Abstract
A large glass-forming area has been identified in the AgIAgO 0.5TeO 2 system. Thermal properties have been determined as a function of AgI content. The ionic conductivity has been studied as a function of the Ag + concentration. In these TeO 2 glasses, infrared spectroscopy shows that a part only of Ag + ions contributes to the ionic conduction as in the AgIAg 2OM x O y glasses, where M x O y represents B 2O 3 or P 2O 5.
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