Supplementary Material for Automating the Generation of Detailed Kinetic Models for Halocarbon Combustion with the Reaction Mechanism Generator

Supplementary material for the manuscript "Automating the Generation of Detailed Kinetic Models for Halocarbon Combustion with the Reaction Mechanism Generator" submitted to the Proceedings of the Combustion Inistitute, describing a presentation (with the same title and authors) at the 39th International Symposium on Combustion. <br> Contains many calculated reaction rates, flame speed calculations, comparisons with literature data, and some Python scripts used to create them. <br> The training reactions and and estimation decision trees are also available in RMG’s open-source database (https://github.com/ReactionMechanismGenerator/RMG-database) and also accessible through the <em>kinetics search</em> function on the RMG website (https://rmg.mit.edu/database/kinetics/search/).

本材料为投稿至《燃烧学会会刊》（*Proceedings of the Combustion Institute*）的手稿《基于反应机理生成器（Reaction Mechanism Generator）实现卤代烃燃烧详细动力学模型的自动化生成》的补充材料，对应于第39届国际燃烧研讨会上同名同作者的学术报告。
本补充材料包含大量计算得到的反应速率数据、火焰速度计算结果、与文献数据的对比分析，以及用于生成上述内容的部分Python脚本。
训练所用的反应集与估算决策树，可通过反应机理生成器（Reaction Mechanism Generator，简称RMG）的开源数据库（https://github.com/ReactionMechanismGenerator/RMG-database）获取，同时也可通过RMG官网（https://rmg.mit.edu/database/kinetics/search/）的**动力学搜索**功能访问。