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Physical chemistry / Chemical compounds / Inorganic solvents / Ions / Ionic liquid / Viscous liquid / Molten salt / Properties of water / Glass / Chemistry / Matter / Glass physics


Ionic Liquids in the Temperature Range 150–1500 K: Patterns and Problems AL
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Document Date: 2013-08-22 16:17:42


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STRONG O2 Si Ab / Arizona Abstract CO / Oak Ridge National Laboratory / John Wiley & Sons Inc. / /

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charge carrier concentration / fuel cell applications / favourable systems / glass-forming networks / alkali halide solutions / glass-forming solutions / metal dimers / salt systems / metal halide / chemical compounds / nuclear energy / crimson alkali metal / liberated metal / dense tetrahedral network / chemical scissoring / cohesive energy / energy / metal / chemical and electrical forms / carbon energy / chemical metallurgy / electrical energy / lower-melting systems / free alkali metal element / alkali metal nitrate / sodium metal / aqueous solutions / deep scarlet solution / energy level diagram / ionic liquid systems / crimson metal / binary solutions / activation energy / chemical reduction process / crimson alkali halide solutions / /

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the University of Pennsylvania / C. AUSTEN ANGELL MA TE RI Department of Chemistry and Biochemistry / Imperial College / Melbourne University / Arizona State University / University of Hobart in Tasmania / /

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Marcelle Gaune-Escard / John Bockris / Dieter Gruen / Kenneth R. Seddon / Mervyn Willis / Erich Heymann / Humphrey Davy / John W. Tomlinson / /

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Tasmania / Pennsylvania / /

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