In this work, we investigate ternary diffusion behaviors in BCC Ti–rich Ti–V–Cr alloys at
1373 K and 1473 K using the diffusion couple technique. We extract the inter-diffusion …

In this work, ternary interdiffusivities in the bcc Ti–rich Ti–Cr–Mn alloys at 1273 K were
determined by using the combination of the diffusion couple technique and the Matano …

Diffusion behaviors in bcc Ti–V–Fe ternary alloys have been investigated at 1273 K and
1473 K by the diffusion couple technique. The composition-distance profiles have been …

In order to assist the design of bcc Ti–Ta and Ta–W alloys, the atomic mobilities of Ti, Ta and
W are studied critically with the DICTRA software (DIffusion Controlled TRAnsformation) …

The experimental diffusion coefficients of the Ti–Ni binary and Ti–Al–Ni ternary bcc phase
were critically evaluated to assess the diffusion mobilities by the DICTRA-type …

Based on the abundant experimental diffusion data and the thermodynamic parameters in
the literature, the atomic mobilities of bcc Ti-Zr and bcc Ti-Mo alloys are critically assessed …

Diffusion behavior in BCC Ti-Al-Nb ternary alloys was investigated at 1473 K by the
experimental solid-state diffusion couple technique. The extraction of inter-and impurity …

Diffusion coefficient is an important physical property to control the microstructure, thus the
establishment of atomic mobility databank for Ti-based alloy systems is vital to the design of …

The available experimental diffusion data of the bcc phase of the Ti-Sn binary alloys and Ti-
Al-Sn ternary alloys have been critically evaluated to assess the atomic mobility parameters …

In pursuit of a comprehensive exploration into the diffusion kinetics of bcc Ti–V–Mo alloys,
sixteen sets of diffusion couples were prepared within the bcc phase of Ti–V–Mo alloys …