图表列表

Johannes Suitner
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引用次数: 0

摘要

图1.1从商业角度看,共混和/或复合特别有吸引力的两种情况的示意图图1.2二元共混物混合的吉布斯自由能图1.3相容剂的位阻共融剂作为锚和排斥弹簧,确保稳定性和防止聚结。图1.4 a)嵌段或接枝共聚物b)含有极性基团的非反应性聚合物c)反应性功能聚合物d)聚合物偶联剂将无机填料附着在聚合物基体上,从而通过非键(物理)相互作用和/或化学键使填料与聚合物相容。它必须与聚合物兼容(理想情况下,它应该与聚合物具有相同的化学性质),并且能够与填充物相互作用,反应,甚至更好地“粘合”到填充物上。未定义书签。图1.5不同填料粒径th e相同的填充水平图1.6不同类型的nanofillers英航埃德蒙脱石粘土nanodimension图1.7结构的图1.8层的分层sh耳朵迫使)- d)有效剥离下的粘土总量会导致更有效的聚合物分层和e)去皮粘土层一旦扩散到聚合物粘土层.f)近似的血小板数量完成分层。我,二世
本文章由计算机程序翻译,如有差异,请以英文原文为准。
List of Figures & Tables
Figure 1.1 Schematic illustration of two situatio ns where blending and/or compounding are especially attractive from a commer cial viewpoint Figure 1.2 Gibbs free energy of mixing of binary blends Figure 1.3 Steric hinderence by compatibilizers. Co mpatibilizers acting as both anchors and repulsive springs ensuring the stabilit y and prevention to coalescence. Figure 1.4 a) Block or graft copolymers b) Nonreact ive polymers containing polar groups c) Reactive functional polymers d) A polymer ic coupling agent attaches an inorganic filler to the polymer matrix and thus compatibilizes the filler with the polymer by non-bonded (physical ) interactions and/or chemical bonds. It must be compatible with the poly mer (ideally, it should have the same chemistry as the polymer), as well as being able to interact with, react with, or even better "glue" to the fill erError! Bookmark not defined. Figure 1.5 Different filler particle sizes at th e same filling level Figure 1.6 The different types of nanofillers ba ed on the nanodimension Figure 1.7 Structure of montmorillonite clay Figure 1.8 The delamination of layers through sh ear force a)-d) effective exfoliation of clay aggregates leads to more effective infiltra t on of the polymer delamination and e) the peeled clay layers once the polymer is diffused into the clay layers .f) the approximate number of platelets on complete delamination. i,ii
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