利用反相微胞 (Reverse Micelles) 系之水溶性染料的可溶化和染色 A Potential Process for Efficient Utilization of Bleached Bagasse Pulp
基于1个网页-相关网页
reverse micelles extraction 反胶束萃取技术
Reverse micelles laccase 反胶团漆酶
surfactant reverse micelles 表面活性剂反胶团
mixed reverse micelles 混合反胶束
reverse micelles method 反胶束法制
polymeric reverse micelles 聚合物反相胶束
SDS reverse micelles system SDS反胶束体系
Surfactant is a very important factor in formation of microemulsion system, most of the enzymatic reactions were performed in microemulsion or reverse micelles stabilized by AOT and CTAB surfactant, few attention has been paid to the other surfactants.
表面活性剂是形成微乳液体系的重要因素。 大多数文献报道的酶催化反应都是在双二乙基已基琥珀酸酯磺钠(AOT)和十六烷基三甲基溴化铵(CTAB)两种表面活性剂形成的反胶束或微乳体系中进行的,很少有人对其它表面活性剂给以注意。
参考来源 - 微乳体系中酯化反应的催化特征Crystallization kinetics of RDX in reverse micelles was preliminarily studied by ultraviolet spectroscopy.
用紫外光谱法探索了RDX在反胶团内的结晶动力学。
参考来源 - 纳米单体炸药的制备及表征By introducing ZnO QDs in reverse micelles, the emission intensity could be 3 times than that of without ZnO QDs under the same pump intensity.
在反胶束中引入发光的ZnO量子点,在相同的抽运强度下,随机激光发射强度可增强3倍。
参考来源 - 纳米ZnO光致发光及超低阈值随机激光材料研究In reverse microemulsion system,the reverse micelles are used as "micro reactors",which could restrict the processes of nanoparticles' nucleation,crystal growth and coalescence. These "micro reactors" could control the particles' size and shape conveniently.
反相微乳液体系利用反相胶团作为“微反应器”,能有效限制纳米粒子成核、生长和聚结等过程,方便地控制颗粒大小、形状,因而可用来制备粒径可控的BaTiO_3纳米级颗粒。
参考来源 - 微乳液法制备纳米钛酸钡粉体研究·2,447,543篇论文数据，部分数据来源于NoteExpress
The extraction mechanisms with different types of reverse micelles system were discussed.
讨论了不同类型反胶团体系的萃取机理。
It indicated that enzyme showed "superactivity" and acted on the membrane of reverse micelles.
结果表明：酶在反胶束体系中表现出“超活性” ，且作用于胶束膜。
The technology of reverse micelles is a kind of new separation method for biological molecule .
反胶束萃取是一种新型的生物分子分离技术。
应用推荐