Matches in SemOpenAlex for { <https://semopenalex.org/work/W2903879148> ?p ?o ?g. }
- W2903879148 endingPage "351" @default.
- W2903879148 startingPage "343" @default.
- W2903879148 abstract "Nitrogen doped nanosized iron titanate films have been obtained by fast, low cost and precisely controllable synthesis procedure and characterized by XRD, TEM, EPR, optical spectroscopy, photoelectrochemical, electrocatalytic and photocatalytic approaches. The nitrogen doped iron titanate films are crystallized to pseudobrookite (Fe2TiO5) and landauite (Fe2Ti2O7), as revealed by XRD. It is found that nitrogen doping led to stabilization of iron titanate phases at higher temperature preventing their transformation to TiO2 and Fe2O3. The bandgap energy values and the position of the flatband potentials of Fe2TiO5 and Fe2Ti2O7 have been obtained from photoelectrochemical data. Anodic shift of the flatband potentials and the decrease of bandgap energy are noted for iron contained materials. All the iron titanate films exhibit the lower photocurrent quantum yield in UV region compare to iron free films, while the significant photocurrent of the former electrodes has been observed at the lower energy light. The iron titanate films synthesized at certain conditions showed the high photocatalytic activity in the reduction and oxidation processes under both UV and visible light. Adsorption of the pollutant species is established to be considerable for the photocatalytic processes. The influence of doping on the electrocatalytic activity of the films in the processes of oxygen reduction is shown." @default.
- W2903879148 created "2018-12-22" @default.
- W2903879148 creator A5017702015 @default.
- W2903879148 creator A5018727785 @default.
- W2903879148 creator A5034737596 @default.
- W2903879148 creator A5058445588 @default.
- W2903879148 creator A5066277711 @default.
- W2903879148 date "2019-04-01" @default.
- W2903879148 modified "2023-09-27" @default.
- W2903879148 title "Nitrogen doped iron titanate films: photoelectrochemical, electrocatalytic, photocatalytic and structural features" @default.
- W2903879148 cites W1964072053 @default.
- W2903879148 cites W1971082263 @default.
- W2903879148 cites W1982078240 @default.
- W2903879148 cites W1986493913 @default.
- W2903879148 cites W1988381285 @default.
- W2903879148 cites W1993943842 @default.
- W2903879148 cites W2001606995 @default.
- W2903879148 cites W2006216282 @default.
- W2903879148 cites W2010312996 @default.
- W2903879148 cites W2022734053 @default.
- W2903879148 cites W2022915008 @default.
- W2903879148 cites W2027390371 @default.
- W2903879148 cites W2036520130 @default.
- W2903879148 cites W2041851462 @default.
- W2903879148 cites W2041977592 @default.
- W2903879148 cites W2042516114 @default.
- W2903879148 cites W2043008781 @default.
- W2903879148 cites W2044057637 @default.
- W2903879148 cites W2045669226 @default.
- W2903879148 cites W2053554224 @default.
- W2903879148 cites W2060789767 @default.
- W2903879148 cites W2063141434 @default.
- W2903879148 cites W2065002933 @default.
- W2903879148 cites W2077822985 @default.
- W2903879148 cites W2081196302 @default.
- W2903879148 cites W2084174257 @default.
- W2903879148 cites W2086071556 @default.
- W2903879148 cites W2090960826 @default.
- W2903879148 cites W2092911759 @default.
- W2903879148 cites W2093371233 @default.
- W2903879148 cites W2095164019 @default.
- W2903879148 cites W2108287114 @default.
- W2903879148 cites W2121131395 @default.
- W2903879148 cites W2131975835 @default.
- W2903879148 cites W2136252497 @default.
- W2903879148 cites W2144866296 @default.
- W2903879148 cites W2150515594 @default.
- W2903879148 cites W2197725115 @default.
- W2903879148 cites W2198868487 @default.
- W2903879148 cites W2211891465 @default.
- W2903879148 cites W2312340549 @default.
- W2903879148 cites W2322554421 @default.
- W2903879148 cites W2334651430 @default.
- W2903879148 cites W2517156901 @default.
- W2903879148 cites W2518084710 @default.
- W2903879148 cites W2520595872 @default.
- W2903879148 cites W2535465455 @default.
- W2903879148 cites W2602404482 @default.
- W2903879148 cites W2605049962 @default.
- W2903879148 cites W2614928938 @default.
- W2903879148 cites W2729741093 @default.
- W2903879148 cites W2730395036 @default.
- W2903879148 cites W2753114133 @default.
- W2903879148 cites W2766575149 @default.
- W2903879148 cites W2771239534 @default.
- W2903879148 cites W2773015130 @default.
- W2903879148 cites W2774849786 @default.
- W2903879148 cites W2789829482 @default.
- W2903879148 cites W2791681211 @default.
- W2903879148 cites W2792538837 @default.
- W2903879148 cites W2792583256 @default.
- W2903879148 cites W2792951623 @default.
- W2903879148 cites W2800825627 @default.
- W2903879148 cites W2970860281 @default.
- W2903879148 doi "https://doi.org/10.1016/j.apsusc.2018.12.154" @default.
- W2903879148 hasPublicationYear "2019" @default.
- W2903879148 type Work @default.
- W2903879148 sameAs 2903879148 @default.
- W2903879148 citedByCount "19" @default.
- W2903879148 countsByYear W29038791482019 @default.
- W2903879148 countsByYear W29038791482020 @default.
- W2903879148 countsByYear W29038791482021 @default.
- W2903879148 countsByYear W29038791482022 @default.
- W2903879148 countsByYear W29038791482023 @default.
- W2903879148 crossrefType "journal-article" @default.
- W2903879148 hasAuthorship W2903879148A5017702015 @default.
- W2903879148 hasAuthorship W2903879148A5018727785 @default.
- W2903879148 hasAuthorship W2903879148A5034737596 @default.
- W2903879148 hasAuthorship W2903879148A5058445588 @default.
- W2903879148 hasAuthorship W2903879148A5066277711 @default.
- W2903879148 hasConcept C127413603 @default.
- W2903879148 hasConcept C134132462 @default.
- W2903879148 hasConcept C147789679 @default.
- W2903879148 hasConcept C161790260 @default.
- W2903879148 hasConcept C17525397 @default.
- W2903879148 hasConcept C179104552 @default.
- W2903879148 hasConcept C181966813 @default.
- W2903879148 hasConcept C185592680 @default.