MTI Corporation / Battelle / Macmillan Publishers Limited. / Sony / Freunberger S. A. / EMC / 3M / BASF Corporation / U.S. Army Research Laboratory / Molecular Sciences Laboratory / William R. Wiley Environmental Molecular Sciences Laboratory / All Foils / Creative Commons / Asahi Kasei / APPLE / /
Country
United States / / /
Facility
Northwest National Laboratory / Scale bar / William R. Wiley Environmental Molecular Sciences Laboratory / /
IndustryTerm
chemical and electrochemical reduction / metal interface / High-energy-resolution / lithium metal batteries / propylene carbonate solutions / reversible lithium metal anode / metal deposition / rechargeable metal-air batteries / lithium metal / metal electrode / energy density / metal deposits / metal electrodes / dual-salts electrolyte solution / cycled lithium metal electrodes / concentrated electrolyte solutions / lithium metal anodes / metal discs / metal surface / lithium metal anode / metal deposition morphology / energy / liquid electrolyte solutions / metal / energy storage / stable lithium metal anodes / metal anode / metal results / metal plating/stripping cycling stability / energy storage applications / metal batteries / dendritic metal deposition / pass-energy / high-energy / battery systems / metal plating/stripping / metal anodes / metal surface sufficiently / high energy storage / battery technology / electrolyte solutions / collected using a pass-energy / /
MusicGroup
M.E. / /
Organization
Pacific Northwest National Laboratory / U.S. Department of Energy / Electrochemistry Branch / Sensor & Electron Devices Directorate / V / Joint Center for Energy Storage Research / United States Army / Energy & Environment Directorate / /
Person
Nat / Masashi Yukitake / Al Ka / Nano / Mark Bowden / / /
ARTICLE Received 10 Nov 2014 | Accepted 23 Jan 2015 | Published 20 Feb 2015 DOI: [removed]ncomms7362 OPEN