The microstructure and morphology of single polymer chain.
单个高分子链的结构和形态。
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。
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。
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。
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。
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。
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。
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。
The excited state interaction of some aromatic hydrocarbon (acceptor) -aliphatic amine (donor) systems and the effect of polymer chain have been studied.
本文研究了在激发状态下芳烃(受体)和脂肪胺(给体)的相互作用以及高分子链在其中的影响。
The products with higher conductivity are mainly 1, 4-connected head-to-tail chain structure, both benzenoid and quinoid units exist in the polymer chain.
具有较高电导的产物的链结构主要是1,4 -连接的头尾结构，链上同时存在苯式及醌式两种结构单元。
The structure and tensile strength of nano-composites was studied. Results show that MWNTs grafted polymer chain enhances the tensile strength of PVC significantly.
对复合材料的结构与拉伸强度进行了表征研究，表明接枝聚合物链的碳纳米管显著提高了PVC的拉伸强度。
Furthermore, the author also studied the relaxation of single polymer chain and obtained the relaxation time of the autocorrelation function of the end-to-end vector.
进而又研究了单链高分子的弛豫过程，给出了末端距向量自相关函数的弛豫时间。
Ionomers can be classified according to either the electric charge of ionic group pendant to polymer chain or distribution of ionic group, and or character of the matrix.
离聚体可按连接基团的电性、离子基团在主链上的分布、基体的性质而分成各种不同类型。
It has shown, by use of FTIR analysis, that during copolymerization, silicone is grafted onto the acrylic polymer chain, and modified the properties of the copolymer resin.
FTIR谱图分析表明，共聚过程中，有机硅氧烷已经接枝到丙烯酸酯聚合物分子链上，并且改变了共聚树脂的性能。
The pyrene fluorescence spectrum shows that depending on the hydrophobic group connected with the main polymer chain hydrophobic association is formed in the aqueous solution.
芘荧光光谱分析表明，该聚合物在水溶液中依靠分子链上的疏水基团形成一定的缔合作用。
Using the rotational isomeric state theory, the mean square radius of gyration < S 2> and its temperature coefficient for the polymer chain with large side groups are derived.
在旋转异构态理论基础上，建立双侧基高分子链均方旋转半径的计算公式，由此得到聚甲基苯乙烯的均方旋转半径特征比与链长的关系，计算结果与实验数值十分一致。
Moreover, the interaction between the membrane and polymer chain length, and the effects of bending rigidity and surface tension on the deformation of the membrane are investigated.
此外，考察了膜和高分子链段之间的相互作用，高分子链长以及膜的弯曲刚性、张力对膜形变的影响。
Analysing in the view of molecular kinetic theory, paste flowability is a shift of molecular mass center by the jump of polymer chain segment, and it affects the mass-transfer directly.
从分子运动角度分析，糊料流动是高聚物大分子链段协同“跳跃”而实现整个分子质量中心位移，对传质具有直接影响。
As viewed from the relationship of the printing effect and the mass-transfer, all the elements affecting the movement of polymer chain segment of paste can affect the mass-transfer during printing.
从印花织物印制效果参数与传质过程相应性分析，凡是影响糊料高聚物大分子链段运动的因素都将影响印花过程的传质现象。
As viewed from the relationship of the printing effect and the mass-transfer, all the elements affecting the movement of polymer chain segment of paste can affect the mass-transfer during printing.
从印花织物印制效果参数与传质过程相应性分析，凡是影响糊料高聚物大分子链段运动的因素都将影响印花过程的传质现象。
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