The existence of unbound water on the surface of lime particles is necessary to the ionic reaction which maintains high SO_2 removal efficiency.
阐明了脱硫剂表面含有非结合水分是维持脱硫的快速反应—离子反应的必要条件。
In this thesis, the author first pointed out the cause m which decarboxylation can happen and then Sammarized the Mechamsms of ionic reaction and free redical reaction.
首先指出脱羧反应发生的原因，继而论述其反应的历程——离子型反应和游离基反应历程。
A qualified amphoteric ionic surface active agent is achieved in a lab through an organic synthetic reaction.
通过有机合成反应，在实验室制得符合条件的两性离子型表面活性剂。
The application of ionic liquids as reaction media in organic reactions were reviewed.
综述了离子液体作为反应介质在各类有机反应中的应用。
Recently, ionic liquids as a kind of green solvent and catalyst even as a carrier for catalyst have drawn much attention due to the important roles they played in organic reaction.
近几年来，离子液体作为一种绿色溶剂、催化剂以及催化剂的液相载体在有机反应中发挥了独特的作用，受到人们越来越多的关注。
Coupling reaction in ionic liquids is one of the most efficient methods for the construction of carbon-carbon bonds and also a highlight on catalyst and organic synthesis at present.
而离子液体中的偶联反应是合成c - C键最有效方法之一，近几年来一直是催化化学和有机合成的研究热点。
In basic solution, the rate constants of both steps gradually decrease with increase of ionic strength, and under this condition the reaction appears greater kinetic salt effect.
在碱性溶液中，两步反应速度常数均随离子强度增大而逐渐减小，反应呈较强的动力学盐效应。
Furthermore, the catalytic mechanisms and impact factors on the product selectivity for a same organic reaction by zeolite and ionic liquid catalysis were discussed.
此外，还进一步讨论了分子筛和离子液体在同一有机反应中的催化作用机理以及影响产物选择性的主要因素。
Recently, much attention has been focused on the use of ionic liquids as environmentally benign reaction media.
离子液体作为一种环保的反应介质，已经受到广泛的关注。
The application of ionic liquids as reaction medium for lipase-catalyzed biodiesel synthesis with high yield would be a highly potential possibility.
综述了离子液体作为潜在的反应介质应用于脂肪酶催化高产生物柴油的前景。
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。
The selectivity and activity of enzyme in the reaction media, especially in ionic liquids and supercritical liquids was reviewed in the paper.
文章以溶剂分类，探讨溶剂，特别是引入新的反应介质-离子液体和超临界流体对酶催化活性和选择性的影响。
Ionic liquid is a kind of liquid ionic compounds at room temperature. It was developed as a new green reaction medium.
离子液体是室温下表现为液体的离子化合物，近年来被开发成为一种新型绿色化学反应介质。
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。
In recent years, ionic liquids as a new type of green reaction media for its excellent physical and chemical nature have been widely applied to various of organic reaction.
近年来，离子液体作为一种新型的绿色反应介质因其自身优异的理化性质，而被广泛的应用于各类有机化学反应中。
A new non-ionic antistatic agent of fat alkanolamide was synthesized by reacted stearic acid (SA) and alkanolamide (DEA), and the effect of reaction conditions on the yield were studied.
以硬脂酸(SA)和二乙醇胺(DEA)为原料，在自制催化剂的催化下合成了一种脂肪烷醇酰胺类非离子型抗静电剂。
A new non-ionic antistatic agent of fat alkanolamide was synthesized by reacted stearic acid (SA) and alkanolamide (DEA), and the effect of reaction conditions on the yield were studied.
以硬脂酸(SA)和二乙醇胺(DEA)为原料，在自制催化剂的催化下合成了一种脂肪烷醇酰胺类非离子型抗静电剂。
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