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首页> 外文期刊>The Journal of Chemical Physics >Reaction dynamics of initial O-2 sticking on Pd(100)
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Reaction dynamics of initial O-2 sticking on Pd(100)

机译:初始O-2吸附在Pd(100)上的反应动力学

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摘要

We have determined the initial sticking probability of O-2 on Pd(100) using the King and Wells method for various kinetic energies, surface temperatures, and incident angles. The data suggest two different mechanisms to sticking and dissociation. Dissociation proceeds mostly through a direct process with indirect dissociation contributing only at low kinetic energies. We suggest a dynamical precursor state to account for the indirect dissociation channel, while steering causes the high absolute reactivity. A comparison of our results to those previously obtained for Pd(111) and Pd(110) highlights how similar results for different surfaces are interpreted to suggest widely varying dynamics. (C) 2015 AIP Publishing LLC.
机译:我们已经使用King和Wells方法针对各种动能,表面温度和入射角确定了O-2在Pd(100)上的初始粘附概率。数据表明粘附和解离有两种不同的机制。离解主要通过直接过程进行,而间接离解仅在低动能下起作用。我们建议动态前驱体状态来说明间接解离通道,而转向导致较高的绝对反应性。将我们的结果与先前针对Pd(111)和Pd(110)获得的结果进行比较,可以看出不同表面的相似结果如何被解释为表明动力学变化很大。 (C)2015 AIP Publishing LLC。

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