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Is there a barrier for the C-2v insertion reaction in O(D-1)+H-2? A test dynamics study based on two-valued energy-switching potential energy surfaces

机译:O(D-1)+ H-2中的C-2v插入反应是否存在障碍?基于二值能量转换势能面的测试动力学研究

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We have calculated cross-sections and rate constants for the title reaction by using the quasiclassical trajectory method and a recently reported two-valued energy-switching potential energy surface for the water molecule. By varying the amplitude and rate of decay of a local Gaussian term which controls the appearance of a barrier along the C-2x minimum energy profile, an attempt has been made to answer the title issue. A comparison of the calculated rate constants with the available experimental data suggests that the barrier, if existing, lies below the energy of the reactants, and separates the small van der Waals well from the deep chemical one at short distances. (C) 2000 Elsevier Science B.V. All rights reserved. [References: 35]
机译:我们已经使用准经典轨迹方法和最近报道的水分子的二值能量转换势能面计算出了标题反应的截面和速率常数。通过改变局部高斯项的幅度和衰减率来控制标题沿C-2x最小能量分布的出现,已尝试解决该问题。将计算出的速率常数与可用的实验数据进行比较,表明该屏障(如果存在的话)位于反应物的能量以下,并在短距离内将小范德华与深化学物质很好地隔开。 (C)2000 Elsevier Science B.V.保留所有权利。 [参考:35]

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