摘要
组合材料芯片技术是材料研究的一种全新方法，能够高效、快速地筛选、优化新材料．按照组合材料芯片技术筛选结果，具有良好力学和耐蚀性能的Zn—Al合金中Al含量应控制在50％～75％，其中Al含量为72．6％时性能最佳．选择纯锌、55Al-Zn和72Al-Zn三种组分进行热浸镀和耐蚀性比较及机理研究．结果表明，72Al-Zn合金的耐蚀性稍优于55Al-Zn，都明显优于纯锌．这与组合材料芯片技术筛选结果一致，表明该组合材料芯片技术在优选Zn—Al耐蚀合金镀层组分方面是可靠的．
Combinatorial material chip approach is innovation in materials research. It can discover and optimize new materials efficiently and quickly. Combinatorial material chip approach suggests that Al content should be controlled in the range of 50% - 75% for Zn-Al hot-dip coatings with good mechanical properties and anticorrosion behavior. Especially, 72. 6Al-Zn has excellent properties. Corrosion behaviors of hot-dip Zn, 55Al-Zn and 72Al-Zn coatings were compared and the corrosion mechanisms were studied. The results show that the anticorrosion property of 72Al-Zn coating is slightly better than 55Al-Zn coating, and both are much better than Zn coating. It indicates that combinatorial material chip approach can be applied for the composition optimization of anticorrosion Zn-Al hot-dip coatings.
出处
《上海大学学报（自然科学版）》
CAS
CSCD
北大核心
2008年第5期492-497,共6页
Journal of Shanghai University:Natural Science Edition
基金
上海市科委重大科技攻关资助项目(055211005)
关键词
组合材料芯片技术
热浸镀锌
耐蚀性
combinatorial material chip approach
hot-dip coatings
anticorrosion behavior
