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Communication: The Al + CO2 -> AlO plus CO reaction: Experiment vs. theory

机译:通讯:Al + Co2 - > Alo Plus CO反应:实验与理论

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Based on their highly sophisticated crossed-beam experimental studies of the Al + CO2 -> AlO + CO reaction, Honma and Hirata have directly challenged the results of earlier theoretical studies of this system. We report high level theoretical studies of this system. It is shown that, consistent with Honma-Hirata experimental conclusions, the previous theoretical prediction of a substantial barrier height for this reaction was incorrect. However, for the structures of the possible intermediates, in agreement with the 1992 theoretical study of Sakai, we find striking disagreement with the experimental conclusion that the O-C-O moiety is nearly linear. The energies of the three entrance channel intermediates lie 14.4, 15.2, and 16.4 kcal mol(-1) below separated Al + CO2. Published by AIP Publishing.
机译:基于对Al + Co2 - > Alo + Co反应的高度复杂的交叉光束实验研究,Honma和HiRATA直接挑战了该系统早期理论研究的结果。 我们报告了该系统的高水平理论研究。 结果表明,与Honma-HiRATA实验结论一致,对该反应的主要屏障高度的先前理论预测不正确。 然而,对于可能的中间体的结构,与1992年的Sakai的理论研究一致,我们发现与O-C-O部分几乎是线性的实验结论,我们发现显着的分歧。 三个入口通道中间体的能量在分离的Al + CO 2下方的14.4,15.2和16.4kcal摩尔(-1)。 通过AIP发布发布。

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