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首页> 外文期刊>Catalysis science & technology >Novel [Ce_(1-x)LaxO2, La_(2-y)Ce_yO3]/Bi2Mo_(0.9)W_(0.1)O6 catalysts for CO oxidation at low temperature
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Novel [Ce_(1-x)LaxO2, La_(2-y)Ce_yO3]/Bi2Mo_(0.9)W_(0.1)O6 catalysts for CO oxidation at low temperature

机译:小说[CE_(1-X)LAXO2,LA_(2-Y)CE_YO3]/bi2mo_(0.9)W_(0.1)O6在低温下进行CO氧化的O6催化剂

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摘要

Novel Ce_(1-x)LaxO2 and La_(2-y)Ce_yO3 solid solutions supported on Bi2Mo_(0.9)W_(0.1)O6 were prepared by the citric acid route and tested for CO oxidation at low temperature. The main purpose was to investigate whether those mixed oxide systems could exhibit high efficiency for an oxidation process. The structure, morphology and surface area were determined by means of XRD, SEM and BET methods; also the catalytic efficiency of samples was evaluated for CO oxidation as a function of doping content. It was found that high cerium or lanthanum contents (> 0.9) in mixed oxides favour higher CO conversion and lower activation temperature than that shown either by CeO2 or Bi2Mo_(0.9)W_(0.1)O6 systems, separately.
机译:通过柠檬酸途径制备了新颖的CE_(1-X)LAXO2和LA_(2-Y)CE_YO3固溶物(0.9)W_(0.9)W_(0.1)O6,并在低温下测试了CO氧化。 主要目的是研究这些混合氧化物系统是否可以表现出高效率对于氧化过程。 结构,形态和表面积是通过XRD,SEM和BET方法确定的。 还评估了样品的催化效率作为掺杂含量的函数的CO氧化。 发现混合氧化物中的高铜含量(> 0.9)比CEO2或BI2MO_(0.9)W_(0.1)O6系统所示的CO转化率更高和激活温度更高。

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