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Changes in the structure of the rapidly solidified body-centered-cubic (bcc) solid-solution phase in Ti­Cr alloy were investigated in order to determine whether or not the unique heat-induced amorphization (i.e., SV) actually occurs. Annealing-induced amorphization of the single solidsolution phase was not observed during either ex situ isothermal annealing at 873K or in situ annealing experiments in HVEM. The previously reported SV may not correspond to the formation of an amorphous phase but could actually be due to the formation of a finely grained polycrystalline structure during the decomposition of the bcc solid-solution phase. [doi:10.2320/matertrans.MD201306]

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<i>In Situ</i> TEM Observation of Structural Changes in Rapidly Solidified bcc Solid-Solution Phase in Ti&ndash;Cr Alloy Focusing on Spontaneous Vitrification (SV)

In Situ TEM Observation of Structural Changes in Rapidly Solidified bcc Solid-Solution Phase in Ti–Cr Alloy Focusing on Spontaneous Vitrification (SV)