1.
The Kinetics of Multi-component's Polymers Phase Separation;
多组分聚合物体系相分离动力学的研究
2.
Study on Electric and Dynamic Viscoelastic Properties of Carbon Black Filled Multi-component Polymers Composites;
炭黑填充多组分聚合物复合材料电导与动态流变行为研究
3.
By "multicomponent systems" polymer chemists mean polymer blends, copolymers and reinforced composites.
聚合物化学工作者所称的“多组分体系”是指聚合物共混体，共聚物和增强复合材料。
4.
Release Mechanism and Modeling of Porous Actives-Carrying Polymer Microspheres
多孔聚合物载药微球活性组分释放机理及模型
5.
Synthesis, Pharmacokinetics and Tissue Distributions of mPEG-AZT Conjugate;
齐多夫定—聚乙二醇缀合物的合成及药物动力学与组织分布学研究
6.
Preparation of Natural Polymer Porous Scaffolds for Tissue Engineering;
组织工程天然聚合物多孔支架的制备
7.
Synthesis and Structures of a Few Transition Metals Coordination Polymers Constructed by Supramolecular Self-assembly;
几个含氮、氧多齿配体配位聚合物的超分子组装及结构表征
8.
a process of combining several molecules to form a polymer or polymeric compound.
由多个分子合并成聚合体或聚合物的过程。
9.
The process by which small molecules undergo multiple combination to form macromolecules is polymerization. Small molecules from which a macromolecule or polymer can be made are called monomers.
这种小分子进行多次组合形成大分子的过程被称为聚合,组成大分子或聚合物的小分子被称为单体。
10.
Liquid-Phase Combinational Synthesis of Organic Small Compounds on Polyethylene Glycol Support;
聚乙二醇支载下液相组合合成小分子化合物
11.
Studies on the Self-Assembly of Dendron Based on the H-Bonding and the Supramolecular Multi-block Copolymer Based on the Inclusion Complexation;
含树枝状大分子体系的自组装及基于包结络合作用的超分子多嵌段聚合物研究
12.
Grey box model of polymer molecular weight distribution using hybrid discrete orthogonal polynomial neural network
利用离散正交多项式组合神经网络建立聚合物分子量分布灰箱模型
13.
SYNTHESIS AND COMPOSITIONAL ANALYSIS OF POLY(LACTIC ACID-co-3-PHENYLMETHYL-2,5-MORPHOLINEDIONE)
乳酸-3-苯甲基-2,5-吗啉二酮共聚物的合成及共聚物组分分析
14.
A high polymer is a very large aggregation of units.
一个高聚物是许多单元的非常大的组合。
15.
Self-assembly of Coordination Polymers and Polyoxometalate on Solid Surfaces;
配位聚合物、杂多酸在固体表面的自组装
16.
Water-assisted Self-assembly Fabrication of Urushiol-based Polymer Microporous Films
水辅助自组装制备漆酚基聚合物多孔膜
17.
The microscopic and macroscopic self-assembly behaviors were analyzed by transmission electron micrographs (TEM) and optical microscope (OMS).
分析了聚酯和聚醚支化聚合物的宏观、微观自组装现象;
18.
Analysis of Molecular Composition and Properties of a Novel Biopolymer
一种新型生物聚合物的分子组成及特性研究