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The microstructural evolution and corrosion behaviour of three kinds of Mg alloy containing AlTiB (α, α + , ) were investigated. The result showed that changing Li content can transform the matrix of Mg alloy from α-Mg to -Li. Except for -Li, the microstructural morphology of α-Mg is refined by TiB 2 , In the study of corrosion behaviour, a structure of multiple layers is formed on corrosion surfaces, and the α +  alloy has a poor corrosion resistance which results from a mechanism of the dynamic galvanic couple between α-Mg and -Li. However, the -Li alloy with high Li content has relatively good corrosion resistance.

Corrosion behaviour induced by crystal structure transformation of Mg alloy with AlTiB