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- W4221008032 endingPage "120778" @default.
- W4221008032 startingPage "120778" @default.
- W4221008032 abstract "• A dual Z-scheme MBSr ternary composite was developed. • The dual Z-scheme heterojunction enhanced visible-light adsorption and the transfer of photoinduced charged carriers. • The photocatalytic performance of MBSr is superior to that of single and binary composites. • Possible photodegradation pathway and mechanism of RhB were proposed. In this study, we synthesized the MBSr (MIL-88A(Fe)/BiOBr/SrFe 12 O 19 ) dual Z-scheme heterojunction via an accessible hydrothermal method and investigated the photocatalytic performance of MBSr composites for Rhodamine B (RhB) and Methylene blue (MB). The MBSr-1% photocatalyst exhibited excellent photocatalytic performance, resulting the degradation rate of RhB reached approximately 96.2% within 60 min, which was higher than that of M88 (34%), BiOBr (89%) and M88/BiOBr-7% (93.7%) composites. And the MBSr-1% could eliminate 90.1% of MB within 90 min, which displayed the best photodegradation efficiency of prepared photocatalysts. The enhanced photocatalytic performance can be ascribed to the formation of dual Z-scheme heterojunction, which enhanced visible-light absorption and facilitated the transfer of photoinduced carriers. The MBSr-1% was proved to have excellent stability and reusability after six-recycling run. Furthermore, the major reactive species were h + , •O 2 − and •OH by radical trapping experiments. Finally, a possible photocatalytic pathway and mechanism of MBSr photocatalysts was proposed." @default.
- W4221008032 created "2022-04-03" @default.
- W4221008032 creator A5030967805 @default.
- W4221008032 creator A5034335047 @default.
- W4221008032 creator A5041426715 @default.
- W4221008032 creator A5043640564 @default.
- W4221008032 creator A5071036664 @default.
- W4221008032 creator A5087404696 @default.
- W4221008032 date "2022-05-01" @default.
- W4221008032 modified "2023-10-13" @default.
- W4221008032 title "Fabrication of magnetic dual Z-scheme heterojunction materials for efficient photocatalytic performance: The study of ternary novel MIL-88A(Fe)/BiOBr/SrFe12O19 nanocomposite" @default.
- W4221008032 cites W1138025054 @default.
- W4221008032 cites W1970632718 @default.
- W4221008032 cites W1971141096 @default.
- W4221008032 cites W1977451954 @default.
- W4221008032 cites W1983839378 @default.
- W4221008032 cites W2006907306 @default.
- W4221008032 cites W2010870725 @default.
- W4221008032 cites W2019233142 @default.
- W4221008032 cites W2037874536 @default.
- W4221008032 cites W2042492216 @default.
- W4221008032 cites W2049271065 @default.
- W4221008032 cites W2053957480 @default.
- W4221008032 cites W2066991705 @default.
- W4221008032 cites W2089743032 @default.
- W4221008032 cites W2093868903 @default.
- W4221008032 cites W2095016950 @default.
- W4221008032 cites W2131491403 @default.
- W4221008032 cites W2237199482 @default.
- W4221008032 cites W2275657277 @default.
- W4221008032 cites W2288173577 @default.
- W4221008032 cites W2289745910 @default.
- W4221008032 cites W2311586410 @default.
- W4221008032 cites W2331310204 @default.
- W4221008032 cites W2400589155 @default.
- W4221008032 cites W2427515627 @default.
- W4221008032 cites W2464358706 @default.
- W4221008032 cites W2512230032 @default.
- W4221008032 cites W2513767843 @default.
- W4221008032 cites W2517209956 @default.
- W4221008032 cites W2520748960 @default.
- W4221008032 cites W2547523890 @default.
- W4221008032 cites W2551981773 @default.
- W4221008032 cites W2552261994 @default.
- W4221008032 cites W2564620143 @default.
- W4221008032 cites W2569802632 @default.
- W4221008032 cites W2608593255 @default.
- W4221008032 cites W2726183102 @default.
- W4221008032 cites W2738953910 @default.
- W4221008032 cites W2752326198 @default.
- W4221008032 cites W2752589904 @default.
- W4221008032 cites W2790292258 @default.
- W4221008032 cites W2790787925 @default.
- W4221008032 cites W2792538715 @default.
- W4221008032 cites W2793270957 @default.
- W4221008032 cites W2794235230 @default.
- W4221008032 cites W2795969746 @default.
- W4221008032 cites W2801706632 @default.
- W4221008032 cites W2803029844 @default.
- W4221008032 cites W2803704452 @default.
- W4221008032 cites W2804330987 @default.
- W4221008032 cites W2804754491 @default.
- W4221008032 cites W2804833866 @default.
- W4221008032 cites W2808786260 @default.
- W4221008032 cites W2810207940 @default.
- W4221008032 cites W2883779680 @default.
- W4221008032 cites W2883883799 @default.
- W4221008032 cites W2884378856 @default.
- W4221008032 cites W2887074890 @default.
- W4221008032 cites W2890844082 @default.
- W4221008032 cites W2892338298 @default.
- W4221008032 cites W2895076088 @default.
- W4221008032 cites W2895079246 @default.
- W4221008032 cites W2901102818 @default.
- W4221008032 cites W2902399483 @default.
- W4221008032 cites W2902529084 @default.
- W4221008032 cites W2902951475 @default.
- W4221008032 cites W2909242522 @default.
- W4221008032 cites W2920867238 @default.
- W4221008032 cites W2921263166 @default.
- W4221008032 cites W2930370977 @default.
- W4221008032 cites W2933444205 @default.
- W4221008032 cites W2934230031 @default.
- W4221008032 cites W2938629155 @default.
- W4221008032 cites W2942155067 @default.
- W4221008032 cites W2942195786 @default.
- W4221008032 cites W2947330738 @default.
- W4221008032 cites W2948631486 @default.
- W4221008032 cites W2949667883 @default.
- W4221008032 cites W2950642089 @default.
- W4221008032 cites W2953234174 @default.
- W4221008032 cites W2963222767 @default.
- W4221008032 cites W2969683114 @default.
- W4221008032 cites W2970105106 @default.
- W4221008032 cites W2974527866 @default.
- W4221008032 cites W2975266995 @default.
- W4221008032 cites W2977786040 @default.
- W4221008032 cites W2982131188 @default.