IBM / John Wiley & Sons Ltd. / Hitachi / WILEY-VCH Verlag GmbH & Co. KGaA / M. Tarascon A. S. / V. Giordani S. A. / Canadian Natural / /
Country
United States / United Kingdom / /
Facility
McMaster University / Prof. L. F. Nazar University of Waterloo Waterloo / Wiley Online Library / US Pat Pub / /
IndustryTerm
carrier gas / sodium hypochlorite solution / alkaline media / clear solution / chemical oxidation / chemical precipitation route / metal oxides / lithium peroxide product / chemical formula / metal oxide / ruthenium nitrosyl nitrate solution / high activation energy / high theoretical gravimetric energy density / desired metal oxides / ether-based electrolyte systems / aqueous systems / low metal oxide loading / metal oxide catalysts / imaging / metal / high surface energy / decomposition products / precursor solution / aqueous precursor solution / reaction product / metal oxide electrocatalysts / metal-air batteries / electrolyte systems / energy densities / nonaqueous media / reaction site / noble metal / aqueous media / cell applications / chemical / discharge product / alkaline solution / oxidation product / metal-oxygen octahedra / energy storage system / /
Organization
McMaster University / African Union / L. F. Nazar University of Waterloo Waterloo / /
Person
R. McGuire Jr. / V. S. Bryantsev / V / M. C. Parent / V / Batteries Si Hyoung Oh / Linda F. Nazar / V. Chiloyan / /
www.advenergymat.de www.MaterialsViews.com FULL PAPER Oxide Catalysts for Rechargeable High-Capacity Li–O2