片语

Ionic-liquid film离子液体薄膜

ionic birefringence liquid离子型液体

ionic-liquid supported synthesis离子液体负载合成

Supported ionic-liquid membranes支撑离子液体膜

ionic liquid surfactants离子液体型表面活性剂

ionic-liquid buffer提出离子液体缓沖剂

Functionalized ionic liquid离子液体

英汉例句

• moreover, higher water content in the ionic liquid was favorable for obtaining higher enantioselectivity, however it lowered the reaction rate and(dl)-menthol conversion.

  另外，在离子液体中，水含量的增加在一定程度上可以增大酯化手性选择性，但反应速率会被降低。

• the results showed that the dewatered ionic liquid could still catalyze the alkylation, and the carbonium mechanism was established through the gc-ms analysis of the reaction liquid product.

  结果表明，脱水后的离子液体仍然可以催化烷基化反应，液体产物的gc-ms分析结果支持正碳离子机理。

• at last, we put emphasis on the spatial light modulator(slm). based on this optical component, we record polarization holography images storage in an azo ionic liquid crystalline polymer.

  本文最后对空间光调制器进行了介绍和讨论，利用此光学元件，对偶氮液晶材料进行了偏振全息图像存储。

• this invention first time uses ionic liquid as catalyst to compose metaformaldehyde of formaldehyde. catalyst can be supplied for circular use for continuous sample introduction.

  本发明首次使用离子液体作催化剂由甲醛合成三聚甲醛，催化剂可供连续进样循环使用。

• ionic liquid , which have a lot of interest properties, is attracting a great deal of attention.

  离子液体具有非常好的物理、 化学性质，正引起人们越来越多的重视。

• recentlymany groups was interested in application of room temperature ionic liquid as novel solventsreplace of conventional organic reaction media in enzyme-catalyzed reaction.

  近几年来，用离子液体代替传统的有机溶剂作为酶催化反应的介质，受到人们越来越多的关注。

• in this paper, the definition, structure, content, origin and property of ionic liquid are introduced. in addition, the questions lying in liquid-liquid extraction are briefly discussed.

  介绍了离子液体的定义、组成、产生及特点，阐述了离子液体应用于液-液萃取中所存在的问题。

• with increasing number of carbon atom of alkyl group in the ionic liquid the extraction efficiency of lithium obviously increased.

  锂的萃取率随离子液体中烷基碳原子数的增加而增加。

• the use of supported ionic liquid in organic synthesis was reviewed in the paper.

  综述了离子液体作为支载试剂在有机合成中的应用。

• thus, 1-octyl-3-methylimidazolium hexafluorophosphate ionic liquid was selected as extraction medium.

  因此，1-辛基-3-甲基咪唑六氟磷酸盐被确定为萃取介质。

• so right in ionic liquid medium of coumarin synthesis of high significance.

  因此对在离子液体介质中的香豆素合成具有很高的研究意义。

• so the microwave radiation could promote acid hydrolysis of plant fiber and significantly shorten the time of saccharification and raise the yield ratio of reducing sugar in the ionic liquid medium.

  由此可知，离子液体介质中，微波辐射加热能够促进植物纤维素的酸水解，并显着缩短糖化时间，使得还原糖的收率提高。

• ionic liquid could be conveniently separated by vacuum distillation and reused for 10 times with good catalytic activity.

  离子液体通过减压蒸馏可被分离出来，重复使用10次后仍表现出较好的催化活性。

• several kinds of ionic liquid electrolytes were prepared, and their stable potential windows were tested by linear potential sweep.

  制备了数种离子液体及离子液体有机溶液电解质，用线性电位扫描法测试了它们的电化学窗口；

• ionic liquid is a new type of green media, gained rapid development in recent years.

  离子液体作为一类新型绿色介质，近年来获得了突飞猛进的发展。

• the influence of different ionic liquid, water content in feed, molar ratio of benzene to hexene, and added proton acid on alkylation was inspected using ionic liquid as the catalyst.

  以离子液体为催化剂，考察了不同的离子液体、原料中水含量、苯和己烯之比、一定量质子酸对苯和己烯烷基化反应的影响。

• as a new type of high-efficient green solvent, ionic liquid has unique properties and special characters, which is different from the traditional solvent, is attracting extensive attention.

  作为一种新型高效的绿色溶剂，离子液体具有优异的物理化学性质及其异于传统溶剂的特性，近来受到广泛关注。

• alkylation reactions of benzene with 1-hexene catalyzed by ferric chloride in a new ionic liquid system containing triethylamine hydrochloride modified by hcl has been studied.

  研究了在盐酸三乙胺与氯化铁组成的离子液体体系中 ，通过氯化氢改性增强离子液体的酸性 ，催化苯与1己烯烷基化反应。

• the ionic liquid could be reused for several times and did not lose the catalytic activity.

  此离子液体催化体系简化了产物分离，离子液体可以重复使用。

• preparation of methyl acetate by reactive and extractive distillation from acetic acid and methanol with brnsted acidic ionic liquid as catalyst and extractant was studied.

  以醋酸、甲醇为原料，以质子酸离子液体为催化剂和萃取剂，采用反应萃取精馏法制备了醋酸甲酯。

• the ionic liquid acts as cosolvent, template agent and modifier at the same time.

  离子液体在反应中发挥了助溶剂、模板剂和修饰剂的三重作用。

• the applications of room temperature ionic liquid as a green solvent and catalyst for ester synthesis is reviewed in this paper.

  本文综述了近年来离子液体作为一种绿色溶剂和催化剂在酯合成反应中的应用研究进展。