首页> 美国卫生研究院文献>Global Challenges >Layering‐Triggered Delayering with Exfoliated High‐Aspect Ratio Layered Silicate for Enhanced Gas Barrier Mechanical Properties and Degradability of Biodegradable Polymers (Global Challenges 9/2020)
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Layering‐Triggered Delayering with Exfoliated High‐Aspect Ratio Layered Silicate for Enhanced Gas Barrier Mechanical Properties and Degradability of Biodegradable Polymers (Global Challenges 9/2020)

机译:具有剥离的高纵横比层状硅酸盐的分层触发延迟用于增强的气体屏障机械性能和可生物降解聚合物的可降解性(全球挑战9/2020)

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摘要

In article number 2000030, Seema Agarwal and co‐workers achieve the enhanced degradability, modulus, and decreased oxygen permeability required for packaging in polylactide (PLA) by making its composites with exfoliated sodium hectorite (Hec) in a layer‐by‐layer structure. The layered structure enables improved mechanical and gas permeation properties, while the delayering of composite films due to the swelling of Hec provide accelerates degradation.
机译:在第2000030年,Seema Agarwal和同官员通过在层逐层结构中制备具有剥离的锂锂(HEC)的复合材料来实现增强的可降解性,模量,降低封装在聚乳糖(PLA)中所需的氧气渗透性。层状结构能够改善机械和气体渗透性能,而由于HEC的肿胀引起的复合膜的延迟提供加速降解。

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