Alloys of the system Bi-Te obtained by long-term thermal annealing of samples quenched from 1000 K were studied by differential thermal analysis, x-ray phase diffraction, and …
Abstract The Bi-Se system was studied by differential thermal analysis, powder X-ray diffraction, scanning electron microscopy, as well as by electromotive forces (EMF) …
The equilibrium concentration space of the Ag–In–Te system in the part AgInTe2–Te–In2Te3 was studied through the modified solid-state electromotive force (EMF) method by dividing …
A comprehensive study of solid-phase equilibria in the system Cu-Sb-S and thermodynamic properties of copper antimony sulfides was conducted by the powder x-ray diffraction …
To establish an accurate thermodynamic database of the Ag–Ni–Sn–S system, only a few experimental studies have been published. There is no published work with thermodynamic …
The equilibrium T− x space of the Ag-Ga-Te-AgBr system in the part Ag2Te-GaTe-Te-AgBr- Ag2Te below 600 K has been divided into separate phase regions using the electromotive …
The phase equilibria and division of the Ag2S–GaS–Ga2S3–FeS2–FeS–Ag2S region (A) of the Ag–Fe–Ga–S system below 600 K were established by the modified EMF method. The …
The equilibrium phase space of the Ag–In–Se system in the part AgInSe 2–InSe–Se below 500 K consists seven three-phase regions In 2 Se 3–AgIn 11 Se 17–Se (I), AgIn 11 Se 17 …
In this study the phase equilibria in the Tl2Te–Tl2Te3–TlTmTe2 compositions area of the Tl– Tm–Te ternary system were studied by powder X-ray diffraction (PXRD) analysis. Based on …