纤维素的等周变化——一个简短的审计

S. B. Ami
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摘要

结果表明,由于潜在的非均质性,非晶区有三个等周的温度提升,其中α1和α2的提升分别是由厚的中晶束和中压非晶束的节段迁移事件引起的;而β的变化与自由填充的小片段的多功能性有关,这些小片段很可能位于纳米原纤维的外表面。在水和不同增塑剂的作用下,三种等周变化中的每一种都被移动以降低温度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Isoperimetrical Changes Of Cellulose – A Short Audit
It has been shown that because of underlying heterogeneity the noncrystalline areas have three isoperimetrical temperature advances, where the α1 and α2 advances are brought about by the event of segmental portability in thick mesomorphous and medium pressed formless bunches, individually; while the β change is identified with the versatility of little fragments in free stuffed shapeless groups, which most likely are situated on the external surface of nanofibrils. Under the activity of water and different plasticizers every one of the three isoperimetrical changes are moved to bring down temperatures.
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