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- W2580155492 abstract "A facile route (urea grind combustion method) is described for the rapid synthesis of Fe-doped Cu-Ce-Zr catalysts within 30 min through simple grinding and combustion. The effects of iron source and Fe/Cu mass ratio on the performances of the catalysts for CO preferential oxidation (CO-PROX) are evaluated. The influences of H2O, CO2, and their mixture on the activity as well as stability of the catalysts are also investigated. The samples are characterized by XRD, N2 adsorption-desorption, H2-TPR, TEM, Raman and XPS. Fe(NO3)3 is found to be superior to FeCl3 and Fe2(SO4)3 as the iron source for Fe-CuCZ catalyst. Among the different synthesized catalysts, 1/10Fe(N)-CuCZ is found to be the most active catalyst, indicating that the optimal Fe/Cu mass ratio is 1/10. The influences of H2O, CO2, and H2O + CO2 on the catalytic performance of 1/10Fe(N)-CuCZ are in the order of CO2 < CO2 + H2O < H2O. 1/10Fe(N)-CuCZ exhibits excellent stability during a 228 h time-on-stream test. 1/10Fe(N)-CuCZ shows the highest catalytic activity and excellent stability even in the presence of H2O and CO2. The excellent catalytic performance can be attributed to the synergy between the highly dispersed copper species and ceria, as well as the formation of more oxygen vacancies and reduced copper species." @default.
- W2580155492 created "2017-02-03" @default.
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- W2580155492 date "2017-03-01" @default.
- W2580155492 modified "2023-10-18" @default.
- W2580155492 title "Rapid synthesis of Fe-doped CuO-Ce0.8Zr0.2O2 catalysts for CO preferential oxidation in H2-rich streams: Effect of iron source and the ratio of Fe/Cu" @default.
- W2580155492 cites W1205579351 @default.
- W2580155492 cites W1967208908 @default.
- W2580155492 cites W1968367833 @default.
- W2580155492 cites W1969864813 @default.
- W2580155492 cites W1977053657 @default.
- W2580155492 cites W1980454619 @default.
- W2580155492 cites W1984915193 @default.
- W2580155492 cites W1987284891 @default.
- W2580155492 cites W1989699202 @default.
- W2580155492 cites W1990951280 @default.
- W2580155492 cites W1993075503 @default.
- W2580155492 cites W1995228001 @default.
- W2580155492 cites W1995761354 @default.
- W2580155492 cites W2005440013 @default.
- W2580155492 cites W2011659343 @default.
- W2580155492 cites W2014126594 @default.
- W2580155492 cites W2015942013 @default.
- W2580155492 cites W2017182795 @default.
- W2580155492 cites W2018465897 @default.
- W2580155492 cites W2021082970 @default.
- W2580155492 cites W2021554317 @default.
- W2580155492 cites W2026373561 @default.
- W2580155492 cites W2031177488 @default.
- W2580155492 cites W2031954887 @default.
- W2580155492 cites W2035972482 @default.
- W2580155492 cites W2036729443 @default.
- W2580155492 cites W2042445140 @default.
- W2580155492 cites W2043942611 @default.
- W2580155492 cites W2046025057 @default.
- W2580155492 cites W2046432408 @default.
- W2580155492 cites W2046723362 @default.
- W2580155492 cites W2047020281 @default.
- W2580155492 cites W2051143281 @default.
- W2580155492 cites W2053306200 @default.
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- W2580155492 cites W2063455832 @default.
- W2580155492 cites W2065710448 @default.
- W2580155492 cites W2068446414 @default.
- W2580155492 cites W2075007716 @default.
- W2580155492 cites W2076516982 @default.
- W2580155492 cites W2076696150 @default.
- W2580155492 cites W2081165947 @default.
- W2580155492 cites W2081284497 @default.
- W2580155492 cites W2086445169 @default.
- W2580155492 cites W2087018321 @default.
- W2580155492 cites W2088124227 @default.
- W2580155492 cites W2088620230 @default.
- W2580155492 cites W2092362000 @default.
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- W2580155492 doi "https://doi.org/10.1016/j.jpowsour.2017.01.084" @default.
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