Yin / Lima / Henson / San Diego / Waterloo / Thus Na / /
Company
Academic Press / Belov N. V. / Supergen / Dupont / VF / Knight / GM / Kao / /
Country
United States / Canada / United Kingdom / /
Currency
pence / / /
Facility
University of Bath / University of Waterloo / /
IndustryTerm
anti-site / higher energy density / low activation energy / involved activation energy / Energy profiles / chemical formula / large-scale storage devices / experimental activation energy values / ion site / renewable energy sources / distinct activation energy / energy storage devices / charge carrier / energy density / alkali metal / proposed polyanionic transition metal phosphates / vacancy formation energy / energy / low activation energy pathway / potential energy / crystalline systems / migration activation energy / energy sector / lowest-energy path / lowest migration energy / transition metal / chemical diffusion coefficient / activation energy / space / /
OperatingSystem
L3 / /
Organization
University of Bath / Bath / University of Waterloo / Department of Chemistry / American Chemical Society / /
Person
Van Der Ven / Li Li / Ai / Rajesh Tripathi / † Grahame / Linda F. Nazar / Gale / Driscoll / /
Position
D. J. / Walker / Na-ion conductor / AUTHOR / excellent ionic conductor / conductor / lithium-ion conductor / Chair / Fisher / lithium ion conductor / sodium ion conductor / /
ProvinceOrState
New Jersey / South Carolina / S. K. / California / Ontario / /
ARTICLE pubs.acs.org/cm Alkali-ion Conduction Paths in LiFeSO4F and NaFeSO4F Tavorite-Type Cathode Materials Rajesh Tripathi,† Grahame R. Gardiner,‡ M. Saiful Islam,*,‡ and Linda F. Nazar*,†