HIGHLIGHTS
SUMMARY
To observe the effect of hydrogen on dislocation behavior, the samples were electrochemically charged with hydrogen. The aim of this paper is to study the effect of the initial microstructure of a sample, subjected to a stress-relaxation test, on the mobility of dislocations and the formation of dislocation structures in pure and H-charged Fe. On cold-rolled samples show that, of the volume hydrogen of the hydrogen-charged sample annealed at 900 ◦ C, 1243·b3, is higher than Veff of the 3 (b is the the hydrogen-charged annealed at 900 °C . . .
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