首页> 外文期刊>The journal of physical chemistry, A. Molecules, spectroscopy, kinetics, environment, & general theory >Computational tests of quantum chemical models for structures, vibrational frequencies, and heats of formation of molecules with phosphorus and sulfur atoms
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Computational tests of quantum chemical models for structures, vibrational frequencies, and heats of formation of molecules with phosphorus and sulfur atoms

机译:对具有磷和硫原子的分子的结构,振动频率和形成热的量子化学模型的计算测试

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摘要

The Gaussian-n, complete basis set, and Weizmann-1 quantum chemical models for heats of formation are applied to a set of molecules with relevance to the combustion or pyrolysis of chemical warfare materials. Most of these models generate standard deviations from experiment that are less than 2 kcal/mol. The structures and vibrational frequencies that are generated in the course of these calculations are in good agreement with experimental data. Detailed comparisons with respect to structural types indicate that the present computational models are likely to generate useful data for complex models of combustion and pyrolysis of chemical warfare materials.
机译:高斯n完全基集和Weizmann-1形成热的量子化学模型被应用于与化学战材料的燃烧或热解有关的一组分子。这些模型大多数都产生小于2 kcal / mol的实验标准偏差。在这些计算过程中产生的结构和振动频率与实验数据非常吻合。关于结构类型的详细比较表明,当前的计算模型可能会为化学战材料的燃烧和热解的复杂模型生成有用的数据。

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