Abstract
The binary system Ti-V is a paradigm for the technically important class of Ti {beta} alloys. In the past, it received attention as a candidate for transient ordering. We elucidate the nature of structural transformations by combining transmission electron microscopy (TEM) and a high-energy x-ray diffraction technique. The latter allows to study precipitation processes time resolved and in situ, while TEM is a powerful tool to identify individual phases. In addition to {alpha}-Ti precipitation we observe the formation of TiC from minor carbon impurities. Additional diffraction peaks accompanying the {alpha}-Ti precipitation and hinting at the existence of a B2-type superstructure are shown to originate from the precipitates. No transient ordering was found.
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