在一个高磁场下面的 AZ61 镁合金的团结行为被学习。AZ61 合金的腐蚀性质被测量电气化学的极化在 3.5 mol/L NaCl 的一个答案调查。结果证明高磁场能精制微观结构和利益铝转移。alpha-Mg 的水晶与他们的 c 轴平行被导致到东方到磁场。腐蚀研究显示镁的不同水晶飞机有不同腐蚀性质。使钝化的电影在上一 -- 并且 b 飞机比在 c-plane.Aligned 上,结构影响 AZ61 的腐蚀性质有更高的腐蚀抵抗镁合金。
The solidification behaviors of AZ61 magnesium alloy under a high magnetic field were studied. The corrosion property of AZ61 alloy was investigated in a solution of 3.5 mol/L NaCI by measuring electrochemical p.olarization. The results show that the high magnetic field can refine microstructure and benefit aluminum transfer. The crystal of α-Mg is induced to orient with their c-axis parallel to the magnetic field. The corrosion studies indicate that different crystal plane of magnesium has different corrosion property. The passivating films on the α- and b-planes have higher corrosion resistance than that on the c-plane. Aligned structure affects the corrosion property of AZ61 magnesium alloy.