阴阳极

基于推导的pH计算公式，对同时电解的阴阳极过程进行了电化平衡分析。

In terms of our pH calculation formula , electrochemical equilibria of cathode and anode processes are elucidated .

DC-PCVD装置中阴阳极上Si3N4薄膜沉积模型

The Model of Depositing Si_3N_4 Film on Cathode and Anode of DC-PCVD

电镀工艺参数主要包括电流密度、温度、PH值、搅拌、阴阳极和换向电流等因素，其中影响最大的是电流密度。

Electroplating technological parameter includes factors of ampere density , temperature , PH value , stir , negative and positive pole . The maximum influencing factor is ampere density .

并采用PID算法控制电堆阴阳极入口气体压力，使PEMFC系统的输出电压达到预定值。

Using PID algorithm to control the inlet gas pressure of anode and cathode of stack to make the output voltage of PEMFC system reach the setting value .

其中聚合物电解质膜是DMFC的关键技术，起着隔离阴阳极、质子传输、绝缘电子的作用。

Proton exchange membranes ( PEM ) was the key technology to DMFC , which could insulate cathode and anode .

分析了阴阳极间距、制备电压以及草酸溶液浓度对制备AAO模板的影响。

The effects of the voltage , solution concentration and anode-cathode distance on the ordered extent of as-prepared AAO templates were studied .

这些新形态材料包括，用作陶瓷阴阳极材料、丝网印花的油墨和用于超声波喷涂的水悬浮液内的YSZ电解质。

The new forms include inks for screen-printing of ceramic cathode and anode materials , and a YSZ electrolyte in an aqueous suspension formulated for ultrasonic spray coating .

针对OLED的工作原理，选择合适的基底和阴阳极材料，进行实验室制备，实现实验性的单点点亮。

According to the working principle of OLED , choose appropriate basement and cathode anode material to make materials preparation , so as to achieve experimental lab single little light . 4 .

对PEMFC的一些性能影响因素进行详尽的模拟分析，包括扩散层孔隙率、工作温度、工作压力以及阴阳极的增湿温度。

Some factors which can influence the PEMFC performance were studied through a detailed simulation analysis , including diffusion layer porosity , operation temperature , and operation pressure , as well as cathode and anode humidification temperature .

本研究将是在阴阳极之间填充一种高活性的Pd/Fe复合颗粒形成可渗透性发应格栅（PRB），使迁移到此处的PCP达到脱氯的效果。

In present study , a permeable reactive barrier ( PRB ) filled with reactive Pd / Fe particles was installed between anode and cathode to reach the dechlorination of PCP when it transported through the PRB .

在工况环境下，由于PEMFC频繁的启动/停止、负载的变化、湿度的变化等，引起电池内部电势分布异常，导致阴阳极催化层产生局部腐蚀，使得电池性能衰减。

In working condition , because of PEMFC frequent start-up and shut-down , load changes , humidity changes , causing abnormal distribution of electric potential inside the battery , resulting in anode and cathode catalyst layer produced localized corrosion , lead to the Fuel Cells performance degradation .

研究了室温自来水介质中用镁合金牺牲阳极保护A3钢时，阴阳极之间的距离、阴极保护时间及阳极数量对保护电位的影响。

The effect of distance between cathode and anode and protection time as well as the number of sacrificial anode on the protection potential in fresh water at room temperature , in the case of A3 steel as the cathode and magnesium as the sacrifice anode have been studied .

阴离子膜直接甲醇燃料电池（AEM-DMFC）由于采用碱性体系阴阳极的电催化性能大幅提高，电渗析方向的改变减小了甲醇从阳极向阴极的渗透，这些优点有望解决PEM-DMFC目前所面临的难题。

Benefited from the alkaline media , the electrocatalysis properties of the cathode and anode in anion exchange membrane direct methanol fuel cell ( AEM-DMFC ) were greatly improved . The opposite direction of electro-osmosis could reduce the methanol crossover .

阴阳极室同时氧化对煤气废水处理效果的研究

Treatment of coal-gas wastewater by cooperative electrochemical oxidation in anodic-cathodic compartment

电偶腐蚀效应随阴阳极面积比的增大而增大；

Corrosion as the area ratio increases , the galvanic effect increases ;

阴阳极协同作用降解有机污染物的研究进展

Study Progress on Synergetic Effect of Anodic-Cathodic Electrochemical for Organic Pollutants Degradation

阴阳极等离子体运动对强箍缩离子束二极管束流特性的影响

Effect of cathode and anode plasma motion on current characteristics of pinch diode

氨络合物体系电积镍的阴阳极机理研究

Investigation on Cathode & Anode Reaction Mechanism of Nickel Electrodeposition in Ammonia Complex

阴阳极面积比与电偶腐蚀因子具有很好的线性关系。

Area ratio had a good line relationship with the rate of galvanic corrosion .

铁电阴极二极管中，电流密度不仅与二极管加速电压、阴阳极间隙有关，还与发射电子的初始能量有关；

The diode current is depend on the polarization electric field and the accelerated voltage .

减小阳极压力以增大阴阳极压差可促进水向阳极迁移，但压差对水的迁移行为影响不大。

The difference of pressure between anode and cathode has a little influence on water transfer .

阴阳极面积比以及阴极材料的耐蚀性能是电偶腐蚀的两个最主要的影响因素。

Area ratio and the ratio of cathode and anode corrosion resistance were two major factors .

铁基牺牲阳极性能及其对12Cr钢管的阴极保护阴阳极保护装置在复极离子膜零极距电解槽上的作用

Effects of cathode and anode protective devices on bipolar type ion-exchange membrane zero polar distance electrolyzer

抗晃电交流接触器简介及在阴阳极液泵供电回路中应用实例

Summary on Anti-interference AC Contactor and Operation Case in Feed Circuit of Cathode and Anode Liquid Pump

在场发射显示器中，支撑体起到支持阴阳极基板以抵抗大气压力下形变和应力的作用。

In a field emission display ( FED ) panel , spacers are used to support the anode and cathode substrate .

报导了硫酸介质中电解氧化铈的阴阳极选择。

Electrode selection for oxidation of cerium by cation ion-exchange membran electrolysis in sulfuric acid solution was reported in this paper .

根据线性扫描伏安曲线计算了阴阳极交换电流密度、表观传递系数、活化能、反应级数等电极动力学参数。

Apparent activation energy , apparent transfer coefficient , exchange current density , and the reaction order were obtained by LSV technique .

（电）阴极的，负极的在宏电池阴阳极之间串联可变电阻来模拟混凝土电阻的变化。

A changeable resistance was linked in series between the anion and cathode of the macro-cell to simulate the change of the concrete resistance .

据称，这种阴阳极油墨采用独特的配方，具有合适粘性与表面，从而使其非常适合用作覆盖在陶瓷设备电解质层上面的丝网印刷电板。

The cathode and anode inks are formulated with viscosities and surface areas ideal for screen-printing electrodes onto the electrolyte layer of ceramic devices .

阴阳极面积比为1∶1时阳极遭受到的腐蚀比阴阳极面积比为1∶10时要严重。

The corrosion of the anode with the cathodic and anodic area ratio of 1 ∶ 1 was more serious than that of 1 ∶ 10 .