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在建立铝颗粒燃烧模型及其燃烧产物凝聚成核模型基础上，对铝粉燃烧所形成的AL2O3平均粒径进行了计算研究。也对推进剂燃烧环境下铝颗粒燃烧区域中温度、燃烧产物的质量分数、过饱和度及其凝聚成核速率的变化规律进行了分析讨论。
Based on the aluminum particle combustion model and the agglomeration nucleation model of the combustion products, the average particle size of AL2O3 formed by combustion of aluminum powder was calculated. The variation rules of temperature, mass fraction of combustion products, supersaturation and nucleation rate of nucleation in the combustion zone of propellants were also discussed.