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- Thermoresponsive microgels 温敏凝胶
- This third version, utilizing HEAD's MicroGEL technology, doesn't disappoint. 接发球稳定，极少出现主动失误；
- A core-shell structure reactive acrylate microgel emulsion has been developed. 以核/壳乳液聚合工艺,合成具有反应性微凝胶结构的丙烯酸酯微乳液。
- The LCST of microgel solution was influenced by the content of AAc and MBAAm in microgel polymer significantly. AAc或MBAAm含量的增大都使微凝胶的LCST增大,这主要是由于聚合物中AAc及交联剂MBAAm的亲水性所致。
- The application characteristics of reactive microgel in pigment printing binders has been studied. 所合成的微凝胶可提高织物印花黏合剂触变性、流平性、膜的机械性能、牢度。
- He added that future work will inestigate biodegradable microgels that release addities to stimulate regeneration of interertebral disc tissue. 他还强调说将来的工作就是研究可以应用生物所能分解的微凝胶体，它所释放的)添加剂可以刺激椎间盘的再生。
- Investigations have revealed that degenerated animal intervertebral discs containing the injected 'microgels' regain their mechanical properties. 研究显示在包含有注入的“微凝胶体”的变性的动物椎间盘中，它们可以恢复机械特性。
- The microgel particles the research team have developed are like 'smart sponges' when dispersed in water. 微凝胶体研究小组已经研究出在水中分散的类似“漂亮的海绵”。
- The results indicated that the PNIPAM-PEG microgel was temperature sensitive and carried aoionic charge on the surface. 结果表明N-异丙基丙烯酰胺-聚乙二醇微凝胶具有温敏特性且表面带负电荷；
- In this latest version, HEAD's MicroGEL technology provides improved comfort and stability. 在多拍拉锯对攻中，可能会因为不够耐心而丢分。
- He added that future work will investigate biodegradable microgels that release additives to stimulate regeneration of intervertebral disc tissue. 他还强调说将来的工作就是研究可以应用生物所能分解的微凝胶体，它所释放的)添加剂可以刺激椎间盘的再生。
- The microgel particles the research team hae deeloped are like 'smart sponges' when dispersed in water. 微凝胶体研究小组已经研究出在水中分散的类似“漂亮的海绵”。
- The results showed that the microgel particles presented a microsphere with core-shell morphology. 结果显示，微凝胶颗粒呈球形，具有核、壳结构形态。
- The structure morphology and properties of the microgel were characterized by use of nano particle sizer, dynamic and static light scatering and TEH. 并通过纳米粒度仪、动态光散射、静态光散射、透射电镜等手段对聚合物微凝胶粒子的结构形态和性质进行表征。
- The influence of surfactant systems, amount of crosslinking agent and ratio of monomers and water on the stracture of microgel was discussed. 研究了乳化剂体系的选择和用量、交联剂用量以及单体和水的比例等聚合参数对微凝胶乳液体系的影响。
- Objective To detect DNA damage in human peripheral lymphocytes of workers exposed to vinyl chloride with microgel single cell electrophoresis(MGE). 目的探讨用单细胞微量凝胶电泳测试方法（MGE）检测氯乙烯对人体外周血淋巴细胞DNA损伤。
- The structure morphology and properties of the microgel were characterized by use of nano particle sizer,dynamic and static light scateri... 并通过纳米粒度仪、动态光散射、静态光散射、透射电镜等手段对聚合物微凝胶粒子的结构形态和性质进行表征。
- Field emission scanning electron microscopy images obtained under low accelerate voltage indicated that the fibers are composed of hexagonally packed PNIPAM microgels. 用场发射扫描电镜在低加速电压下观察到纤维由PNIPAM微凝胶按六边形有序堆砌形成。
- The fiber diameter was lowered with the decrease of the particle size of PNIPAM microgels, and increased with the increase of the microgel dispersion concentration. 纤维直径随着PNIPAM微凝胶粒径的减小而减小，随着微凝胶分散液浓度的升高而增加。
- The microgels synthesized in this paper is very preferred to form molecular clusters in solution, and the formation and disassociation of molecular clusters is off balance. 文中所合成的微凝胶在溶液中极容易形成分子簇，并且分子簇的形成与解离处于不平衡状态。
