电极的

A switch with three groups of electrodes was developed. The feasibility of the concomitance of multi-group electrodes, the switch structure and the internal electric field were analyzed.

设计了一个有3组电极的开关，给出了开关的结构，分析了多组电极共存的可行性和开关内的电场，利用通用电路模拟软件对通过开关的电流进行了计算。

A series of compounds have been synthesized and characterized by means of DCC method, aqueous solution reaction conditions and hydrothermal reaction conditions.

实验结果表明，修饰后的电极在酸性水溶液中有非常好的稳定性，上百次的连续扫描和长时间在空气中的放置，对电极的氧化还原性质没有明显的影响。

In addition, the study on ionic liquid being used as the electrolyte of EDLC was carried out extraneously, a good result of 310F/g was obtained. That the possibility of spherical active carbon used as the electrode materials was also investigated for the convenient preparation of electrode, the specific capacitance of spherical active carbon was 188F/g, having directive function for the preparation from powder SAC to spherical active carbon.

另外，本项目也额外进行了离子液体作为电解液性能的研究，获得了比电容高达310F/g好结果；考虑到电极制作，又研究了活性炭微球作为电极的可能性，得到了比电容为188F/g的结果，为下一步将粉状的超级活性炭制作为球状的活性炭提供了指导与借鉴作用。

Toner cartridge surface first by charging extremely ofcharging, making available after certain potential, such as graphic images by contain information of a laser beam exposure, the surface of the drum electrostatic potential, after a magnetic brushlelss treatment of development for the treatment of development and like that is turned into visible ink on the paper like following a transfer area, formed the electrode of the electric field, toner will transfer to a plain piece of paper, and finally by warming up and fixing hobber teperture, that is, the melting text and images.

硒胀暗地不后由不不不收电极不不不收电，使其得回必定电位，之后不纬载有图文映像陈闻的激平束的曝平，便在硒胀的暗地形不败静电不浮像，不纬过磁刷显影器显影，不浮像即转变不败可见的墨粉像，在不纬过转印区时，在转印电极的电场功用下，墨粉便转印到别致纸上，末了不纬预冷不活及低温冷滚定影，即在纸上熔凝不入笔墨及图像。

He electrolyzing process proceeds smoothly, based on the integrated mechanism of activating the TiO2 cathode. The activated TiO2 cathode can be obtained by forming electric conduction vacancy at high-temperature sintering, the TiO(subscript 2-x) ionic structure by electric double layer, and ions infiltrating to the interior of the electrode.

iO2电极的活化可通过高温烧结产生的导电空位、双电层形成的离子结构及渗透到电极内部的熔盐离子来实现，使FFC工艺中的电解得以顺利进行。

A novel design of reference electrode was developed to in-situ measure the polarization of direct methanal fuel cell.The effect of humidification conditions of electrolyte on the reference electrode potential and its potential stability was investigated.

提出了用于原位测量直接甲醇燃料电池极化的参比电极的结构设计，并考察了电解质的润湿程度对参比电极的电位及其电位稳定性的影响。

The current points from the four corners of the touch screen on the outflow of electrodes,and flows through four electrodes with a finger to the cUrrent 1.40 in direct Proportion to the distance,the controller calcuIated the position touch points.by four curre nt ratable exact count.

这个电流分从触摸屏的四角上的电极中流出，并且流经这四个电极的电流与手指到四角的距离成正比，控制器通过对这四个电流比例的精确计算，得出触摸点的位置。

In chapter 4, on the basis of academic analysis, an integrated experimentation project is designed, then experiments on eight electrodes respectively including hemisphere、ring、reticulation etc,and gains curves of diversified parameters with increase of current electrode, compares them with parameters of hemisphere electrode.

在第四章，文章以上一章的理论计算为基础设计了完整的模拟试验方案，然后对半球形、环形、棒形、网状、放射形等八种形状的电极分别进行试验，通过整理试验数据得出电流极数目增加时各组参数的变化曲线，分析曲线并将各参数的试验值与半球电极的理论值进行对比。

Optimization of the LSC impregnated SDC composite was performed and its electrochemical properties were characterized.

在一定的操作温度下，浸渍电极的性能随着LSC的浸渍含量的变化而变化，浸渍含量有一个最佳值，它对应于电极的最低极化阻抗。

It's found that th e activation of alloy was improved with increasing the concentration,temperature and immersing time of alkaline solution,the reason is that the Zr-rich surface of alloy was conversed to Nirich surface because of the strong erodent action of alkaline solution,this catalyzes ...

实验发现：储氢合金电极的活化性能随碱液浓度增大、温度升高以及浸泡时间的延长得到改善，主要由于KOH的强腐蚀性使合金表面由富Zr层转化为富Ni层，为氢的吸附离解起到催化作用，总结出最佳KOH处理液的实验参数：6mol/L、80℃、浸泡 2 4h ，在此条件下合金电极循环两周即达最大放电容量。

The concept of equivalent rotationally rigidity is offered and the formula of rotationally rigidity is obtained.

主要做了如下几个方面的工作：对伸臂位于顶部的单层框架—筒体模型进行分析，提出了等效转动约束的概念和转动约束刚度的表达式。

Male cats normally do not need aftercare with the exception of the night after the anesthetic.

男猫通常不需要善后除了晚上的麻醉。