There is little or no correlation between grain-boundary, or matrix, microstructures and …
Grain-boundary microchemistry, especially the copper content of grain-boundary precipitates (…

… ) and yir’ two-phase grain boundaries. We shall also address some fundamental issues
related to the width of the segregated zone at grain boundaries and the nature of the segregation …

… the grain boundary microchemistry. The presence of these precipitates in the boundary could
… ) flux from matrix to sinks, eg grain boundaries and dislocations. Therefore, there is a point …

… and charpy) and the grain boundary microchemistry studied by Auger electron … grain
boundaries in all material conditions. In addition, phosphorus was detected at the grain boundaries …

… The focuses of this study are on grain boundary microchemistry … Grain boundary microchemistry
of the alloys was analyzed … The AES analysis of grain boundary microchemistry requires …

… grain boundary … , grain-boundary microchemistry, and electrochemical properties. Key
words: Al−Zn−Mg−Cu alloy; stress corrosion cracking; Zn content; grain-boundary microchemistry …

… grain boundary microchemistry and microstructure of AA2050. The latter method was unique
on the basis that grain boundaries … changes at the grain boundaries, and subsequently to …

The grain boundary (GB) microchemistry and precipitation behaviour in high-strength Al-Zn-Mg-Cu
alloys has an important influence on their mechanical and electrochemical properties…

… Unexpectedly, grain boundary … grain boundary. Overall, it is proposed that the site-specific
susceptibility to stress corrosion cracking is governed by the grain boundary microchemistry, …

… often at grain boundaries where no high-symmetry relationship exists between the two grains.
… grain boundary phases, the grain boundary orientations and the measured values of J c. …