Abstract
The formation and decomposition of Mn-N dipoles in extra low carbon steels have been investigated during ageing at several temperatures between 523 and 623 K by means of measurements of the electrical resistivity and its deviation from Matthiessen's rule (DMR). The amount of nitrogen atoms which contributed to the precipitation of nitride during ageing by the decomposition of quenched-in Mn-N dipoles, x, and the amount of single nitrogen atoms in solid solution which contributed to the precipitation, y, were calculated from the changes in the electrical resistivity and DMR during ageing
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