High-temperature surface tension and viscosities for five bulk metallic glass-forming alloys
with widely different glass-forming abilities are measured. The measurements are carried …

The viscosity of a few Cu–In–Sn liquid alloys has been investigated by a number of
geometric (Muggianu, Kohler, Toop) and physical thermodynamic models (Kozlov …

The energetics of mixing in Al–Sn and Sn–Tl-segregating binary alloys has been explained
through the study of surface properties (surface concentrations and surface tension) and …

This review represents the state of the art in the thermophysical properties of liquid Ag–Sn
alloys highlighting the surface and wetting properties of Ag–Sn eutectic solder. It includes an …

The phase diagrams of the Ag–Zr and Cu–Zr systems exhibit the existence of different
intermetallic compounds in the solid state, and since the structure of a liquid alloy is in some …

Thermodynamic, transport and surface properties of liquid In–Pb alloys have been
investigated using the simple statistical model. The free energy of mixing, heat of mixing …

In–Cu is a weak interacting system (the excess free energy of mixing GMxs≈− 0.2 RT at
equiatomic composition) but the composition dependence of the thermodynamic properties …

A new expression for the surface tension (σ) of ternary liquid alloys has been developed in
terms of surface composition and similarity coefficients (ξij) which takes into account the …

The concentration‐dependent variation of the surface tension and viscosity of Sn–X (X= Ag,
Bi, In and Zn) liquid alloys has been theoretically investigated. The grand partition function …

The thermodynamic and surface properties of liquid Cu–Mg alloys have been investigated
using the complex formation model. The free energy and heat of mixing have been …