仿生超疏水表面的发展及其应用研究进展
佟威,熊党生

Bioinspired Superhydrophobic Materials: Progress and Functional Application
TONG Wei,XIONG Dang-Sheng
表1 仿生材料的功能性应用
Table 1 Multiple functionalities of bioinspired materials
Year Bioinspired materials Multiple functionalities for applications Ref.
1997 Lotus leaf Superhydrophobicity, self-cleaning [8-9]
2000 Gecko foot-hair
Spider silk
Superhydrophobicity, high adhesion
Water collection
[10]
[23]
2001 Desert beetle Superhydrophobicity/superhydrophilicity [11]
2002 Rice leaf
Cactus stems
Superhydrophobicity, anisotropic wetting
Fog collection, gradient wetting
[2]
[24]
2004 Water strider leg
Cicada wing
Superhydrophobicity, fluid friction reduction
Superhydrophobicity, antireflection
[12]
[13]
2006 Nepenthes pitcher plant Slippery, underwater omniphobicity [31-34]
2007 Butterfly wing
Mosquito eye
Anisotropic wetting, structural coloration
Antireflection, antifogging
[14]
[15]
2008 Red rose petal Superhydrophobicity, high or low adhesion [16]
2009 Fish scale Superhydrophilicity/underwater superoleophobicity [17]
2010 Salvinia leaf
Shark skin
Superhydrophobicity, high adhesion
Fluid drag reduction
[18-19]
[26-27]
2011 Poplar leaf hair
Springtail cuticle
Superhydrophobicity, antireflection
Superamphiphobicity
[20]
[28]
2012 Clam shell Superhydrophilicity/underwater superoleophobicity [21]
2016 Penguin feather
Skimmer beak
Icephobicity
Drag reduction
[22]
[29]
2018 Sarracenia trichome
Earthworms
Water harvesting and transport
Self-replenishing lubrication, friction reduction, antifouling
[25]
[30]