EIS STUDY OF ACTIVATION MECHANISM OF ZINC INALUMINUM ZINC ALLOY

机译：锌铝锌合金活化机理的EIS研究。

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electrochemical impendence spectroscopy (EIS) was applied to investigate the dissolutionbehavior of aluminum zinc alloy in 3% NaCl solution with different polarization potential. Traditionaldissolve sediment–dissolve again mechanism was replenished to research the role of zinc activealuminum. The result shows zinc enrichment phase makes alloy dissolve rapidly and uniformly.

机译：电化学阻抗谱（EIS）用于研究铝锌合金在3％NaCl溶液中具有不同极化电位的溶解行为。补充了传统的溶解沉积物-再次溶解的机制，以研究锌活性铝的作用。结果表明，富锌相使合金迅速而均匀地溶解。

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来源
《International Corrosion Congress: Abstracts》|2005年|1-7|共7页
会议地点 Beijing(CN)
作者
Xiaojun Hao; Yingchun Lei;
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作者单位

School of Materials Science and Engineering North University of China 3 Xueyuan Lu(Rd.) 030051 Taiyuan Shanxi China E-mail:haoxiaojun@163.com;

School of Chemical Science and Engineering North University of China Yinxin Beiyixiang Yinxin Jie (St.) 030008 Taiyuan Shanxi China;

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关键词
Zinc; Aluminum Zinc Alloy; EIS; Activation Mechanism; Zinc Enrichment Phase;

机译：锌;铝锌合金EIS；激活机制；锌富集阶段;

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EIS STUDY OF ACTIVATION MECHANISM OF ZINC INALUMINUM ZINC ALLOY

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