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Investigation of the initial stage of crevice corrosion on Al99.5 by electrochemical noise analysis

机译:通过电化学噪声分析研究Al99.5上缝隙腐蚀的初始阶段

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摘要

The electrochemical noise analysis (ENA) is a powerful tool to investigate the initial state of local corrosion processes as pitting corrosion or crevice corrosion on aluminium alloys. The focus of this work lays on Al99.5 (AA1050). In spite of the good corrosion protection and the very low passive current density the noise activity in the early state of corrosion can be very well observed. ENA was performed by using current noise measurement under potentiostatic control. The effect of chromate inhibitors on the noise activity of the initial state of corrosion on Al99.5 is surprisingly negligible. This phenomenon is discussed in this paper.
机译:电化学噪声分析(ENA)是研究铝合金局部腐蚀过程(如点蚀或缝隙腐蚀)初始状态的有力工具。这项工作的重点放在Al99.5(AA1050)上。尽管具有良好的腐蚀防护和非常低的无源电流密度,但仍可以很好地观察到腐蚀初期的噪声活动。通过在恒电位控制下使用电流噪声测量来执行ENA。铬酸盐抑制剂对Al99.5腐蚀初始状态的噪声活性的影响令人惊讶地忽略不计。本文讨论了这种现象。

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