《复合材料 Composites》课程教学资源（学习资料）第二章 增强体_Growth of One-Dimensional Nanostructures in Porous Polymer?Derived Ceramics by Catalyst-Assisted Pyrolysis. Part I：Iron Catalyst

《复合材料 Composites》课程教学资源（学习资料）第一章 复合材料基础_微纳米聚合物基复合材料 POLYMER COMPOSITES From Nano- to Macro-Scale

§1 高聚物的溶解与溶剂选择 §2 Flory-Huggins 高分子稀溶液理论 §3 高分子浓溶液 §4 高聚物的分子量及分子量分布

◼ 高聚物分子间的相互作用 ◼ 晶态高聚物的结构特征 ◼ 高聚物的结晶过程 ◼ 高聚物的结晶热力学 ◼ 高聚物的取向态结构 ◼ 多组分高聚物的织态结构

§1 高聚物结构的分类与特点 §2 高分子链的近程结构(一次结构) §3 高分子链的远程结构(二次结构)

They are solid, thinner filament structures (6-8 nm, in diameter) composed of a double-helical polymer of the protein actin. And microfilaments play a key role of in virtually all types of contractility and location of cells as well as motility within cells

5.1 Introduction Non-migratory bioactive polymers (NMBP)are a class of polymers that possess biological activity without the active components migrating from the polymer to the substrate. This concept has existed for some time (Bachler et al., 1970; Brody and Budny, 1995; Katchalski-Katzir 1993) and has been applied primarily to immobilised enzyme

Polymer Properties Depend On 1. What elements are in the molecule? 2. What size(molecular weight) is the molecule? 3. Is the molecule polar or non-polar? 4. What shape is the molecule? 5. What is its thermal history? 6. What is its mechanical history?

1. Re-derive the equation for equilibrium swelling of a polyelectrolyte gel where the polymer chains contain a basic ionizable group that becomes positively charged with decreasing pH

1. Re-derive the equation for equilibrium swelling of a polyelectrolyte gel where the polymer chains contain a basic ionizable group that becomes positively charged with decreasing pH