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Fabrication of Micro-Nano Structured Super-hydrophobic Surface and Drag Reduction in Channels

机译:微纳米结构化超级疏水表面的制备和通道的减阻

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In order to research the characteristic of flow drag reduction on large area super-hydrophobic surface, we have been designed a new processing technology to construct a micro-nano structure super-hydrophobic surfaces which formed by surface nanometer fly ash cenosphere. The experimental result of the flow drag reduction tested on macro-scale channel in laminar flow is very well, and the maximum drag reduction is 25.6%.
机译:为了研究大面积超疏水表面上的流量减阻的特性,我们设计了一种新的加工技术,用于构建由表面纳米粉煤灰斜影圈形成的微纳米结构超级疏水表面。在层流中的宏观尺度通道上测试的流动阻力减少的实验结果非常好,最大阻力减少为25.6%。

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