Matches in SemOpenAlex for { <https://semopenalex.org/work/W4286445368> ?p ?o ?g. }
- W4286445368 endingPage "398" @default.
- W4286445368 startingPage "387" @default.
- W4286445368 abstract "The application of semiconductor photocatalysts with multiple functions is important in the field of photocatalysis technology. As a result, a unique three-dimensional (3D) porous AgVO3/BiVO4/graphene aerogel (AgVO3/BiVO4/GA) was fabricated by using in situ ion exchange and a hydrothermal strategy. The obtained AgVO3/BiVO4/GA shows well-organized heterostructures in which AgVO3 with a rod-like morphology is well dispersed in the 3D graphene aerogel network. Moreover, AgVO3 is used as a precursor for BiVO4 growing on its surface via in situ ion exchange, which effectively avoids the agglomeration of AgVO3 and BiVO4 in the reaction. Benefitting from a reasonable composition and structure, AgVO3/BiVO4/GA possesses a brilliant photodegradation rate towards methyl orange (MO) (93% removal efficiency in 54 min) and tetracycline hydrochloride (TCH) (approximately 92% removal rate within 80 min) and bacteriostatic ability for E. coli (100% antiseptic rate in 30 min), as well as prominent photodegradation activity after five cycles. In addition, E. coli was used as an ecological indicator to evaluate the aquatic toxicity of TCH, and the results confirm that the prepared AgVO3/BiVO4/GA composite can effectively reduce the aquatic toxicity of TCH." @default.
- W4286445368 created "2022-07-22" @default.
- W4286445368 creator A5013456838 @default.
- W4286445368 creator A5018863416 @default.
- W4286445368 creator A5031844861 @default.
- W4286445368 creator A5035367988 @default.
- W4286445368 creator A5040508885 @default.
- W4286445368 creator A5043076197 @default.
- W4286445368 creator A5051717124 @default.
- W4286445368 creator A5059148548 @default.
- W4286445368 creator A5066716873 @default.
- W4286445368 creator A5091731009 @default.
- W4286445368 date "2022-07-22" @default.
- W4286445368 modified "2023-10-12" @default.
- W4286445368 title "In situ fabrication of AgVO3/BiVO4 graphene aerogels with enhanced photocatalytic activity" @default.
- W4286445368 cites W1829919511 @default.
- W4286445368 cites W1964141703 @default.
- W4286445368 cites W1968671131 @default.
- W4286445368 cites W1985322476 @default.
- W4286445368 cites W2003019660 @default.
- W4286445368 cites W2040841239 @default.
- W4286445368 cites W2052760330 @default.
- W4286445368 cites W2065732328 @default.
- W4286445368 cites W2068845033 @default.
- W4286445368 cites W2069711074 @default.
- W4286445368 cites W2072082273 @default.
- W4286445368 cites W2074975656 @default.
- W4286445368 cites W2085090499 @default.
- W4286445368 cites W2094641223 @default.
- W4286445368 cites W2150515594 @default.
- W4286445368 cites W2167077438 @default.
- W4286445368 cites W2194573571 @default.
- W4286445368 cites W2271921841 @default.
- W4286445368 cites W2274028154 @default.
- W4286445368 cites W2317623246 @default.
- W4286445368 cites W2334575953 @default.
- W4286445368 cites W2432393065 @default.
- W4286445368 cites W2476449936 @default.
- W4286445368 cites W2521762491 @default.
- W4286445368 cites W2578855352 @default.
- W4286445368 cites W2589796595 @default.
- W4286445368 cites W2627074492 @default.
- W4286445368 cites W2737053497 @default.
- W4286445368 cites W2738953910 @default.
- W4286445368 cites W2769798288 @default.
- W4286445368 cites W278992727 @default.
- W4286445368 cites W2795089288 @default.
- W4286445368 cites W2801749236 @default.
- W4286445368 cites W2802981920 @default.
- W4286445368 cites W2895559345 @default.
- W4286445368 cites W2896921635 @default.
- W4286445368 cites W2908979287 @default.
- W4286445368 cites W2910015013 @default.
- W4286445368 cites W2968669291 @default.
- W4286445368 cites W2969408199 @default.
- W4286445368 cites W2972036895 @default.
- W4286445368 cites W2972351809 @default.
- W4286445368 cites W2982038816 @default.
- W4286445368 cites W2991291013 @default.
- W4286445368 cites W2994734682 @default.
- W4286445368 cites W3011580661 @default.
- W4286445368 cites W3016760327 @default.
- W4286445368 cites W3020895742 @default.
- W4286445368 cites W3029015155 @default.
- W4286445368 cites W3038016863 @default.
- W4286445368 cites W3048672209 @default.
- W4286445368 cites W3081821506 @default.
- W4286445368 cites W3094450697 @default.
- W4286445368 cites W3132122954 @default.
- W4286445368 cites W3184233877 @default.
- W4286445368 cites W3211128985 @default.
- W4286445368 cites W3216789238 @default.
- W4286445368 cites W813717977 @default.
- W4286445368 doi "https://doi.org/10.1071/ch21297" @default.
- W4286445368 hasPublicationYear "2022" @default.
- W4286445368 type Work @default.
- W4286445368 citedByCount "1" @default.
- W4286445368 crossrefType "journal-article" @default.
- W4286445368 hasAuthorship W4286445368A5013456838 @default.
- W4286445368 hasAuthorship W4286445368A5018863416 @default.
- W4286445368 hasAuthorship W4286445368A5031844861 @default.
- W4286445368 hasAuthorship W4286445368A5035367988 @default.
- W4286445368 hasAuthorship W4286445368A5040508885 @default.
- W4286445368 hasAuthorship W4286445368A5043076197 @default.
- W4286445368 hasAuthorship W4286445368A5051717124 @default.
- W4286445368 hasAuthorship W4286445368A5059148548 @default.
- W4286445368 hasAuthorship W4286445368A5066716873 @default.
- W4286445368 hasAuthorship W4286445368A5091731009 @default.
- W4286445368 hasConcept C127413603 @default.
- W4286445368 hasConcept C161790260 @default.
- W4286445368 hasConcept C162847780 @default.
- W4286445368 hasConcept C171250308 @default.
- W4286445368 hasConcept C178790620 @default.
- W4286445368 hasConcept C185592680 @default.
- W4286445368 hasConcept C192562407 @default.
- W4286445368 hasConcept C2779174523 @default.
- W4286445368 hasConcept C2780012831 @default.
- W4286445368 hasConcept C2780923616 @default.