Glasses have been prepared by quenching melts in the Ag₂GeS₃-AgBr system in a range of 0–53 mol % AgBr. The concentration dependences of density, microhardness, glass transition temperatures, and crystallization of alloys have been established. The conductivity of glasses has been investigated by the dc probe method in a range of 240–420 K. The models of the drift motion of silver and halogen ions have been proposed.

The dependence of EMF ( E) of Ag|AgI|glass Ag2|GeS3| D galvanic cells on temperature is studied in the range of 555–595 K (Ag, D are electrodes of galvanic cells, Dare equilibrium three-phase alloys...

Triangulation of the Ag–S–Br system in the Ag–S–AgBr section is carried out using the methods of physico-chemical analysis. The temperature dependence of EMF of the electrochemical cell of C|Ag|Ag3GeS

We have studied the formation of crystalline and glassy alloys in the Ag3GeS3Br-GeS2 system (0–52 mol % GeS2; Ag3GeS3Br is a glass-forming phase of variable composition) and determined the...