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, 刘军, 王晓婉, 汪伟, 陈德敏

Effect of Heat Treatment on Microstructure and Al-water Reactivity of Al-Mg-Ga-In-Sn Alloys
DU Bangdeng, LIU Jun, WANG Xiaowan, WANG Wei, CHEN Demin
表1 热处理态Al?Mg?Ga?In?Sn合金铝晶粒和晶界相的成分
Table 1 Compositions of Al grains and grain boundary phases of heat treated Al-Mg-Ga-In-Sn alloys

Sample

/mass fraction

SpectrumPhaseElement/atom fraction, %
MgAlGaInSn
2 %, solutionG11.8996.531.58--
GB266.342.201.11-30.34
GB314.3069.9414.361.40-
GB429.9235.415.2929.39-
GB534.0926.5619.0020.34-
3%, solutionG63.0995.521.39--
GB762.407.19--30.41
GB841.6918.068.0132.24-
GB935.0635.0228.401.51-
GB1038.3927.3322.8011.48-
4%, solutionG114.2294.711.07--
GB1266.291.051.08-31.58
GB1319.5954.4120.455.55-
GB1433.5327.0220.0819.37-
5%, solutionG155.1093.950.95--
GB1649.8627.85--22.29
GB1758.577.5920.3313.52-
GB1838.7021.7719.7419.78-
GB1927.9949.5722.44--
GB2036.8623.756.7332.66-
3%, agingG213.1195.501.39--
GB2244.3332.340.95-22.39
GB2325.9449.4218.725.93-
GB2425.2247.412.8624.52-
GB2536.2421.2928.2714.20-
4%, agingG264.2294.621.16--
GB2741.5230.780.98-26.72
GB2835.0635.0228.401.51-
GB2927.5744.6710.8316.93-
GB3035.3226.5420.5717.58-