学习自然聚合物表面的纳米结构,利用荷花效应和自我清洁

M. Oles, E. Nun, G. Dambacher, B. Schleich
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引用次数: 3

摘要

莲花效应(R)研究项目致力于生产自清洁表面的愿景。表面自清洁原理是由德国波恩的植物学家Barthlott教授(1997)发现的。巴思洛特研究了荷叶的“莲花效应”(lotus - effect, R)。荷叶具有自洁性,因为其表面粗糙,覆盖着蜡,使它们能够像从发光的加热板上脱落一样去除水分。所谓的“荷花效应”(R)的秘密在于叶子的粗糙表面结构,可以防止灰尘附着在叶子上。此外,叶子的表面覆盖着一层超细的蜡晶体,使它们具有防水功能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Learning from nature-polymer surfaces with a nano structure that utilise the Lotus-Effect and clean themselves
The Lotus-Effect(R) research project is dedicated to the vision of producing self-cleaning surfaces. The principle of self-cleaning surfaces was discovered by Prof. Barthlott (1997), a botanist from Bonn, Germany. Barthlott researched the Lotus-Effect(R) of the lotus flower's leaves, which are self-cleaning due to their rough, wax-covered surfaces that enable them to bead off water, as off of a glowing hotplate. The secret of the so-called Lotus-Effect(R) is the rough surface structure of the leaves, which prevents dirt adhering to them. In addition, the surface of the leaves is coated with an ultra-fine layer of wax crystals which makes them water-repellent.
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