为此，本文提出了适用于取向高聚物的结晶过程模型，并推导了取向高聚物的结晶动力学方程。
So a kinetic model describing the crystallization process of oriented polymer was established and a kinetic equation matching the model was proposed.
运用本文多源多汇模型研究岩浆同化-分异结晶过程中微量元素和稳定同位素的行为，所得的结果与前人AFC模型结果一致。
When the model is applied to study the behaviors of trace elements and stable isotopes in the assimilated fractional crystallization process, the results are consistent with the previous AFC model.
本文在对降膜结晶分离过程进行传热传质分析的基础上，建立了简化数学模型。
Based on the analysis of heat and mass transfer, a simplified mathematical model describing the falling film crystallization process is developed.
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