… Multielement solid solution alloys are intrinsically disordered on the atomic scale, and many
… from the local structural characteristics. The local structure of a NiCoCr solid solution alloy is …

… The local lattice distortion near a solute is caused by the … Introduction of solute atoms induces
a local stress field. Undersized … In a dilute alloy, the local stress field can induce barriers to …

… In summary, because of local chemical disorder (random elemental arrangement), SFE
values in CSAs exhibit distributions depending on the size of the stacking fault. We find the …

… solution high entropy alloys (HEAs) is a fundamental … -chemical solid solution model that
enables quantitative computation of the local chemical ordering or demixing in solid solution …

… As our results indicated that the local chemical environment and Mag are the key factors
affecting VFE, we subsequently focused on how these factors affect vacancy formation. …

… alloy composition and local chemistry. The size effect of solute atoms (Si, Co, Cu, Mn and
Pd) in nickel 7 has been investigated under He irradiation, and the results suggest that both …

… chemical complexity on the phase stability, electronic, transport, and mechanical properties
of this remarkable class of disordered solid solution alloys… species dependent local moments …

… These alloys are generally defined as solid solutions with multiple randomly … shows local
chemical orderings (LCOs), which is a manifest of the preference of atomic pairing in the alloy …

… to local departures from randomness within the solid solution. Such non-randomness is
often manifested via the formation of nanoscale clusters enriched in the specific atomic species …

… migration energy in Ni-Fe alloys on both overall alloy composition and local chemical
environments. The gradual increase in sluggishness of interstitial13 and vacancy41 migration with …