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Glass formation in AgI:Ag2O:V2O5 and AgI:Ag2O: (V2O5+B2O3) systems: Application to solid state battery
Rajiv Kaushik, Krishnaswamy Hariharan
Published in
1988
Volume: 28-30
   
Issue: PART 1
Pages: 732 - 735
Abstract
Transport properties of glasses in the system AgI:Ag2O:V2O5 and AgI:Ag2O: (V2O5+B2O3) have been investigated. It was found that, at high AgI concentrations, the addition of another glass former (B2O3) did not improve the conduction characteristics of the pure vanadate glasses, the best conducting composition of which had ambient temperature, ionic conductivity comparable to that of conventional liquid electrolytes. The highest conducting composition was used as an electrolyte in the study of silver solid state cells. The discharge characteristics of different cells fabricated with the glassy electrolyte, have been compared with those having the best conducting polycrystalline ompositions as electrolytes. © 1988 Elsevier Science Publishers B.V. (North-Holland Physics Publishing Division).
About the journal
JournalSolid State Ionics
ISSN01672738
Open AccessNo
Concepts (12)
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    ELECTRIC BATTERIES--MATERIALS
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    ELECTRIC MEASUREMENTS
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    ELECTROLYTES, SOLID--AMORPHOUS
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    OXIDES--TRANSPORT PROPERTIES
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    SILVER COMPOUNDS--ELECTRIC CONDUCTIVITY
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    Glass formation
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    GLASSY ELECTROLYTES
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    SILVER ION CONDUCTORS
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    SILVER SOLID STATE CELLS
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    SOLID STATE BATTERIES
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    VANADATE GLASSES
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    Glass