Matches in SemOpenAlex for { <https://semopenalex.org/work/W3196351629> ?p ?o ?g. }
- W3196351629 endingPage "100140" @default.
- W3196351629 startingPage "100140" @default.
- W3196351629 abstract "The plasma electrolytic oxidation (PEO) surface modification process is able to improve the surface characteristics of titanium and titanium alloys by forming TiO2 coatings. Implementing the PEO process enhances corrosion and wear protection, tunes optical properties, and more importantly, modifies the biological activities of titanium and also its alloys. The surface features can be further enhanced by adding proper additives in the form of particles, sheets, powders, or compounds into electrolytes, forming TiO2 composite coatings with modified properties compared to the basic TiO2 coatings. With a wide range of desirable physical, mechanical, chemical, thermal, electrical, optical, and biological characteristics, graphene (G) and G-derivatives (i.e., graphene oxide (GO) and reduced graphene oxide (rGO)) are among the top additive choices used in PEO composite coatings production. The porous nature of PEO coatings provides a suitable place for the accumulation of G and GO that can change the features of the surface significantly. This article reviews the results of studies on the properties of PEO coatings modified by G, GO, and rGO formed on titanium and also its alloys. The addition of G and G-derivatives influences the growth process, microstructure, surface morphology, and phase composition of the formed coatings. Particularly, the hardness of the coatings is increased, corrosion and wear resistance are enhanced, optical properties and optoelectronic behavior are tuned, and last but not least bioactivity and biocompatibility of the coatings are modified after the addition of G and G-derivatives." @default.
- W3196351629 created "2021-09-13" @default.
- W3196351629 creator A5038971083 @default.
- W3196351629 creator A5056056579 @default.
- W3196351629 creator A5069841382 @default.
- W3196351629 creator A5088261253 @default.
- W3196351629 date "2021-12-01" @default.
- W3196351629 modified "2023-09-23" @default.
- W3196351629 title "Review of the role of graphene and its derivatives in enhancing the performance of plasma electrolytic oxidation coatings on titanium and its alloys" @default.
- W3196351629 cites W1101814268 @default.
- W3196351629 cites W1250659235 @default.
- W3196351629 cites W1821457761 @default.
- W3196351629 cites W1965101164 @default.
- W3196351629 cites W1981154912 @default.
- W3196351629 cites W1983149238 @default.
- W3196351629 cites W1984790437 @default.
- W3196351629 cites W1986705801 @default.
- W3196351629 cites W1992571829 @default.
- W3196351629 cites W2003500628 @default.
- W3196351629 cites W2004981806 @default.
- W3196351629 cites W2011505007 @default.
- W3196351629 cites W2015646952 @default.
- W3196351629 cites W2022280697 @default.
- W3196351629 cites W2025809506 @default.
- W3196351629 cites W2028894295 @default.
- W3196351629 cites W2031863714 @default.
- W3196351629 cites W2032330271 @default.
- W3196351629 cites W2037234527 @default.
- W3196351629 cites W2050885679 @default.
- W3196351629 cites W2051505911 @default.
- W3196351629 cites W2051830387 @default.
- W3196351629 cites W2053673192 @default.
- W3196351629 cites W2055657604 @default.
- W3196351629 cites W2057611100 @default.
- W3196351629 cites W2058342493 @default.
- W3196351629 cites W2064104693 @default.
- W3196351629 cites W2065381003 @default.
- W3196351629 cites W2066325683 @default.
- W3196351629 cites W2068331148 @default.
- W3196351629 cites W2072083213 @default.
- W3196351629 cites W2072282741 @default.
- W3196351629 cites W2073108534 @default.
- W3196351629 cites W2073340488 @default.
- W3196351629 cites W2076613500 @default.
- W3196351629 cites W2080486297 @default.
- W3196351629 cites W2084110893 @default.
- W3196351629 cites W2089729249 @default.
- W3196351629 cites W2112411400 @default.
- W3196351629 cites W2142907098 @default.
- W3196351629 cites W2154424724 @default.
- W3196351629 cites W2171629114 @default.
- W3196351629 cites W2222298250 @default.
- W3196351629 cites W2246770860 @default.
- W3196351629 cites W2277746637 @default.
- W3196351629 cites W2295489838 @default.
- W3196351629 cites W2298748983 @default.
- W3196351629 cites W2334979617 @default.
- W3196351629 cites W2346688861 @default.
- W3196351629 cites W2419100809 @default.
- W3196351629 cites W2474047632 @default.
- W3196351629 cites W2475328698 @default.
- W3196351629 cites W2517559575 @default.
- W3196351629 cites W2537867345 @default.
- W3196351629 cites W2548071141 @default.
- W3196351629 cites W2550647918 @default.
- W3196351629 cites W2552633195 @default.
- W3196351629 cites W2599074455 @default.
- W3196351629 cites W2600568705 @default.
- W3196351629 cites W2616422226 @default.
- W3196351629 cites W2660222377 @default.
- W3196351629 cites W2735355507 @default.
- W3196351629 cites W2736027710 @default.
- W3196351629 cites W2748215620 @default.
- W3196351629 cites W2749167997 @default.
- W3196351629 cites W2766656702 @default.
- W3196351629 cites W2768139297 @default.
- W3196351629 cites W2770984366 @default.
- W3196351629 cites W2783059391 @default.
- W3196351629 cites W2788850827 @default.
- W3196351629 cites W2790180070 @default.
- W3196351629 cites W2790549335 @default.
- W3196351629 cites W2792115031 @default.
- W3196351629 cites W2792290671 @default.
- W3196351629 cites W2794210579 @default.
- W3196351629 cites W2794250353 @default.
- W3196351629 cites W2795197154 @default.
- W3196351629 cites W2796397569 @default.
- W3196351629 cites W2796467852 @default.
- W3196351629 cites W2796621831 @default.
- W3196351629 cites W2797184071 @default.
- W3196351629 cites W2801241739 @default.
- W3196351629 cites W2801609679 @default.
- W3196351629 cites W2804890101 @default.
- W3196351629 cites W2883766209 @default.
- W3196351629 cites W2886496564 @default.
- W3196351629 cites W2886699114 @default.
- W3196351629 cites W2887058944 @default.
- W3196351629 cites W2888534773 @default.