Matches in SemOpenAlex for { <https://semopenalex.org/work/W1969166027> ?p ?o ?g. }
- W1969166027 endingPage "98" @default.
- W1969166027 startingPage "88" @default.
- W1969166027 abstract "This study characterized and evaluated photocatalytic efficiency of Fe-doped TiO2 (Fe–TiO2) nanocomposite thin films coated on side-glowing optical fibers (SOFs) for organic contaminant degradation. For the first time Fe–TiO2 thin films with mixed anatase and rutile phases were successfully grown on SOFs using polymer assisted hydrothermal deposition (PAHD) method. The photocatalyst films were characterized using transmission and scanning electron microscopes, energy-dispersive X-ray, X-ray diffraction, and X-ray photoelectron spectroscopes. The photocatalytic efficiencies of the catalysts coated SOFs were studied by the degradation of Rhodamine B as a representative organic contaminant. The results showed that 5% Fe–TiO2 thin films (Fe:TiO2 molar ratio), mixture of anatase and rutile phases, achieved the highest photocatalytic activity under the irradiation of ultraviolet (UV) and visible light. The coupled adsorption and photocatalytic oxidation of Rhodamine B by the SOFs coated with photocatalyst nanocomposite thin films followed the Langmuir–Hinshelwood kinetic model, and the apparent first-order rate constants achieved 0.50 h−1 and 0.33 h−1 under UV and visible light irradiation, respectively. Photocatalytic degradation efficiency was affected by pH and initial organic concentration. Reactivation and regeneration of the used catalysts, and long-term photoactivity testing of catalysts coated SOFs demonstrated the durability of synthesized photocatalysts for water treatment." @default.
- W1969166027 created "2016-06-24" @default.
- W1969166027 creator A5011590636 @default.
- W1969166027 creator A5053278583 @default.
- W1969166027 creator A5056780789 @default.
- W1969166027 creator A5070751588 @default.
- W1969166027 date "2015-07-01" @default.
- W1969166027 modified "2023-10-13" @default.
- W1969166027 title "Enhanced photocatalysis using side-glowing optical fibers coated with Fe-doped TiO2 nanocomposite thin films" @default.
- W1969166027 cites W1833552564 @default.
- W1969166027 cites W1963891503 @default.
- W1969166027 cites W1964605111 @default.
- W1969166027 cites W1966315756 @default.
- W1969166027 cites W1970767095 @default.
- W1969166027 cites W1975167683 @default.
- W1969166027 cites W1977481238 @default.
- W1969166027 cites W1981705960 @default.
- W1969166027 cites W1982451378 @default.
- W1969166027 cites W1983261745 @default.
- W1969166027 cites W1983941484 @default.
- W1969166027 cites W1984757228 @default.
- W1969166027 cites W1994217653 @default.
- W1969166027 cites W2004599295 @default.
- W1969166027 cites W2006648939 @default.
- W1969166027 cites W2010077412 @default.
- W1969166027 cites W2011815598 @default.
- W1969166027 cites W2013104429 @default.
- W1969166027 cites W2016553146 @default.
- W1969166027 cites W2017814174 @default.
- W1969166027 cites W2018753306 @default.
- W1969166027 cites W2018921039 @default.
- W1969166027 cites W2019380460 @default.
- W1969166027 cites W2020066337 @default.
- W1969166027 cites W2021993588 @default.
- W1969166027 cites W2022813750 @default.
- W1969166027 cites W2028223633 @default.
- W1969166027 cites W2031798739 @default.
- W1969166027 cites W2033398954 @default.
- W1969166027 cites W2034383144 @default.
- W1969166027 cites W2036725866 @default.
- W1969166027 cites W2037112997 @default.
- W1969166027 cites W2039312906 @default.
- W1969166027 cites W2041075687 @default.
- W1969166027 cites W2043982194 @default.
- W1969166027 cites W2047450352 @default.
- W1969166027 cites W2049901107 @default.
- W1969166027 cites W2051554178 @default.
- W1969166027 cites W2056088129 @default.
- W1969166027 cites W2057246219 @default.
- W1969166027 cites W2061131615 @default.
- W1969166027 cites W2061358684 @default.
- W1969166027 cites W2061601057 @default.
- W1969166027 cites W2062438765 @default.
- W1969166027 cites W2062639935 @default.
- W1969166027 cites W2066716376 @default.
- W1969166027 cites W2072338282 @default.
- W1969166027 cites W2072634950 @default.
- W1969166027 cites W2084174257 @default.
- W1969166027 cites W2086872366 @default.
- W1969166027 cites W2088368249 @default.
- W1969166027 cites W2091163111 @default.
- W1969166027 cites W2091179828 @default.
- W1969166027 cites W2092746509 @default.
- W1969166027 cites W2094907210 @default.
- W1969166027 cites W2116486348 @default.
- W1969166027 cites W2120719703 @default.
- W1969166027 cites W2142623948 @default.
- W1969166027 cites W2146083433 @default.
- W1969166027 cites W2155021109 @default.
- W1969166027 cites W2165487314 @default.
- W1969166027 cites W2316236520 @default.
- W1969166027 cites W2408927693 @default.
- W1969166027 doi "https://doi.org/10.1016/j.jphotochem.2015.04.010" @default.
- W1969166027 hasPublicationYear "2015" @default.
- W1969166027 type Work @default.
- W1969166027 sameAs 1969166027 @default.
- W1969166027 citedByCount "67" @default.
- W1969166027 countsByYear W19691660272015 @default.
- W1969166027 countsByYear W19691660272016 @default.
- W1969166027 countsByYear W19691660272017 @default.
- W1969166027 countsByYear W19691660272018 @default.
- W1969166027 countsByYear W19691660272019 @default.
- W1969166027 countsByYear W19691660272020 @default.
- W1969166027 countsByYear W19691660272021 @default.
- W1969166027 countsByYear W19691660272022 @default.
- W1969166027 countsByYear W19691660272023 @default.
- W1969166027 crossrefType "journal-article" @default.
- W1969166027 hasAuthorship W1969166027A5011590636 @default.
- W1969166027 hasAuthorship W1969166027A5053278583 @default.
- W1969166027 hasAuthorship W1969166027A5056780789 @default.
- W1969166027 hasAuthorship W1969166027A5070751588 @default.
- W1969166027 hasConcept C104663316 @default.
- W1969166027 hasConcept C127413603 @default.
- W1969166027 hasConcept C161790260 @default.
- W1969166027 hasConcept C171250308 @default.
- W1969166027 hasConcept C175708663 @default.
- W1969166027 hasConcept C178790620 @default.
- W1969166027 hasConcept C185592680 @default.