极端狂犬病表面呈现更好的 hydrophobicity 并且展出比 150 deg 大的一个水接触角。在这篇论文,极端 hydrophobicity 被分析,普通制造方法详细被总结。在两个的微地形学的应用恐水病的表面的制造和实验拖减小被探讨。最后,极端恐水病的表面的发展趋势和前景被讨论。
Ultra hydrophobic surfaces take on better hydrophobicity and exhibit a water contact angle larger than 150°. In this paper the ultra hydrophobicity is analyzed and common fabrication methods are summarized in detail. The applications of micro topography in both the fabrication of hydrophobic surface and the experiments of drag reduction are addressed. Finally, the development trend and foreground of ultra hydrophobic surface are discussed.