GRAIN BOUNDARY RELAXATION IN SOLID SOLUTIONS AND INTERNALLY OXIDIZED ALLOYS

G.M. ASHMARIN
M.Y. GOLUBEV
A.I. ZHIKHAREV
Y.A. SHVEDOV

DOI

10.1051/jphyscol:1987860

Publisher

EDP Sciences

Abstract

Grain boundary relaxation of iron based solid solutions shows stronger dependence on grain size than for the pure metal. Insoluble particles in grain boundaries of copper suppress grain boundary relaxation and decrease the peak temperature with the decrease of the interparticle distance. When the last is less than 0.5 µ the peak disappears

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GRAIN BOUNDARY RELAXATION IN SOLID SOLUTIONS AND INTERNALLY OXIDIZED ALLOYS

Abstract

Extracted data

GRAIN BOUNDARY RELAXATION IN SOLID SOLUTIONS AND INTERNALLY OXIDIZED ALLOYS

Abstract

Extracted data

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