Local chemical ordering (LCO) can exert pronounced effects on both structural and
functional properties, tailoring LCO domains at (sub-) nanoscale could offer an alternative …

The slowly cooled Fe-25 wt% Co alloys generally suffer from poor ductility due to the atomic
ordering. Combining DFT calculations and experiments, ordered L60-Fe3Co structure was …

Multicomponent alloys of the Fe-Mn-Co-Cr-Ni family with face-centered cubic (fcc) structure
exhibit many excellent properties. However, they usually show limited yield strength, which …

Chemical short-range order in disordered solid solutions often emerges with specific heat
treatments. Unlike thermally activated ordering, mechanically derived short-range order …

The brittleness of FeCo alloy is generally caused by the B2 ordering behaviors. Alloying
elements V, Nb, Ta, Mo and W were experimentally found to be effective in improving the …

Introducing dispersive and coherent nanoprecipitates by early-stage decomposition has
been recognized as a promising strategy to achieve super-functional properties, such as the …

Collective interstitial ordering is at the core of martensite formation in Fe–C-based alloys,
laying the foundation for high-strength steels. Even though this ordering has been studied …

The regulation of magnetic configuration through diverse morphologies to achieve a rapid
magnetic response has attracted considerable academic favor on account of the unique …

The alloy system Al-(Co)-Cr-Fe-Ni contains compositional ranges where a solid state BCC-
FCC phase transformation leads to dual-phase materials composed of face-centered cubic …

The distribution of Cr atoms in Fe 100-x Cr x alloys with x⩽ 25 within the first two
coordination shells, 1NN–2NN, around probe Fe 57 atoms was studied using Mössbauer …