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1.增强机构的分类 复合材料(CM)除了强度以外,还把热性能、光学性能及其他性能做为目标,以满足各种使用目的。然而塑料复合材料(PCM)是采用称为增强材料的玻璃纤维、碳纤维等所得到的高强度低变形的材料。这些复合材料的研究和开发正在开展着。 但是,要求玻璃纤维、碳纤维比基材中的塑料强度高、变形低(弹性系数高)。这些形态的增强材料,在不同情况中应当使用合适的形状。玻璃、碳、硼等是塑料复合材料的常用增强材。其形态或呈纤维状或呈粒状。根据复合
1. Classification of Reinforcing Mechanisms Composite materials (CMs), in addition to their strength, also target thermal, optical and other properties to meet a variety of purposes. However, plastic composite materials (PCM) are high-strength, low-strain materials obtained using glass fibers, carbon fibers and the like called reinforcing materials. Research and development of these composites are under way. However, glass fibers and carbon fibers are required to have higher strength and lower deformation (higher modulus of elasticity) than the plastic material in the base material. Reinforcing materials of these forms should be of suitable shape for different situations. Glass, carbon, boron, etc. are common reinforcements for plastic composites. Its shape or was fibrous or granular. According to compound