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- IPN structure of polymer 互穿网络聚合物
- In this paper, the morphological structure of polymer blend spinning fibers are introduced. 摘要介绍了高分子混合系共混纺丝纤维的形态结构。
- According to ESEM analysis, the three-dimensional net structure of polymer was formed in the composite. 环境扫描电镜结果表明，聚合物在水泥水化产物表面形成了三维结构。
- The results show the structure of polymer had changed into a cross-linked irregular spatial net configuration after the photopolymerisable reaction. 结果表明：光敏树脂体系光聚合反应后，聚合物呈交联的、不规则的体型网络结构；
- The relationship between rheological performance and the structure of OCP has been probed from stereoscopic chemistry of polymer. 从高分子的立体化学结构层次进行了结构与流变学性能关系的分析。
- The microanalysis provided excellent X ray maps of elements of polymer blends, and revealed the phase structure of polymer blend. 结果表明:X射线能谱微区分析方法可用于共混物相结构的研究,所得到的特征元素面分布图像清晰、相归属准确。
- The performance of coatings not only relies on formulation and molecular structure of polymer binders, but also the film - forming process. 涂料的性能不仅取决于涂料的配方和其中聚合物的分子结构,而且与聚合物的成膜过程密切相关。
- It is found that cholesteryl acrylate has remarkable influence on the structure of the matrix of polymer network and the electro-optical properties of the PDLC composites. 研究了两种丙烯酸酯类单体的配比对聚合物分散液晶薄膜的电－光性能的影响规律，由此确定了制备综合电－光性能优异的PDLC薄膜材料的最佳制备条件。
- A sammary is given to the references to the united application of HPPYGC-MS and HPPYGC-FTIR in the determination of composition and structure of polymer materials. 综述了高分辨裂解气相色谱与质谱（HPPYGC-MS）、高分辨裂解气相色谱傅里叶红外光谱（HPPYGC-FTIR）联用技术在高分子材料的组成鉴定和结构鉴定中的应用。
- Polyelectrolyte materials exhibit unique properties and important applications in industry, due to their having the characteristic structure of polymer chain and electrolyte. 摘要聚电解质材料兼有高分子长链和小分子电解质电离的双重结构特征。
- Hybrid polymerization is able to form polymer alloy or IPN structure in situ and makes the product more flexible in their properties. 混杂聚合能够在原位形成高分子合金,并有可能得到互穿网络结构(IPN),从而使聚合产物具备较好的综合性能。
- With cellulose derivative as main raw materials, a polymer material with IPN structure was synthesized by combining the microwave activation with IPN technology. 以纤维素类衍生物为主要原料，采用微波活化与IPN技术相结合的方法，制成一种具有互穿网络结构的治沙材料。
- The microscopic structure of tissue. 组织机构组织的微观结构
- We know a lot about the structure of genes now. 如今我们对基因的结构有了较多的了解。
- The structure of the sentence is strange. 这个句子的结构很奇怪。
- In this paper, the structure of PCS which contain the structure of polymer chain, average molecular weight, molecular weight distribution snd the structure of non-crystalline was studied in detail by means of ACC, IR, NMR, LLS, VPO, GPC, WAXS, RDF. 本文针对本室合成的PCS,应用光散射(LS)、凝胶色谱(GPC)、原子吸收光谱(ACC)、红外光谱(IR)、核磁共振波谱(NMR)、广角X射线散射(WAXS)和径向分布函数(RDF)分析测试手段,从PCS的高分子链近程结构,远程结构中的分子量以及分子量分布和非晶态短程有序结构方面进行分析,对PCS的结构有了一个系统全面的研究。
- A new type of polymer particles with longan-like structure was prepared using the superbranched polyglycerol as parents materials, the structure of the particles was characterized in details. 用超支化的聚丙三醇为原料,合成了一种新型的具有龙眼结构的聚合物纳米例子。
- This paper introduces the structure of polymer molecule and the foaming plastics and analyzes the influence of molecule structure and dynamic forming factors on the foaming process. 介绍了高聚物的分子结构和塑料的发泡成型,从微观的角度分析了高聚物的分子结构及动态加工因素对发泡成型的影响。
- Effect of polymer injection rate on EOR. 注聚合物速度对提高原油采收率的影响
- The status of polymer solid alloy was analyzed. 报道了高分子固体合金的研究现状。
