热处理对Al-Mg-Ga-In-Sn合金微观结构和铝水反应的影响
杜邦登1, 刘军2, 王晓婉1, 汪伟1(
), 陈德敏1()
), 陈德敏1()
Effect of Heat Treatment on Microstructure and Al-water Reactivity of Al-Mg-Ga-In-Sn Alloys
DU Bangdeng1, LIU Jun2, WANG Xiaowan1, WANG Wei1(), CHEN Demin1()
), CHEN Demin1()
图7. Mg含量为3%的时效合金中Mg2Sn相以及MgGa和MgGa+MgIn相的表面形貌、表面电势和电势分布
Fig.7. SEM image (a), SKPFM image (b), a VPD profile (c) in Mg2Sn phase and SEM image (d), SKPFM image (e), VPD profiles (f) in MgGa and MgGa+MgIn phases in aged alloys with Mg content of 3%
