FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2783554312> ?p ?o ?g. }

• W2783554312 endingPage "1354" @default.
• W2783554312 startingPage "1341" @default.
• W2783554312 abstract "Abstract Nanotubular structures were generated on the surface of titanium c.p. by anodization technique in an aqueous solution of acetic acid (14% v/v) with different sources of fluoride ion (HF, NaF, NH 4 F). The aim of using these three different compounds is to study the effect of the counterion (H + , Na + and ) on the morphology, wettability and surface free energy of the modified surface. Nanotubes were generated at 10 and 15 V for each anodizing solution. To further improve surface characteristics, the samples were heat‐treated at 600°C for 4 h and at 560°C for 3 h. SEM images revealed the formation of nanotubes in all anodizing conditions, while their diameter increased proportionally to the electric potential. X‐ray diffraction and micro‐Raman spectroscopy results showed the presence of both anatase and rutile phases, with a higher content of rutile in the coatings obtained using NH 4 F and an applied potential of 10 V. The heat‐treatment significantly increased the wettability of the anodic coatings, especially for the coating obtained at 15 V with HF, which showed values < 7 degrees of contact angle. Besides, the nanotubes show a decrease in diameter due to the heat treatment, except for the nanotubes formed in NH 4 F. Depending on their surface properties (e.g. low contact angle and high surface free energy), these coatings potentially have great potential in biomedical applications, sensors devices, and catalytic applications among others. © 2018 Wiley Periodicals, Inc. J Biomed Mater Res Part A: 106A: 1341–1354, 2018." @default.
• W2783554312 created "2018-01-26" @default.
• W2783554312 creator A5000201834 @default.
• W2783554312 creator A5019398053 @default.
• W2783554312 creator A5023237857 @default.
• W2783554312 creator A5023838451 @default.
• W2783554312 creator A5031487758 @default.
• W2783554312 creator A5040027233 @default.
• W2783554312 creator A5042961165 @default.
• W2783554312 date "2018-01-31" @default.
• W2783554312 modified "2023-10-17" @default.
• W2783554312 title "Formation of nanotubular TiO₂structures with varied surface characteristics for biomaterial applications" @default.
• W2783554312 cites W1413534528 @default.
• W2783554312 cites W1964101247 @default.
• W2783554312 cites W1969142128 @default.
• W2783554312 cites W1977494152 @default.
• W2783554312 cites W1979518266 @default.
• W2783554312 cites W1983271466 @default.
• W2783554312 cites W1985966495 @default.
• W2783554312 cites W1988519156 @default.
• W2783554312 cites W1989100013 @default.
• W2783554312 cites W1994338468 @default.
• W2783554312 cites W1994978531 @default.
• W2783554312 cites W2000420791 @default.
• W2783554312 cites W2006377498 @default.
• W2783554312 cites W2008239181 @default.
• W2783554312 cites W2014752726 @default.
• W2783554312 cites W2015885172 @default.
• W2783554312 cites W2017068974 @default.
• W2783554312 cites W2018204971 @default.
• W2783554312 cites W2021646306 @default.
• W2783554312 cites W2023922745 @default.
• W2783554312 cites W2023973282 @default.
• W2783554312 cites W2024979437 @default.
• W2783554312 cites W2025834451 @default.
• W2783554312 cites W2030001303 @default.
• W2783554312 cites W2032918292 @default.
• W2783554312 cites W2035453923 @default.
• W2783554312 cites W2039306727 @default.
• W2783554312 cites W2042689028 @default.
• W2783554312 cites W2043942467 @default.
• W2783554312 cites W2050041941 @default.
• W2783554312 cites W2050110736 @default.
• W2783554312 cites W2051829331 @default.
• W2783554312 cites W2057857084 @default.
• W2783554312 cites W2060650362 @default.
• W2783554312 cites W2063437164 @default.
• W2783554312 cites W2065396317 @default.
• W2783554312 cites W2073170903 @default.
• W2783554312 cites W2077935277 @default.
• W2783554312 cites W2081724090 @default.
• W2783554312 cites W2083686788 @default.
• W2783554312 cites W2084193236 @default.
• W2783554312 cites W2084864262 @default.
• W2783554312 cites W2106302946 @default.
• W2783554312 cites W2122448844 @default.
• W2783554312 cites W2124006591 @default.
• W2783554312 cites W2126139553 @default.
• W2783554312 cites W2128392700 @default.
• W2783554312 cites W2136284677 @default.
• W2783554312 cites W2136559250 @default.
• W2783554312 cites W2139906905 @default.
• W2783554312 cites W2154128565 @default.
• W2783554312 cites W2162445598 @default.
• W2783554312 cites W2164061429 @default.
• W2783554312 cites W2167519750 @default.
• W2783554312 cites W2168696958 @default.
• W2783554312 cites W2194164953 @default.
• W2783554312 cites W2205851152 @default.
• W2783554312 cites W2291174129 @default.
• W2783554312 cites W2300306102 @default.
• W2783554312 cites W4249753232 @default.
• W2783554312 doi "https://doi.org/10.1002/jbm.a.36331" @default.
• W2783554312 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29316200" @default.
• W2783554312 hasPublicationYear "2018" @default.
• W2783554312 type Work @default.
• W2783554312 sameAs 2783554312 @default.
• W2783554312 citedByCount "17" @default.
• W2783554312 countsByYear W27835543122018 @default.
• W2783554312 countsByYear W27835543122019 @default.
• W2783554312 countsByYear W27835543122020 @default.
• W2783554312 countsByYear W27835543122021 @default.
• W2783554312 countsByYear W27835543122022 @default.
• W2783554312 countsByYear W27835543122023 @default.
• W2783554312 crossrefType "journal-article" @default.
• W2783554312 hasAuthorship W2783554312A5000201834 @default.
• W2783554312 hasAuthorship W2783554312A5019398053 @default.
• W2783554312 hasAuthorship W2783554312A5023237857 @default.
• W2783554312 hasAuthorship W2783554312A5023838451 @default.
• W2783554312 hasAuthorship W2783554312A5031487758 @default.
• W2783554312 hasAuthorship W2783554312A5040027233 @default.
• W2783554312 hasAuthorship W2783554312A5042961165 @default.
• W2783554312 hasBestOaLocation W27835543122 @default.
• W2783554312 hasConcept C115537861 @default.
• W2783554312 hasConcept C120665830 @default.
• W2783554312 hasConcept C121332964 @default.
• W2783554312 hasConcept C127413603 @default.
• W2783554312 hasConcept C134514944 @default.

• next