1.
ENZYMES enhance reaction rates by lowering the activation energy.
酶可以使反应的活化能降低从而加快反应速率。
2.
Catalysts that lower markedly the activation energy of the reactions are required.
需要显著降低反应活化能的催化剂。
3.
Probe into an Experiment on Determination of the Rate and Activation Energy of Chemical Reaction;
对《化学反应速率和活化能的测定》实验的探讨
4.
The cis-trans isomerization reaction has been shown to be a first order reaction with an activation energy of 19 kcal/mole.
顺-反异构化反应系属一极反应,反应活化能为19千卡/克分子。
5.
The Effect of Surfactant on the Cure Reactions of an Epoxy
表面活性剂对环氧树脂固化反应及性能的影响
6.
Effect of Particle Size on the Apparent Activation Energy for Leaching Indium from Hard-zinc During Mechanical Activation
机械活化过程中粒度对硬锌渣浸铟反应活化能的影响
7.
Study on the Determination of Chemical Reaction Speed and Activation Energy;
化学反应速度及活化能测定实验研究
8.
The system pressure changed the adsorption abilities and pore size distributions of carbide and activated carbon.
反应压力能够改变炭化产物和活化产物的吸附性能和孔径分布。
9.
The association chain implied is general reactivity, delocalization, heat of reaction, activation energy, velocity constant.
和该量有牵连的因素是一般活性，离域作用，反应热，活化能，速度常数。
10.
THE KINETICS OF THE COMBINATION REACTION BETWEEN ENZYME AND SUBSTRATE--Ⅰ.STOCHASTIC ANALYSIS,ACTIVATION ENERGY AND MULTIPLE-ACTIVE-SITE
酶—底物结合反应的动力学——Ⅰ.随机分析、活化能与多活性中心
11.
It was calculated from the experiment data that the reaction activation energy for the HCL acid-dolomite system is 6910 cal/mol.
用不同温度下的酸岩反应数据,算出酸岩反应系统的反应活化能为6910卡/克分子。
12.
Not readily reactive with other elements; forming few or no chemical compounds.
惰性的与其它元素反应不活泼的；不能形成或很少能形成化合物的
13.
The rate of TSR in geologic settings is limited by temperature and activation energy.
地质条件下热化学还原反应的速率受温度和活化能的制约。
14.
Activation Energy Relating to the Rate Coefficients(k_c or k_p) of Reaction in Gas Phase;
与两种气相反应速率系数k_c和k_p对应的不同活化能
15.
Study on performance of fluidized bed-fixed bed integrated reactor treating simulative domestic wastewater
流化床-固定床一体化反应器处理模拟生活污水的性能研究
16.
an endergonic chemical reaction.
需要能量的化学反应
17.
The Study on Dioxiranes for Its Oxidation;
Dioxiranes的氧化反应性能研究
18.
PROPYLENE TRANSFORMATION DURING DEEP CATALYTIC CRACKING OF HEAVY OIL Ⅰ.Reactivity and Reaction Pathways
重油催化裂解反应条件下丙烯的转化反应 Ⅰ.反应性能及反应路径