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On the Rate Constant for the Association Reaction H + CN + Ar ->HCN + Ar

机译:缔合反应H + CN + Ar-> HCN + Ar的速率常数

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摘要

The importance of the chaperon mechanism (via ArCN or ArH complex formation) is investigated for the title reaction. All calculations employ the classical trajectory method to obtain the reactive cross sections while the equilibrium constants are estimated from statistical mechanics. A detailed analysis of the various approximations to the equilibrium constant is presented. Exploratory calculations based on the energy transfer mechanism are also reported. In addition, the decay rates of the HCN~* and ArCN~* species are examined in order to get insight on the detailed microscopic molecular dynamics. The chaperon mechanism is found to be important only at low temperatures, while the energy-transfer mechanism dominates for moderate and high ones.
机译:研究了分子伴侣机制的重要性(通过ArCN或ArH络合物的形成)对于标题反应的重要性。所有计算均采用经典轨迹法来获得反应截面,而平衡常数则由统计力学估算得出。给出了对平衡常数的各种近似的详细分析。还报告了基于能量传递机制的探索性计算。此外,还对HCN〜*和ArCN〜*物种的衰变速率进行了研究,以了解详细的微观分子动力学。发现分子伴侣机制仅在低温下才重要,而能量传递机制在中等和高温机制中占主导地位。

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