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Percolation transition in Ag-doped germanium chalcogenide glasses: Conductivity and silver diffusion rates
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Bychkov E, Tsegelnik V, Vlasov Y, Pradel A, Ribes M. Percolation transition in Ag-doped germanium chalcogenide glasses: conductivity and silver diffusion rates. J Non-Cryst Solids. 208:1996;1-20.
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A molecular dynamics study of the mixed alkali effect in silicate glasses
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Balasubramanian S, Rao KJ. A molecular dynamics study of the mixed alkali effect in silicate glasses. J Non-Cryst Solids. 181:1995;157-174.
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MD study of the mixed alkali effect in terms of the potential surface in the lithium-potassium metasilicate glass
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Habasaki J, Okada I, Hiwatari Y. MD study of the mixed alkali effect in terms of the potential surface in the lithium-potassium metasilicate glass. J Non-Cryst Solids. 208:1966;181-190.
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Montani RA. Influence of the spatial distribution of sites on the ion transport in glasses. Solid State Ionics. 89:1996;287-290.
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Montani, R.A.1
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A useful review of current models of ion transport.
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Kahnt H. Ionic transport in glasses. J Non-Cryst Solids. 203:1996;225-231 A useful review of current models of ion transport.
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Kahnt, H.1
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0040320352
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Ionic and electronic conductivity in oxide glasses and their applications
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B.V.R. Chowdari, M.A.K.L. Dissanayake, Careem M.A. World Scientific Publishing Co, Singapore, A useful review of glassy ionics with a convenient summary of the paired interstitial model also discussed in [16]
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Souquet JL, Jayasinghe GDLK. Ionic and electronic conductivity in oxide glasses and their applications. Chowdari BVR, Dissanayake MAKL, Careem MA. Solid State Ionics: New Developments. 1996;145-169 World Scientific Publishing Co, Singapore, A useful review of glassy ionics with a convenient summary of the paired interstitial model also discussed in [16].
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Souquet, J.L.1
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Elliott SR, Owens AP. Nuclear-spin relaxation in ionically conducting glasses: application of the diffusion-controlled relaxation model. Phys Rev B. 44:1991;47-59.
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The origins of neutron scattering prepeaks and conductivity enhancement in AgI-containing glasses
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Rousselot C, Malugani JP, Mercier RA, Tachez M, Chieux P, Pappin AJ, Ingram MD. The origins of neutron scattering prepeaks and conductivity enhancement in AgI-containing glasses. Solid State Ionics. 78:1995;211-221.
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21
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Correlation between free volume and ionic conductivity in fast ion conducting glasses
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This is the logical sequel to [20]. The mechanism of conductivity enhancement by salt doping is directly related to the expansion of the host glass.
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Svenson J, Börjesson L. Correlation between free volume and ionic conductivity in fast ion conducting glasses. Phys Rev Lett. 77:1996;3569-3572 This is the logical sequel to [20]. The mechanism of conductivity enhancement by salt doping is directly related to the expansion of the host glass.
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Investigations on silver iodide silver oxysalt glass ceramics
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This is one of several recent papers which departs from the accepted tradition that the preferred pathways for ion migration are tracked by iodide ions.
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Adams St, Hariharan K, Maier J. Investigations on silver iodide silver oxysalt glass ceramics. Solid State Ionics. 86-88:1996;503-509 This is one of several recent papers which departs from the accepted tradition that the preferred pathways for ion migration are tracked by iodide ions.
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Adams St1
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Preparation and characterization of α-AgI frozen in superionic glasses
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Minami T, Saito T, Tutsumisago M. Preparation and characterization of α-AgI frozen in superionic glasses. Solid State Ionics. 86-88:1996;415-470.
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Grincourt Y, Henault M, Duclot M, Souquet JL. Effect of hydrostatic pressure on the ionic conductivity of glassy silver metaphosphate. Phys Chem Glasses. 37:1996;236-238.
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Effects of pressure and pressure revitrification on the structure and properties of silver iodomolybdate glasses
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Pappin AJ, Ingram MD, Hutchinson JM, Chryssikos GD, Kamitsos EI. Effects of pressure and pressure revitrification on the structure and properties of silver iodomolybdate glasses. Phys Chem Glasses. 36:1995;164-171.
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Pappin, A.J.1
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27
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0030182142
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0.7 superionic glasses
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This is the first publication to show the influence of pressure on the dispersive 'power law' region of glass conductivity.
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0.7 superionic glasses. Solid State Ionics. 86-88:1996;425-430 This is the first publication to show the influence of pressure on the dispersive 'power law' region of glass conductivity.
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Fanggao, C.1
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28
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Are the low temperature-low frequency and high temperature-high frequency ac conductivity of glasses the same phenomenon?
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Hsieh CH, Jain H. Are the low temperature-low frequency and high temperature-high frequency ac conductivity of glasses the same phenomenon? J Non-Cryst Solids. 203:1996;293-299.
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Ion dynamics in structurally disordered materials: Effects of random Coulombic traps
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Knoedler D, Pendzig P, Dieterich W. Ion dynamics in structurally disordered materials: effects of random Coulombic traps. Solid State Ionics. 86-88:1996;29-39.
