乱流場におけるオゾン-テルペン反応量の測定と二分子反応モデルによる数値解析

概要

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Recently, theoretical analysis and investigations have begun to evaluate that some free radicals are generated by chemical reactions. The free radicals and other products of reactions are often more irritating than their precursors. Especially, the products of ozone/terpene reactions cause greater airway irritation in mice than would be predicted based on the known response of mice to ozone or terpenes. This paper presents an analysis of chemically reactive pollutants in indoor air. We have used a computational fluid dynamics (CFD) technique to simulate bimolecular reactions occurring indoors. Various chemical reaction models have been proposed. The fundamental model is used Rate Constant. In this research, the Second Order Rate Constant model which is a simple model reproducing bimolecular Reaction is adopted. In order to demonstrate the performance of the Second Order Rate Constant models of ozone and limonene, CFD simulations are carried out for a 2D test room. The prediction results of CFD simulation were consistent with the experimental results.
2006-09-30