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Preparation and Corrosion Resistance Mechanism of Magnesium-Lithium Alloy Micro-arc Oxidation/Quaternary LDHs@GO Self-healing Composite Film
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作者 Zhenzhen Tian Rongqian Wu +7 位作者 Fubing Yu Yan Zhou Wenhui Yao Yuan Yuan Zhihui Xie Yanlong Ma Atrens Andrej Liang Wu 《Acta Metallurgica Sinica(English Letters)》 2025年第9期1545-1558,共14页
Micro-arc oxidation(MAO)flm can only provide common mechanical protection for magnesium(Mg)–lithium(Li)alloys.These alloys are susceptible to severe localized corrosion,if the MAO flm is disrupted.This work reports t... Micro-arc oxidation(MAO)flm can only provide common mechanical protection for magnesium(Mg)–lithium(Li)alloys.These alloys are susceptible to severe localized corrosion,if the MAO flm is disrupted.This work reports the successful hydrothermal preparation of a MgLiAlCe-LDHs@GO flm on a MAO-coated Mg–Li alloy following Ce confnement.The graphene oxide(GO)sheet increased the difusion path of the corrosive media,and the addition of rare-earth cerium ions(Ce^(3+))endowed the flm with a certain self-healing ability,which signifcantly improved the corrosion resistance of the flm,and the corrosion current density(icorr)reached 3.27×10^(−8)A cm^(−2).The synergistic action of GO and Ce^(3+)can achieve long-term corrosion protection for the substrate.The corrosion resistance mechanism of MgLiAlCe-LDHs@GO flm was discussed by the scanning vibration electrode technique(SVET). 展开更多
关键词 Micro-arc oxidation(MAO) Magnesium-lithium alloy quaternary layer doubled hydroxides(ldhs) Graphene oxide Corrosion mechanism
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