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One of the important characteristics of solid-state phase transformations insteels is the choreography of atoms as they traverse the frontier between theparent and the product phases. Some transformations involve a chaotic motion ofatoms consistent with long-range diffusion, and hence are closer to equilibriumthan those that where a disciplined transfer occurs. Since the pattern of atomschanges during transformation, a disciplined motion of atoms necessarily leadsto a change in the shape of the transformed region, and like any deformation,such changes cause strains in the surrounding material. These displacivetransformations are therefore strain dominated, with the morphology, chemicalcomposition and thermodynamic framework sensitive to the strain energy due tothe shape change. Here we consider the published data that have beenaccumulated on the displacements associated with `bainite', a phasetransformation product in steels that forms the basis of the world's first bulknanocrystalline metal.

Data on Displacements caused by the Growth of Bainite in Steels