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Anodic Behavior of Zn-Al-Be Alloys in NaCl Solution and the Influence of Be on Structure

Anodic Behavior of Zn-Al-Be Alloys in NaCl Solution and the Influence of Be on Structure
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摘要 Potentiodynamic results of anodic behavior of Zn5Al and Zn55Al alloys, alloyed with Beryllium in the ambience of NaCl electrolyte and their microstructures are studied. They showed that a small addition of Beryllium (0.005 - 0.05 wt%) improves the corrosion resistance of Zn5Al and Zn55Al original alloys to 2 - 3 times by changing grains shape to spherical and changing sizes to small grains. The proposed composition of Zinc-Aluminum alloy, which contains of Beryllium, can be used as anodic coatings to protect steel products and constructions against corrosion. Potentiodynamic results of anodic behavior of Zn5Al and Zn55Al alloys, alloyed with Beryllium in the ambience of NaCl electrolyte and their microstructures are studied. They showed that a small addition of Beryllium (0.005 - 0.05 wt%) improves the corrosion resistance of Zn5Al and Zn55Al original alloys to 2 - 3 times by changing grains shape to spherical and changing sizes to small grains. The proposed composition of Zinc-Aluminum alloy, which contains of Beryllium, can be used as anodic coatings to protect steel products and constructions against corrosion.
出处 《Journal of Surface Engineered Materials and Advanced Technology》 2012年第2期127-131,共5页 表面工程材料与先进技术期刊(英文)
关键词 Zn5Al Zn55Al BERYLLIUM NACL Solution Corrosion RESISTANT Zn5Al Zn55Al Beryllium NaCl Solution Corrosion Resistant
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