水热法制备高性能超疏水花状CeO2微纳米结构
High Performance Super-Hydrophobic Flower-Like CeO2 Micro/Nano-Structure Fabricated by Hydro-Thermal Method
摘要: 通过水热合成法构筑微纳结构，结合表面化学改性，成功地在铝片基底载体上制备了一种新型的超疏水涂层。稀土氧化铈的加入使得表面结构不仅均匀分布，材料表面也展现出超强排斥性，静态接触角可达到160˚，同时滚动角不超过5˚。水热合成法制备的特殊浸润性界面材料，可以通过调节水热法的工艺持续获得，且该材料在多种恶劣环境中均表现出较好的超疏水稳定性，对于疏水材料的大规模生产和应用都具备非常重大的借鉴意义。
Abstract: A novel type of super-hydrophobic coating was successfully prepared on the aluminum sheet sub-strate via hydro-thermal synthesis methods combined with chemical modification. The addition of cerium oxide supplies the surface not only well distributed structures, but also unparalleled su-per-repellency, the static water contact angle could reach 160˚, and the rolling angle is not less than 5˚. The special wetting materials prepared by hydro-thermal synthesis can be continuously ob-tained by the process of regulating hydro-thermal method, and the materials show good su-per-hydrophobicity in a variety of harsh environments, which is of great reference significance for the large-scale production and application of hydrophobic materials.
文章引用：赖健昕, 雷慧敏, 欧阳乐, 徐嘉琪, 晁自胜. 水热法制备高性能超疏水花状CeO2微纳米结构[J]. 材料化学前沿, 2020, 8(2): 15-22. https://doi.org/10.12677/AMC.2020.82003

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