The reversibility of the electrode reaction of poly (N methyl) aniline was inspected by cyclic voltammetry.
用循环伏安法考察了聚（N-甲基）苯胺电极反应可逆性；
Since the electrode reaction has been changed, the voltage of the electrolyzer has been reduced by about 1v.
这改变了电极反应，使电解槽的槽电压降低1.0伏左右。
The experimental results prove that the electrode reaction of Hesperidin is an irreversible two-electron electrode process.
实验证明橙皮甙的电极反应机理为双电子的不可逆过程。
The degradation process of triadimefon and the electrode reaction mechanism of the system were also discussed in this paper.
另外，本文还对三唑酮的降解过程和体系的电极反应机理进行了探讨。
The theory of semidifferential cyclic voltammetry for simple electrode reaction at hemispherical microelectrode has been described.
介绍了超微半球电极上具有简单电极反应时的半微分循环伏安理论。
By using different electrochemical methods, the properties of the polarographic wave and the mechanism of electrode reaction were studied.
采用多种电化学方法研究了极谱波的性质和电极反应机理。
The polarographic behavior and the mechanism of the electrode reaction were studied by single sweep oscillopolarography and cyclic voltammetry.
用单扫描极谱法与循环伏安法研究了该体系的极谱行为和反应机理。
The relations between electronic structure and stability of the hydride, thermodynamic investigation and electrode reaction mechanism were summarized in detail.
内容主要涉及贮氢合金的电子结构与氢化物稳定性之间的关系，合金材料的热力学研究，合金电极反应等方面。
The prospects of the EcHG, including the extending element range for EcHG, the mechanism of electrode reaction, interferences and elimination, were also discussed.
加强电化学氢化物发生反应过程中电极反应机理的探讨；加强干扰消除方法和应用方面的研究等。
Acceleration of electrons transfer and a rise in sensitivity of electrode reaction result from the effect of laser energy to electrode surface and interface solution layer.
激光能量对电极表面的作用及界面溶液层的影响加速了电子转移并提高了电极反应的灵敏度。
The results of determination were agreement with its standard chemical analysis and HPLC analysis method. The electrode reaction mechanism of Nereisto xin also investigated.
对它的水解产物沙蚕毒的极谱电极反应机理进行了研究，实验结果与理论推导一致性很好。
The reversibility of electrode process, the character of adsorption and the mechanism of electrode reaction were investigated. A Series of constants and parameters were calculated.
研究了电极过程的可逆性、吸附特性及电极反应机制，求得一系列常数和参数。
The kinetics of the electrode reaction is preliminarily studied by linear potential sweep technique and electrochemical impedance while electrodepositing Ni for high aspect ratio structures.
采用线性电位扫描和电化学交流阻抗等电化学测量技术 ，对高深宽比掩膜条件下微电铸镍的电极反应动力学过程进行了初步研究。
The voltammetric behaviour of the system and its electrode reaction mechanism were studied by means of linear sweep and cyclic voltammetry, ac polarography and constant-potential coulometry, etc.
用线性扫描与循环伏安法、交流极谱和恒电位库仑法等手段研究体系的伏安行为及电极反应机理。
The electrochemical reaction mechanism of phenol at this electrode is studied by the cyclic voltammetry.
还对苯酚在蒙脱石修饰碳糊电极上的反应机理进行了探讨。
Electrocatalysis of carbon atom wire (CAW) modified electrode to the electrochemical reaction of uric acid was investigated by using cyclic voltammetry and differential pulse voltammetry.
通过循环伏安法和差分脉冲伏安法研究了碳原子线(CAW)修饰电极对尿酸电化学反应的催化作用。
Based on the mathematical model of the single pore electrode, the effective three-phase boundary length of the electrochemical reaction is defined and calculated.
在单孔电极模型基础上定义了电化学反应的有效三相分界线长度概念，并给出了对应的计算方法；
The growth of gas bubbles on liquid-liquid interface is studied experimentally when gas forms through chemical reaction in sulphuric acid solution-zinc amalgam (or mercury electrode) system.
以硫酸水溶液-锌汞齐(汞电极)体系，实验研究了液-液界面上化学反应形成气体产物时气泡的生长规律。
The Effect of sparking energy, reaction temperature and electrode distance on the powder size, shape and yield was investigated.
研究了脉冲能量、反应温度和电极间距等工艺因素对镍磷合金粉体尺寸、形貌及收得率的影响。
Current was the result of oxidation and reduction reaction were carried out in two electrode results.
电流的产生是由于氧化反应和还原反应分别在两个电极上进行的结果。
This paper studies the flue gas desulphurization utilizing electrochemical oxidizing reaction in the three-dimensional electrode system.
试验研究了在三维电极体系下，利用电化学氧化反应进行烟气脱硫的技术。
The study on the catalytic wave of organic compound plays an important role in increasing analytical sensitivity, and studying electrode process and chemical reaction kinetics.
开展有机催化波的研究可用于提高分析灵敏度、研究电极过程以及化学反应动力学。
Selection of proper electrode materials will accelerate electrochemical reaction rate, help electro chemical transfer of organics.
选用合适的电极材料可以加速电化学反应速率，有助于有机物的电化学转化。
The kinetic law and reaction mechanism or electrochemical reduction and the adsorption of unsaturated organic acid on Ir-Rh alloy electrode were systematically studied.
对不饱和有机酸在铱-铑合金电极上的吸附和电化学还原过程的动力学规律和反应机理进行了系统的研究。
The electrode obtained exhibits significantly well biology catalytic activity and shows kinetic characteristics of the typical enzyme-catalyzed reaction.
所得电极呈现良好的生物催化活性，具有典型的酶催化反应动力学特征。
Nucleic hybridizing reaction on electrode can be monitored by piezoelectric gene sensor technology.
压电基因传感检测技术可以实时动态监测电极表面核酸杂交反应。
The dynamic model of nucleic hybridizing reaction on the surface of the electrode of quartz crystal microbalance(QCM) was deduced, and it was well validated.
该文导出了核酸探针在石英晶体微天平电极表面上的杂交反应动力学模型，并通过实验对导出模型进行了验证、计算出相关动力学参数。
The method of three-dimensional electrode has many virtues such as high reaction efficiency and! Bringing no offal, etc. So adapt the advanced reactor to flue gas desulfurization.
基于三维电极电化学技术较高的反应效率和不产生废弃物等优点，将这一先进的反应器运用到烟气脱硫领域。
Each half reaction responds to the interfacial potential at the corresponding electrode.
每个半反应都与相应电极上的界面电势差相呼应。
The optimum of frequencies of the electrode was limited by the rate of the reaction on its surface.
受电极界面反应影响，电极在探测信号时对应着一个最佳工作频率范围。
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