Physical properties of glasses in the Ag2GeS3-AgBr system
Physics of the Solid State, 2013•Springer
Glasses have been prepared by quenching melts in the Ag 2 GeS 3-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.
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.
Abstract
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.
Springer
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