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1·The compatibility forecast of polymer blend systems can be performed by the solubility parameter or the mixing enthalpy.

聚合物形成共混体系的相容性的预测能够通过聚合物间溶度参数或混合焓变来实现。

2·The model can be used as the basis of the molecular thermodynamic model for real polymer solution, polymer blend and copolymer systems.

为进一步构筑实际高分子溶液和共混物的分子热力学模型打下了良好的基础。

3·It was found that there existed some interaction between the hard segment of polyurethane and polyacrylonitrile in this polymer blend system.

发现在该共混体系中，聚氨酯硬段与聚丙烯腈之间存在一定程度的相互作用。

4·Control of phase morphology of incompatible polymer blend systems is an important subject which has gained increasing attention in the recent years.

不相容聚合物共混体系的相形态控制是近年来日益受到人们关注的重要课题。

5·In this paper a method of particle size measurement introduced into the size and shape measurement of dispersed phase in polymer blend is found feasible.

本文将颗粒大小测定方法引入到高分子共混物的分散相尺寸测定中，验证了这是表征分散相尺寸可行的方法。

6·The morphologies, choice of materials, processing conditions and functional properties of polymer blend alloys with laminar dispersed phase were summarized.

综述了层状分散形态聚合物合金的形态特征、材料选择、成型加工条件，以及层状分散形态聚合物的功能性。

7·Within this dissertation, both thermodynamical and hydrodynamic effects of shear are considered, for the first time, in the modeling of the shear-induced phase behavior of binary polymer blend.

本论文首先以扩展不可逆热力学和“二流体模型”为基础建立了一个首次综合考虑了热力学和流体力学因素的剪切场下高聚物共混体系相行为的模型。

8·The results show that the grafted polymer has a more uniform microstructure than that a blend polymer.

接枝聚合物的两相微观结构比其共混物更均匀。

9·Compared to PLEDs composed of pure polymer or of blend active layers prepared by spin coating and vacuum spray methods, our PLED composed of gradient structure emitted brighter light.

本文中制备的具有梯度结构的聚合物发光器件发出光的强度，比用旋涂法和真空喷雾法所制备的单纯高分子发光器件和混合结构的高分子发光器件更高。

10·The SEM images show that the blend polymer electrolyte films have alveolate network structures, which benefit the increase of ionic conductivity.

扫描电镜SEM图表明这种混合型聚合物膜具有蜂窝状结构，有利于膜电导率的增加。