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- Abstract: The method of solubility parameter was used to predict miscibility of polymer blends. 摘 要: 用三维溶解度参数方法预测聚合物共混物的相容性。
- In this paper, a modified nonradiative energy transfer method (M-NRET) was used for the study on miscibility of polymer blend. 荧光非辐射能量转移(NRET)法可灵敏地反映出在几纳米尺度上分子相互作用的信息。
- PREDICT MISCIBILITY OF POLYMER BLENDS BY THE SOLUBILITY PARAMETER 溶解度参数预测共混物的相容性
- Keywords DSV;PVC/PSf;miscibility of polymer blends;alloy membranes; 稀溶液黏度法;聚氯乙烯/聚砜;共混相容性;合金膜;
- Study of the Miscibility of Polymer Blends by Inverse Gas Chromatography 反相气相色谱法研究聚合物共混物的相溶性
- miscibility of polymer blends 共混相容性
- The kind of polymer blends and the mechanism of compatibilization are introduced briefly. 摘要简单介绍了聚合物共混的类型,增容剂的作用原理。
- The viscosity-composition curves of polymer blends can be divided into eighttypes: which reveal linear additivity. 高分子的粘度-组成曲线可以根据其关于线性加和值的偏离程度分成八种类型。
- 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。
- 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。
- The common approach of compatibilization of polymer blends is to decrease the interfacial tension between the blend partners. 以主链液晶高分子的分子工程学为指导,通过高温溶液缩聚反应合成了含大体积侧基的液晶聚酯,其液晶相为向列相,以此作为原位复合材料的分散相。
- The application and development of polymer blend alloys with laminar dispersed phase were reviewed with 23 refrences. 最后,叙述了永久抗静电层状分散聚合物合金的制备及其应用进展。
- In Chapter 4, the photoluminescence and electroluminescence characteristics of a series of polymer blends based on fluorene-acceptor alternating copolymers were investigated. 在第四章中,吾人探讨由茀-受体杂聚高分子所组成之一系列高分子混掺的萤光与电致发光特性。
- 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。
- The miscibility of PVDF and PS was studied. 研究了PVDF与PS的不同溶混性。
- Research Advances on Miscibility of Semi-crystalline Polymer Blends Evaluated by Isothermal Crystallization Dynamics 由结晶动力学评价含结晶聚合物共混物相容性的研究进展
- The proposed damage competition group criterion ( D a) is applied to discuss the effect of morphology parameters and interfacial adhesion on brittle ductile transition ( BDT ) of polymer blends. 应用前文提出的聚合物共混体脆韧转变(BDT)的损伤竞争准数(Da)判据,研究了共混体分散相形态与界面粘接对BDT的影响。
- The development and descriptive methods of percolation theory are outlined in this paper. Based on its introduction, the presentation, development and application of percolation theory in brittle-ductile transition(BDT) of polymer blends are summarized. 在介绍逾渗理论的历史发展及其描述方法的基础上;总结了聚合物共混体脆韧转变(BDT)中的逾渗模型的提出、发展及应用.
- The morphology of polymer blends, mixed micelles and drug-loaded mixed micelles was characterized by differential scanning calorimetry (DSC), X-ray diffraction, transmission electron microscopy (TEM) and polarized light microscope (PLM) methods. 采用溶剂浇铸法制备不同摩尔比例的MePEG-chol/MePEG-st共混物。 利用示差扫描量热法(DSC),带热台的偏光显微镜(PLM)和广角X射线衍射(WAXD)考察共混物的凝聚态。
- The miscibility of these copolymers with phenoxy resin is studied. 用溶液成膜法研究了这类共聚物与酚氧树脂的共混相容性。