对近些年来热塑性树脂增韧体系、核壳粒子增韧体系、液晶高聚物增韧体系及无机刚性粒子增韧体系等增韧高分子材料的研究进展进行了综述。
This paper reviewed the recent years' studies on macromolecular materials toughened by thermoplastic resins, core-shell latexes, liquid crystal polymers or inorganic rigid particles, respectively.
本文介绍了淀粉在塑料、橡胶以及其它高聚物共混物中的应用，综述了国内外有关淀粉应用于高分子材料的最新研究进展。
This paper introduced the application of starch in plastic and rubber as well as other polymer blends. The recent research development of starch used in polymer material in the world is reviewed.
本文研究了在高效凝胶色谱中流速、溶剂性能对高分子降解的影响，考察了几种高聚物的降解情况。
The effects of flow rate and solvent on the degradation of several polymers have been investigated by high performance GPC in this paper.
聚乙烯醇（PVA）是由醋酸乙烯经皂化而成的高分子化合物，是目前发现的唯一具有水溶性的高聚物，主要用于生产维纶纤维。
Polyvinl alcohol(PVA) is only one water-soluble high polymer we know at present , it is the saponification substance of vinyl acetate, mainly used in produce fibre.
纳米磷灰石类成分可以为纳米级的磷灰石或类骨磷灰石；医用高分子材料成分可以为聚酰胺类或非聚酰胺类高聚物材料中的至少一种。
The nanometer apatite component may be nanometer level apatite or osteoid apatite; and the medical polymer is at least one of polyamide or non-polyamide polymer.
通过淀粉与高聚物交联反应将制备的分散状染色淀粉固着于高分子载体上，形成染色淀粉薄膜。
Dispersive dye-starch was fixed in a carrier by cross linking reaction of starch and high molecular polymer and dye-starch film was formed.
本文就水分子在高聚物中的透过特点和高分子除湿膜的选材进行了扼要的综述。
The characteristics of transport of water vapor in polymer membranes and the material selection of dehumidification membranes have reviewed in brief in this paper.
用原子力扫描显微镜对两种薄膜观测发现，高聚物— 金属界面比高聚物—玻璃界面薄膜要平整、均匀的多，玻璃衬底上形成的高聚物界面高分子有明显的取向结构；
Observation finds that the interface of high polymer-metal is much smoother and more homogeneous. Also, the M-line on polymer-metal interface is clearer than on polymer-glass interface.
用原子力扫描显微镜对两种薄膜观测发现，高聚物— 金属界面比高聚物—玻璃界面薄膜要平整、均匀的多，玻璃衬底上形成的高聚物界面高分子有明显的取向结构；
Observation finds that the interface of high polymer-metal is much smoother and more homogeneous. Also, the M-line on polymer-metal interface is clearer than on polymer-glass interface.
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