Die Chemie und Physik der Grenzflächen und Kolloide gehört klassisch in das Gebiet der
Festkörperphysik einerseits und der Thermodynamik andererseits. Erst seit Ende der 1990er …

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 temperature and concentration dependences of viscosity for the liquid alloys of Co 100-
x Si x (0≤ x≤ 54 at.%) and Co 75 Si 25-y B y (0≤ y≤ 25 at.%) systems are experimentally …

Abstract Cu-Cr-Zr alloys are widely used as medium-strength and high-conductivity copper
alloys in aerospace, transportation and electronic information fields. The application of …

In this work, viscosities of ternary Au–Ag–Cu and Al–Cu–Si liquid alloys have been
calculated as a function of gold, aluminium and copper compositions for the sections Au–Ag …

In this paper the temperature dependences (from liquidus temperature to 1200° C) of the
kinematic viscosity for the liquid aluminum and the Al–Ni alloys with a nickel concentration of …

We demonstrate the atomic-level structural properties of liquid Cu-In alloy as a function of In
concentration using Square-Well (SW) model potential function under random phase …

Currently, no reliable model estimating the viscosity of liquid alloys with associates (s) is
available in the literature. Here, a new model is developed to estimate the viscosity of …

Measuring the viscosity of liquid Cu 85 In 11 Sn 4, Cu 80 In 15 Sn 5, Cu 75 In 15 Sn 10, Cu
55 In 7 Sn 38, Cu 33 In 50 Sn 17, and Cu 26 In 55 Sn 19 alloys has been performed using …

A literature overview of Cu-Ga-In system shows that the information about the liquid phase of
this system does not exist. Therefore, using MHTC 96 Setaram high temperature drop …