lotus effect

基本解釋

Nonequilibrim molecular dynamics (NEMD) was used to simulate the boundary slip phenomenon of microchannel with 'lotus effect'.
采用非平衡分子動(dòng)力學(xué)模擬（NEMD）分析了流體在具有“荷花效應(yīng)”的微流通道中的邊界滑移現(xiàn)象。
Based on lotus effect, the technics of preparing the super-hydrophobic coating is studied and its hydrophobicity properties analyzed.
本文基于“荷葉效應(yīng)”，研究了一種超疏水涂層的制備方法及其疏水性能表征。
This paper presented fabrication and replication technology of binary micro-structure based on lotus effect. Aluminum template had been produced by means of anodic oxidation.
提出了基于荷花效應(yīng)的雙微觀結(jié)構(gòu)的制作及其復(fù)制技術(shù)，介紹了采用陽極氧化技術(shù)制作雙微觀結(jié)構(gòu)氧化鋁模板的方法。
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This slowing effect is used by Lotus to simulate engine braking, in which resistance inside an internal-combustion engine decelerates the car.
ECONOMIST: Fast cars will go even faster with electric power

荷葉效應(yīng)
Learned from the lotus effect of nature, controlling the wettability on material surfaces by constructing or transforming its microstructures can well meliorate the integrated capabilities of materials.
受自然界荷葉效應(yīng)的啟發(fā)，通過在材料表面構(gòu)建或改變微結(jié)構(gòu)同時(shí)進(jìn)行表面改性來控制材料表面的潤(rùn)濕性能，能夠很好地改善材料的綜合使用性能。
荷花效應(yīng)
Their combination effectively results in the application‘Lotus Effect’into microchannels can reduce the pressure loss and increase the flow velocity.
因此,將“荷花效應(yīng)”應(yīng)用于微通道中,制作出具有“荷花效應(yīng)”的微通道,能夠降低微通道的沿程壓力損失,增大流體在其中的流動(dòng)速度。
化學(xué)
荷花效應(yīng)