Interdiffusion was investigated at 1000 C in a quaternary Fe-Ni-Co-Cr system, which is an
essential constituent of many high-entropy alloys. The relative values of main and cross …

Interdiffusion was studied in FCC FeNiCoCrMn high entropy alloy (HEA) system with the
help of two quinary diffusion couples annealed at 1000° C for 100 hours. The terminal alloys …

The diffusion process in a multicomponent system can be formulated in a general form by
the generalized Maxwell− Stefan equations. This formulation is able to describe the diffusion …

The ability to weld aluminum and steel sheets depends strongly on the formation of
intermetallic phases; a process that is, in turn, controlled by the interdiffusion of iron and …

Interdiffusion coefficients are reported at various compositions in the β (BCC) phase of the Ti-
Al-Nb system using solid–solid diffusion couples assembled at three different temperatures …

A novel study of analysis interdiffusion in multicomponent alloys is investigated by means of
closed form solutions and numerical simulations. Quaternary as well as selected …

A ternary diffusion couple assembled with NiAl and RuAl disks and annealed at 1100° C
was examined by scanning electron microscopy and analyzed for concentration profiles by …

Most commercially available engineering materials contain three or more components. The
diffusion behavior in these materials is important since phenomena such as phase …

Interdiffusion coefficients within the β-phase region of the nickel–cobalt–chromium–
aluminum (Ni–Co–Cr–Al) quaternary system were estimated by square root diffusivity …

Both FeAl and NiAl with B2 crystal structure are envisaged for their usage in high
temperature applications and hence, availability of diffusion data in these intermetallics is …