Macmillan Publishers Limited. / Frederick Seitz Materials Research Laboratory / Sony / Millipore / /
Country
United States / / /
Facility
Scale bar / Methods Nickel scaffold / University of Illinois / Beckman Institute / /
IndustryTerm
sacrificing energy density / greater energy density13 / colloid solution / microbattery cell energy / microbattery applications / microelectronics applications / sensor networks / sphere solution / microelectronic systems / conventional energy-storage technologies / energy density approaching / 3D microbattery energy / typical volumetric energy / high-energy density microbattery / energy densities / capacity energy density2 / lithium metal / metal scaffold / high-power nickel/metal-hydride battery / energy density / electronics / areal energy density / comparable energy density / volumetric energy density / high energy / low rate energy / larger energy density / volumetric energy / ultrahigh energy density / conventional power technologies / energy / lithium-ion battery applications / focused on achieving high areal energy density / /
Organization
Beckman Institute for Advanced Science and Technology / University of Illinois / Department of Mechanical Science and Engineering / Department of Materials Science and Engineering / NSF Center for ChemicalElectro-Mechanical Manufacturing Systems / /
ARTICLE Received 29 Aug 2012 | Accepted 13 Mar 2013 | Published 16 Apr 2013 DOI: [removed]ncomms2747 High-power lithium ion microbatteries from