Matches in SemOpenAlex for { <https://semopenalex.org/work/W2740401059> ?p ?o ?g. }
- W2740401059 endingPage "1700497" @default.
- W2740401059 startingPage "1700497" @default.
- W2740401059 abstract "A robust surface geometrical structure not only enables a favorable practical application but also leads to a long-term reliability of superhydrophobic surfaces, and hence it is pivotal to find an effective route to improve the mechanical durability of superhydrophobic surfaces. This study reports a simple magnetron sputtering method to directly construct a robust rose petal-like copper surface with high water adhesion (petal effect). A stable surface micro/nanosphere topography combining with naturally low surface energy is spontaneously formed by the strain-induced-island growth of the copper films during the sputtering process. Further reduced surface energy by fluorosilane, the rose petal-like surface shows a high water contact angle (≈161.4°), effective adhesion force of ≈154 µN, and no-loss transportation critical droplet volume of ≈98 µL. In addition, as-prepared superhydrophobic surfaces exhibit superior mechanical stability according to the thermal shock (−40 °C/90 °C) for ≈500 cycles, water-impacting test for ≈6 h, and finger touch (≈20 times) as well as tape-peeling test (≈65 times) without losing superhydrophobicity. This work might provide a novel but simple way to directly and effectively fabricating robust superhydrophobic metallic surfaces for potential industrial applications, and can be easily extended to other metals and alloys." @default.
- W2740401059 created "2017-08-08" @default.
- W2740401059 creator A5011278874 @default.
- W2740401059 creator A5013162863 @default.
- W2740401059 creator A5027015173 @default.
- W2740401059 creator A5063733227 @default.
- W2740401059 creator A5078453691 @default.
- W2740401059 date "2017-07-31" @default.
- W2740401059 modified "2023-10-18" @default.
- W2740401059 title "Strain-Induced Surface Micro/Nanosphere Structure: A New Technique to Design Mechanically Robust Superhydrophobic Surfaces with Rose Petal-Like Morphology" @default.
- W2740401059 cites W1930272518 @default.
- W2740401059 cites W1930371647 @default.
- W2740401059 cites W1969888076 @default.
- W2740401059 cites W1972849483 @default.
- W2740401059 cites W1993286892 @default.
- W2740401059 cites W2001780715 @default.
- W2740401059 cites W2013703395 @default.
- W2740401059 cites W2019606457 @default.
- W2740401059 cites W2021526425 @default.
- W2740401059 cites W2026232871 @default.
- W2740401059 cites W2035234285 @default.
- W2740401059 cites W2039296412 @default.
- W2740401059 cites W2043786354 @default.
- W2740401059 cites W2052291298 @default.
- W2740401059 cites W2056446283 @default.
- W2740401059 cites W2061103722 @default.
- W2740401059 cites W2062820725 @default.
- W2740401059 cites W2066225567 @default.
- W2740401059 cites W2066643443 @default.
- W2740401059 cites W2071675609 @default.
- W2740401059 cites W2075691266 @default.
- W2740401059 cites W2078191984 @default.
- W2740401059 cites W2089851124 @default.
- W2740401059 cites W2091615129 @default.
- W2740401059 cites W2096520286 @default.
- W2740401059 cites W2101899252 @default.
- W2740401059 cites W2126889964 @default.
- W2740401059 cites W2127797612 @default.
- W2740401059 cites W2134426503 @default.
- W2740401059 cites W2157365090 @default.
- W2740401059 cites W2193882471 @default.
- W2740401059 cites W2196811674 @default.
- W2740401059 cites W2198048123 @default.
- W2740401059 cites W2294585892 @default.
- W2740401059 cites W2301584174 @default.
- W2740401059 cites W2302385718 @default.
- W2740401059 cites W2303635623 @default.
- W2740401059 cites W2324493659 @default.
- W2740401059 cites W2324579754 @default.
- W2740401059 cites W2326468951 @default.
- W2740401059 cites W2330425481 @default.
- W2740401059 cites W2330805249 @default.
- W2740401059 cites W2333660789 @default.
- W2740401059 cites W2333670081 @default.
- W2740401059 cites W2334580579 @default.
- W2740401059 cites W2334859022 @default.
- W2740401059 cites W2396856972 @default.
- W2740401059 cites W2400726376 @default.
- W2740401059 cites W2413915920 @default.
- W2740401059 cites W2419438791 @default.
- W2740401059 cites W2460887196 @default.
- W2740401059 cites W2476858035 @default.
- W2740401059 cites W2488189554 @default.
- W2740401059 cites W2488497296 @default.
- W2740401059 cites W2516521640 @default.
- W2740401059 cites W2519295664 @default.
- W2740401059 cites W2550258901 @default.
- W2740401059 cites W2561379198 @default.
- W2740401059 cites W2561677531 @default.
- W2740401059 cites W2586948909 @default.
- W2740401059 cites W917429712 @default.
- W2740401059 doi "https://doi.org/10.1002/admi.201700497" @default.
- W2740401059 hasPublicationYear "2017" @default.
- W2740401059 type Work @default.
- W2740401059 sameAs 2740401059 @default.
- W2740401059 citedByCount "13" @default.
- W2740401059 countsByYear W27404010592017 @default.
- W2740401059 countsByYear W27404010592018 @default.
- W2740401059 countsByYear W27404010592019 @default.
- W2740401059 countsByYear W27404010592020 @default.
- W2740401059 countsByYear W27404010592021 @default.
- W2740401059 countsByYear W27404010592022 @default.
- W2740401059 countsByYear W27404010592023 @default.
- W2740401059 crossrefType "journal-article" @default.
- W2740401059 hasAuthorship W2740401059A5011278874 @default.
- W2740401059 hasAuthorship W2740401059A5013162863 @default.
- W2740401059 hasAuthorship W2740401059A5027015173 @default.
- W2740401059 hasAuthorship W2740401059A5063733227 @default.
- W2740401059 hasAuthorship W2740401059A5078453691 @default.
- W2740401059 hasConcept C120545014 @default.
- W2740401059 hasConcept C126322002 @default.
- W2740401059 hasConcept C15283870 @default.
- W2740401059 hasConcept C159985019 @default.
- W2740401059 hasConcept C171250308 @default.
- W2740401059 hasConcept C192562407 @default.
- W2740401059 hasConcept C2524010 @default.
- W2740401059 hasConcept C2778022156 @default.
- W2740401059 hasConcept C2778335665 @default.