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A review of physical and kinetic models of thermal degradation of expanded polystyrene foam and their application to the lost foam casting process

机译:膨胀聚苯乙烯泡沫塑料热降解的物理和动力学模型及其在消失模铸造工艺中的应用综述

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摘要

A review of the literature was conducted in search of an appropriate kinetic model applicable to the polystyrene foam decomposition phenomena encountered in the lost foam casting process. A brief review of the models describing the physical process of foam degradation is also presented. During this investigation, various kinetic models describing polystyrene thermal decomposition in the plastics recycling process have been reviewed. The review indicates that the process conditions in which these models were developed were very different from the casting process conditions, and hence no one model could be suitably employed for the latter. The authors suggest that a more rigorous and intrinsic kinetic experiment depicting the actual foundry conditions is necessary to develop a model that describes the foam degradation kinetics.
机译:为了寻找适用于消失模铸造过程中遇到的聚苯乙烯泡沫分解现象的合适动力学模型,对文献进行了综述。还简要介绍了描述泡沫降解物理过程的模型。在此研究过程中,对描述塑料回收过程中聚苯乙烯热分解的各种动力学模型进行了综述。审查表明,开发这些模型的工艺条件与铸造工艺条件有很大不同,因此没有一种模型可以适合于后者。作者认为,描述模型实际铸造条件的更为严格和内在的动力学实验对于开发描述泡沫降解动力学的模型是必要的。

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