Catalytic activity of the double-component metal oxides tested in this paper was mainly dependent on the more active metal oxide and related to proportion between the two components.
实验结果表明，几种双组分金属氧化物的催化分解活性主要由较高活性的金属氧化物所决定，并与两组分的比例有关。
Through the rearrangement of the active components and the modifying of the matrix, SDC-2000 can strengthen the heavy metal tolerance ability.
通运对活性组分的调整及载体的改性增加了催化剂抗重金属污染的能力。
This provides a novel approach to tune the catalytic behaviors of metal catalysts for the involving hydrogen reactions, which are sensitive to the electronic state of the active components.
这给我们一个启示，可以利用碳纳米管的限域效应改善或者提高涉氢的多相催化反应的催化性能，因为这些催化反应中低价态的金属是反应的活性物种。
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