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A simplified theory of crystallisation induced by polymer chain scissions for biodegradable polyesters

机译:聚合物链断裂引起的可生物降解聚酯的简化结晶理论

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A simplified theory for the crystallisation of biodegradable polyesters induced by polymer chain scissions during biodegradation is presented following a theory developed by Han and Pan. The original theory is greatly simplified so that it becomes very straightforward to use and the number of material parameters is significantly reduced. Furthermore it is demonstrated that the spherulite structure widely observed in polymers can be taken into account using the theory. The simplified theory is fitted to the experimental data of poly-L-lactic acids (PLLAs) obtained from literature. It is shown that the simplified theory is equally able to fit the data as the original one. It is also shown that the theory can fit degradation data for PLLAs of different initial degrees of crystallinity with spherulite structures.
机译:根据Han和Pan提出的理论,提出了一种在生物降解过程中由聚合物链断裂诱导的可生物降解聚酯结晶的简化理论。原始理论得到了极大简化,因此使用起来非常简单,并且大大减少了材料参数的数量。此外,证明了使用该理论可以考虑在聚合物中广泛观察到的球晶结构。简化的理论适用于从文献中获得的聚L-乳酸(PLLA)的实验数据。结果表明,简化的理论与原始数据一样能够拟合数据。还表明,该理论可以使具有不同初始结晶度的球晶结构的PLLA的退化数据拟合。

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