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Abstract
Ternary Fe-based liquid solutions containing nitrogen have been analyzed in terms of a first-order statistical model. The model enables interaction energies between the dissolved N-atoms and the matrix to be extracted from measured solubility data. Such interaction energies have been deduced from experimental thermodynamic data and shown to correlate well with the Allred-Rochow electronegativities of the atomic species in the ternary liquids.
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