基于表面微结构复制与润湿性调控的水下仿生防污技术研究进展
Research Progress of Underwater Bionic Antifouling Technology Based on Surface Microtopography Replication and Wettability Control
基于表面微结构复制与润湿性调控的水下仿生防污技术研究进展 |
| 王利, 马力, 雷黎, 崔中雨 |
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Research Progress of Underwater Bionic Antifouling Technology Based on Surface Microtopography Replication and Wettability Control |
| WANG Li, MA Li, LEI Li, CUI Zhongyu |
| 图5 向多孔固体注入具有低表面能、化学惰性的液体形成均匀的SLIPS[ |
| Fig.5 Fabrication of SLIPS by infiltrating a porous/textured solid with a low-surface-energy, chemically inert liquid to form a physically smooth and chemically homogeneous lubricating film on the surface of the substrate[ |
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