Abstract
An austenitic stainless steel was simultaneously irradiated with a triple beam of nickel, helium and hydrogen ions in the temperature range 573–673 K. Microstructural evolution in the specimen was observed from the cross-sectional direction normal to the incident surface using a transmission electron microscope. Synergistic effects of displacement damage, hydrogen and helium were characterized by decreasing the number density of dislocation loops in this temperature range.
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