metal electrode

Monte-Carlo Simulation of Corrosion Potential of Big Square Metal Electrode

大面积金属电极腐蚀电位随时间变化的Monte-Carlo模拟

Using of reactive metal electrode has become a new method in electroorganic synthesis .

在有机电解合成中采用反应性金属电极近年来已成为这一领域的新分支。

Manufacturing Technology of Multi-layered Ceramic Capacitor with Base Metal Electrode

多层片式瓷介电容器贱金属电极的制造方法

Application Mulriple Metal Electrode on pH Measurement in Fermentation

复合金属电极在工业发酵pH检测中的应用

Study methods for relationship between electrode behavior and interface characters of corroding metal electrode and their development trend

腐蚀金属电极行为与其界面性能关系研究方法及发展趋势

Exact and Approximate Solutions for Surface Acoustic Waves in Elastic Plate with Metal Electrode Layer

具有电极层无限大弹性板中表面波的精确与近似解

Study on surface modification of lithium metal electrode with 1,3-dioxolane

用1,3-二氧戊环进行锂电极表面改性的研究

Pyrotechnic Current Generator with Axial Metal Electrode

带有轴向金属电极的烟火电流发生器放电性能研究

Among them , many electric catalysis systems relates to noble metal electrode , such as platinum electrode .

其中，许多电催化体系都涉及铂等贵金属电极。

Meanwhile , the high k blocking layer along with the high work function metal electrode can effectively suppress the erase saturation .

同时，高k阻挡层和大功函数的金属电极一起能够有效的抑制擦除饱和现象。

It be verified by two experiment in article that electric potential of first metal electrode be influenced by the surface smooth level of metal .

通过两个实验验证了金属表面的光滑度对第一类金属电极的电极电势的影响。金属表面粗糙会使第一类金属电极的电极电势降低。

Electrochemistry of oxidized metal electrode

氧化金属电极电化学

Among them , the metal electrode controlled potential sensor is a new type electrochemistry sensor suiting for on-line detecting ozone in water .

其中，金属电极控制电位型传感器是适合在线检测水中臭氧的新型电化学传感器。

Thicker p-clading layer , about 1.4 μ m , is selected to avoid metal electrode influence on different mode absorption .

为消除金属电极对不同模式光吸收的影响，选择较大的p包层厚度（1.4μm）。

With increasing flow velocity the shear stress on the metal electrode surface and the electrochemical corrosion rate increased , and the electrochemical reaction impedance decreased .

随着流速增大，电极表面受到的切应力增大，反应阻抗减小，电化学腐蚀加速，协同效应增强，结果使电极流动腐蚀速度增加。

Important information is that the distance between metal electrode and emitting layer must be suitable . Too large , difficult injection ; too small , excitons quenching .

实验给出影响受激发射的重要信息：金属电极距增益区距离要适当，太大，器件厚，电注入困难；太小发光激子在电极猝灭。

It is worth noting that the tensile test show that the strength of deposited metal electrode decreased slightly , but all little more than the national standards .

值得指出的是拉伸试验表明焊条的熔敷金属强度略有下降，但均在国标以内。

In the measuring experiment . we should exclude the influence of the contact resistance because it is so large between the organic semi-conductor material and the metal electrode .

有机半导体材料与金属电极间的接触电阻很大测量时应考虑到排除接触电阻的影响；

In the work , it was systemically studied that the effects of two suggested modifying ways on electrochemical characteristics of lithium metal electrode and its behaviors in lithium cell .

本论文系统地研究了以上两种锂电极改性方法分别对锂金属电极电化学行为及其在锂电池中性能的影响，并对这两种新型锂电极改性方法的作用机制进行了分析。

The results indicate that the piezoelectricity of PVDF thin films and adhesion between polymer thin film and metal electrode are improved by electric poling and chemical bond joint , respectively .

电极化不仅改善了PVDF薄膜的压电性，还通过界面化学键合作用提高了聚合物薄膜与金属电极间的粘附性。

The voltammetry of metal electrode was used for phase analysis of steel and alloy . The sensitivity and precision of the phase analysis were increased by a powder electrode consisting of extraction residue and metal .

金属电极伏安法可用于钢与合金的相分析，利用萃取残渣-金属型粉末电极提高了反应区活性相的浓度，从而提高了分析微量相的灵敏度和精密度。

Under this condition , the EIS of passive electrode further showed that the metal electrode surface was subject to scraping and stroke of solid particles in flowing solid / liquid two-phase media .

在此情况下，钝态金属电极的电化学阻抗谱进一步反映了电极表面受到固体颗粒摩擦或撞击的阻抗谱特征。

The experiment results show that the activity for HER of the composite electrodes are higher than that of substrate metal electrode , the higher activity was mainly due to the increase in surface area of the electrodes .

实验结果表明，复合电极的电催化析氢性能高于基质合金电极，这主要归因于比表面积的增加。

The structure and invalidation pattern of the ceramic encapsulation capacitor were analyzed by means of scanning electron microscopy . The composition of metal electrode and ceramic medium layer was studied by the energy spectrometer .

利用扫描电镜观察了陶瓷封装电容器结构和失效形式，并利用能谱仪对金属电极、陶瓷电介质等进行了成分分析。

The polymer composite membrane demonstrates the desirable property of suppressing lithium dendrites growth due to the homogenization to the interface of lithium metal electrode and the thin-down to crystallites .

通过固相反应合成复合材料SnxSi1-xO2膜，并以聚合物膜为基体利用涂布技术制备复合，电化学测试表明此复合膜能够细化晶粒、抑制枝晶生长和均化锂电极表面。

A porous metal electrode model & single hole model , which takes into account both the ionic resistance of the film and the uncompensated solution resistance , was found suitable to describe the potential step experiments .

适用于该电位跃过程的模型是考虑膜离子阻抗及未补偿溶液电阻的多孔金属电极模型&单孔模型。

Base metal electrode ( BME ) is one of the main trends of multilayer ceramic capacitors ( MLCC ) . Copper powder is a sort of ideal material for BME-MLCC electrode .

多层陶瓷电容器（MLCC）的重要发展方向之一是电极贱金属化，铜粉是一种较为理想的电极制作材料。

We also studied the influence of the thermal oxidation process , the work function difference between the metal electrode and the contact area between the metal layers and the insulator layer to the electrical properties of the MIM diodes .

在此基础上，我们研究了热处理工艺、金属电极功函数差、金属与绝缘层接触面积对MIM二极管电学性能的影响。

The electromagnetic enhancement mechanism for SERS on nano-roughened metal electrode is discussed . Besides , we also give some discussion over the metal dielectric constant , which plays important role for the electromagnetic enhancement mechanism for SERS .

我们还对纳米级粗糙金属电极上表面增强拉曼散射的电磁场增强机理，及在其中起重要作用的金属介电常数进行了讨论。

So developing a high activity and good stability material will be an important research goal , from previous documents , study many active cathodes including noble metal electrode , Raney Ni electrode , cobalt coating electrode , nickel alloy electrode , etc.

从文献上来看，已研究过的活性阴极包括贵金属电极、RaneyNi电极、镀钴电极、镍合金电极等。