1) microemulsion fuel system
微乳液状燃料
2) micro-emulsified fuel
微乳燃料
1.
According to the micro-emulsification theory and the characteristics of molecular structure of methanol,assistance dissolvent and assistance surfactant were chosen as fit preparation of methanol-diesel micro-emulsified fuel.
根据微乳液理论和甲醇分子结构的特点,选择出适合制备甲醇柴油微乳燃料的助溶剂和助溶表面活性剂,并对乳化过程进行了机理和实验研究。
3) emulsion fuel
乳液燃料
1.
A rapidly developing new fuel of recent years which can replace petroleum-emulsion fuel,its present study situation and its result of patent research are introduced.
介绍了近几年发展迅速的替代石油燃料——乳液燃料的研究技术现状和最新研究专利成果。
2.
As a new type and clean fuel,emulsion fuel as a substitute fuel for petroleum has a wide development prospect.
乳液燃料作为新型、清洁、可替代石油的燃料开发前景广阔。
4) microemulsion
微乳状液
1.
Investigation of Extraction Process by Titration Calorimetry(Ⅳ)——Formation of Reversed Micelle and Microemulsion in Extraction Organic Phase or Saponated P507;
萃取过程的量热研究(Ⅳ)——皂化P507萃取有机相中反向胶束和微乳状液的形成
2.
Results show that the maximum area of microemulsion region is achieved using tween-60 as surfactant with the km value being of 0.
结果表明,所研究的各体系中,以吐温-60所形成的微乳状液区最大。
3.
The paper simply introduced the classification and property of microemulsion(ME).
介绍了微乳状液的体系类型及性质,阐述了其作为研究热点的应用现状,并预测了微乳状液的前景。
5) microemulsions
微乳状液
1.
The effects of the single surfactant(such as the cationic,anionic and nonionic surfactant respectively),mixed surfactant(e g the anionic and nonionic,cationic and nonionic,anionic and cationic surfactants respectively),cosolvent(containing the alcohol,amine and ether with middle carbon chain)etc on the formation and phase behavior of the water in oil microemulsions were discussed.
讨论了单一表面活性剂（ 正、负、非离子表面活性剂） 、混合表面活性剂（ 负与非、正与非、正与负离子表面活性剂） 、助溶剂（ 中碳醇、胺、醚） 等对油水微乳状液的形成和相行为的影响。
6) micro-emulsion fuel
微乳化燃料
1.
Combustion and emission characteristics of biodieselethanol-water micro-emulsion fuel
生物柴油-乙醇-水微乳化燃料的燃烧和排放特性
补充资料：核燃料储运(见乏燃料贮存与运输)
核燃料储运(见乏燃料贮存与运输)
nuclear fuel transport and storage:see spent nuclear fuel trasport and storage
核燃料储运(nuelearfuel transport andstorage)核燃料的储存和运输都有严格的防辐射要求。见乏燃料贮存与运输。
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