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Hydrogenation of 1-octene over skeletal Pd catalysts prepared from Pd-Zr amorphous alloys and the effect of Ni addition

机译:Pd-Zr非晶态合金制备的骨架Pd催化剂上1-辛烯的加氢反应及Ni添加的影响

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The skeletal Pd catalysts were prepared from Pd-Zr alloys which possess amorphous or crystalline state. The hydrogenation of 1-octene to octane over skeletal Pd catalysts proceeded efficiently while Pd-Zr alloy was inactive. The skeletal Pd prepared from amorphous alloy showed higher catalytic activities despite the smaller surface area compared to that prepared from the corresponding crystalline alloy. These catalytic activities were attributed to the number of surface-exposed Pd of skeletal Pd which was strongly affected by the atomic arrangement of the precursor. Moreover, we investigated the effect of Ni addition to the P-Zr alloy as the third metal. Skeletal Pd with 16 at% Ni showed an excellent selectivity while keeping as high catalytic activity as skeletal Pd. (C) 2015 Elsevier B.V. All rights reserved.
机译:骨架Pd催化剂是由具有非晶态或结晶态的Pd-Zr合金制成的。在Pd-Zr合金处于非活性状态时,在骨架Pd催化剂上将1-辛烯氢化为辛烷是有效的。与由相应的结晶合金制备的相比,由非晶态合金制备的骨架Pd尽管具有较小的表面积,但仍显示出较高的催化活性。这些催化活性归因于骨架Pd的表面暴露Pd数量,该数量受到前体原子排列的强烈影响。此外,我们研究了将Ni添加到P-Zr合金中作为第三种金属的作用。具有16 at%Ni的骨架Pd具有极好的选择性,同时保持了与骨架Pd一样高的催化活性。 (C)2015 Elsevier B.V.保留所有权利。

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