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The Quantum Chemical Investigation on the Important Middle Product Dimethyldiazene in the Degredation Process of UDMH and ·OH

机译:udmh和··oh的降解过程中重要的中产物二甲基重氮的量子化学研究

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At B3LYP method of density functional theory with 6-31+G(d) basis set, the reaction mechanism of dimethyldiazene was studied, which is an important intermediate product of UDMH and ·OH. All transition states are characterized by one imaginary frequency on the PES. Intrinsic reaction coordinate (IRC) is proceeded to confirm transition states connecting the designated local minima. On the basis of the vibrational calculation, we get the energy curve of the reaction.
机译:在B3Lyp的密度函数理论方法中,采用6-31 + G(d)基础设定,研究了二甲基二亚二亚二亚二亚二亚亚二亚二亚二亚二亚二亚二亚二亚亚二亚二亚亚二亚二亚二亚二亚二亚二亚二亚二亚二亚二亚二亚二亚亚二亚二亚二亚二亚二亚亚二亚二亚二亚二亚二亚二亚二亚亚二亚二亚二亚二亚二亚亚二亚二亚嗪的反应机理,这是UDMH和·oh的重要中间产物。所有转换状态的特征在于PE上的一个虚数。进展内在反应坐标(IRC)以确认连接指定的局部最小值的过渡状态。在振动计算的基础上,我们得到了反应的能量曲线。

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