Application of H_2O in the Electrode Reaction Equation

A High Accuracy Compact Difference Scheme for Convection Diffusion Reaction Equation on Non-uniform Grid

定常对流扩散反应方程非均匀网格上高精度紧致差分格式

The rule of degradation follows the first-order kinetic reaction equation.

驯化污泥对石油的降解规律遵循一级反应动力学方程。

A New Method of Balancing Chemical Reaction Equation

一种新的化学反应方程式配平方法

The reaction equation is described as follows.

反应方程式如下。

Using Undetermined Coefficient Method to Balance Complicate Oxidation-Reduction Reaction Equation

用待定系数法配平复杂氧化还原反应方程式

Preliminary study of the reaction engineering of the dephosphorization in combined blowing converter process

复合吹炼转炉炼钢工艺中脱磷反应工程学的初步探讨

Application of Reaction Engineering to the Study of Box Mixer-Settlers

反应工程在研究箱式混合澄清槽中的应用

The second teaching Symposium on reaction engineering of metallurgical colleges and Universities

全国冶金院校第二届冶金反应工程学教学讨论会

Current development in biochemical reaction engineering

生化反应工程的现况及发展

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。

Reaction Engineering in the Development of Fine Chemicals

精细化学品开发中的反应工程问题

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

Trends of studies on polymerization reaction engineering in China

聚合工程研究动向

Research Progress in Biochemical Reaction Engineering and Technology

生化反应工程与工艺研究进展

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

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

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

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。

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

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。