Matches in SemOpenAlex for { <https://semopenalex.org/work/W2739606443> ?p ?o ?g. }
- W2739606443 endingPage "1556" @default.
- W2739606443 startingPage "1542" @default.
- W2739606443 abstract "Abstract Currently, the photocatalytic nanomaterials performing under solar radiation have gained worldwide attentions due to increasing environmental deterioration. For utilizing the sunlight for degradation of emerging pollutants it is important to develop visible active photocatalysts. This laboratory scale work reports magnetic and optically active nano-photocatalyst Fe x Zn 1−x O(x = 0.01, 0.03, 0.05) synthesized by solution combustion method. High resolution transmission microscopy suggests a slight degradation in the crystallite structure with Fe doping. X-ray photoelectron spectroscopy analysis shows the presence of intrinsic defects in the crystal structure. Zn resides in +2 and and Fe in +3 oxidation state. Optical band gap studies were made with band structure for each doped sample. The photoctalytic activity of the samples was tested by solar degradation of noxious pollutant Bisphenol A. 99.1% of bisphenol was degraded in 90min in presence of Fe 0.03 Zn 0.97 O under synergistic adsorption and photocatalysis. The results were analyzed in terms of total organic carbon, chemical oxygen demand, effect of scavengers, gas chromatography-mass spectrometry and reusability. In presence of Fe 0.03 Zn 0.97 O, 45.3% of total organic carbon was removed and chemical oxygen demand was reduced to 11.2%. A possible mechanism with structures of the intermediates has been given. Effect of scavengers reveal that hydroxyl radicals are major reactive oxygen species involved which is also supported by the band edge positions. The research work promises to design highly photo-active tuneable magnetic photocatalysts for solar powered degradation of contaminants of emerging concern with a simple and cost-effective approach." @default.
- W2739606443 created "2017-08-08" @default.
- W2739606443 creator A5001364732 @default.
- W2739606443 creator A5009759921 @default.
- W2739606443 creator A5021707828 @default.
- W2739606443 creator A5031773624 @default.
- W2739606443 creator A5034589321 @default.
- W2739606443 creator A5046015693 @default.
- W2739606443 creator A5047180413 @default.
- W2739606443 creator A5083295778 @default.
- W2739606443 date "2017-11-01" @default.
- W2739606443 modified "2023-09-29" @default.
- W2739606443 title "Nano Fe x Zn 1−x O as a tuneable and efficient photocatalyst for solar powered degradation of bisphenol A from aqueous environment" @default.
- W2739606443 cites W1637294228 @default.
- W2739606443 cites W1884666176 @default.
- W2739606443 cites W1966925413 @default.
- W2739606443 cites W1969619515 @default.
- W2739606443 cites W1974066606 @default.
- W2739606443 cites W1975711231 @default.
- W2739606443 cites W1981739347 @default.
- W2739606443 cites W1985429021 @default.
- W2739606443 cites W1986575422 @default.
- W2739606443 cites W1989013846 @default.
- W2739606443 cites W1989893818 @default.
- W2739606443 cites W1994428012 @default.
- W2739606443 cites W2002489962 @default.
- W2739606443 cites W2003820889 @default.
- W2739606443 cites W2008301000 @default.
- W2739606443 cites W2020781087 @default.
- W2739606443 cites W2020890132 @default.
- W2739606443 cites W2022260036 @default.
- W2739606443 cites W2030499945 @default.
- W2739606443 cites W2033698423 @default.
- W2739606443 cites W2036900213 @default.
- W2739606443 cites W2040458982 @default.
- W2739606443 cites W2044784434 @default.
- W2739606443 cites W2054286630 @default.
- W2739606443 cites W2055117134 @default.
- W2739606443 cites W2060431488 @default.
- W2739606443 cites W2067544070 @default.
- W2739606443 cites W2072029617 @default.
- W2739606443 cites W2074456342 @default.
- W2739606443 cites W2077738949 @default.
- W2739606443 cites W2078205124 @default.
- W2739606443 cites W2079305268 @default.
- W2739606443 cites W2085227181 @default.
- W2739606443 cites W2087403034 @default.
- W2739606443 cites W2087539327 @default.
- W2739606443 cites W2087719258 @default.
- W2739606443 cites W2088363145 @default.
- W2739606443 cites W2090551584 @default.
- W2739606443 cites W2090601295 @default.
- W2739606443 cites W2091861137 @default.
- W2739606443 cites W2098799950 @default.
- W2739606443 cites W2140455085 @default.
- W2739606443 cites W2170419368 @default.
- W2739606443 cites W2205163594 @default.
- W2739606443 cites W2261481851 @default.
- W2739606443 cites W2292654269 @default.
- W2739606443 cites W2301028621 @default.
- W2739606443 cites W2319017929 @default.
- W2739606443 cites W2324520310 @default.
- W2739606443 cites W2518453539 @default.
- W2739606443 cites W2521151040 @default.
- W2739606443 cites W2526619758 @default.
- W2739606443 cites W2546372054 @default.
- W2739606443 cites W2548081620 @default.
- W2739606443 cites W2568817243 @default.
- W2739606443 cites W2575960836 @default.
- W2739606443 cites W2584875206 @default.
- W2739606443 cites W2598141153 @default.
- W2739606443 cites W3099378739 @default.
- W2739606443 cites W614515447 @default.
- W2739606443 cites W996603809 @default.
- W2739606443 doi "https://doi.org/10.1016/j.jclepro.2017.07.245" @default.
- W2739606443 hasPublicationYear "2017" @default.
- W2739606443 type Work @default.
- W2739606443 sameAs 2739606443 @default.
- W2739606443 citedByCount "151" @default.
- W2739606443 countsByYear W27396064432017 @default.
- W2739606443 countsByYear W27396064432018 @default.
- W2739606443 countsByYear W27396064432019 @default.
- W2739606443 countsByYear W27396064432020 @default.
- W2739606443 countsByYear W27396064432021 @default.
- W2739606443 countsByYear W27396064432022 @default.
- W2739606443 countsByYear W27396064432023 @default.
- W2739606443 crossrefType "journal-article" @default.
- W2739606443 hasAuthorship W2739606443A5001364732 @default.
- W2739606443 hasAuthorship W2739606443A5009759921 @default.
- W2739606443 hasAuthorship W2739606443A5021707828 @default.
- W2739606443 hasAuthorship W2739606443A5031773624 @default.
- W2739606443 hasAuthorship W2739606443A5034589321 @default.
- W2739606443 hasAuthorship W2739606443A5046015693 @default.
- W2739606443 hasAuthorship W2739606443A5047180413 @default.
- W2739606443 hasAuthorship W2739606443A5083295778 @default.
- W2739606443 hasConcept C107872376 @default.
- W2739606443 hasConcept C121332964 @default.
- W2739606443 hasConcept C127413603 @default.