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- The preparation of St -MAA concentrated emulsion by one step method is investigated. 本文用一步法制得了稳定的苯乙烯一甲基丙烯酸超浓乳液。
- A range of polystyrene nonspherical particles was prepared by concentrated emulsion polymerization pathway. 摘要通过浓乳液的方法制备了系列聚苯乙烯异形粒子。
- A range of polystyrene/divinylbenzene(PS/DVB) porous materials were prepared via reverse concentrated emulsion polymerization pathway. 通过反相浓乳液聚合方法制备了系列聚苯乙烯/二乙烯基苯(PS/DVB)泡孔聚合物.;水作为分散相;其分散相体积分数可达90%25;
- The monodispersional polymer composite of St-MAA with functional group were prepared by concentrated emulsion polymerization. 以苯乙烯、甲基丙烯酸为主要原料进行超浓乳液聚合,制备了含功能基的单分散性复合物。
- The resultsof DSC and differential spectrophotometric method indicated that in contrast withSPC and SPI, FSPC and CSPI were highly denaturalized. Molecular interactions wereimportant to the formability and stability of the concentrated emulsion systems. DSC和紫外差示对不同样品热变性和构象稳定性的测定表明,FSPC和CSPI大豆蛋白分子处于高度已变性状态,SPC发生了一定程度的变性,而SPI则基本上未发生变性。
- Preparation of clean concentrated emulsion polymer 洁净浓乳液聚合物粒子的制备
- concentrated emulsion polymerization 超浓乳液聚合
- concentrated emulsion copolymerization 超浓乳液共聚
- The porous PAM was polymerizated by the template of concentration emulsion,in which cyclohexane is the dispersed phase,acrylamide and poly(ethyl glycol) is the continous phase. 通过浓乳液聚合方法制备了具有多孔结构的聚丙烯酰胺(PAM)聚合物,以环己烷作为分散相,丙烯酰胺单体作为连续相,聚合后制备出具有多孔结构的PAM聚合物。
- Preparation and Polymerization of Concentrated Emulsion 超浓乳液研究进展
- Keywords concentrated emulsion;nonspherical;polystyrene; 浓乳液;异形;聚苯乙烯;
- The crowds concentrated round the palace. 人群汇集在宫殿的四周。
- You can ask the photographer for some emulsion. 你可以找摄影师要点感光乳剂。
- Our population is concentrated in the big cities. 我国人口集中在大城市里。
- The Study of High-Rate Polymerization Based on a Concentrated Emulsion 浓乳液快速聚合方法的研究
- I have to buy some white emulsion paint to freshen the walls. 我不得不买些白色的乳状漆来粉刷墙壁。
- Oil-in-water concentrated emulsions containing functional soy protein concentrate(FSPC),soy protein isolate(SPI)and commercial soy protein isolate(CSPI)were characterized by looking at rheological properties and microstructure. 以改性大豆浓缩蛋白(FSPC)、大豆分离蛋白(SPI)和商业大豆分离蛋白(CSPI)为主要原料,比较了在低速搅拌情况下,不同大豆蛋白制得的高浓度乳化体系在流变和微观结构上的性状和差异。
- They concentrated on better definition of the optical image. 他们致力于提高该光学影像的鲜明度。
- She diluted the concentrated fruit juice with water. 她搀水冲淡浓缩水果汁。
- The proof is recoated with dichromate emulsion. 将这张校样重新涂以重铬酸盐乳剂。
