FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4280496423> ?p ?o ?g. }

• W4280496423 endingPage "153629" @default.
• W4280496423 startingPage "153629" @default.
• W4280496423 abstract "• CQDs was introduced as an electron mediator between TiO 2 and In 2 S 3 . • The all-solid-state Z-scheme heterojunction could maintain strong redox ability. • Multiple free radicals determine the degradation of ofloxacin. • The all-solid-state Z-scheme mechanism of charge transfer is proposed. An all-solid-state Z-scheme In 2 S 3 /carbon quantum dots (CQDs)/TiO 2 heterojunction was successfully prepared using a two-step hydrothermal method. Under simulated sunlight, samples exhibited the best photoelectrochemical properties, resulting in enhanced degradation of ofloxacin. The 0.2In 2 S 3 /CQDs-2/titanium dioxide nanoarray (TNR) exhibited the highest photocurrent density, which was 16.9 times higher than that of the original TNR. The visible-light degradation rate of ofloxacin was 92.7% after 120 min, and the first-order kinetic constant was 0.0186 min −1 (7.41 and 7.01 times higher than those of the original TNR and In 2 S 3 , respectively). The excellent photoelectrochemical performance was mainly attributed to the CQDs acting as an electron mediator, promoting the separation of photogenerated electron-hole pairs and maintaining high redox capacity. A mechanism of an all-solid-state Z-scheme In 2 S 3 /CQDs/TiO 2 heterojunction for the degradation of ofloxacin was proposed, providing a novel approach for the degradation of ofloxacin by semiconductor photocatalysts." @default.
• W4280496423 created "2022-05-22" @default.
• W4280496423 creator A5011708184 @default.
• W4280496423 creator A5011860214 @default.
• W4280496423 creator A5027185539 @default.
• W4280496423 creator A5034234163 @default.
• W4280496423 creator A5059734183 @default.
• W4280496423 creator A5064043988 @default.
• W4280496423 creator A5082986032 @default.
• W4280496423 creator A5084381570 @default.
• W4280496423 date "2022-09-01" @default.
• W4280496423 modified "2023-10-17" @default.
• W4280496423 title "All-solid-state Z-scheme In2S3/CQDs/TiO2 heterojunction for highly efficient degradation of ofloxacin" @default.
• W4280496423 cites W1423173308 @default.
• W4280496423 cites W1991489539 @default.
• W4280496423 cites W1997946390 @default.
• W4280496423 cites W1998011397 @default.
• W4280496423 cites W2016952733 @default.
• W4280496423 cites W2039819925 @default.
• W4280496423 cites W2059505533 @default.
• W4280496423 cites W2069364442 @default.
• W4280496423 cites W2091797364 @default.
• W4280496423 cites W2191468643 @default.
• W4280496423 cites W2285229657 @default.
• W4280496423 cites W2329540166 @default.
• W4280496423 cites W2394660331 @default.
• W4280496423 cites W2594073440 @default.
• W4280496423 cites W2619104130 @default.
• W4280496423 cites W2765404129 @default.
• W4280496423 cites W2769163895 @default.
• W4280496423 cites W2789688826 @default.
• W4280496423 cites W2797638552 @default.
• W4280496423 cites W2803719566 @default.
• W4280496423 cites W2888835015 @default.
• W4280496423 cites W2889808740 @default.
• W4280496423 cites W2898969551 @default.
• W4280496423 cites W2900642477 @default.
• W4280496423 cites W2901725001 @default.
• W4280496423 cites W2904999537 @default.
• W4280496423 cites W2913727969 @default.
• W4280496423 cites W2919144141 @default.
• W4280496423 cites W2920761700 @default.
• W4280496423 cites W2922096809 @default.
• W4280496423 cites W2945861065 @default.
• W4280496423 cites W2953431823 @default.
• W4280496423 cites W2956154675 @default.
• W4280496423 cites W2977108861 @default.
• W4280496423 cites W2981050519 @default.
• W4280496423 cites W3008053536 @default.
• W4280496423 cites W3011238729 @default.
• W4280496423 cites W3015564359 @default.
• W4280496423 cites W3019863215 @default.
• W4280496423 cites W3035983907 @default.
• W4280496423 cites W3040463494 @default.
• W4280496423 cites W3046806328 @default.
• W4280496423 cites W3047797741 @default.
• W4280496423 cites W3087139817 @default.
• W4280496423 cites W3092840207 @default.
• W4280496423 cites W3118547852 @default.
• W4280496423 cites W3118893540 @default.
• W4280496423 cites W3120094163 @default.
• W4280496423 cites W3123255634 @default.
• W4280496423 cites W3131544123 @default.
• W4280496423 cites W3156362627 @default.
• W4280496423 cites W3159008110 @default.
• W4280496423 cites W3159279135 @default.
• W4280496423 cites W3162216876 @default.
• W4280496423 cites W3162410152 @default.
• W4280496423 cites W3171006849 @default.
• W4280496423 cites W3176270457 @default.
• W4280496423 cites W3185489975 @default.
• W4280496423 cites W3196094335 @default.
• W4280496423 cites W3196203559 @default.
• W4280496423 cites W3207078925 @default.
• W4280496423 cites W3208646976 @default.
• W4280496423 cites W3208821511 @default.
• W4280496423 cites W3210341507 @default.
• W4280496423 cites W3216330138 @default.
• W4280496423 doi "https://doi.org/10.1016/j.apsusc.2022.153629" @default.
• W4280496423 hasPublicationYear "2022" @default.
• W4280496423 type Work @default.
• W4280496423 citedByCount "11" @default.
• W4280496423 countsByYear W42804964232022 @default.
• W4280496423 countsByYear W42804964232023 @default.
• W4280496423 crossrefType "journal-article" @default.
• W4280496423 hasAuthorship W4280496423A5011708184 @default.
• W4280496423 hasAuthorship W4280496423A5011860214 @default.
• W4280496423 hasAuthorship W4280496423A5027185539 @default.
• W4280496423 hasAuthorship W4280496423A5034234163 @default.
• W4280496423 hasAuthorship W4280496423A5059734183 @default.
• W4280496423 hasAuthorship W4280496423A5064043988 @default.
• W4280496423 hasAuthorship W4280496423A5082986032 @default.
• W4280496423 hasAuthorship W4280496423A5084381570 @default.
• W4280496423 hasConcept C108225325 @default.
• W4280496423 hasConcept C123669783 @default.
• W4280496423 hasConcept C127413603 @default.
• W4280496423 hasConcept C156622251 @default.
• W4280496423 hasConcept C159985019 @default.

• next