We present measurements and ab initio molecular dynamic simulations of interdiffusion in
aluminum-rich Al-Cu melts for concentrations up to 30 at.% copper. To obtain accurate data …

The relation of self-and interdiffusion in a liquid metal, particularly the influence of cross
correlations at low concentrations, is studied experimentally. Accurate interdiffusion data are …

Self-and inter-diffusion coefficients in liquid Ge and dilute Ge-based Ge–Si, Ge–Au, Ge–In,
Ge–Ce and Ge–Gd alloys-containing 2 at% additions, respectively, are measured using a …

Abstract Knowledge of diffusivity is a prerequisite for understanding many scientific and
technological disciplines. In this paper, firstly major experimental methods, which are …

A novel gravity-assisted automatic docking (GAAD) method is presented for the study of
interdiffusion processes in liquid Al–Cu melts. A novel GAAD device was designed to be …

When in situ techniques became available in recent years this led to a breakthrough in
accurately determining diffusion coefficients for liquid alloys. Here we discuss how neutron …

Interdiffusion coefficients are key parameters for the solidification process of liquid alloys.
However, the determination of interdiffusion coefficients in liquid metals at high temperatures …

An important tool to study dendritic growth in metallic alloys is the in-situ polychromatic X-
radiography. Since solutal interaction is a dominant factor influencing dendrite growth, the …

How does a quasicrystal grow? Despite the decades of research that have been dedicated
to this area of study, it remains one of the fundamental puzzles in the field of crystal growth …

Al–Cu melts were used to study interdiffusion under a transverse magnetic field (TMF) using
X-ray imaging. A novel gravity-assisted automatic docking device was used to create a long …