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Study of Electrochemical Inhomogeneity of Zinc in Zinc/Steel Couple during Galvanize Corrosion by Wire Beam Electrode

机译:钢丝电极镀锌腐蚀过程中锌/钢耦合锌电化学不均匀性研究

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The localized electrochemical characteristics of the anodic metal within a zinc/steel couple immersed in seawater was investigated using an Wire Beam Electrode(WBE) composed of 9 zinc wire sensors together with 112 mild steel ones. The results showed that potential and current density distributions of zinc wires were inhomogeneous;;main anodic area transferred from the zinc wires adjacent to steel wires to those farther away from zinc/steel interface gradually;;besides, some zinc wires behaved as secondary cathodes. This electrochemical inhomogeneity of zinc might mainly be ascribed to the dissimilar distance between zinc and mild steel wire sensors, and their surface electrochemical state as well.
机译:使用由9个锌电线传感器组成的线束电极(WBE)研究了浸入海水中的锌/钢耦合内的阳极金属的局部电化学特性。结果表明,锌线的电位和电流密度分布不​​均匀;主阳极区域从钢丝靠近钢丝的锌电线转移到逐渐远离锌/钢界面的那些;此外,一些锌线表现为二次阴极。锌的电化学不均匀性主要可归因于锌和温和钢丝传感器之间的异常距离,以及它们的表面电化学状态。

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