Current development in biochemical reaction engineering

1、

Free radical polymerization plays a key role in modern polymerization reaction engineering.

自由基聚合在聚合反应工程中占有举足轻重的地位，在自由基聚合反应过程中，尤其是本体聚合，常常出现凝胶效应和玻璃化效应。

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2、

Reaction Engineering in the Development of Fine Chemicals

精细化学品开发中的反应工程问题

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3、

A survey and prospects of processes coupling in reaction engineering

反应工程中的过程耦合研究现状及前景

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4、

Trends of studies on polymerization reaction engineering in China

聚合工程研究动向

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5、

Research Progress in Biochemical Reaction Engineering and Technology

生化反应工程与工艺研究进展

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6、

Primary investigation of metallurgical reaction engineering in metal powder reduction process

金属粉末还原中的冶金反应工程学探讨

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7、

Study on Several Reaction Engineering Problems in TA Refining Process

对苯二甲酸精制过程中几个反应工程问题探讨

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8、

Review and Development of Super Critical Flow Application on Reaction Engineering

关于超临界流体技术在反应工程上应用的回顾和进展

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9、

This confirmed from theory that many reaction pathways of low energy barrier existed in the LPG combustion field of CFC-12, and they crossed and interacted to provide a netted system of reaction pathways.

从理论上证实了CFC-12在LPG燃烧场中的降解存在多个低能垒的优势反应通道，它们互相交叉，形成了一个网络状反应通道体系。

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10、

Ab initio studies of the reaction pathways and free energy barrier for alkaline hydrolysis of formamide

甲酰胺碱性水解历程与活化自由能的理论计算

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11、

The study showed that the curing reaction activation energy ( E) and the frequency A were 87.15kJ/mol and 2.33E+ 10, respectively.

硫化动力学研究表明，含PrDTP-8的混炼胶硫化反应活化能E和频率因子A分别为87.15kJ/mol和2.33E+10。

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12、

These abnormal proteins are mainly related with stresses, inflammatory reaction, energy and lipids metabolism, detoxifcation, oxidants and free radicals elimination.

小剂量LPS致老龄大鼠急性肺损伤时，肺脏蛋白质组异常主要以保护细胞应对应激反应和参与炎症反应、能量与脂质代谢、解毒、清除氧化剂和自由基的蛋白质增加表达为主。

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13、

The reaction potential energy profiles and the ratios of the rate constant of porphine isomerization and β alkyl porphyrin ones are calculated in detail.

具体计算了卟吩和这2个β-烷基卟啉异构化的反应势能剖面，以及卟吩反应与它们的反应速率常数的比值。

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14、

Using this method the reaction potential energy surface of other stationary points were optimized geometries, has been the result of a transition state and one intermediate.

运用这种计算方法对反应势能面上其它驻点进行几何构型优化，得到了的一个过渡态结果和一个中间体。

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15、

Carbon materials internal metal impurity effectively reduces the carbon and oxygen element reaction activation energy, the carbon materials play a catalytic role in oxidation.

炭素材料内部金属杂质有效的降低了碳元素与氧元素的反应活化能，对炭材料的氧化起到催化作用。

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16、

Calculation and Analysis of~ ( 58) Ni ( p, x) Reaction in Energy Region E_p ≤ 200 MeV

E p≤200MeV能区p+~（58）Ni反应的计算与分析

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17、

Corresponding reactants, products, intermediates, and interconversion transition states are located on the reaction potential energy profiles.

得到了详细标注反应物、产物、中间体和过渡态的势能面示意图。

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18、

I study effect of the stirring speed 、 interface area and vanillin content on extract rate by experiment and calculate the reaction activation energy.

通过实验考察了搅拌速率、两相接触面积及水相香兰素浓度对传质系数的影响，并通过温度对萃取速率的影响，求出了萃取反应的活化能。

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19、

As a beginning of the theoretical estimation of the splicing reaction free energy, the accuracy still needs to be improved.

作为剪接反应自由能理论估计的一个开端，精确性仍需提高。

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20、

The reaction activation energy and the frequency factor have been deter-mined for these reactions.

测定了反应活化能和频率因子。

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