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Study of Optical Properties of Polymeric Materials Subjected to Degradation

机译:高分子材料降解后的光学性质研究

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摘要

Results of a study on polyethylene, polyvinyl chloride, latex and polypropylene films by photocolorimetry are described. The polymeric films were subjected to destructive environmental factors as ozone, ultra-violet irradiation and gamma-radiation. It is shown that these factors can lead to a reduction or an increase of transparency. This fact is due to the mechanisms of crosslinking, crystallization and destruction of macromolecules. Correlation between the photocolorimetry data and distributions of relaxation times of a nuclear magnetic resonance of protons in different sites of the polymeric network received earlier is established.
机译:描述了通过光度法对聚乙烯,聚氯乙烯,乳胶和聚丙烯薄膜进行研究的结果。使聚合物膜经受破坏性环境因素,例如臭氧,紫外线辐射和γ辐射。结果表明,这些因素会导致透明度降低或增加。这个事实是由于大分子的交联,结晶和破坏的机制。建立了光度比色数据与质子的核磁共振弛豫时间分布在较早接收的聚合物网络不同位置之间的相关性。

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