Abstract
The kinetics of interatomic correlations in low-concentration Ni-Mo (8–18 at. % Mo) alloys is studied on the basis of the data on residual-resistivity measurements upon isothermal and isochronous annealings, as well as using x-ray diffuse scattering. The atomic ordering kinetics studied at low temperatures (∼373 K) suggests the coexistence of clusters of various ordered structures, which transform in a complex fashion depending on the fixed short-range order structure in various temperature ranges. For example, spinodal ordering of N2M2-, N3M-, and N4M-type structures is observed in low-concentration Ni-Mo alloys.
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