zinc electrode的例句大全

effect of tic coating in electrode tip surface on spheriform electrode degradation during resistance spot welding zinc coated steel

点焊镀锌钢板时球形电极表面熔敷TiC涂层对电极失效的分析

Effect of Air Diffusion Electrode with Different Structures on the Performance of Button Zinc-Air Battery

空气扩散电极的结构对扣式锌空气电池性能的影响

Study on performance and preparation of electrodeposited zinc alloy electrode

电沉积锌合金电极的制备及其性能

Evans' diagram shows that SbO+ ions can be reduced to stibine by metal zinc, and this process is controlled by the diffusion of SbO+ ions to the surface of the electrode.

Evans图表明，SbO~+离子可被金属锌还原至SbH3，其反应过程受SbO~+离子向电极表面的扩散过程控制。

The Electrode Reaction Mechanism and Anodic Stripping Voltammetry Determination of Zinc(ⅱ) in Aloe vera

芦荟中微量锌的阳极溶出伏安法测定及电极反应机理

Experimental Study on Treatment of Zinc-containing Wastewater by Using Three Dimensional Electrode Electrochemical Method

三维电极电化学方法处理含锌废水的试验研究

The effect of TiC coating in electrode tip surface on spheriform electrode degradation during resistance spot welding zinc coated steel was investigated by SEM, EDX and XRD.

利用SEM、EDX和XRD等方法分析了在点焊镀锌钢板时球形电极表面熔敷TiC涂层对电极失效的影响。

The results show that electrode degradation mechanism was basically caused by wear due to fracture of local welding between the electrode tip surface and zinc coated sheet steel happen at electrode surface and alloying between electrode and zinc on zinc coated steel during resistance spot welding zinc coated steel.

结果表明：点焊镀锌钢板时电极的失效机制主要是电极和镀锌板之间局部焊接的断裂发生在电极表面而导致的电极磨损以及电极和镀锌板表面的锌之间的合金化。

The reaction mechanism of cathodic reduction of zinc(ⅱ) ion on the titanium electrode in aqueous chloride solutions

氯化物水溶液中Zn（Ⅱ）离子在钛阴极上还原的反应机理研究

Zinc oxide thin films, a high-quality semiconductor material, can be used as a material of electrical transmission layer in negative electrode of the emission of thin films.

氧化锌是一种性能良好的半导体材料，可以用作薄膜场发射阴极中的电子传输层材料。

The Standard Electrode Potential of Standard Zinc Amalgam Electrode at 298 K

在298K标准锌汞齐电极的标准电极电势

Deep cryogenic treatment is a very effective method for improving the electrode life of aluminum and hot zinc coated steel. Yet, the mechanism of nonferrous properties improved by deep cryogenic treatment is not clear for certain nonferrous materials.

深冷处理可以提高Cu-Cr-Zr合金电极使用寿命，但目前对于有色金属深冷处理改善性能的机理还不十分清楚。