高等学校化学学报
高等學校化學學報
고등학교화학학보
CHEMICAL JOURNAL OF CHINESE UNIVERSITIES
2010年
3期
421-431
,共11页
杜晨光%夏帆%王树涛%王京霞%宋延林%江雷
杜晨光%夏帆%王樹濤%王京霞%宋延林%江雷
두신광%하범%왕수도%왕경하%송연림%강뢰
超疏水%超亲水%仿生%智能响应%开关表面
超疏水%超親水%倣生%智能響應%開關錶麵
초소수%초친수%방생%지능향응%개관표면
Superhydrophobic%Superhydrophilic%Bio-inspired%Smart%Responsive surface
简要介绍了固体表面浸润性的概念及近年来的相关理论研究成果,并概述了自然界中具有特殊浸润性表面的生物体典型实例以及仿生制备的特殊浸润性表面和智能响应表面,展望了具有特殊浸润性表面的研究方向.
簡要介紹瞭固體錶麵浸潤性的概唸及近年來的相關理論研究成果,併概述瞭自然界中具有特殊浸潤性錶麵的生物體典型實例以及倣生製備的特殊浸潤性錶麵和智能響應錶麵,展望瞭具有特殊浸潤性錶麵的研究方嚮.
간요개소료고체표면침윤성적개념급근년래적상관이론연구성과,병개술료자연계중구유특수침윤성표면적생물체전형실례이급방생제비적특수침윤성표면화지능향응표면,전망료구유특수침윤성표면적연구방향.
Bio-inspired surfaces with special wettability have attracted much attention because of their promising applications in daily life and industrial applications. Recently, several bio-inspired intelligent surfaces with special wettability were designed and constructed by modifying chemical compositions and surface roughness. By use of various techniques, researchers were succeeded in controlling micro/nanostructures, responsive materials, and surface wettability, consequently bridging the gap between intelligent surfaces with special wettability and practical applications.