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The Effect of Transform PVC Surface Layers into Ethanol Cyclam Nanofilms on the Thermodynamic and Thermomechanical Properties of the Material

机译:将PVC表面层转化为乙醇Cyclam纳米膜对材料热力学和热力学性质的影响

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摘要

The effect of forming a polymer-polymer "continuous rigid ethanol cyclam coating-ductile PVC support" system on the thermodynamic and thermomechanical characteristics is studied from the standpoint of variations in the surface layer structure and the ratio of ordered to disordered PVC forms. It is shown that the transforming surface layers of PVC materials in to rigid films provides possibilities for targeted modification of the materials properties by using the methods of nanotechnology.
机译:从表面层结构的变化以及有序与无序PVC形式的比例的观点出发,研究了形成聚合物-聚合物“连续性硬质乙醇环糊精涂层-延性PVC载体”体系对热力学和热力学特性的影响。结果表明,通过使用纳米技术的方法,将PVC材料的表面层转变为刚性膜为针对性地改变材料性能提供了可能性。

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