A room temperature conductivity maximum was recognized in the system AgI-Ag 2O.B 2O 3 at 78.8 mole.% AgI, the mobile species being silver ions. X-ray diffraction and DTA showed the glass-like nature of this material which maintains a good electrochemical performance in the temperature range 25-230deg. The discharge behaviour of solid state galvanic cells containing this material is close to that obtained from 4AgI:Ag 2WO
AbstractSamples of general formulae (AgI)4−2x(CdI2)xKI and (AgI)4−x(CuI)xKI, x=0–0.4, have been prep...
Thermoelectric power determinations allow one to obtain the thermodynamic properties of the ionic sp...
mV, calculated from ~G ~ the free energy of formation of silver iodide(s) from silver(s) and iodine(...
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...
Among the family of solid electrolytes obtained from AgI and Ag oxysalts, new materials exhibiting h...
Synthesis and characterization of new Ag+ ion conducting glassy systems: x[0.75AgI:0.25AgC1]: (1 – x...
In order to identify the dominant mechanism of ionic conduction, the electrical conductivity and ion...
Electrical measurements on the mixed ionic, electronic conductor Ag9GaS6, which undergoes a phase tr...
Superionic solid electrolyte Ag16I12P2O7 was prepared using solid state synthesis. The ionic conduct...
The silver ionic conductivity in heterogeneous systems of AgBr:Al2O3 and AgI:Al2O3 is highly enhance...
In order to identify the dominant mechanism of ionic conduction, the electrical conductivity and ion...
In this paper it is proposed that, as long as the glasses of the system Ag2O-B2O3-AgI are demixed on...
International audienceThe use of ion-conducting chalcogenide glass, a promising solid electrolyte, i...
A number of AgI based fast ion conducting glasses, with a general formula AgI---Ag2O---MxOy (MxOy=M...
AbstractSamples of general formulae (AgI)4−2x(CdI2)xKI and (AgI)4−x(CuI)xKI, x=0–0.4, have been prep...
Thermoelectric power determinations allow one to obtain the thermodynamic properties of the ionic sp...
mV, calculated from ~G ~ the free energy of formation of silver iodide(s) from silver(s) and iodine(...
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...
Among the family of solid electrolytes obtained from AgI and Ag oxysalts, new materials exhibiting h...
Synthesis and characterization of new Ag+ ion conducting glassy systems: x[0.75AgI:0.25AgC1]: (1 – x...
In order to identify the dominant mechanism of ionic conduction, the electrical conductivity and ion...
Electrical measurements on the mixed ionic, electronic conductor Ag9GaS6, which undergoes a phase tr...
Superionic solid electrolyte Ag16I12P2O7 was prepared using solid state synthesis. The ionic conduct...
The silver ionic conductivity in heterogeneous systems of AgBr:Al2O3 and AgI:Al2O3 is highly enhance...
In order to identify the dominant mechanism of ionic conduction, the electrical conductivity and ion...
In this paper it is proposed that, as long as the glasses of the system Ag2O-B2O3-AgI are demixed on...
International audienceThe use of ion-conducting chalcogenide glass, a promising solid electrolyte, i...
A number of AgI based fast ion conducting glasses, with a general formula AgI---Ag2O---MxOy (MxOy=M...
AbstractSamples of general formulae (AgI)4−2x(CdI2)xKI and (AgI)4−x(CuI)xKI, x=0–0.4, have been prep...
Thermoelectric power determinations allow one to obtain the thermodynamic properties of the ionic sp...
mV, calculated from ~G ~ the free energy of formation of silver iodide(s) from silver(s) and iodine(...
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