodic nano grid structure distributed on the surface of the V-shaped groove. The micro-nano composite structure has two surface characteristics of structural color and super-hydrophobicity at the same time. In the micro-nano composite structure, the surface structural color can be regulated and controlled by adjusting the period of the periodic nano grid-shaped structure, so that the surface generates the required structural color; the surface hydrophobicity is regulated and controlled by adjusting the width, the distance and the opening angle of the V-shaped groove, and the surface can have the super-hydrophobic characteristic. According to the micro-nano composite structure, the surface has the structural color |
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The invention provides a micro-nano composite structure which is composed of a V-shaped groove structure with a micrometer scale and a periodic nano grid structure distributed on the surface of the V-shaped groove. The micro-nano composite structure has two surface characteristics of structural color and super-hydrophobicity at the same time. In the micro-nano composite structure, the surface structural color can be regulated and controlled by adjusting the period of the periodic nano grid-shaped structure, so that the surface generates the required structural color; the surface hydrophobicity is regulated and controlled by adjusting the width, the distance and the opening angle of the V-shaped groove, and the surface can have the super-hydrophobic characteristic. 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The invention provides a micro-nano composite structure which is composed of a V-shaped groove structure with a micrometer scale and a periodic nano grid structure distributed on the surface of the V-shaped groove. The micro-nano composite structure has two surface characteristics of structural color and super-hydrophobicity at the same time. In the micro-nano composite structure, the surface structural color can be regulated and controlled by adjusting the period of the periodic nano grid-shaped structure, so that the surface generates the required structural color; the surface hydrophobicity is regulated and controlled by adjusting the width, the distance and the opening angle of the V-shaped groove, and the surface can have the super-hydrophobic characteristic. 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The invention provides a micro-nano composite structure which is composed of a V-shaped groove structure with a micrometer scale and a periodic nano grid structure distributed on the surface of the V-shaped groove. The micro-nano composite structure has two surface characteristics of structural color and super-hydrophobicity at the same time. In the micro-nano composite structure, the surface structural color can be regulated and controlled by adjusting the period of the periodic nano grid-shaped structure, so that the surface generates the required structural color; the surface hydrophobicity is regulated and controlled by adjusting the width, the distance and the opening angle of the V-shaped groove, and the surface can have the super-hydrophobic characteristic. According to the micro-nano composite structure, the surface has the structural color</abstract><oa>free_for_read</oa></addata></record> |
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subjects | MICROSTRUCTURAL TECHNOLOGY OPTICAL ELEMENTS, SYSTEMS, OR APPARATUS OPTICS PERFORMING OPERATIONS PHYSICS PROCESSES OR APPARATUS SPECIALLY ADAPTED FOR THE MANUFACTUREOR TREATMENT OF MICROSTRUCTURAL DEVICES OR SYSTEMS TRANSPORTING |
title | Micro-nano composite structure with structural color and super-hydrophobic function |
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