Among the family of solid electrolytes obtained from AgI and Ag oxysalts, new materials exhibiting high electric conductivity have been identified. The investigation is extended to the study of their behaviour at temperatures higher than 25degC. The product with the composition of 80 mol% AgI in the system AgI-Ag 2Cr 2O 7 performs well at 25degC; the product with the composition of 75 mol% AgI in the system AgI-Ag 2TeO 4 is the most promising at 60degC. Solid state electrolytic cells containing such materials have been discharged against various external load
International audienceA new solid state electrolyte in the system Li–P–S–O is reported with the comp...
Investigations on ion transport mechanism in the new Ag+ ion conducting quaternary solid electrolyt...
Synthesis and characterization of new Ag+ ion conducting glassy systems: x[0.75AgI:0.25AgC1]: (1 – x...
Two new silver solid electrolytes, having high ionic conductivity, have been found in the systems Ag...
Double salts, formed by the combination of silver iodide with tetraalkyl-ammonium iodide salts, have...
Solid oxide-ion electrolytes find application in oxygen sensors, oxygen pumps and in high-temperatur...
A room temperature conductivity maximum was recognized in the system AgI-Ag 2O.B 2O 3 at 78.8 mole.%...
Superionic solids an area of multidisciplinary research activity, incorporates to study the physical...
This is a Leicester Polytechnic dissertation.In this project, it has been demonstrated that cuprous ...
Thermoelectric power determinations carried out on the materials recently investigated as particular...
57-58Superionic materials in the system 30(Cu1-xAgxI)-46.66(Ag2O)-23.33(P2O5), where x = 0.05, 0.1,...
The project has dealt with the synthesis and characterisation of new materials for use in solid oxid...
Solid electrolyte systems are being extensively used as power sources in microelectronic circuits an...
As a result of electronic microscopy observations the amorphous nature of the high conductivity AgI-...
Superionic solid electrolyte Ag16I12P2O7 was prepared using solid state synthesis. The ionic conduct...
International audienceA new solid state electrolyte in the system Li–P–S–O is reported with the comp...
Investigations on ion transport mechanism in the new Ag+ ion conducting quaternary solid electrolyt...
Synthesis and characterization of new Ag+ ion conducting glassy systems: x[0.75AgI:0.25AgC1]: (1 – x...
Two new silver solid electrolytes, having high ionic conductivity, have been found in the systems Ag...
Double salts, formed by the combination of silver iodide with tetraalkyl-ammonium iodide salts, have...
Solid oxide-ion electrolytes find application in oxygen sensors, oxygen pumps and in high-temperatur...
A room temperature conductivity maximum was recognized in the system AgI-Ag 2O.B 2O 3 at 78.8 mole.%...
Superionic solids an area of multidisciplinary research activity, incorporates to study the physical...
This is a Leicester Polytechnic dissertation.In this project, it has been demonstrated that cuprous ...
Thermoelectric power determinations carried out on the materials recently investigated as particular...
57-58Superionic materials in the system 30(Cu1-xAgxI)-46.66(Ag2O)-23.33(P2O5), where x = 0.05, 0.1,...
The project has dealt with the synthesis and characterisation of new materials for use in solid oxid...
Solid electrolyte systems are being extensively used as power sources in microelectronic circuits an...
As a result of electronic microscopy observations the amorphous nature of the high conductivity AgI-...
Superionic solid electrolyte Ag16I12P2O7 was prepared using solid state synthesis. The ionic conduct...
International audienceA new solid state electrolyte in the system Li–P–S–O is reported with the comp...
Investigations on ion transport mechanism in the new Ag+ ion conducting quaternary solid electrolyt...
Synthesis and characterization of new Ag+ ion conducting glassy systems: x[0.75AgI:0.25AgC1]: (1 – x...