BASF SE / Macmillan Publishers Limited. / ACS / Freunberger S. A. / Sigma-Aldrich / LiPSs / TEM / /
Country
Germany / United States / Canada / /
Currency
pence / / /
Facility
MacMaster University / University of Waterloo / ncomms6682 complex / University Avenue West / /
IndustryTerm
medium chain / portable electronics devices / satellite peaks / chemical approach / high energy density / hydrophilic metal oxide hosts / electrochemical energy storage / energy density / energy values / lower energy / theoretical energy density limits1 / aqueous solution / energy storage batteries / energy / theoretical energy density / lower binding energy component / high energy density lithium-sulfur batteries / data processing / similar binding energy / large-scale energy storage increases / chemical process / energy storage several times / high-energy lithium battery / electron binding energy / battery systems / metallic metal oxide sulfur hosts / chemical method / high energy storage / chemical interaction / /
MusicAlbum
Black / Nazar / /
Organization
University of Waterloo / Canadian Centre for Electron Microscopy / Department of Chemistry / MacMaster University / /
Person
Nat / Carmen Andrei / Sharon / / /
Position
Archer / carbon paper current collector / efficient polysulfide mediator for lithium–sulfur batteries / Miner / http /
ARTICLE Received 23 Sep 2014 | Accepted 27 Oct 2014 | Published 6 Jan 2015 DOI: ncomms6682 A highly efficient polysulfide mediator