Search Results - "Farrington, G. C."

Li+/Na+β-Alumina: A Combined Single-Crystal Neutron and X-ray Diffraction Study by Edström, K., Gustafsson, T., Thomas, J. O., Farrington, G. C.

“…The crystal structure and ionic distribution in the conduction plane of the partially exchanged Na + \beta-alumina system Li 0.75 Na 0.47 Al 11 O 17.11 has…”
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Atomic force microscopy observations of pitting corrosion and inhibition on 7075-T651 aluminum alloy in hydrochloric acid solutions by Josefowicz, J.Y., DeLuccia, J.J., Agarwala, V.S., Farrington, G.C.

“…Atomic force microscopy, a unique surface imaging technique that enables the effects of an imposed environment on the substrate to be measured and assessed,…”
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Studies of the stability of poly(ethylene oxide) and PEO-based solid electrolytes using thermogravimetry-mass spectrometry by Jones, G. K, McGhie, A. R, Farrington, G. C

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Hydration of selected divalent .beta.''-aluminas by Rohrer, Gregory S, Thomas, J. O, Farrington, G. C

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A neutron diffraction study of Ni substituted LiMn2O4 by BERG, H, THOMAS, J. O, WEN LIU, FARRINGTON, G. C

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Structure of lithium-sodium β -alumina by powder neutron diffraction by TOFIELD, B. C, FARRINGTON, G. C

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Novel Protonic Conductive Silicates Produced by the Sol-Gel Method by Jones, S. M., Amran, A., Friberg, S. E., Katz, B., Farrington, G. C.

“…Materials which display ionic conductivity were produced by the sol-gel and microemulsion-gel methods. The charging and discharging characteristics were…”
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Defect formation in silver(I), lead(II), tin(II) and bismuth(III) .beta."-aluminas by Rohrer, G. S, Farrington, G. C

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Structure and properties of tin(II)-.beta.''-alumina by Rohrer, G. S, Thomas, J. O, Farrington, G. C

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Disorder in β-aluminas : dielectric relaxation and x-ray absorption by DENBOER, M. L, PAK, Y. S, ADAMIC, J. K, GREENBAUM, S. G, WINTERSGILL, M. C, LOMAX, J. F, FONTANELLA, J. J, DUNN, B, FARRINGTON, G. C

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Reaction between copper nitrate hydrate and methoxydimethyloctylsilane in methanol by HEENAN, D. M, FRIBERG, S. E, SJÖBLOM, J, FARRINGTON, G. C

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Molecular dynamics simulation of the temperature-dependent ionic conductivity in sodium(I)-.beta.''-alumina by Rohrer, Cathy Lane, Farrington, Gregory C

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Observation of intermediate CuCl species during the anodic dissolution of Cu using atomic force microscopy by JOSEFOWICZ, J. Y, XIE, L, FARRINGTON, G. C

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Fast Ionic Transport in Solids by Farrington, Gregory C., Briant, Jacqueline L.

“…The discovery of inorganic solids with ionic conductivities comparable to those of aqueous electrolytes has revolutionized solid-state electrochemistry. Sodium…”
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Tetraalkylammonium trifluoromethanesulfonates as supporting electrolytes by Rousseau, K, Farrington, G. C, Dolphin, D

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Lithium-Sodium Beta Alumina: First of a Family of Co-ionic Conductors? by Roth, Walter L., Farrington, Gregory C.

“…Lithium-sodium beta alumina having a lithium/sodium ratio greater than about 1 appears to be the first generally useful lithium superionic conductor that has…”
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Neutron diffraction study of Ni substituted LiMn sub(2)O sub(4) by Berg, H, Thomas, J O, Liu, W, Farrington, G C

“…X-ray and neutron powder diffraction studies have been made on phase-pure LiNi sub(x)Mn sub(2-x)O sub(4) (x identical with 0, 0.04, 0.18 and 0.33) substituted…”
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Ionic mobility in macromolecular electrolytes. The failure of Walden's rule by Mendolia, Michael S, Farrington, Gregory C

“…In macromolecular electrolytes, both in solid, entangled polymers and in liquid oligomeric systems, the ionic mobility appears to be determined primarily by…”
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Proton Transport in the β/β" -Aluminas by Frase, K G, Farrington, G C, Thomas, J O

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Li+/Na+β-alumina: a combined single-crystal neutron and X-ray diffraction study. Erratum by Edström, K., Gustafsson, T., Thomas, J. O., Farrington, G. C.

“…Lists of atomic coordinates, anisotropic displacement parameters and structure factors have been deposited with the IUCr (Reference: AB0365) for this article…”
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