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Polymer Morphology: A Guide to Macromolecular Self-Organization

机译:聚合物形态:高分子自组织指南

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摘要

The study of polymer morphology continues to be the principal means of acquiring knowledge and understanding of macromolecular self-organization. Longstanding problems of the nature of melt-crystallized lamellae and spherulitic growth have been resolved, bringing understanding of how characteristic properties such as a broad melting range and spatially-varying mechanical response are inherent in spherulitic morphologies. This reflects the distinctive features of the crystallization of long molecules, i.e. that they impede each other and, for faster growth, form rough basal surfaces. Knowledge of morphology is an essential accompaniment to the informed development of advanced polymeric materials and a full understanding of their structure/property relations.
机译:高分子形态的研究仍然是获得知识和了解大分子自组织的主要手段。长期以来,熔融结晶薄片和球晶生长的问题已得到解决,从而使人们了解了球晶形态固有的特征性特性(例如宽的熔融范围和空间变化的机械响应)。这反映了长分子结晶的显着特征,即它们相互阻碍,并为了更快的生长而形成粗糙的基底表面。形态学知识是先进聚合物材料的知情发展和对它们的结构/性质关系的充分理解的基本陪伴。

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