Preliminary Study on Decomposition of HFC143a: A Reactive Molecular Dynamic Study

Dezheng Jiang, Yubi Jing
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Abstract

The fluoride organics will experience the decomposition under the high temperature and high incident energy, which would have an effect on the system and equipment. The preliminary decomposition of HFC143a is investigated via reactive molecular dynamics in the present work. The results indicate that incident energy will aggravate the decomposition of HFC143a. And the main product of the reaction is FH. Besides, the first-order kinetic analysis is employed to analysis the reaction and obtain the relationship between the decomposition rate, temperature and the incident energy.
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HFC143a分解的初步研究:反应分子动力学研究
含氟有机物在高温和高入射能量作用下会发生分解,对系统和设备产生影响。本文采用反应分子动力学方法研究了HFC143a的初步分解。结果表明,入射能量会加剧HFC143a的分解。反应的主要产物是FH。采用一级动力学分析对反应进行分析,得到了分解速率、温度和入射能量之间的关系。
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