通过固相反应和Kirkendall效应制备了钼酸铁纳米管,采用透射电镜、X射线衍射、红外光谱和X射线光电子能谱对其进行了表征,并考察了不同组成的钼酸铁纳米管催化分子氧氧化丙烯的性能.结果表明,具有纳米尺度FeOx/MoO3壳核结构的前驱物可以在比通常低得多的温度下发生固相反应生成钼酸铁纳米管,其表面Mo物种富集,Mo与Fe的相互作用较特殊.用于丙烯选择氧化反应时其催化性能比通常的钼酸铁更好,可生成环氧丙烷,且选择性较高.
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