Fabrication and corrosion behavior of superhydrophilic and superhydrophobic surface on stainless steel

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Fabrication of a superhydrophobic nanofiber composite structure using anodic aluminum oxide template and cell adhesion studies of thestructure

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Fabrication of Superhydrophobic Surface on Various Metals Using Abrasive Blasting and Self-Assembled Monolayer Coating

A study about superhydrophobic surface started from the analysis of lotus leaf, and superhydrophobic surface fabrication methods have been researched. These methods cannot be used on various metals because the fabrication methods have complex and material-selective processes. In this work, we report a simple fabrication method using abrasive blasting and a self-assembled monolayer coating to produce a superhydrophobic surface. Abrasive blasting was used to create microstructures on metal surfaces. Random peak and valley microstructures were created after abrasive blasting, and a surface profile was measured to analyze the relationship between blasting pressure and a roughness parameter. A hydrophobic material coating was performed by a self-assembled monolayer method. Six kinds of metal surfaces displayed superhydrophobic properties. This utilitarian method could be applied to diverse applications.11Nscopuskc

극친수•극소수 스테인리스 스틸 표면의 제작 및 부식 특성 평가

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Super-hydrophilic/-hydrophobic surfaces fabrication for enhanced corrosion resistance on steel

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Fabrication of a Superhydrophobic Surface and Studies of the Albino Cells on it

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대수주기 안테나가 삽입된 복사소자의 기계적 거동 특성

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