Hamilton / Didcot / L. A. / Yin / Waterloo / Oxford / /
Company
Mitsubishi / Argonne National Laboratory / Pnma / Ni and Co / Rutherford Appleton Laboratories / C2 / Pbcn / /
Country
Canada / United Kingdom / / /
Facility
University of Waterloo / Argonne National Laboratory / McMaster University / /
IndustryTerm
metal / negative chemical shifts / low activation energy / split site / monoclinic space / low frequency chemical shift / coordinate site / chemical oxidation / transition metal phosphate / transition metal olivines / chemical exchange / chemical reduction / bank / neutron banks / chemical shift range / low-symmetry octahedral lithium site / chemical reducing agent / The new site / chemical shift anisotropy / crystallographic site / zirconia milling media / transition metal center / negative chemical shift / high energy densities / software package / chemical exchange calculations / chemical methods / activation energy / space / lithium metal fluorophosphate / triclinic space / /
OperatingSystem
ISIS / Fermi / /
Organization
McMaster University / U.S. Department of Energy / University of Waterloo / office of Basic Energy Sciences / office of Science / Environmental Protection Agency / Department of Chemistry / /
Person
Gillian R. Goward / Marnix Wagemaker / Linda F. Nazar / /
Article pubs.acs.org/cm Structure and Electrochemistry of Two-Electron Redox Couples in Lithium Metal Fluorophosphates Based on the Tavorite Structure Brian L. Ellis,† T. N. Ramesh,† Linda J.M. Davis,‡ Gillian R. G