1) nano zeolite composite
纳米分子筛组装体
1.
In this study, nano zeolite composites of selective supports have been synthesized and attempted on removing MTBE from water system.
本论文尝试将纳米分子筛组装体引入水环境中MTBE的污染控制,实验结果表明纳米分子筛组装体作为吸附剂具有潜在的价值,有可能大规模应用于环境工程中对MTBE进行污染治理和控制。
2) nanoparticle assemblies
纳米粒子组装体
1.
Multi-layered Co_3O_4 nanoparticle assemblies with well arranged Co_3O_4 nanoparticles have been fabricated through thermal conversion of micelle-assisted shaped precursor.
利用十二烷基磺酸钠(SDS)作为表面活性剂,合成了形貌化的CoC2O4配合物前驱物,然后在500℃下热分解形貌化的前驱物,得到了多层多孔Co_3O_4纳米粒子组装体。
3) nanosized zeolite
纳米分子筛
1.
Preparation and characterization of series nanosized zeolite from calcined kaoline;
煅烧高岭土制备系列纳米分子筛及表征
2.
Progress in the Synthesis of Nanosized Zeolite and its Application;
纳米分子筛的合成进展及应用展望
4) nano-zeolite
纳米分子筛
1.
Comparative study on ammonia removal effect by nano-zeolite and diatomite;
纳米分子筛和硅藻土去除水中氨氮的比较研究
2.
Nano-zeolites with unique physical-chemical properties such as high dispersibility and abundant surface hydroxyls are playing important role in catalysis and gas separation and thus much attention has been given to the synthesis of various nano-zeolites in recent years.
纳米分子筛表现出许多独特的物理性质,如高外比表面积和丰富的表面硅羟基,具有独特的催化性能和对气体的分离能力。
5) nano-molecular sieve
纳米分子筛
1.
The applicability of nano-molecular sieve as adsorbent in removal of excess fluoride from low concentration groundwarter was studied.
研究了纳米分子筛在不同条件下对低浓度含氟地下水的处理效果。
2.
Considering the difficulties on removal of low concentration manganese ion from water,the performance of manganese ion removal under static condition using adsorption materials like nano-molecular sieve and two kinds of diatomite(CD02 and CD010) was studied and compared.
针对水中低浓度的锰离子不易去除的问题,研究并比较了纳米分子筛和两种硅藻土(CD02和CD010)在静态条件下的除锰性能。
补充资料：自体组装(self assembly)
生物大分子借助本身的力量自行装配成高级结构，现代的概念应理解为不需要模板和酶系的催化, 以别于模板组装和酶效应组装。其实，这种组装也需要一种称为分子伴侣的蛋白介导, 如核小体的组装就需要核质素的介导。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条