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Current Opinion in Solid State and Materials Science–177 Contents lists available at SciVerse ScienceDirect Current Opinion in Solid State and Materials Science journal homepage: www.elsevier.com/locate/
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Document Date: 2012-10-23 15:43:09


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City

Na / Waterloo / /

Company

Y. Review / Fe Co. / General Motors / De Jonghe LC / Freunberger SA / Ge / Mn Co / Dupont / Vanadium / Ó 2012 Elsevier Ltd. / /

Country

Japan / United States / Canada / /

Currency

pence / /

/

Facility

Tsukaba Plant / University of Waterloo / /

IndustryTerm

porous metal / sodium-ion energy storage batteries / potential sodium metal oxides / layered transition metal oxides / 3D network / portable electronic devices / cation systems / portable and stationary energy storage / chemical oxidation / Portable energy solutions / molten sodium technology / oxide product / renewable energy sources / chemical delithiation / high energy density / lithium metal / alkali metal ions / energy density / volumetric energy density / energy improvements / reaction products / energy generation / power electronics / portable electronics industry / transition metal oxide cathodes / solar generated electricity / portable electronics market / large-scale grid-applications / automotive applications / lithium metal oxides / metal oxide structures / sodium metal phosphate olivines / energy / intermittent energy / power applications / metal / namely higher energy density / alkali-metal secondary electrodes / electricity / energy gain / energy storage / potential metal phosphates / temperature sodium technologies / possible solution / tetrahedral site / medium and large-scale stationary energy storage / metal guests / high specific energy density rechargeable cells / energy storage applications / energy densities / lower activation energy / higher energy / communications electrochemical properties / battery technologies / metal chloride positive electrode / energy storage systems / intercalation systems / aqueous media / energy efficiency / Sodium metal dioxides / transition metal / metal compositions / sodium-based energy storage applications / increased energy demand / battery systems / capacity energy storage systems / sodium-ion technologies / electric smart car / activation energy / metal crystalline polymer electrolytes / steel / /

Organization

University of Waterloo / Department of Chemistry / Kyushu University / WRM / /

Person

Nazar L. High / Yang W. Electrochemical / Delmas C. Electrochemical / Fritz B. Origin / Linda F. Nazar / Dalton Trans / Linda F. Stabilizing / Brian L. Ellis / /

Position

Canada Research Chair / NAtrium Super Ion CONductor / ion conductor / Teller / sodium ion conductor / Corresponding author / Cao / Representative / /

ProvinceOrState

Mississippi / Ontario / /

PublishedMedium

Current Opinion / /

Technology

3-D / 177 technology / high-temperature sodium technologies / sodium-ion technologies / fuel cell / ion exchange / Li-ion technology / Zebra battery technologies / molten sodium technology / electrochemistry / /

URL

www.elsevier.com/locate/cossms / http /

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