Abstract: In order to ensure the civil aviation safety,the contaminations on the surface of aircraft including ice,frost and snow shall be removed under the freezing conditions.There are some disadvantages such as high energy consumption,ineffectiveness,environmental pollution in traditional deicing/anti-icng method.Based on the ‘lotus effect’,superhydrophobic materials with micro-nano structure and low surface energy have wide applications.The latest international and domestic research progresses in anti-ice performance of superhydrophobic materials were summarized,including hydrophobic,low ice adhesion and high holdover time.Not only construction of the special micro-nano structure and low surface energy,but also satisfaction of airworthiness for aircraft coatings if the superhydrophobic materials will be used in civil aviation in the future.
彭华乔, 李林, 夏祖西, 苏正良. 超疏水材料防冰研究进展[J]. 化工新型材料, 2019, 47(11): 1-5.
Peng Huaqiao, Li Lin, Xia Zuxi, Su Zhengliang. Research progress in anti-ice performance of superhydrophobic material. New Chemical Materials, 2019, 47(11): 1-5.
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