Frequency and Temperature Dependence of Conductivity Studies of New Silver-Calcia-Borate Glass System
Abstract
Present paper deals with frequency and temperature dependence of conductivity studies of a new 0.7[0.75AgI:0.25AgCl]:0.3[Ag2O:{B2O3:CaO}] Silver-Calcia-Borate glass system. The optimum conducting composition (x = 0.7) were synthesized by two different routes (i) by melt quench method and (ii) by annealing the sample at 900 °C. Temperature dependence of conductivity has been reported for both quenched and annealed systems. Thermal heating and cooling cycles of these systems were done for the optimum conducing composition. Frequency dependence of conductivity on OCC of quenched system at different temperatures has also been reported.
- Publication:
-
Solid State Physics
- Pub Date:
- July 2011
- DOI:
- 10.1063/1.3605963
- Bibcode:
- 2011AIPC.1349..523K
- Keywords:
-
- glass;
- annealing;
- quenching (thermal);
- electrochemical analysis;
- 72.80.Ng;
- 81.40.Ef;
- 78.55.Qr;
- 82.45.Aa;
- Disordered solids;
- Cold working work hardening;
- annealing post-deformation annealing quenching tempering recovery and crystallization;
- Amorphous materials;
- glasses and other disordered solids;
- Electrochemical synthesis