阳极的

In this paper, the preparation and electrical performance of SrTiO3 used for SOFC anode materials were investigated.

本文对掺杂钛酸锶新型SOFC阳极材料的制备和电学性能进行了研究，探讨了其作为新型阳极材料的可行性。

Anolyte systems can also be infected by bacteria, but is not likely due to the low pH associated with anolyte systems.

阳极电解液系统能也被细菌感染，但是由于与阳极电解液系统被联系了的低ph值不是可能的。

Current density, anolyte acid and concentration of SO42 in anolyte are notable factors influencing the current efficiency, oxidation rate and cell potential.

通过均匀设计的电解条件试验得出：电流密度、阳极液酸度和阳极液硫酸根浓度为影响电流效率、氧化率和槽电压的显著因素。

When 0.02 mol/L NaOH solution is employed as the anolyte, the removal rates are 25.9%, 31.2% and 47.3% with 1.0, 1.5 and 2.0 V/cm voltage gradient respectively.

结果表明，1.0 V/cm电解电压下，当阳极电解液为去离子水时，氟在阴、阳极电解液中的累积量分别为8.2 mg和47.7 mg，土壤氟的去除率仅为8.8%。

The anodic treatment refer to the use electro-chemical means that the work piece sufficient is the anode, serve electrolytic oxidation processing, causes to form has the adherence oxide layer in the keelson superficial procedure.

阳极处理（Anodic oxidation 或anodizing ）是指利用电化学方法，将工件充为阳极，施以电解氧化处理，使形成具有密着性的氧化层于底材的表面程序。

The deep-well anode bed can effectively reduce the electric potential gradient of the ground surface and has little impact on the surrounding environment.

简要介绍了有关深井阳极使用的阳极材料、导线、填充料等，并对其应用过程中的气阻和干扰问题进行了讨论。

In two deep well anode ground beds at tank zone of Yizheng Pump Station,metal oxide is used as an anode material and obtains good results.

在仪征泵站罐区的2口深井阳极地床中，采用金属氧化物作为阳极材料，取得了较好的效果。

The reaction rating reduced in the uranyl nitrate being saturated during film deposit is CO〓, which readily reacts with uranyl ion in solution to form uranyl-carbonate complexes.

动电位极化测量表明，在一定电位扫描速率下，铀酰离子对碳钢电极的阳极反应有激活作用，促进碳钢的阳极溶解。

Polarization measurements showed that HBPT can inhibit the anodic reactions of the copper in 0.5mol/L H2SO4 and accelerate the cathodal reactions and act as a kind of anodic inhibitor.

极化曲线研究表明3，5-二（2-吡啶基）－1，2，4-三唑在0.5mol/L硫酸溶液中对铜的阳极反应起抑制作用，对铜的阴极反应起促进作用，属於阳极型缓蚀剂。

In near-neutral pH solution, the cracking mode is transgranular with the feature of quasicleavage.The function of SCC factors are as follows:(1)The additional potential takes an important role in the SCC behavior of X70 pipeline steel: the susceptibility to SCC increased with decreasing cathodal potential,HIC is the dominant reason,the crackles on the surface are almost vertical to stress;On the country, at anodic potential,there is a critical potential,below which the dominant reason is anode-dissolving supported by hydrogen,and the crackles on the surface are not vertical to stress.

电位因素和环境因素的影响作用为：(1)在阴极极化电位区，SCC敏感性随电位的负移而增加，氢致开裂作用占主导，表面裂纹多与拉应力垂直；在阳极极化区间，存在阈值电位，低于阈值电位时，SCC为氢促进阳极溶解所致，表面裂纹多与主应力方向成一定角度。

But we don't care about Battlegrounds.

但我们并不在乎沙场中的显露。

Ah! don't mention it, the butcher's shop is a horror.

啊！不用提了。提到肉，真是糟透了。