Ionic and polaronic hopping in glass

In this paper we present conductivity spectra of the ion conducting glasses B 2O 3 · 0.56Li 2O · 0.45LiBr and Ag 2S · GeS 2 and of the polaron conducting glass 0.2P 2O 5 · 0.8 (0.89V 2O 5 · 0.11V 2O 4), covering a frequency range of more than 13 decades. At frequencies below the onset of the vibrati...

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Published in:Solid state ionics Vol. 86; pp. 481 - 486
Main Authors: Cramer, C., Funke, K., Roling, B., Saatkamp, T., Wilmer, D., Ingram, M.D., Pradel, A., Ribes, M., Taillades, G.
Format: Journal Article Conference Proceeding
Language:English
Published: Amsterdam Elsevier B.V 1996
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Abstract In this paper we present conductivity spectra of the ion conducting glasses B 2O 3 · 0.56Li 2O · 0.45LiBr and Ag 2S · GeS 2 and of the polaron conducting glass 0.2P 2O 5 · 0.8 (0.89V 2O 5 · 0.11V 2O 4), covering a frequency range of more than 13 decades. At frequencies below the onset of the vibrational motion the spectra of both ion conducting glasses clearly differ from those of the polaronic glass. The dispersive conductivity of 0.2P 2O 5 · 0.8 (0.89V 2O 5 · 0.11V 2O 4) follows a simple power-law behavior, the exponent being smaller than one. In contrast, the conductivities of both ion conducting glasses show the existence of two power-law exponents; one is the Jonscher exponent, the other is larger than unity. The data are interpreted in terms of the ‘unified site relaxation model’.
AbstractList In this paper we present conductivity spectra of the ion conducting glasses B 2O 3 · 0.56Li 2O · 0.45LiBr and Ag 2S · GeS 2 and of the polaron conducting glass 0.2P 2O 5 · 0.8 (0.89V 2O 5 · 0.11V 2O 4), covering a frequency range of more than 13 decades. At frequencies below the onset of the vibrational motion the spectra of both ion conducting glasses clearly differ from those of the polaronic glass. The dispersive conductivity of 0.2P 2O 5 · 0.8 (0.89V 2O 5 · 0.11V 2O 4) follows a simple power-law behavior, the exponent being smaller than one. In contrast, the conductivities of both ion conducting glasses show the existence of two power-law exponents; one is the Jonscher exponent, the other is larger than unity. The data are interpreted in terms of the ‘unified site relaxation model’.
In this paper we present conductivity spectra of the ion conducting glasses B sub(2)O sub(3) multiplied by 0.56Li sub(2)O multiplied by 0.45LiBr and Ag sub(2)S multiplied by GeS sub(2) and of the polaron conducting glass 0.2P sub(2)O sub(5) multiplied by 0.8 (0.89V sub(2)O sub(5) multiplied by 0.11 V sub(2)O sub(4)), covering a frequency range of more than 13 decades. At frequencies below the onset of the vibrational motion the spectra of both ion conducting glasses clearly differ from those of the polaronic glass. The dispersive conductivity of 0.2P sub(2)O sub(5) multiplied by 0.8 (0.89V sub(2)O sub(5) multiplied by 0.11 V sub(2)O sub(4)) follows a simple power-law behavior, the exponent being smaller than one. In contrast, the conductivities of both ion conducting glasses show the existence of two power-law exponents; one is the Jonscher exponent, the other is larger than unity. The data are interpreted in terms of the lambda-bar unified site relaxation model lambda-bar .
Author Pradel, A.
Taillades, G.
Ribes, M.
Ingram, M.D.
Funke, K.
Roling, B.
Saatkamp, T.
Cramer, C.
Wilmer, D.
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Keywords Ionic hopping
Polaronic hopping
Ion conducting glasses
Coulomb potential
Frequency dependence
Inorganic compounds
Ionic conductivity
Glass
Hopping conductivity
Experimental study
Chalcogenide glasses
Borate glasses
Relaxation
Sulfides
Vanadates
Models
Power law
Polarons
Language English
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PublicationTitle Solid state ionics
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Elsevier Science
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References M.D. Ingram, K. Funke, A. Bunde, this issue.
Funke (BIB3) 1993; 22
Ngai, Strom (BIB7) 1988; B38
Cramer, Funke, Saatkamp, Wilmer, Ingram (BIB8) 1995; 50a
Funke, Kloidt, Wilmer, Carlile (BIB6) 1992; 53–56
Linsley, Owen, Hayatee (BIB10) 1970; 4
Durand, Taillades, Pradel, Ribes, Badot, Belhadj-Tahar (BIB9) 1994; 172–174
Bunde, Ingram, Maass (BIB4) 1994; 172–174
Hoppe, Kloidt, Funke (BIB5) 1991; 95
Funke (BIB2) 1991; 210
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Snippet In this paper we present conductivity spectra of the ion conducting glasses B 2O 3 · 0.56Li 2O · 0.45LiBr and Ag 2S · GeS 2 and of the polaron conducting glass...
In this paper we present conductivity spectra of the ion conducting glasses B sub(2)O sub(3) multiplied by 0.56Li sub(2)O multiplied by 0.45LiBr and Ag sub(2)S...
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SubjectTerms Condensed matter: structure, mechanical and thermal properties
Diffusion in solids
Exact sciences and technology
Ion conducting glasses
Ionic hopping
Physics
Polaronic hopping
Self-diffusion and ionic conduction in nonmetals
Transport properties of condensed matter (nonelectronic)
Title Ionic and polaronic hopping in glass
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