阳极的

The principle of the self-regulating effect is that different heat production of cathode and anode make two cores length in the arc different.

在另外的文献[5]中也认为阴、阳极的能量不相等，但认为阴极压降较大导致在阴极产生的能量比阳极的多。

The wettability of three kinds of molten electrolyte on carbon anode and NiFe2O4-based cermet inert anode were investigated.

测试了熔融状态下三种不同组分的电解质对碳阳极和自制的镍铁尖晶石基金属陶瓷惰性阳极的润湿性。

This paper describes an anode-out-electrolyzer-moulding and sintering process of 60kA side-mounted self-sintered anode for aluminium electrolyzer, analyses the technical feasibility and the economy of this process.

本文论述了60kA侧插自焙阳极铝电解槽阳极的槽外铸型和焙烧方法，分析了这种方法的技术可行性及其经济效果。

The following conclusions are obtained:(1) The photo-to-current properties of unsensitized ZnO nanorod array photoanodes are superior to that of the traditional ZnO nanocrystal photoanodes.

结果表明：(1)未敏化ZnO纳米棒阵列光阳极的光电转换性能优于以ZnO纳米粒子晶膜为光阳极时的光电转换性能。

It is advisable to decrease the humidifying level of anode gas when operating at high current density to avoid two-phase flow in cathode so as to improve mass transfer.

故PEMFC在小电流密度工作时，应该使阳极气体充分增湿；而在大电流密度工作时，应该适当降低阳极的增湿程度以降低阴极两相流的机会，从而改善阴极的传质状况。

A comprehensive analysis is made of the qualities of pre roasted anodes for aluminium electrolysis in China.

对目前中国铝电解预焙阳极的质量现状进行了综合分析，指出了存在的主要问题，并对阳极改进的途径提出了建议。

On the basis of the proposed degradation mechanism, a general method for the improvement of Ti based anodes was proposed.

结果表明，在含有机物的溶液中阳极的失效机制发生了变化；SnO〓的加入可以提高阳极在此有机溶液中的电解寿命。

The relationship between the microstructure and the electrochemical surface characteristics of the oxide anodes was explained.

了解成分和基体表面预处理对铱钽氧化物阳极形貌和精细结构的影响，揭示了铱钽氧化物阳极的微观结构和表面电化学特征之间的关系。

On the basis of dopping carbon anode by soaking, the preparation of dopping solvent by mechanical mixing method and their electrocatalytic results are studied.

在原有的浸渍法掺杂碳阳极的基础上，全面考察了机械混合法掺杂碳阳极的掺杂剂制备和掺杂效果，并将其与浸渍法掺杂进行了比较。

Results showes that the suitable quantity tin can not appeared crystal boundary, and RE phase segregation reduced the tendency of intergranuiar corrosion, current efficiency of anode increased recessive quantity tin appearat crystal boundary with Sn phase, and can not improve the performance of aluminum anode. aluminum alloy, saciiiicial anode, electrochemistry performance, microstructure, tin

本文分析锡含量不同的铝基牺牲阳极的金相结构和电化学性能，阐述合金元素锡对晶粒尺寸、第二相数量、主要第二相组成、电化学性能的影响及铝阳极组织与性能的关系，以及电流效率损失的原因。1实验1.1铝合金熔炼 1号、2号和3号铝合金分别为m一5Zn一0.05In—lMg一0.3RE、舢一5Zn—O.05In一0.1sn一1Mg一0.3RE和m一5Z

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。