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Development, analysis and validation of population models for continuous and batch crystallizers

机译:开发,分析和验证连续和分批结晶器的总体模型

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This contribution deals with the derivation of mathematical models for continuous and batch crystallizers based on the population balance approach. Detailed kinetic expressions for primary nucleation, crystal growth and attrition are incorporated into the models. The proper mathematical formulation of these phenomena as well as their incorporation into the population balance are discussed. Subsequently, system theoretical properties (e.g. the differential index of the resulting differential-algebraic equation system) of the derived models are analysed. Finally, the models for the continuous and the batch crystallizer are validated by comparison to measurements of temperature, supersaturation and particle size distribution. (C) 2002 Elsevier Science Ltd. All rights reserved. [References: 34]
机译:此贡献涉及基于种群平衡方法的连续和分批结晶器数学模型的推导。有关初始成核,晶体生长和损耗的详细动力学表达式已纳入模型。讨论了这些现象的正确数学表述以及它们如何纳入人口平衡。随后,分析导出模型的系统理论特性(例如,所得微分-代数方程组的微分指标)。最后,通过与温度,过饱和度和粒度分布的测量值进行比较,验证了连续结晶器和间歇结晶器的模型。 (C)2002 Elsevier ScienceLtd。保留所有权利。 [参考:34]

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