1.
Relationship of conversion rate of catalytic reaction to catalyst component contents
催化反应转化率与催化剂组分含量的关系式
2.
Under the optimum conditions, a conversion of 67% was achieved.
在最适反应条件下，丙烯醇环氧化反应转化率可达67%。
3.
Discussion on Increasing PAN Polymerization Conversion Rate in the Production
生产中提高腈纶聚合反应转化率的探讨
4.
And the gasification reaction rate decreases with an increasing of carbon conversion.
气化反应速率随着碳转化率的增加而降低。
5.
The conversion, the utilization rate of raw materials and the product yield of esterification reactions are raised by applying the catalytic rectification process.
催化精馏技术应用于酯化反应体系，提高了反应的转化率、原材料利用率和产品收率。
6.
The Fixation of Specific Rate Equation of Transmation Reaction of the Cane Suge by Acid Catalysis
酸催化蔗糖转化反应比速率方程的确定
7.
Impact on Chemistry Reaction Speed , Balance and Conversion Ratio of Temperature;
温度对化学反应速度、平衡与转化率的影响
8.
Discussion on process optimization of conversion of acetylene in VCM synthesis reaction
VCM合成反应中提高乙炔转化率的工艺优化探讨
9.
Application of highly reflective coating on the reformer in hydrogeneration plant
高反射率涂料在制氢装置转化炉的应用
10.
The Proof of the Problem about CO Balancing Transformation Rate in the Transformation Reaction of Water Gas;
水煤气转化反应中有关CO平衡转化率问题的证明
11.
I am having some trouble with understanding conversion,yield,etc.in reacting systems.
我在理解反应系统的转化率、产率等问题上有一些困难。
12.
Acid treatment of catalyst enhanced isobutene conversion of MTBE reaction.
酸处理也可增大β子筛催化合成MTBE反应的异丁烯转化率。
13.
Application of CO_2 Fixation Reaction Strengthened Based Breeding Strategy Enhances the Conversion Rate of Glutamate
一种基于强化CO_2固定反应提高谷氨酸转化率的育种策略
14.
deuterium moderated pile low energy
低功率重水慢化反应堆
15.
The effect of reaction parameters on the nitro benzene conversion and product composition has been studied.
考察了反应参数对硝基苯转化率及产物组成的影响。
16.
But the enzyme reaction was far too inefficient to make large-scale conersion practical.
但是酶反应效率太低，不足以转化实际需要的大量血液。
17.
A deviation in the experiment of determining the rate constant of sucrose conversion reaction by saccharimetry;
旋光法测定蔗糖转化反应的速率常数实验的一种偏差与处理
18.
Conversion and selectivity of catalytic reactions as well as the deactivation rate of the catalyst itself is very temperature-sensitive.
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。