FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3018615787> ?p ?o ?g. }

• W3018615787 endingPage "025017" @default.
• W3018615787 startingPage "025017" @default.
• W3018615787 abstract "Superhydrophobic surfaces with high adhesion have attracted huge attention in recent research work due to their versatile applications including transportation of microdroplet without any loss. Modification of metallic surfaces to achieve such properties is important to extend their applications. Especially, the superhydrophobic surfaces with very low bacterial adhesion have attracted intense attention in medical, food, and pharmaceutical industries. Here, we have fabricated different micropatterns on aluminium surfaces using a simple and cost-effective micro-imprinting technique. The surface chemistry was modified through a coating of low surface energy material 1H,1H,2H,2H-Perfluorooctyl-trichlorosilane (FOTS) using vapor deposition technique. Surface morphology of the samples was investigated using scanning electron microscopy (SEM) and contact profilometer. Results show a significant influence of the surface morphology on the wetting, adhesion and anti-bacterial properties. Surfaces composed of discrete micropillars showed higher de-wetting compared to surface containing continuous zig-zag micro lines even despite lower roughness factor. However, the opposite trend was observed in case of adhesion. These results are explained based on wetting state and difference in liquid-air interface pinning. Further, the developed samples showed higher water-retaining ability compared to rose-petal along with superhydrophobicity. The surface with micropillar structures with higher roughness factor exhibited improved non-fouling behavior which has been quantified by spot assays and atomic force microscopy (AFM). This study opens up the possibility of fabricating multifunctional metal surfaces on a large scale by a cost-effective, environment friendly and easily scalable processing route." @default.
• W3018615787 created "2020-05-01" @default.
• W3018615787 creator A5012489635 @default.
• W3018615787 creator A5038034267 @default.
• W3018615787 creator A5055312059 @default.
• W3018615787 creator A5073824798 @default.
• W3018615787 creator A5077271317 @default.
• W3018615787 creator A5081697328 @default.
• W3018615787 creator A5090604304 @default.
• W3018615787 date "2020-05-05" @default.
• W3018615787 modified "2023-10-01" @default.
• W3018615787 title "Effect of topography and chemical treatment on the hydrophobicity and antibacterial activities of micropatterned aluminium surfaces" @default.
• W3018615787 cites W1625491494 @default.
• W3018615787 cites W1969888076 @default.
• W3018615787 cites W1973402246 @default.
• W3018615787 cites W1983894279 @default.
• W3018615787 cites W1988978476 @default.
• W3018615787 cites W1999522375 @default.
• W3018615787 cites W2003335879 @default.
• W3018615787 cites W2004297909 @default.
• W3018615787 cites W2018517592 @default.
• W3018615787 cites W2019266179 @default.
• W3018615787 cites W2020946752 @default.
• W3018615787 cites W2021793313 @default.
• W3018615787 cites W2026232871 @default.
• W3018615787 cites W2026401636 @default.
• W3018615787 cites W2027823266 @default.
• W3018615787 cites W2033699162 @default.
• W3018615787 cites W2033908451 @default.
• W3018615787 cites W2037962563 @default.
• W3018615787 cites W2038452534 @default.
• W3018615787 cites W2039198410 @default.
• W3018615787 cites W2039657186 @default.
• W3018615787 cites W2039825325 @default.
• W3018615787 cites W2046527790 @default.
• W3018615787 cites W2060227992 @default.
• W3018615787 cites W2070026673 @default.
• W3018615787 cites W2073053484 @default.
• W3018615787 cites W2075723742 @default.
• W3018615787 cites W2076561710 @default.
• W3018615787 cites W2085849767 @default.
• W3018615787 cites W2090489028 @default.
• W3018615787 cites W2103229089 @default.
• W3018615787 cites W2108456878 @default.
• W3018615787 cites W2117492097 @default.
• W3018615787 cites W2117551893 @default.
• W3018615787 cites W2123702749 @default.
• W3018615787 cites W2137040246 @default.
• W3018615787 cites W2143867435 @default.
• W3018615787 cites W2150367477 @default.
• W3018615787 cites W2150911019 @default.
• W3018615787 cites W2165787805 @default.
• W3018615787 cites W2179067610 @default.
• W3018615787 cites W2180657338 @default.
• W3018615787 cites W2318017810 @default.
• W3018615787 cites W2321237442 @default.
• W3018615787 cites W2328951817 @default.
• W3018615787 cites W2419030775 @default.
• W3018615787 cites W2478615672 @default.
• W3018615787 cites W2587586916 @default.
• W3018615787 cites W2617621586 @default.
• W3018615787 cites W2626783437 @default.
• W3018615787 cites W2740273888 @default.
• W3018615787 cites W2741369263 @default.
• W3018615787 cites W2743913508 @default.
• W3018615787 cites W2759938521 @default.
• W3018615787 cites W2763939118 @default.
• W3018615787 cites W2765595199 @default.
• W3018615787 cites W2778945603 @default.
• W3018615787 cites W2781781587 @default.
• W3018615787 cites W2787927354 @default.
• W3018615787 cites W2791859826 @default.
• W3018615787 cites W2883043692 @default.
• W3018615787 cites W2889073381 @default.
• W3018615787 cites W2921247548 @default.
• W3018615787 cites W2950879710 @default.
• W3018615787 cites W2971959782 @default.
• W3018615787 cites W2980322726 @default.
• W3018615787 cites W2986962600 @default.
• W3018615787 cites W2996512476 @default.
• W3018615787 cites W3002628195 @default.
• W3018615787 cites W3005013378 @default.
• W3018615787 cites W3006142748 @default.
• W3018615787 cites W3006283908 @default.
• W3018615787 cites W3006846403 @default.
• W3018615787 cites W3010832975 @default.
• W3018615787 cites W4242824942 @default.
• W3018615787 doi "https://doi.org/10.1088/2051-672x/ab8d86" @default.
• W3018615787 hasPublicationYear "2020" @default.
• W3018615787 type Work @default.
• W3018615787 sameAs 3018615787 @default.
• W3018615787 citedByCount "7" @default.
• W3018615787 countsByYear W30186157872020 @default.
• W3018615787 countsByYear W30186157872022 @default.
• W3018615787 countsByYear W30186157872023 @default.
• W3018615787 crossrefType "journal-article" @default.
• W3018615787 hasAuthorship W3018615787A5012489635 @default.
• W3018615787 hasAuthorship W3018615787A5038034267 @default.

• next