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2013 Advanced Materials 封面文章：原位特殊浸润性控制及图案模板运用
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In Situ Surface-Modification-Induced Superhydrophobic Patterns with Reversible Wettability and Adhesion 链接1：http://onlinelibrary.wiley.com/d ... .201370077/abstract 链接2：http://onlinelibrary.wiley.com/doi/10.1002/adma.201203797/citedby 该文章主要阐述了如何高效快速构建具有特殊微观几何形状的粗糙结构？如何可控构筑表面纳米结构-水接触角-表面粘滞力相关联的功能材料？如何基于超亲水/超疏水（油）特性模板建立表面微-纳米图案化技术？超疏水表面与水滴之间粘滞力的本质原因及表面作用机理，以及进一步探索TiO2纳米结构膜及其表面超亲水/超疏水性在高科技领域新的应用等。实现超疏水表面与水滴之间粘滞力可控在特定领域，如材料表面的自清洁和减阻、抗生物粘附、微液滴操控等领域都具有重要的潜在应用前景。 A facile, in situ, ink-regulating approach is developed on page 1682 by Lifeng Chi, Yuekun Lai, and co-workers for rapidly reversible water wettability and adhesion transition, with a large degree of contrast, on superhydrophobic TiO2 nanotube array film. This finding provides new strategies in the design of siteselective, sticky superhydrophobic patterns for droplet manipulation and cell immobilization.  Adv. Mater. Cover.gif |
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55楼2013-11-08 12:58:14
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马踏冰河2楼
2013-11-05 12:13
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lykuskyl(金币+1): 谢谢参与
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