- 鄭詠梅 教授
- 北京航空航天大學 化學學院
- 網址: zhengyongmei.polymer.cn 訪問量:757929
關鍵字:water collection
論文來源:期刊
發表時間:2023年
A novel integrative bioinspired surface with annular pattern and 3D wettable gradient (APWG) is proposed for fog collection via a simple needle-face
anodic oxidation strategy. The fog collection behaviors are studied on APWG
with different pattern types. Such a surface can not only improve the fog
droplet capture performance effectively owing to annular wettable gradient
pattern, but also realize the fog droplet capture and convergence on different
surfaces to accelerate the surface regeneration rate, leading to a further fog
collection enhancement. The results of experiment observation and underlying mechanism analysis have certified that such a design can realize a
continuous 3D fog collection model to enhance the fog collection efficiency,
resulting in a 1345% increase compared to the original surface.
https://doi.org/10.1002/admi.202201978