Thermal analysis determination of AIIBVI SOLID SOLUBILITY AI2BVI

Phase equilibria in the Cu2S–ZnS–SnS2 system

“…The phase diagram of Cu 2 S-ZnS system and its mutual solubility were studied in [5][6][7][8][9]. According to [5][6][7][8] this system belongs to the fourth type in Rozeboom's classification (peritectic coordinates are 36 mol% ZnS, 1458 K) with limited solubility in the solid state (Fig.…”

“…According to [5][6][7][8] this system belongs to the fourth type in Rozeboom's classification (peritectic coordinates are 36 mol% ZnS, 1458 K) with limited solubility in the solid state (Fig. 1).…”

Phase diagrams of the Cu1.95(Ag2)Te–ZnTe(CdTe) quasibinary systems and liquidus surfaces of the Cu1.95(Ag2)Te–ZnTe–CdTe quasiternary systems

“…1 Phase diagram of the quasibinary system Cu 1.95 Te-ZnTe. temperature, and decreases sharply with decreasing temperature (the solid solubility is 10 mol.% ZnTe at 700°C) [5]. The solid solution with face-centered cubic structure based on the high-temperature modification β-Cu 2-x Te transforms at 527 °C according to a eutectoid reaction into a solid solution with hexagonal structure based on β III -Cu 2-x Te.…”

“…Cadmium, copper and silver tellurides were synthesized from high-purity elements containing more than 99.999 at.% of Cd, Cu, Ag and Te, respectively, by alloying in evacuated quartz ampoules. An individual synthesis technique was used for each telluride [1,2]. The samples were held for 10-20 hours at a temperature 50 °C higher than the melting point and were then slowly cooled to room temperature.…”

Phase equilibria in the quasi-ternary system Cu2Se–CdSe–In2Se3

“…In [6], it was established that the diagram of the Cu 1.9 Se-CdSe system belongs to the simple eutectic type with limited solubility of the components in the solid state (Fig. 1).…”