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Jump relaxation model and coupling model - A comparison
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Funke K. Jump relaxation model and coupling model - a comparison. J Non-Cryst Solids. 172-174:1994;1215-1221.
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A review of critical experimental facts in electrical relaxation and ionic diffusion in ionically conducting glasses and melts.
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A comprehensive review of mainly relaxational phenomena in glasses, with several current problems being identified.
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Ngai KL. A review of critical experimental facts in electrical relaxation and ionic diffusion in ionically conducting glasses and melts. J Non-Cryst Solids. 206:1996;232-245 A comprehensive review of mainly relaxational phenomena in glasses, with several current problems being identified.
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Ngai, K.L.1
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0001430963
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Use of the modulus formalism in the analysis of ac conductivity data for fast ion conductors
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Svare I, Borsa F, Torgeson DR, Martin SW, Patel H. Use of the modulus formalism in the analysis of ac conductivity data for fast ion conductors. J Non-Cryst Solids. 185:1995;297-300.
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0002312544
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Use of the modulus formalism in the analysis of ac conductivity data for ionic glasses
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Elliott SR. Use of the modulus formalism in the analysis of ac conductivity data for ionic glasses. J Non-Cryst Solids. 170:1994;97-100.
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0009182961
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Comparison of KWW and power law analyses of an ion-conducting glass
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Sidebottom DL, Green PF, Brow RK. Comparison of KWW and power law analyses of an ion-conducting glass. J Non-Cryst Solids. 183:1995;151-160.
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36
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0031099634
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Carrier concentrations and relaxation spectroscopy: New information from scaling properties of conductivity spectra in ionically conducting glasses
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Papers [35,36] are effectively the sequel to [34]. The shortcomings of the electric modulus formalism are further exposed, and the advantages of the double-logarithmic representation of conductivity spectra are emphasized.
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Roling B, Happe A, Funke K, Ingram MD. Carrier concentrations and relaxation spectroscopy: new information from scaling properties of conductivity spectra in ionically conducting glasses. Phys Rev Lett. 78:1997;2160-2163 Papers [35,36] are effectively the sequel to [34]. The shortcomings of the electric modulus formalism are further exposed, and the advantages of the double-logarithmic representation of conductivity spectra are emphasized.
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Roling, B.1
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0030182534
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Ionic and polaronic hopping in glass
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3 glass. The high frequency plateau and a superlinear (q > 1) dispersion region are identified.
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3 glass. The high frequency plateau and a superlinear (q > 1) dispersion region are identified.
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Cramer, C.1
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0001456207
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Sodium and silver environments and ion exchange processes in silver aluminosilicate glasses
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Houde-Walter SN, Inman JM, Dent AJ, Greaves GN. Sodium and silver environments and ion exchange processes in silver aluminosilicate glasses. J Phys Chem. 97:1993;9330-9336.
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Houde-Walter, S.N.1
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40
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0030562839
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Metal ion sites in oxide glasses: Relation to glass basicity and ion transport
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The two-site model for cations in glass is quantified in terms of optical basicities. This paper unites probe ion spectroscopy with direct spectroscopic measurements on inorganic glasses.
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Kamitsos EI, Chryssikos GD, Patsis AP, Duffy JA. Metal ion sites in oxide glasses: relation to glass basicity and ion transport. J Non-Cryst Solids. 196:1996;249-254 The two-site model for cations in glass is quantified in terms of optical basicities. This paper unites probe ion spectroscopy with direct spectroscopic measurements on inorganic glasses.
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J Non-Cryst Solids
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Kamitsos, E.I.1
Chryssikos, G.D.2
Patsis, A.P.3
Duffy, J.A.4
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Thin film rechargeable lithium batteries
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Bates JB, Dudney NJ, Lubben DC, Gruzalski GR, Kwak BS, Yu X, Zuhr RA. Thin film rechargeable lithium batteries. J Power Sources. 54:1995;58-62.
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Bates, J.B.1
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42
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0001499667
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Ionic conductivities and structure of lithium phosphorus oxynitride glasses
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Wang B, Kwak BS, Sales BC, Bates JB. Ionic conductivities and structure of lithium phosphorus oxynitride glasses. J Non-Cryst Solids. 183:1995;297-306.
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Wang, B.1
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46
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0030181608
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Variations in the salt-polymer electrolyte theme for flexible solid electrolytes
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This paper could help bridge the gap between superionic glasses, low-temperature molten salts, and polymer electrolytes.
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Angell CA, Xu Y, Zhang SS, Videa M. Variations in the salt-polymer electrolyte theme for flexible solid electrolytes. Solid State Ionics. 86-88:1996;17-28 This paper could help bridge the gap between superionic glasses, low-temperature molten salts, and polymer electrolytes.
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Angell, C.A.1
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0024907796
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Dielectric spectra of ion conducting oxide glasses to 2 GHz
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Burns A, Chryssikos GD, Tombari E, Cole RH, Risen WM. Dielectric spectra of ion conducting oxide glasses to 2 GHz. Phys Chem Glasses. 30:1989;264-270.
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Burns, A.1
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