Matches in SemOpenAlex for { <https://semopenalex.org/work/W3107838072> ?p ?o ?g. }
- W3107838072 endingPage "2307" @default.
- W3107838072 startingPage "2307" @default.
- W3107838072 abstract "Defect-rich photocatalytic materials with excellent charge transfer properties are very popular. Herein, Sm-doped CeO2 nanorods were annealed in a N2 atmosphere to obtain the defective Sm-doped CeO2 photocatalysts (Vo–Sm–CeO2). The morphology and structure of Vo–Sm–CeO2 were systematically characterized. The Vo–Sm–CeO2 nanorods demonstrated an excellent photodegradation performance of methyl blue under visible light irradiation compared to CeO2 nanorods and Sm–CeO2. Reactive oxygen species including OH, ·O2−, and h+ were confirmed to play a pivotal role in the removal of pollutants via electron spin resonance spectroscopy. Doping Sm enhances the conductivity of CeO2 nanorods, benefiting photogenerated electrons being removed from the surface reactive sites, resulting in the superior performance." @default.
- W3107838072 created "2020-12-07" @default.
- W3107838072 creator A5000212258 @default.
- W3107838072 creator A5001468952 @default.
- W3107838072 creator A5031798956 @default.
- W3107838072 creator A5041113512 @default.
- W3107838072 creator A5075611011 @default.
- W3107838072 creator A5078719120 @default.
- W3107838072 date "2020-11-21" @default.
- W3107838072 modified "2023-10-05" @default.
- W3107838072 title "Defect Engineering Enhances the Charge Separation of CeO2 Nanorods toward Photocatalytic Methyl Blue Oxidation" @default.
- W3107838072 cites W1434291151 @default.
- W3107838072 cites W1816613601 @default.
- W3107838072 cites W1821922956 @default.
- W3107838072 cites W1970324489 @default.
- W3107838072 cites W1983889489 @default.
- W3107838072 cites W2131386832 @default.
- W3107838072 cites W2206051844 @default.
- W3107838072 cites W2239987169 @default.
- W3107838072 cites W2466841153 @default.
- W3107838072 cites W2474888652 @default.
- W3107838072 cites W2518117838 @default.
- W3107838072 cites W2568011677 @default.
- W3107838072 cites W2591884262 @default.
- W3107838072 cites W2766643222 @default.
- W3107838072 cites W2768372190 @default.
- W3107838072 cites W2780990068 @default.
- W3107838072 cites W2782253637 @default.
- W3107838072 cites W2783476627 @default.
- W3107838072 cites W2786488721 @default.
- W3107838072 cites W2791842670 @default.
- W3107838072 cites W2799704254 @default.
- W3107838072 cites W2804218069 @default.
- W3107838072 cites W2885886296 @default.
- W3107838072 cites W2898525061 @default.
- W3107838072 cites W2898974397 @default.
- W3107838072 cites W2902133722 @default.
- W3107838072 cites W2906032900 @default.
- W3107838072 cites W2908416385 @default.
- W3107838072 cites W2917989857 @default.
- W3107838072 cites W2922406245 @default.
- W3107838072 cites W2928254916 @default.
- W3107838072 cites W2944692848 @default.
- W3107838072 cites W2944787773 @default.
- W3107838072 cites W2946043118 @default.
- W3107838072 cites W2946919189 @default.
- W3107838072 cites W2949301359 @default.
- W3107838072 cites W2949478070 @default.
- W3107838072 cites W2964766614 @default.
- W3107838072 cites W2967045298 @default.
- W3107838072 cites W2967266146 @default.
- W3107838072 cites W2968284979 @default.
- W3107838072 cites W2971172969 @default.
- W3107838072 cites W2978675042 @default.
- W3107838072 cites W2982323908 @default.
- W3107838072 cites W2982353125 @default.
- W3107838072 cites W2992645886 @default.
- W3107838072 cites W2995738287 @default.
- W3107838072 cites W2999435827 @default.
- W3107838072 cites W3006591593 @default.
- W3107838072 cites W3008950164 @default.
- W3107838072 cites W3010364008 @default.
- W3107838072 cites W3014519623 @default.
- W3107838072 cites W3015656103 @default.
- W3107838072 cites W3024545486 @default.
- W3107838072 cites W3025119757 @default.
- W3107838072 cites W3031344855 @default.
- W3107838072 cites W3037762435 @default.
- W3107838072 cites W3043007000 @default.
- W3107838072 cites W3044659995 @default.
- W3107838072 cites W3080683807 @default.
- W3107838072 cites W3083328240 @default.
- W3107838072 cites W3083865820 @default.
- W3107838072 cites W3089017983 @default.
- W3107838072 doi "https://doi.org/10.3390/nano10112307" @default.
- W3107838072 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7700514" @default.
- W3107838072 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33233419" @default.
- W3107838072 hasPublicationYear "2020" @default.
- W3107838072 type Work @default.
- W3107838072 sameAs 3107838072 @default.
- W3107838072 citedByCount "11" @default.
- W3107838072 countsByYear W31078380722021 @default.
- W3107838072 countsByYear W31078380722022 @default.
- W3107838072 countsByYear W31078380722023 @default.
- W3107838072 crossrefType "journal-article" @default.
- W3107838072 hasAuthorship W3107838072A5000212258 @default.
- W3107838072 hasAuthorship W3107838072A5001468952 @default.
- W3107838072 hasAuthorship W3107838072A5031798956 @default.
- W3107838072 hasAuthorship W3107838072A5041113512 @default.
- W3107838072 hasAuthorship W3107838072A5075611011 @default.
- W3107838072 hasAuthorship W3107838072A5078719120 @default.
- W3107838072 hasBestOaLocation W31078380721 @default.
- W3107838072 hasConcept C121332964 @default.
- W3107838072 hasConcept C126201875 @default.
- W3107838072 hasConcept C127413603 @default.
- W3107838072 hasConcept C161790260 @default.
- W3107838072 hasConcept C162847780 @default.
- W3107838072 hasConcept C171250308 @default.