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• W4292857734 endingPage "108481" @default.
• W4292857734 startingPage "108481" @default.
• W4292857734 abstract "One kind of driving of Cu on α-Fe2O3 was successfully created for removing NOx. It brought excellent low-temperature performance, high N2 selectivity and strong water and sulfur resistance. The concrete process was that Cu2+ ions entered into the crystal lattice of Fe2O3, forming solid solution with Cu-O-Fe structure and further changed the property of Fe2O3. On the one hand, Cu2+ ions adjusted the electrophilicity of Fe3+ species, thereby facilitating the generation and adsorption of NO2, nitrate and nitrite species and increasing Lewis acid sites. The increase of NH3 and NOx adsorbed species on the catalyst surface conduced to excellent low-temperature NH3-SCR activity. On the other hand, the regulation of Cu brought abundant lattice defects to Fe2O3 which strengthened the redox ability and generated oxygen vacancy. It led to the growth of surface adsorbed oxygen, which was crucial for the “fast SCR” reaction. In-situ DRIFTS results revealed that the NH3 on Lewis acid sites preferred to react with weakly adsorbed NO2 through Langmuir-Hinshelwood (L-H) mechanism over the Fe-Cu composite oxide catalyst. Meanwhile, the NH3 on Lewis acid sites was also able to react with monodentate nitrates, bidentate nitrates and nitrites through L-H reaction mechanism. This work provided a new inspiration for the construction of green and efficient catalysts to remove NOx in the practical industrial applications." @default.
• W4292857734 created "2022-08-24" @default.
• W4292857734 creator A5003303053 @default.
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• W4292857734 date "2022-10-01" @default.
• W4292857734 modified "2023-10-15" @default.
• W4292857734 title "High-performance Fe-Cu composite oxide for selective catalytic reduction of NO with NH3: Driving of Cu on α-Fe2O3" @default.
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• W4292857734 cites W1980953390 @default.
• W4292857734 cites W1985653168 @default.
• W4292857734 cites W1994507754 @default.
• W4292857734 cites W1994589390 @default.
• W4292857734 cites W1995133492 @default.
• W4292857734 cites W2008368221 @default.
• W4292857734 cites W2009962608 @default.
• W4292857734 cites W2028377884 @default.
• W4292857734 cites W2031736625 @default.
• W4292857734 cites W2032089901 @default.
• W4292857734 cites W2038866028 @default.
• W4292857734 cites W2048796722 @default.
• W4292857734 cites W2049790452 @default.
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• W4292857734 cites W2056812062 @default.
• W4292857734 cites W2065142432 @default.
• W4292857734 cites W2067241019 @default.
• W4292857734 cites W2084475301 @default.
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• W4292857734 cites W2461838475 @default.
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• W4292857734 cites W2524222841 @default.
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• W4292857734 doi "https://doi.org/10.1016/j.jece.2022.108481" @default.
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