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Nanostructural fibrous polymer matrix composite material with reinforcing phase and method for producing it

机译:具有增强相的纳米结构纤维聚合物基复合材料及其制备方法

摘要

the object of the application is nanostrukturalny fibrous composite material of polymer matrix with reinforcing phase in the form of nanodrutu00f3w sbsi, which is characterized by that the warp is a polymer a or pvp, while the reinforcing phase are nanodruty sbsi concentration m and from 5% to 70%, and the diameter of 500 nm and length up to 3 mm.the subject application is also a way of nanostrukturalnego fibrous composite material of polymer matrix with reinforcing phase in the form of nanodrutu00f3w sbsi, who is that the solvent is added nanodruty sbsi about mass concentration from 5% to 70% in a the final weight composite material, content of mixed ultrasound within 30 to 120 minutes.then, the granules polimerowy you or pvp of mass concentration from 5% to 30% in relation to the solvent, the admixture is subjected to mechanical mixing magnetic stirrer in time from 12 to 24 hours and a process elektroprzu0119dzenia field electrostatic discharge. the potential difference between the electrodes is in the range from 8 kv to 30 kvthe distance between the electrodes is from 8 cm to 25 cm, and the speed of solution ranges from 0.3 ml / h to 4 ml / h.
机译:本申请的目的是具有增强相的聚合物基体的纳米结构的纤维复合材料,其形式为nanodrut u00f3w sbsi,其特征在于,经线为聚合物a或pvp,而增强相为纳米硬度sbsi浓度m 5%至70%,直径为500 nm,长度最大为3 mm。本申请的方法也是一种以增强相的形式存在于纳米基质中的聚合物基体的纳米结构的纤维状复合材料,即在最终重量的复合材料中添加质量分数为5%至70%的纳米颗粒,在30至120分钟内混合超声含量。然后,颗粒将质量分数为5%至30%的pvp聚合。关于溶剂,将混合物在12至24小时的时间内进行机械混合磁力搅拌器,并进行静电场静电放电。电极之间的电势差在8 kv至30 kv的范围内,电极之间的距离在8 cm至25 cm的范围内,溶液的速度在0.3 ml / h至4 ml / h的范围内。

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