高聚物复合材料可以是异质异相,或是同质异相(如半结晶高聚物,或自增强复合物),或是异质同相(如异质同晶)。本综合报告着重讨论异质异相的高聚物复合材料结构和性能关系。在这领域里人们不仅从热力学、动力学和胶体化学角度,而且从化学上的分子设计和物理上的结构设计及制品部件构造的工程设计方面都进行了大量的基础研究工作。异质异相高聚物复合材料的性能不仅取决于复合体系中不同质的化学组成和物理织构,而且取决于异质异相之间的界面效应。借助于选择适当的高物原料和复合工艺及控制 Polymer composites can be heterogeneous out of phase, either heterogeneous (eg, semi-crystalline polymers, or self-reinforced composites), or heterogeneous in-phase (eg, heterogeneous). This synthesis report focuses on the structural and property relationships of heterogeneous heterogeneous polymer composites. There is a great deal of basic research not only in thermodynamics, kinetics and colloid chemistry but also in chemical molecular design and physical structural design as well as engineering design of product parts. The properties of Heterogeneous Heterogeneous Polymer Composites depend not only on the different chemical and physical textures in the composite, but also on the interfacial effects between the different heterogeneous phases. With the help of the selection of suitable materials and composites and controls