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1篇 您的检索式：作者名="Jennifer R.Lukes"

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		题名	作者	年代	出处	被引量
	1	Wetting Characteristics of Insect Wing Surfaces显示文摘Biological tiny structures have been observed on many kinds of surfaces such as lotus leaves,which have an effect on thecoloration of Morpho butterflies and enhance the hydrophobicity of natural surfaces.We investigated the micro-scale andnano-scale structures on the wing surfaces of insects and found that the hierarchical multiple roughness structures help in enhancingthe hydrophobicity.After examining 10 orders and 24 species of flying Pterygotan insects,we found that micro-scaleand nano-scale structures typically exist on both the upper and lower wing surfaces of flying insects.The tiny structures such asdenticle or setae on the insect wings enhance the hydrophobicity,thereby enabling the wings to be cleaned more easily.And thehydrophobic insect wings undergo a transition from Cassie to Wenzel states at pitch/size ratio of about 20.In order to examinethe wetting characteristics on a rough surface,a biomimetic surface with micro-scale pillars is fabricated on a silicon wafer,which exhibits the same behavior as the insect wing,with the Cassie-Wenzel transition occurring consistently around apitch/width value of 20.	Doyoung Byun Jongin Hong Saputra Jin Hwan Ko Young Jong Lee Hoon Cheol Park Bong-Kyu Byun Jennifer R.Lukes	2009	Journal of Bionic Engineering2009，6，1：	9

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