We address the methodology of a complex study of phase equilibria and thermodynamic
properties in ternary metal and semiconductor systems using the emf method. A focus is on …

The paper analyzes the works of the last decade on the study of ionic conductivity,
thermoelectric, photovoltaic, photocatalytic, optical, etc. properties of the argyrodite family …

Thermodynamic properties of bismuth chalcoiodides were determined experimentally by
means of the electromotive force method (EMF) measurements of the (−) Bi (solid)/ionic …

The temperature dependences of the conductivity and permittivity of the Ag8GeSe6
compound have been studied in direct and alternating electric fields. This phenomenon is …

The thermodynamic properties of the Ag8GeTe6 compound and Ag8GeTe6–x Se x solid
solutions are studied by means of EMF measurement of concentration cells with a solid Ag …

Complex copper-based chalcogenides are a significant environmental-friendly functional
material that has great application potential due to their interesting thermoelectric …

In connection with the contradictoriness of literature data, phase equilibria in the Ag–Sn–Se
system were restudied by differential thermal analysis and X-ray powder diffraction analysis …

Abstract The system Ag-Sn-Se in the region of Ag 2 Se-SnSe-Se composition is studied by
measuring EMF of cells with Ag 4 RbI 5 solid electrolyte in the temperature interval of 300 …

Compounds of the argyrodite family are valuable environmentally friendly functional
materials with mixed ion-electronic conductivity, thermoelectric, photovoltaic, optical, and …

This work is a continuation of our work on the thermodynamic study of synthetic analogues
of the mineral argyrodite. In this work, a calorimetric study of the phase transition of the …