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The Effect of Toughening Agents on Heat-resistance, Mechanical and Dielectric Properties of Epoxy Resins Used in Radome Materials

机译:增韧剂对弧度材料中使用的环氧树脂耐热性,机械和介电性能的影响

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This paper discussed the effects of different toughening agents on heat resistance, mechanical properties, dielectric properties and moisture absorption properties of E-51/Dicy systems used in radome materials. Based on DSC results, we discussed the reactivity and heat resistance of the four systems. The bending properties and impact strength were tested to reveal the toughness of the resins. The dielectric properties and moisture absorption were also evaluated. The results revealed all the three toughening agents could increase the impact properties and decrease the dielectric constant, meanwhile moisture absorption was lower than the untreated sample. JER 1256 and PEK-C had more obvious effects on toughness and could also keep the heat resistance. The result of E-20 system showed the lowest ε and tgδ.
机译:本文讨论了不同增韧剂对酰胺材料E-51 / Disy系统的耐热性,力学性能,介电性能和吸湿性的影响。基于DSC结果,我们讨论了四种系统的反应性和耐热性。测试弯曲性能和冲击强度以露出树脂的韧性。还评估了介电性能和吸湿性。结果表明,所有三种增韧剂都可以增加冲击性能并降低介电常数,同时湿度吸收低于未处理的样品。 JER 1256和PEK-C对韧性具有更明显的影响,并且还可以保持耐热性。 E-20系统的结果显示最低ε和TGδ。

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