它发现了铁催化合成氨的催化反应。
他们也可以像蛋白质一样催化反应。
酶催化反应的速度随温度而增加。
The rate of an enzyme catalyzed reaction increases with temperature.
综述了混合导体透氧膜反应器中的催化反应。
This article reviews the catalytic reactions in mixed conductor oxygen permeable membrane reactors.
工业规模的催化反应是利用放大的一个好例子。
Catalytic reaction on an industrial scale is a good example of the USES of scale-up.
文章讨论了气固相催化反应的基本过程和速率方程。
The basic process of gas solid catalytic reaction and rate equation have been discussed in this article.
GS的胞外催化反应受各种反应条件和因素的影响。
The GS extracellular catalysis is regulated by a few conditions and factors.
因此，手性催化反应的关键是手性配体的设计与合成。
So the key of asymmetric reaction is design and synthesis of the chiral ligands.
一种在催化反应中酶活性位点形状不发生改变的机理。
A mechanism in which the active site of the enzyme does not change shape during catalysis.
综述了杂多化合物的结构特点及其在催化反应中的应用。
The structure characteristic of heteropoly acids and their application in catalytic reaction were reviewed.
有机溶剂中的酶催化反应具有许多水中酶所没有的优势。
Enzymes in organic solvents display many advantages over the enzymes in water solutions.
采用催化反应精馏技术，研究了合成乙酸异戊酯的新工艺。
The new process of synthesis iso-amyl acetate by catalytic reaction rectification was studied.
而且燃料混合物的入口流速对表面催化反应有很重要的影响。
And inlet velocity of mixture plays a significant role in catalytic reaction.
综述了室温离子液体的合成方法及其在生物催化反应中的最新应用。
This paper focuses on the recent development of synthetic methods for ionic liquids and their application in biocatalysis.
对照实验和空白实验结果表明，该反应属于一个多相催化反应体系。
The results of control experiment and blank experiment show that the target reaction is heterogeneously catalyzed one.
所得电极呈现良好的生物催化活性，具有典型的酶催化反应动力学特征。
The electrode obtained exhibits significantly well biology catalytic activity and shows kinetic characteristics of the typical enzyme-catalyzed reaction.
提出了一个能呈现化学振荡和多重稳定性现象的双分子自催化反应模型。
A bimolecular autocatalytic reaction model which can lead to chemical oscillations and multistability phenomena is presented.
催化反应的转化率和选择性以及催化剂本身的失活速率均对温度十分敏感。
Conversion and selectivity of catalytic reactions as well as the deactivation rate of the catalyst itself is very temperature - sensitive.
本文对酶催化剂的固定化方法以及在有机催化反应中的应用作了部分简述。
The immobilization methods of enzyme catalyst and the applications in catalysis reaction were introduced in this paper.
在相转移催化反应体系中，超声能够取代相转移催化剂，使反应顺利进行。
Ultrasound may replace phase transfer catalysts in phase transfer catalysis reactions and facilitate the reaction.
应用此方法，一组含有两个中间体的自催化反应的模拟数据得到了成功的解析。
By using this method, a synthetic data matrix for an autocatalytic reaction with two intermediates has been successfully resolved.
经过分析醋酸甲酯水解过程，可知利用催化反应精馏方法水解醋酸甲酯是可行的。
Based on the analysis of hydrolysis of methyl acetate, it was feasible that applied catalytic reaction distillation to hydrolyze methyl acetate.
近十多年来，不对称催化反应在单一手性农药研发中的应用渐渐引起人们的关注。
More and more catalytic asymmetric reactions are applied to the synthesis of chiral pesticides in the last ten years.
建立了催化反应的动力学数学模型，获得了催化反应相关的热力学和动力学参数。
The catalytic mechanism was proposed and the kinetic mathematical model of the catalytic reaction for obtaining the thermodynamic and kinetic pa.
本文研究了以油田轻烃为原料，通过歧化催化反应生产汽油和LPG的工艺过程。
Processes of producing gasoline and LPG with dismutation catalyst used the light hydrocarbon as feedstocks were studied.
膜催化技术是催化反应和产品分离集成在一起的过程，是催化学科的前沿领域之一。
As one of the frontiers in modern catalysis study, membrane catalysis is a combination of catalytic and separation processes.
在手性催化反应中，手性配体是不对称诱导的手性源，控制着反应的立体化学过程。
As the chiral source of asymmetric induction, the chiral ligands control the procedure of stereochemistry in reaction.
介绍了纳米材料的制备方法及其微观性质，同时还对在催化反应中的应用前景进行了讨论。
The preparation methods and microscopic structure of nanostructured materials have been introduced in this paper. Furthermore, the applied prospect used in catalytic reaction was discussed.
酶催化反应和酶模拟的研究是“超分子化学”、“仿生化学”等热门课题的重要研究内容。
Enzymatic reaction and mimetic enzyme are the most important issues in the pop field such as supramolecular chemistry and biomimetic chemistry.
酶催化反应和酶模拟的研究是“超分子化学”、“仿生化学”等热门课题的重要研究内容。
Enzymatic reaction and mimetic enzyme are the most important issues in the pop field such as supramolecular chemistry and biomimetic chemistry.
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