1.
Study on the electrode process kinetics of recycle of spent acidic etchant for printed circuit board
印刷电路板酸性蚀刻废液回收工艺中电极反应过程动力学研究
2.
Modeling on Electro-Chemical Reactions and Transport Processes in Fuel Cell Cathodes;
燃料电池阴极电化学反应及传递过程模型化
3.
ELECTRODE REACTION DURING ELECTROCHEMICAL CHLORIDE EXTRACTION OF REINFORCED CONCRETE
电化学除盐过程中钢筋表面发生的电极反应
4.
The Coupling of Oxygen Enrichment Process with the Cathode Reaction of PEM Fuel Cell;
富氧过程与质子交换膜燃料电池阴极反应耦合
5.
Research of anode thermal explosion during Li-ion batteries thermal runaway
锂离子电池热失控过程负极放热反应研究
6.
Electrode kinetics of organodisulfides in CE route
有机二硫化物CE反应机理的电极过程动力学
7.
Deconvolution Current Equation Total Controled by Electrode Reaction Rates;
完全受电极反应速率控制的去卷积电流方程
8.
"In Batteries the electrodes are the source of the active ingredients, which are altered and depleted during the reaction."
在电池中,电极是活性成分的来源,这些成分在反应过程中发生改变而耗
9.
Dielectric spectroscopy( DS) uses the dipoles and refractive index within a substance as a probe for determining the structure or the reactive process of dielectric substances.
介电波谱（S）偶极及折射率作为探测器以测试介电物质的结构和反应过程。
10.
The duty cycle is higher compared to a 600V solution due to a higher reflected voltage of 390V.
漏源极电压（图28）在反射过程结束后并减小到100伏特时场效应晶体管导通。
11.
The compounds that make up both electrodes react with each other via the electrolyte to generate electrons.
用以制成两个电极的化学物质透过电解质互相反应，产生电子。
12.
ANALYSIS AND CALCULATION OF BACK EMF AND ANODIC KINETICS PARAMETERS IN ALUMINIUM ELECTROLYSIS CELLS
铝电解槽反电势和阳极过程动力学参数的分析和计算
13.
The Analysis of Energy Saving in the Process of Pole Changing Control for Double Winding Double Speed Induction Motor
双绕组双速感应电动机变极过程的节能分析
14.
The Study of Chemical Reaction Kinetics of NO Removal by Negative Pulse Corona Discharge;
负脉冲电晕放电NO脱除反应动力学过程研究
15.
Simulation of Separation Process with a Reaction II. Reactive Flash
反应分离过程模拟 Ⅱ.反应闪蒸过程
16.
ELECTROCHEMICAL REACTOR-STUDY ON THE APPLICATION OF THEPARTICLE ELECTRODE IN THE THREE-DIMENSIONAL ELECTRODE;
电化学反应器—三维电极中粒子电极应用研究
17.
MICROMECHANICS ANALYSIS OF THE INFLUENCE OF TEMPERATURE ON THE PROCESS OF FERROELECTRIC POLARIZATION REVERSAL
温度对铁电体极化反转过程影响的细观力学分析
18.
Inflammatory reaction may contribute to the prolonged QT dispersion through cardiac ventricular remodeling or other mechanisms.
③炎症反应可能通过心室重构或其他机制影响复极离散程度。