电极的

Oxygen partial pressure effect experiments have been performed to study the mechanism of the reaction occurred on the electrode.

为了考察电极反应动力学，研究了电极的极化面电阻随测试温度和氧分压的变化情况，来确定电极上的速率反应步骤。

The result of simulation indicates that a 2-dimension function may be adopted to describe measuring sense field and potential distribution accord with exponential function on potential gradient line from transmitting electrode to measuring electrode.

模拟计算结果表明，三维电极阵列的敏感场最终可以用二维函数表述，在主发射电极到测量电极的电势梯度线上，电势值的变化规律符合指数函数特征。

The roughen factor of roughened Ni electrode is calculated by compared the differential capacitances of smooth and roughened Ni electrode.

通过测量并比较电化学粗糙前后镍电极表面的微分电容曲线计算出粗糙镍电极的粗糙度，从而进一步计算出该粗糙镍电极的SERS增强因子约有四个数量级； 3。

Also, the effects of electrolyte additives and electrode-preparing technology on the electrochemical properties of MnO2 electrode were studied.lt was found that acceding 10%TEA to 9mol/LKOH solution improved the electrochemical capacity of the electrode in seconde reaction.

对电解质添加剂、电极制备工艺等因素对纳米二氧化锰性能的影响做了研究，发现在9mol／L的KOH溶液中加入10％TEA添加剂，电极第二步放电容量提高，电极的可逆性增强。

The sinal from the active recording electrode was shunted to another EMG-computer set for analysis of the same motor unit by adding a surface electrode as a reference electrode (monopolar needle recording pattern).

再将主记录电极的讯号经由特制的分流线传至另一套电脑与肌电图机，对同一运动单元电位波作相同次的线上分析，但是以表面电极作参考电极。

The simulation results also show that,the interdigitated fingers,which can be modelled as an additional capacitance,cause the antenna impedance to fall dramatically at high frequency.

对带有交叉电极的电极间隙进行计算，结果表明由交叉电极引入的附加电容降低了天线的高频阻抗。

Results il lustrated that the size of SnO2 crystal particle prepared with sol- gel method is owing to nanometer-size.

结果表明，溶胶-凝胶法制备的电极为纳米涂层电极，表面裂纹较少，晶体发育完全，有利于SnO2， Gd2 O3和吸附氧的表面聚集，进而提高了电催化电极的性能。

In addition,the etching mechanism of FeCl3 etching Cu film was analyzed. The recurrent and quiescent etchants affected on the preparation of fine thin-metal electrode was discussed and measured by video microscopy.

此外，分析了FeCl3刻蚀液对Cu膜的刻蚀机理，讨论了刻蚀液在静置和循环条件下对制备FED薄膜型精细电极的影响，借助视频显微镜测试刻蚀后的电极形貌，结果表明，FeCl3刻蚀液在循环条件下刻蚀Cu膜速度均匀，刻蚀后电极边缘整齐。

Furthermore, quenching phenomena and temporal jitters due to an impedance drop of the discharge can be suppressed. This paper presents the results of temporal resolved fast shutter pho...

简述了金属钼电极与 Si C电极的放电过程和特点后简要分析了 Si C电极抑制电弧的原理，还介绍了伪火花开关奇异放电现象的研究进展

Sb doped Ti-base tin dioxide electrode with an inter-layer was prepared by electrochemical deposition and thermal oxidation. The micrograph of the electrode surface, the element composition of different layers and the structure of the electrode surface were analyzed by SEM, EDX and XRD.

采用电沉积热氧化法制备了含有中间层的Sb掺杂钛基SnO2 电催化电极(Ti/SnO2)，采用SEM、EDX以及 XRD 等检测方法对所制备电极的表面形貌、元素组成及结构进行分析，并以苯酚为目标有机物，研究所制备电极对有机污染物的电催化降解能力。

In the United States, chronic alcoholism and hepatitis C are the most common ones.

在美国，慢性酒精中毒，肝炎是最常见的。

If you have any questions, you can contact me anytime.

如果有任何问题，你可以随时联系我。