In this work, combined with previous assessments of the Ag-Cu, Ag-Sn and Cu-Sn binary
systems, thermodynamic modeling of the Ag-Cu-Sn ternary system was performed using the …

Wafer-level solid liquid interdiffusion (SLID) bonding, also known as transient liquid-phase
bonding, is becoming an increasingly attractive method for industrial usage since it can …

Both experimental measurements and assessment of phase equilibria are reported in the
Cu–Ga–In material system, which is an important constituent in growth of the thin film …

In this paper, 3 fcc binary Ag-In and 3 fcc ternary Ag-Cu-In diffusion couples were firstly
prepared. Based on the measured composition-distance profiles, both the traditional Matano …

How to accurately predict thermodynamic data of highly irregular liquid mixtures, such as Ca-
Pb-Sb and Fe-C-Cr, is always an interesting but knotty problem no matter in the field of …

Abstract The Mg–Pt system is considered as a promising hydrogen storage material.
Surprisingly, its phase diagram is unknown hence application of this alloy very limited due to …

Experimental studies of the multicomponent systems are necessary in the development of
new materials which can be used in various industries. The literature review showed, that …

Surface tension influences the processing of molten metals including welding, soldering,
refining, and casting, but it is challenging to measure at high temperatures, and thus it is an …

Abstract The Ag–Cu–In thermodynamic material system is of interest for brazing alloys and
chalcopyrite thin-film photovoltaics. To advance these applications, Ag–Cu–In was assessed …

This work presents the results of electromotive force measurements, by coulometric titration
technique, for liquid and solid Mg-Pd alloys with concentrations up to 0.70 mole fraction of …