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Study of mechanical and protective characteristics of composite materials based on aramid fabrics modified in a microwave electromagnetic field

机译:基于微波电磁场中修饰的芳族织物的复合材料机械和保护特性研究

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摘要

The studies of the protective characteristics of samples of armor packages,which are compositions of aramid fabric TSVM-J and glue 88,after influenced by the microwave electromagnetic field,have been carried out.A reduction in the number of maximum punctured layers to 7,and an armor effect to 10 mm was stated.In this case,compared with the control sample,a significant change in the mechanical characteristics of the composite armor package was found.Density increased by more than 10%.At the same time,the tensile ductility decreased by(40-47)%,and the elastic deformation with indentation increased almost 5 times.The results obtained after their refinement and substantiation of the physical mechanism can be used as the basis for the development of technologies for enhancing the characteristics of armor protection elements made of composite ballistic materials and structural organoplastics for aircraft.
机译:在通过微波电磁场的影响之后,铠装封装样品样品的保护特性的研究已经进行了芳族织物TSVM-J和胶88的组成。已经进行了大量刺破层数为7的最大刺破层数。并陈述了10 mm的装甲效果。在这种情况下,与对照样品相比,发现复合铠装封装的机械特性的显着变化。密度增加了10%以上。此时同时,拉伸增加延展性(40-47)%(40-47)%降低,压痕的弹性变形近5倍增加。在其改进和物理机制的改进和证实后获得的结果可以用作提高装甲特性技术的基础保护元件由复合弹道材料和飞机结构有机薄膜制成。

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