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Nanoparticles of hexagonal    ω    phase in bcc-Ti(Mo) single crystals (   β    phase) occur due to a diffusionless athermal    β    to    ω    transformation and they grow during follow-up ageing at elevated temperatures, while the alloying atoms (Mo in our case) are expelled from the nanoparticle volumes. We investigated the Mo content in growing    ω    nanoparticles by anomalous X-ray diffraction and demonstrate that the Mo expulsion from the    ω    phase is not full; a thin shell of a nanoparticles where the    β    to    ω    transformation is not complete still contains a considerable amount of Mo atoms.

Composition of ω-Phase Particles in Ti(Mo) Alloys Studied by Anomalous X-ray Diffraction