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This is due to the large amount of water, the polymer has a high degree of branching structure, adding a small amount of water so that they can support each other elements of the polymer condensation to form larger, supporting a higher degree of macromolecules, Generate up to form a mesh structure on the gel.

这是由于水用量较大时，聚合物已经呈现较高支化度的结构，少量水的加入就可以使这些支化的聚合物分子相互缩聚形成更大、支化度更高的大分子，直到生成网状结构时就形成凝胶。

At last the conductibility of base and doping conducting polymer was mensurated The researchful result shows that the new conducting polymer ,whether doping or not, all have better fluorescence and conductivity at the same time, and the complexes have better fluorescence coordinated with Al3+、Zn2+ in solution.

经上述的研究表明，新型的导电聚合物无论是本征态还是掺杂态，既具有比较好的导电性，同时具有比较好的荧光特性，在溶液中与Al3+、Zn2+配合形成的配合物具有较好的荧光特性。

We investigated the congeries morphology of sulfonated poly (styrene-b-ethylene/butylenes-b-ethylene) and its polymer colloid morphology that in solution, it is theory significance for us to understand the form mechanism of polymer colloid.

以此为基体树脂，研究其聚集态形貌，以及这些离子化聚合物在溶液中所形成的聚合物胶束形貌，对于认识聚合物胶束的形成机制具有理论意义。

Micropatterns polymer resin is also called the micropatterns or conglutinate, usually refers to the role of the light, can occur within a short time, and in the solvent, staining, hardened and adhesion performance changes in polymer materials.

感光性树脂又名感光性高分子或光敏树脂，通常是指在光的作用下，能在短时间内发生化学变化，从而引起在溶剂中的溶解力，着色能力、硬化和黏附性等性能改变的高分子物质。

The structure of polymer molecular net chain can change through the core sample causes the polymer fluid free energy change.

聚合物溶液流量的增加和岩心渗透率的降低均能加大聚合物分子网链的形变程度，增大溶液自由能变，增大聚合物溶液岩心压降。

There are no complete or public fabrication processes of SLS polymer powders. In this paper, according to the fabrication methods of polymer powders and the data analysis, the feasible fabrication processes and methods of cryogen and solvent are reached. The reasonable combination of process parameters is important to get the better quality.

目前SLS高分子粉料的制备工艺处于行业保密状态，没有完整、公开的工艺流程可供参考，本文根据高分子粉末的制备方法，通过资料分析，总结出了低温粉碎法和溶剂沉淀法两种可行的SLS高分子粉料的制备方法和工艺流程。

The preparation of polymer is required for high purity of glycolic acid, if not, low-weight polymer is obtained, therefore, high purity glycolic acid is scarce in the market. So, the research for the synthesis of glycolic acid is essential. In domestic and overseas, there are many methods for preparation of glycolic acid, including glycin oxidation, cyanogenesis, aldehyde oxidation, coupling of maldehyde and methyl formate, oxalic acid electrolysis, chloroactic acid hydrolysis and so on.

制备羟基乙酸的聚合物时，对羟基乙酸单体的纯度要求较高，否则得到的聚合物分子量较低，导致高纯度羟基乙酸的需求量逐年增长，目前在国内，高纯度的羟基乙酸还没有形成工业化规模生产，对羟基乙酸的合成进行研究是非常有意义的。

Spectrum changing of surface-ionized microsphere with the change of extra-electric field, cyclic voltammetry and oscillated current of conductive polymer coated microsphere and size effect of ferrocenyl microsphere on electrode reaction are introduced respectively. The electrochemical behavior and electrode reaction model of polymer microspheres in suspension are elucidated, too.

分别介绍了电场作用下微球悬浮液反射光谱的变化，包覆导电聚合物高分子微球的振荡电流和循环伏安特征和二茂铁基高分子微球电极反应的粒径效应，并对各类微球悬浮液的电化学行为及电极反应模型进行阐述。

Spectrum changing of surface-ionized microspheres with the change of extra-electric field, cyclic voltammetry and oscillated current of conductive polymer coated microspheres and size effect of ferrocenyl microspheres on electrode reaction are introduced respectively. The electrochemical behavior and electrode reaction model of polymer microspheres in suspension are elucidated, too.

分别介绍了电场作用下微球悬浮液反射光谱的变化，包覆导电聚合物高分子微球的振荡电流和循环伏安特征以及二茂铁基高分子微球电极反应的粒径效应，并对各类微球悬浮液的电化学行为和电极反应模型进行阐述。

The polymer which has high thermal stability will become carbon matrix by high temperature carbonization, and the polymer with low thermal stability will decompound and gasify in the process of heat treatment, and the pore structure is l

综述了聚合物共混炭化法制备多孔炭材料的原理、方法、研究现状及最新进展，并指出共混聚合物分相相畴的控制和炭化过程中孔结构的控制是该法所存在的主要问题。

If you are unfortunate enough to the lovelorn, please tell me, I will help you out, really, please contact me!

如果你不幸失恋了，请告诉我，我会帮助你摆脱困境，真的，请联系我啦！

China's plan to cut energy intensity by 20 percent and pollutant discharges by 10 percent between 2006 and 2010 is a case in point.

中国计划在2006年到2010间降低20%的能源强度和减少10%的主要污染物排放，就是一个这样的例子。