Abstract
The glass formation region was determined in the quaternary system AgIAg 2OB 2O 3MoO 3. The total electrical conductivity and its dependence on composition was studied. The total conductivity increased with an increase in AgI content. The variation of conductivity on mixing two glass-forming oxides B 2O 3 and MoO 3 was investigated for the boromolybdate glasses. The electronic conductivity was measured by Wagner's polarization method and the transport number of silver ions was found to be 0.999 and larger. The glass transition temperature T g and its dependence on composition were discussed.
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