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

The results of a thermodynamic study of the Tl 2 Te–Tl 2 Te 3–TlGdTe 2 system by the
electromotive force (EMF) method in the temperature range 300–450 K were presented. The …

Abstract The Cu 2 Se–Cu 3 AsSe 4–Se system has been studied using differential thermal
analysis, X-ray diffraction, and emf measurements on concentration cells using Cu 4 RbCl 3 …

The work presents the results of a thermodynamic study of the Er-Te system by the method
of electromotive forces (EMF) in the temperature range of 300-450 K. From the EMF …

The thermodynamic properties of a Bi–Se system are studied within 50–65 at% Se at 300–
450 K using electromotive force measurements. The relative partial molar functions of …

The thermal annealing of As 40 Se 60 glass and its optical properties were studied and
compared with other chalcogenide glasses. It is found that the infrared transmittance of As …

Solid-phase equilibria in the Tm–Te system and the thermodynamic properties of thulium
tellurides are studied via electromotive force (EMF) method and X-ray phase analysis …

The results of the study of the PbSe—AgSbSe 2 system by measuring the emf of
concentration chains with respect to PbSe in a temperature range of 300–450 K are …

The thermodynamic properties of the Bi-Te system were studied in the 55–65 at% Te
compositions interval and temperatures 300–450 K by using the electromotive forces …