Study of Degree of Branching and Drug-Releasing Performance for ESO-Lactide Star Polymer ESO-丙交酯星形聚合物支化度的测定及其缓释性能研究
A Method of Controlling the Structre of Active Core During Preparing Star Polymer 一种控制合成星型聚合物的活性核结构的方法
Electrolyte Properties of Multi-Arm Star Polymer 新型核-多臂星形聚合物电解质
Polyurethane/ Perfluoroalkyl-Terminated Star Polymer/ Solid Electrolyte 聚氨酯/全氟端基星型聚合物固体电解质
Star microgels were kinds of polymer microgels with special structure and were used in many fields. 星形微凝胶是1种具有特殊结构的聚合物微凝胶,具有广阔的应用前景。
Study on star polymer using DVB gel as nucleus(ⅰ)& the degree of branching and it's distribution of Star Polystyrene 以二乙烯苯凝胶为核的星形高聚物的研究(Ⅰ)&星形聚苯乙烯的支化度及支化度分布
RBZ Molecular Theory of Entangled Network of Star Branched Polymer 星形支化聚合物缠结网络的RBZ分子理论
Study on efficiency inhibiting paraffin of star shape polymer with different structure paraffin inhibitor 不同结构星型聚合物防蜡剂的防蜡率研究
A Kinetic Analysis of Coupling Reaction Generating Star Branched Polymer 星形偶联反应的动力学分析
Based on the atom transfer radical polymerization ( ATRP) and the large amount of functional groups of hyperbranched polymers, core-shell multi-arm star polymer brushes with gradient polarity distribution were designed and prepared. 设计并通过原子转移自由基聚合方法(ATRP)合成了核壳型具有梯度极性的多羟基多臂星状聚合物刷。
Synthesis of star network solid polymer electrolytes and study on its ionic conductivity 星形网状聚合物电解质的制备及其离子导电性研究
Star arm structure and high charge density of cyclodextrin star polymer enhanced the electrostatic interaction between cationic and anionic components significantly, thus promoting the simultaneous removal of fine clay and hydrophobic contaminant by flocculation and inclusion. 由于环糊精星形聚合物具有独特的星形臂结构和较高的电荷密度,使其与阴离子组分间的静电相互作用增强,从而极大地促进了絮凝和去除作用。
Studies on the Shielding Effect for LB Film of Amphiphilic Graft Star Polymer by Electrochemical Method 电化学方法对两性接枝星形聚合物LB膜屏蔽效应的研究
Two types of aggregation are observed in star polymer nanocomposite melts: the contact aggregation and the bridging aggregation. 发现了星型高分子纳米复合材料的两种不同的凝聚方式:直接凝聚和桥接凝聚。
Cyclodextrins coating on the Star polymer can get more complex supramolecular structure. 环糊精穿在星形聚合物上可得到更为复杂的超分子结构。
Finally choose the star SBS as modifier through comparing the different polymer modified results. 最后通过比较不同聚合物的改性效果及加工难度选取了线型SBS作为改性剂。
Star polymers are different from linear polymers. Their synthesis, structure and functionality have become a research focus in polymer field. 星形聚合物具有不同于线型聚合物的特殊的性质,其合成、结构以及功能研究都是高分子科学领域中的热点问题。