MTI Corporation / Macmillan Publishers Limited. / Agency for Science / Freunberger S. A. / Goldman / SLAC National Accelerator Laboratory / /
Country
United States / Singapore / / /
Facility
Stanford University / Stanford Institute / stable SEI / J. M. Building / stable Li / /
IndustryTerm
high-energy-density batteries / chemical passivation / metal wire / metal counter-electrode / metal oxides / lithium metal surfaces using chlorosilanes / online version / lithium metal depositions / metal performance / metal stripping/plating mechanisms studies / metal anode cycling / lithium metal / metal electrode / lithium battery technology / portable electronics / metal electrodes / metal anode batteries / cycled lithium metal electrodes / metal vs. / lithium metal anodes / metal surface / lithium metal anode / aqueous solution / higher energy storage density / liquid electrolyte solutions / nonaqueous battery systems / metal / metal foil / metal reference electrode / metal working electrodes / energy storage / metal deposition takes / stable lithium metal anodes / chemical composition / metal surface32 / dendritic and mossy metal deposits / metal anode / metal cycling / metal cycling performance / metal working electrode / lithium metal anode cycling / rechargeable lithium metal batteries / metal batteries / ONLINE PUBLICATION / metal anodes / high energy storage / few polar aprotic systems / metal starts / /
Organization
Department of Materials Science and Engineering / National Research Foundation of Korea / Department of Physics / Department of Chemical Engineering / Stanford University / Department of Applied Physics / Stanford Institute for Materials and Energy Sciences / Agency for Science / Technology and Research / /
Person
Thangadurai / V / / /
Position
Teller / lithium superionic conductor / metal current collector / Cu current collector / Author / current collector / /
ProvinceOrState
California / /
PublishedMedium
NATURE NANOTECHNOLOGY / the NATURE NANOTECHNOLOGY / /
SportsLeague
Stanford University / /
Technology
lithium battery technology / Digital camera / MRI / spectroscopy / simulation / 3g / electrochemical cell / /
ARTICLES PUBLISHED ONLINE: 27 JULY 2014 | DOI: NNANOInterconnected hollow carbon nanospheres for stable lithium metal anodes Guangyuan Zheng1, Seok Woo Lee2, Zheng Liang2, Hyun-Wook Lee2, Kai Yan2, Hong