Abstract This article analyzes the influence of quantitative constituents of main components of model compositions (reciprocal solvent, polymer, strengthening component, and filler) on their specifications (yield strength and shrinkage). It has been established that the main parameters exerting a significant influence on the yield strength are the strengthening component and polymer, while the main parameters exerting a significant influence on thermal stability are polymer and filler. In addition, it has been established that, to obtain model compositions with high steady properties, high-quality initial components need to be used.

中文翻译：

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模型组合开发的全因子实验

摘要 本文分析了模型组合物主要组分（互易溶剂、聚合物、增强组分和填料）的定量成分对其规格（屈服强度和收缩率）的影响。已经确定，对屈服强度产生显着影响的主要参数是增强组分和聚合物，而对热稳定性产生显着影响的主要参数是聚合物和填料。此外，已经确定，为了获得具有高稳定性的模型组合物，需要使用高质量的初始组件。