The work documented in this thesis follows the traditional order. In this chapter a general discussion of ionic conduction and of glassy materials are followed by a brief outline of the experimental techniques for the investigation of fast ionic conduction in glassy materials, including NMR and impedance spectroscopy techniques. A summary of the previous and present studies is presented in the last section of this introductory chapter. The details of the background theory and models are found in the Chapter II, followed by the description of the experimental details in Chapter III. Chapter IV of the thesis describes the experimental results and the analysis of the experimental observations followed by the conclusions in chapter V
Impedance spectroscopic studies on modified phospho-vanadate glasses containing SO42- ions have been...
Structure, ionic conductivity and mobile carrier density in fast ionic conducting chalcogenide glass...
A large number of AgI-based fast-ion-conducting glasses have been investigated by K-iodine extended ...
Connection between NMR and electrical conductivity in glassy chalcogenide fast ionic conductor
Two fully automated, temperature controlled, impedance spectroscopy workstations have been developed...
The alternating current (ac) frequency responses for several sulfide ionically conductive glasses we...
Fuel cells are clean and efficient electrochemical energy conversion devices which have garnered muc...
Impedance spectroscopy is a valuable tool for the analysis of the ionic conductivity of both solid a...
Ion dynamics in the highly conductive glassy fast ionic conductor, 0.7Li(2)S + 0.3B(2)S(3), were stu...
Abstract. We have used a hopping conduction model to calculate the frequency-dependent polarization ...
a First listed value is for low temperature; the second value is for high temperature. which of the ...
The coupling model was proposed to describe relaxations in complex correlated systems of which ionic...
The Li7 NMR spin-lattice relaxation and the electrical conductivity in the typical glassy fast-ion c...
The motion of mobile ions in glassy materials produces a dielectric response that is characteristica...
To examine the ionic migrations on atomic level in metal chalcogenide phonon glasses, <sup>63</sup>C...
Impedance spectroscopic studies on modified phospho-vanadate glasses containing SO42- ions have been...
Structure, ionic conductivity and mobile carrier density in fast ionic conducting chalcogenide glass...
A large number of AgI-based fast-ion-conducting glasses have been investigated by K-iodine extended ...
Connection between NMR and electrical conductivity in glassy chalcogenide fast ionic conductor
Two fully automated, temperature controlled, impedance spectroscopy workstations have been developed...
The alternating current (ac) frequency responses for several sulfide ionically conductive glasses we...
Fuel cells are clean and efficient electrochemical energy conversion devices which have garnered muc...
Impedance spectroscopy is a valuable tool for the analysis of the ionic conductivity of both solid a...
Ion dynamics in the highly conductive glassy fast ionic conductor, 0.7Li(2)S + 0.3B(2)S(3), were stu...
Abstract. We have used a hopping conduction model to calculate the frequency-dependent polarization ...
a First listed value is for low temperature; the second value is for high temperature. which of the ...
The coupling model was proposed to describe relaxations in complex correlated systems of which ionic...
The Li7 NMR spin-lattice relaxation and the electrical conductivity in the typical glassy fast-ion c...
The motion of mobile ions in glassy materials produces a dielectric response that is characteristica...
To examine the ionic migrations on atomic level in metal chalcogenide phonon glasses, <sup>63</sup>C...
Impedance spectroscopic studies on modified phospho-vanadate glasses containing SO42- ions have been...
Structure, ionic conductivity and mobile carrier density in fast ionic conducting chalcogenide glass...
A large number of AgI-based fast-ion-conducting glasses have been investigated by K-iodine extended ...