In order to determine the diffusion coefficients for alloys accurately, high-quality
thermodynamic and kinetic databases are of essential prerequisites. Under the premise of …

Based on the available thermodynamic parameters and experimental diffusivities in the
literature as well as measured in the present work, the diffusion mobilities of Ni, Cr, and Mo …

Based on the available thermodynamic description and experimental diffusivities, the
diffusion mobilities of Ni, Cu and Mn for fcc Ni–Cu–Mn ternary alloys have been investigated …

This study is the most comprehensive test to date aiming at defining the optimal number of
fitting parameters for a reliable mathematical description of the diffusion behavior of a binary …

In this work, diffusion couples of fcc Cu–Cr–Ni alloys annealed at 1373 K for 80 h are
investigated. The interdiffusion coefficients are retrieved from common compositions of two …

Utilizing five groups of bulk diffusion couples together with electron probe microanalysis
technique, the composition-dependent ternary interdiffusion coefficients in fcc Cu–Ni–Sn …

As a contribution to establish a general Ni-based mobility database, the atomic mobilities in
fcc Ni-Cu-Ti alloys were explored in this work. Diffusion couples were annealed at 1273 K …

The atomic mobilities of the fcc Ni–Nb and Ni–Mo binary system have been assessed on the
basis of the available kinetic information and given as functions of temperatures and …

Totally 8 diffusion couples were prepared and the composition-dependent interdiffusion
coefficients in bcc V–Mn, V–Sn and V–Ni alloys were measured between 1323 and 1503 K …

In this paper, eight solid-state diffusion couples in fcc ternary Cu-Ni-Al alloys at 1073, 1173
and 1273 K were prepared, and the corresponding composition profiles were measured with …