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- W4307905793 abstract "Heterogeneous photocatalysis is an important and promising alternative for efficient water and wastewater treatment processes. The synthesis of composite materials has attracted attention due to their improved photocatalytic activity and stability. In the present work, composites made of WO 3 -AgCl were synthesized by a simple one-step hydrothermal method. The evaluation of the effects of reaction temperature and synthesis time for this composite is reported for the first time. The materials were characterized by XRD, SEM, TEM, EDS, BET, UV–vis DRS, XPS, EPR and PL. All photocatalysts showed broad-spectrum activity due to their strong absorption in the UV region and some absorption in the visible region. The morphology of the materials was highly influenced by the synthesis temperature and time, which affected the photocatalytic efficiency. All materials exhibited good photocatalytic activity under simulated sunlight, with maximum acetaminophen removal of 99.6% for the catalyst synthesized at 120 °C and 12 h. Stability tests showed considerable stability after four cycles. The main reactive species participating in the photodegradation reaction were found to be O 2 •- > h + ~ • OH. T h e heterojunction formed between AgCl and WO 3 plays an important role in the photocatalytic activity, especially when the AgCl surface is not completely covered by WO 3 . • A simple one-step hydrothermal synthesis of WO 3 -AgCl photocatalysts is proposed; • Temperature and synthesis time drive the growth and morphology of WO 3 and AgCl; • The WO 3 -AgCl heterojunction favors photogenerated electron-holes separation; • Acetaminophen photodegradation was driven by O 2 •- > h + ~ • OH under visible light; • High photocatalytic activity and stability under simulated sunlight was achieved." @default.
- W4307905793 created "2022-11-06" @default.
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- W4307905793 date "2022-12-01" @default.
- W4307905793 modified "2023-10-16" @default.
- W4307905793 title "Effect of temperature and time on the hydrothermal synthesis of WO3-AgCl photocatalysts regarding photocatalytic activity" @default.
- W4307905793 cites W1926950498 @default.
- W4307905793 cites W1975637867 @default.
- W4307905793 cites W1987809524 @default.
- W4307905793 cites W1992566407 @default.
- W4307905793 cites W1993802915 @default.
- W4307905793 cites W1998358855 @default.
- W4307905793 cites W1998784808 @default.
- W4307905793 cites W2018674303 @default.
- W4307905793 cites W2029745226 @default.
- W4307905793 cites W2032963885 @default.
- W4307905793 cites W2034601830 @default.
- W4307905793 cites W2049989026 @default.
- W4307905793 cites W2051051764 @default.
- W4307905793 cites W2069722427 @default.
- W4307905793 cites W2074535627 @default.
- W4307905793 cites W2077989643 @default.
- W4307905793 cites W2079905985 @default.
- W4307905793 cites W2110011811 @default.
- W4307905793 cites W2131872216 @default.
- W4307905793 cites W2148201783 @default.
- W4307905793 cites W2151132222 @default.
- W4307905793 cites W2192354808 @default.
- W4307905793 cites W2308220385 @default.
- W4307905793 cites W2432393065 @default.
- W4307905793 cites W2460636201 @default.
- W4307905793 cites W2528724445 @default.
- W4307905793 cites W2529141664 @default.
- W4307905793 cites W2544354736 @default.
- W4307905793 cites W2560709631 @default.
- W4307905793 cites W2565198274 @default.
- W4307905793 cites W2613401092 @default.
- W4307905793 cites W2623813727 @default.
- W4307905793 cites W2753731004 @default.
- W4307905793 cites W2781750223 @default.
- W4307905793 cites W2783579146 @default.
- W4307905793 cites W2789506380 @default.
- W4307905793 cites W2883891228 @default.
- W4307905793 cites W2888939450 @default.
- W4307905793 cites W2897204848 @default.
- W4307905793 cites W2901499695 @default.
- W4307905793 cites W2902386805 @default.
- W4307905793 cites W2907732774 @default.
- W4307905793 cites W2910035444 @default.
- W4307905793 cites W2912009312 @default.
- W4307905793 cites W2913712073 @default.
- W4307905793 cites W2949802714 @default.
- W4307905793 cites W2953357722 @default.
- W4307905793 cites W2968551810 @default.
- W4307905793 cites W2978053076 @default.
- W4307905793 cites W2981197771 @default.
- W4307905793 cites W2982497898 @default.
- W4307905793 cites W3015788106 @default.
- W4307905793 cites W3017024765 @default.
- W4307905793 cites W3023026655 @default.
- W4307905793 cites W3036497623 @default.
- W4307905793 cites W3084097758 @default.
- W4307905793 cites W3107761595 @default.
- W4307905793 cites W3112992995 @default.
- W4307905793 cites W3118002416 @default.
- W4307905793 cites W3121712779 @default.
- W4307905793 cites W3124626167 @default.
- W4307905793 cites W3127375108 @default.
- W4307905793 cites W3128103778 @default.
- W4307905793 cites W3146475181 @default.
- W4307905793 cites W3149314221 @default.
- W4307905793 cites W3155449819 @default.
- W4307905793 cites W3164138168 @default.
- W4307905793 cites W3165666613 @default.
- W4307905793 cites W3185776446 @default.
- W4307905793 cites W3200194907 @default.
- W4307905793 cites W3206134434 @default.
- W4307905793 cites W4212940028 @default.
- W4307905793 cites W4223610462 @default.
- W4307905793 cites W57725725 @default.
- W4307905793 cites W871081605 @default.
- W4307905793 doi "https://doi.org/10.1016/j.cherd.2022.10.045" @default.
- W4307905793 hasPublicationYear "2022" @default.
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