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The structure and morphology of coarse-scale globular and smaller spheroidal particles in an isothermally aged Al-10Mg-0.5Ag (mass%) alloy have been charcterised by means of transmission electron microscopy. Coarse-scale globular and smaller spheroidal particles were commonly observed in an over-aged sample aged for 72 h at 240°C. The coarse-scale globular and smaller spheroidal particles were identified by electron microdiffraction to have the face-centered cubic structure of equilibrium β phase (Al 3 Mg 2 ) (lattice parameter a = 2.824nm). The orientation relationship between the β phase and α-Al matrix was such that: (100) β // (100) α and [001] β // [001] α . This orientation relationship differs from those reported previously for the β phase formed in binary Al-Mg alloys. The coarse-scale globular β particles had invariably internal faulted structures.

Identification of &beta; Phase Particles in an Isothermally Aged Al&ndash;10 mass%Mg&ndash;0.5 mass%Ag Alloy

Identification of β Phase Particles in an Isothermally Aged Al–10 mass%Mg–0.5 mass%Ag Alloy