Electrochemical aspects of steel corrosion in sea water

J. Sefaja, J. Malina
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引用次数: 5

Abstract

Electrochemical determinations of the corrosion parameters of construction steel DIN St 12 and an experimental alloy (2.8 wt.% Cr) were made in synthetic sea water under defined hydrodynamic conditions. The direct method of measuring polarization resistance was used as well as voltammetric and comparative analytical methods.

Experimental results clearly indicated an influence of oxygen on the kinetics of the corrosion process, which could be seen as a change of the control mechanism as the oxygen concentration was varied.

It was shown that the alloying element chromium has a beneficial influence on the corrosion characteristics of the reference steel.

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钢在海水中腐蚀的电化学方面
在规定的水动力条件下,用电化学方法测定了建筑用钢dinst12和一种实验合金(2.8 wt.% Cr)在合成海水中的腐蚀参数。采用直接测量极化电阻的方法以及伏安法和比较分析法。实验结果清楚地表明,氧对腐蚀过程的动力学有影响,这可以看作是随着氧浓度的变化而改变了控制机制。结果表明,合金元素铬对参考钢的腐蚀特性有有益的影响。
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