energy barrier / higher energy density / larger-scale energy storage / specific energy / supersaturated polysulfide solution / end products / renewable energy sources / high energy density / lithium metal / energy density / volumetric energy density / indispensable portable electronic devices / portable electronics / metal electrodes / metal surface / soluble sulfur cathode redox products / greater energy storage / high-energy batteries / chemical gradient / Theoretical energy densities / energy / lithium metal electrode / Energy storage basics / theoretical energy density / metal / volumetric and gravimetric energy density / high energy density storage / energy storage / generation systems / grid applications / Transmission x-ray microscopy imaging / metal anode / gravimetric energy density / energy densities / energy storage systems / solar energy / activation energy / lithium metal garnets / energy density boundaries / higher specific energy / /
Organization
Washington MRS / University of Waterloo / Royal Society of Chemistry / American Chemical Society / US Federal Reserve / /
Person
X.P. Ai / Hara Glass / S.L. Chen / Nat / W. Weng / V / Amine / Quan Pang / Linda F. Nazar / D. Herbert / D. Nole / V / R. Murugan / V / /
Position
Archer / Archer / Angew / good conductor / Cao / D.J. / /
Lithium-sulfur batteries Linda F. Nazar, Marine Cuisinier, and Quan Pang Markets for energy storage that go beyond portable electronics have emerged rapidly this decade, including powering electric vehicles and “leveli