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1·The microstructure and morphology of single polymer chain.

单个高分子链的结构和形态。

2·The chemical reaction which results in a polymer chain being broken up into monomer units.

解聚一种导致聚合物链断裂生成单体单元的化学反应。

3·The polymer chain Monte Carlo simulation method as an example to understand the principle.

以高分子链的模拟为例了解Monte Carlo方法的原理。

4·The Monte Carlo method is used to simulation the behavior of a semi-stiff polymer chain in simple cubic lattice.

我们对半刚性高分子链在三维简立方点阵上进行蒙特卡洛数值模拟。

5·The configuration of a single polymer chain and polymer brush in equilibrium with a solvent that is subject to a shear flow is presented.

阐述了稀溶液及聚合物溶液中高分子链及其刷子模型在外力和流场作用下的结构形态及动力学特性。

6·The effect of polymer chain on the formation of surfactant micelles and the variation of polymer configurational properties are simulated.

计算机模拟了高分子链对表面活性剂胶束形成过程的影响，以及高分子链构象性质随胶束化过程的变化。

7·The viscosity mechanism of a common hard-sphere latex particle system is considered to be related to the hydrophilicity of the polymer chain.

认为普通硬球型乳胶粒子体系的致粘机理与聚合物链段的亲水性有关。

8·Enzymes are long chain polypeptides, their actions rest on the whole polymer chain, the actual mechanism is waiting for further investigation.

酶是高分子长链的多肽，其作用与整个分子有关，确切的机理有待进一步阐发。

9·The ionic conductivity of PEO-based electrolyte is related to the structure of polymer chain, concentration of ion temperature and plasticizer.

PEO基聚合物电解质中离子的运动能力与链的结构、离子浓度、温度、增塑剂等因素有关。

10·Polymer stress relaxation process is mainly manifested in the polymer chain segment of the movement and rearrangement, as well as bond Angle changes.

聚合物的应力松弛过程主要表现为高分子链段的运动和重排以及键角的改变。