Discrete reaction model for composition of sooting flames

S.V. Zhubrin

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Discrete reaction model for composition of sooting flames

机译：烟灰成分的离散反应模型

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摘要

A discrete reaction model of sooting combustion is proposed on the grounds of multi-stage representation of oxidation chemistry. It is demonstrated that the predictions are in fair agreement to the measured data, and show the correct trends with no adjustments to the soot modelling concept. The practical applications of the model are also presented. The algebraic nature of the model relationships makes it easy to bring them into the computational loops of available predictive tools, so that it is believed the present model has the potential to supplant or complement the similar methods in the engineering computational analysis of combustion.

机译：基于氧化化学的多阶段表示，提出了一种烟灰燃烧的离散反应模型。结果表明，这些预测与测得的数据完全吻合，并且在不调整烟灰建模概念的情况下显示了正确的趋势。还介绍了该模型的实际应用。模型关系的代数性质使其很容易将它们带入可用预测工具的计算循环中，因此可以相信，本模型具有取代或补充燃烧工程计算分析中类似方法的潜力。

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来源
《International Journal of Heat and Mass Transfer》 |2009年第18期|4125-4133|共9页
作者
S.V. Zhubrin;
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作者单位

Flowsolve Ltd., Middle Floor, 40 High Street, Wimbledon Village, London SW19 5AU, United Kingdom;

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收录信息美国《科学引文索引》(SCI);美国《工程索引》(EI);
原文格式 PDF
正文语种 eng
中图分类
关键词
soot formation; combustion; element balances; mixture fraction;

机译：烟灰形成燃烧;元素余额;混合分数;

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Discrete reaction model for composition of sooting flames

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