锌基表面上超疏水结构的制备
Fabrication of Super Hydrophobic Surfaces on Zn Substrate
利用全氟癸酸（CF3(CF2)8COOH）试剂在金属锌表面上构建微-纳米级粗糙结构，使得金属锌表面的具有超疏水的润湿性能。实验结果显示，制备的锌片表面是一种无序的，花瓣状的微-纳米结构，表面与水的接触角为153.5 ，滚动角小于2 ，具有超疏水特性。之后，我们通过对实验方案的一些改动，成功缩短了制备疏水基底所用的时间，并使得基底具有了一些新的特性。
In this paper,we succeeded in fabricating nanometers and micrometer roughness structures upon zinc plates by useing perfluorocarboxylic acid solutions.For the as-prepared zinc surface,the contact angle of water is 153.5 and the rolling angle is smaller than 2 ,such syrface exhibits a super-hydrophobic property.After that,via change the experimental scheme，we succeeded reduce the time of the super-hydrophobic surface preparation,and made the plate have some other new properties.
刘长松、秦春磊、张博尧、辛道银
材料科学电化学工业
超疏水微-纳米结构接触角锌片
super-hydrophobicmicronanostructurecontact angleZinc
刘长松,秦春磊,张博尧,辛道银.锌基表面上超疏水结构的制备[EB/OL].(2013-04-28)[2025-07-20].http://www.paper.edu.cn/releasepaper/content/201304-607.点此复制
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