polymer gel

An experimental study on factors to influence gelatification of a hydrophobic associated polymer gel in Suizhong 36-1 oilfield

绥中36-1油田疏水缔合聚合物冻胶成胶影响因素实验研究

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Development and Indoor Evaluation of ZAY of Anti-high Temperature Polymer Gel Genera Plug up Agents

一种抗高温聚合物凝胶类堵剂ZAY的研制和室内评价

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Cr3+ polymer gel not only has the strong profile ability, but also has good compatibility with alkalescent ASP system.

Cr3+聚合物凝胶不仅调驱能力强，而且与弱碱三元复合体系间具有良好的配伍性。

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Polymer gel is an emerging new dosimeter being applied to thesechallenges.

聚合体凝胶剂量计是最近才发展的新型剂量计,能够很好的解决三维剂量分布测量的问题.

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In produced water conditions, Cr3+ ion can cross-linking reaction with polymer molecules, formation Cr3+ polymer gel.

在注入污水条件下，Cr3+可以与聚合物分子发生交联反应，形成Cr3+聚合物凝胶。

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In profile control formula system, because of existing bibulous situation of high permeability reservoirs in injection wells, injecting method is used of cross-link polymer gel take along pre-pay angiocardiography expansion particles which can block off high permeability advantage channel.

在调剖配方体系上，根据水井有高渗透层的吸水情况，采用交联聚合物凝胶携带预交联体膨颗粒注入，封堵高渗透优势通道。

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On the basis of investigation of breaking polymer gel with oxidizers such as H_2O_2, K_2S_2O_8, BH, CH, this paper uses the orthogonal test method to probe the optimized composition of gel breaking agent.

在考察单一氧化剂H2O2、K2S2O8和氧化剂BH、CH对聚合物凝胶破解的基础上，采用了复配氧化剂，利用正交试验法探讨破胶剂的优化组成。

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Polymer gel systems used in the tertiary oil recovery

第三次采油用的高分子凝胶

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As a result of easy synthesis, high room temperature conductivity, and polymer matrix material is rich, lower-cost of alkaline polymer gel electrolyte, it has entered into the vision of the research workers.

碱性聚合物凝胶电解质具有易合成、室温电导率高、聚合物基体材料丰富、成本较低等优点而进入研究工作者的视野。

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In order to solve these problems, a new kind of gel electrolyte with independent microporous structure is designed. It is named as thermosetting closed microporous polymer gel electrolyte ( MPGE).

鉴于此，文中设计了热固性-闭合微孔新型凝胶电解质（MPGE）。

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The results show the polymer gel has good cooperation with microorganism germ.

试验结果表明,聚合物凝胶体系与微生物具有良好的配伍性,具备技术联作的可操作性.

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Improvement of the synthesis of gel network polymer electrolytes and optimization of the nanocrystalline TiO 2 film/ polymer gel interface should help to further improve the photoelectrochemical performance and increase the efficiency of the solid state cells.

改进凝胶网络高分子电解质的结构组成以及优化TiO2纳晶多孔薄膜/高分子凝胶的界面可以进一步改善固态电池的性能，提高转换效率。

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