Abstract
Herein, we introduce a versatile facile strategy for producing double-nanophase intragranular-oxide-strengthened iron alloy. The manufacturing route includes liquid–liquid mixing and rapid combustion at a molecular level that results in a nanocrystalline microstructure with nanosized oxide particles homogeneously distributed in the grain interior. The particular double-nanophase microstructure with an average grain size of 178.5 nm and oxide particle size of 19.3 nm achieves a high ultimate compressive strength of 1.52 GPa and large strain-to-failure of 54 pct.
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