电极的

Specially made ceramics electrode daylight lamp of nanometer ,It is the electric light source patent technique produce that one kind of electrode launch electromagnetic wave that the ceramics stuff by means of the permanence was make was kindled phosphor powder .

纳米特制陶瓷电极荧光灯，是一种通过永久性的陶瓷材料制成的电极发射电磁波点燃荧光灯的电光源专利技术产品。纳米特制陶瓷电极荧光灯技术，改变了传统荧光灯的技术原理，材质和构造，纳米陶瓷电极荧光灯的使用寿命是白炽灯的30倍。

The experimental results present that the three electrodes DBD is basically display filamentary discharge mode. The intermittent filament impulses of current wave of the comb-like electrode are unsymmetrical while that of the plate-plate electrode is symmetrical. And the multineedle-plate DBD displays diffuse conical mode.

实验结果表明：三种电极放电的形式不尽相同，但基本上以细丝放电为主要特征；在放电特性上，单面梳状电极DBD呈正负半周期内电流波形上加载非对称的电流脉冲群，双介质板电极DBD则是对称的电流脉冲群，而多针—介质平板电极放电电流波形上既加载了具有电晕放电特征的稀疏幅值大电流脉冲群，又加载了具有DBD放电特征的密集小幅值的电流脉冲群，表现为DBD和电晕放电相叠加的效果。

These include: a natural rubber liner with brush electrodes for highly abrasive rocky slurry, a polyurethane liner with tungsten carbide-coated electrodes for fine slurries, a high-temperature PFA lining with duplex electrodes for concentrated black liquors, and a hygienic PFA liner with bow electrodes for fruit mashes and pulps.

包括：为磨粉浆所设计的原始橡皮衬里和带刷电极组合；为泥浆设计的聚亚安酯衬里和钨制碳化物表层电极组合；为浓液设计的高温PFA衬里和复式电极组合；以及为水果捣碎和果浆而设计的清洁PFA衬里和弓形电极组合。

And then to study the both structures' emission characteristic.It was found that the Al-AlN could emit electrons. The two different structures' emission efficiency has prodigious distinction. The first one whose electron emitter film is on the top was much easier to engender the straitens gaps. And it could engender the straitens gaps at larger area than the other one.

经过实验我们发现(1)对于发射层位于电极之上的结构观测到可测量的发射电流(2)当电子发射层位于电极之上，一排电子发射单元的总电阻介于20~150Ω之间时，电形成过程中，给电极间加脉冲电压，在第一个脉冲周期中就能把Al-AlN电子发射薄膜烧断；而对于电子发射层位于电极之下的结构，在电形成过程中，则需要几个脉冲周期之后才能将电子发射薄膜烧断。

In this paper, a multi-wall carbon nanotubes modified acetylene black microelectrode was prepared and the anodic stripping voltammetric characteristics of iodine on the modified electrode was studied.

以多壁碳纳米管修饰乙炔炭黑微电极为工作电极，研究了碘离子在该修饰电极上的阳极溶出伏安特性。

This paper makes a three-dimensional model for QCM and analyzes directly the coupled phenomenon of the structural and electric fields of QCM with finite element analysis software ANSYS10.0. Through analyzing the convergence of the resonant frequency of QCM, the correctness of the finite element analysis is proved. The influence of different sizes of electrode on vibration of QCM and an optimal size of electrode is discovered, namely thickness of 100 nm and radius of 3 mm. The design of mesa on crystal plate is provided to solve the problem that the energy trapping is not good enough. This design proves valid based on finite element calculation and an optimal size of the mesa is given, namely height of 9.8 μm.

基于有限元分析软件ANSYS10.0对石英晶体微天平进行三维建模，验证了建模的正确性，并对不同电极结构尺寸进行仿真计算，对出现的耦合情况进行了分析，通过实验结果对比，提出较佳电极尺寸结构为厚度100 nm，半径3 mm；为解决金电极能陷效应不够理想的问题，提出在晶片上下表面筑平台的设计，有限元计算结果表明此设计能改善电极区的能陷效应，并且较佳平台高度为9.8μm。

To characterize the metal oxide nanocomposite electrode, a cyclic voltammetry and AC impedance test are executed. This study also reports a hybrid capacitor, which consists of cobalt oxide composite as a cathode and ruthenium oxide composite as an anode.

实验表明复合电极具有良好的电化学特性，碳纳米管基体在显著降低氧化钴、氧化钌电极材料阻抗的同时还提高了电极材料的电化学容量并改善了电极材料的电化学可逆性。

A titania sol-gel film was formed by vapor deposition method to coimmobilize 5′-nucleotidase (5′-NT) and horseradish peroxidase on a glassy carbon electrode surface for the construction of an amperometric inosine monophosphate biosensor (5′-NT-HRP/GCE).

利用气相沉积方法在玻碳电极表面得到二氧化钛凝胶膜，并在电极表面同时固定5′-核苷酸酶(5′-NT)和辣根过氧化物酶，构建了一种新型快速测定肌苷酸含量的安培传感电极(5′-NT-HRP/GCE)。

It was shown from electrochemical experiments that cytochrome cexhibited direct electrochemical responses on the both electrodes, but only the currentof diffusion existed on the SWNT/Au electrode while both the current of diffusionand adsorption of cytochrome c occurred on the SWNT/AET/Au electfode.

实验结果表明，细胞色素C在这两种电极上均表现出良好的电化学响应，但在SWNT／Au电极上只存在扩散电流，而在SWNT／AET／Au电极上同时表现出扩散和吸附两种电流。

Via Au-S bonding, the self assembled monolayer ofthiol-functionalized nanotubes on gold surface was fabricated so as to prepare SWNTand AET doubly modified electrode (noted as SWNT/AET/Au electrode).

通过Au—S键，含巯基功能团的SWNT可以通过自组装在金电极表面吸附，而制成另外一种SWNT修饰电极(记作SWNT／AET／Au电极)。

What would he tell Judith and the children?

他将怎样告诉朱迪丝和孩子们呢？

I this is at that time, the opinion with peacockish true girl is full of in a heart.

这就是当时的我，一个心中布满虚荣的女孩子真实的想法。