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Determination of physic and mechanical parameters of high-density polyethylene based on relaxation curves due to the presence of hydroxyapatite and ionizing radiation

机译:基于羟基磷灰石的存在和电离辐射的弛豫曲线,测定高密度聚乙烯物理和机械参数的测定

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Relatively low physical and mechanical parameters of polymers negatively affect the possibility of using this material everywhere. There are ways to improve the elastic and rheological characteristics of some varieties of polymers: addition of additives and irradiation with ionizing radiation. However, these methods can lead both to the cross-linking of polymer molecules with the improvement of its parameters, and to its destruction. In this article shown the theoretical definition of physic and mechanical parameters of high-density polyethylene by known stress relaxation curves, and a comparison of the experimental data of high-density polyethylene (HDPE) with the data obtained theoretically, which, in turn, saves material resources and man-hours for the experiment and its subsequent analysis.
机译:聚合物的相对较低的物理和机械参数产生负面影响在任何地方使用这种材料的可能性。有方法可以提高一些品种聚合物的弹性和流变特征:添加添加剂和电离辐射的辐射。然而,这些方法可以通过改善其参数以及其破坏来导致聚合物分子的交联。在本文中,通过已知的应力松弛曲线示出了高密度聚乙烯的物理和机械参数的理论定义,以及高密度聚乙烯(HDPE)与理论上获得的数据的实验数据的比较,这反过来又节省了实验的物质资源和人数及其随后分析。

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