CAJ | 학술논문

本文以多物理场耦合仿真软件COSMOL Multiphysic为工具，建立了二维对称的管式反应器的数学模型，仿真计算了二级可逆放热反应过程，考察了反应器的温度分布和反应物的转化率分布情况。结果表明：温度和反应物的转化率均在壁面处达到最大值。
본문이다물리장우합방진연건COSMOL Multiphysic위공구，건립료이유대칭적관식반응기적수학모형，방진계산료이급가역방열반응과정，고찰료반응기적온도분포화반응물적전화솔분포정황。결과표명：온도화반응물적전화솔균재벽면처체도최대치。
In this paper, through using the multiphysics coupling simulation software COSMOL Multiphysic as the tool,a two-di-mensional symmetric tubular reactor mathematical model is established. This paper studies the simulation calculation of the two reversible exothermic reaction, and the temperature of the reactor and the conversion rate distribution of the reactant are also re-searched. It was concluded that both the reactor temperature and the conversion of the reactant reach its maximum at the wall.