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Age hardening of AI-Zn alloy after quenching develops inhomogene)usly due to the effect of surface as a vacancy sink and grain boundlry as a easy path. (1) It was found that, when age hardened AIlOmass%Zn alloy was annealed at high temperatures. the reversion ;tarted near the surface and delayed in the interior. (2) The fact vas explained also by the effect of the surface, but in this case as 1 source of vacancies. When AI-lOmass%Zn alloy was aged at 293K after quenching from 723K or higher. as in the previous experiment,(2) GP zones formed vere small and spherical, which was easily dissolved again on rever;ion. It is known that large ellipsoidal GP zones are formed in AI~n alloys more concen tra ted in Zn and aged af ter quench i ng from

Effects of Surface and Grain Boundary on the Reversion of Age-Hardened Al-10 mass%Zn Alloy