反胶团是表面活性剂在有机溶剂中形成的。
The reverse micelle is produced by surfactant in the organic solvent.
采用新型的反胶团法制备了氧化钛超滤膜。
Reversed micelle method was used to prepare titania ultrafiltration membranes.
助表面活性剂的加入可以促进聚合物反胶团的增溶作用。
The addition of a cosurfactant can improve solubilization in polymeric reversed micelles.
研究结果表明，亲油作用在聚合物反胶团萃取过程中起主导作用。
The results show that hydrophobic interaction plays an important role in polymeric reversed micelle extraction.
膜反应器是反胶团酶反应中研究最多也最有应用前途的一种反应器形式。
Membrane reactor was mostly studied and was looked as the most promising reactor for enzymatic reaction in reversed micelles.
反胶团酶反应具有水相与有机相酶反应的共同优点，因而受到人们的重视。
Enzymatic reactions in reversed micelles were received much attention for its combination of the advantages of enzymatic reactions in aqueous solution and in organic solvent.
将反胶团酶反应与膜分离相结合被认为是使反胶团酶反应技术工业化的最有前途的方法。
Coupling enzymatic reaction in reversed micelles with membrane separation is regarded as a potential method for the commercialization of the reversed micellar enzymatic reaction process.
研究结果表明，选择合适的体系及条件，反胶团提取是实现蛋白质分离提纯的有效方法。
The results show that the method of reverse micelle is available to separate and purify cytochrome-C under proper conditions in some extractive systems.
反胶团液-液萃取技术具有条件温和、高选择性、易放大等优点，是一种应用前景极好的生化分离方法。
Liquid-liquid extraction using reversed micelles is a promising biochemical separation approach, which can be easily scaled up, operated in moderate conditions and possesses high selectivity.
反胶团液-液萃取技术具有条件温和、高选择性、易放大等优点，是一种应用前景极好的生化分离方法。
Liquid-liquid extraction using reversed micelles is a promising biochemical separation approach, which can be easily scaled up, operated in moderate conditions and possesses high selectivity.
应用推荐