Abstract
The templated electrodeposition of 200 nm diameter nanowires of the argentic oxynitrate Ag(Ag 3O 4) 2NO 3 phase is reported. Their high surface-to-volume ratio and the high average oxidation state of Ag make these wires promising candidates for nanoscale redox processes in which both a high volumetric charge density and a high discharge rate are required. The antibiotic activity of these nanowires was demonstrated by inhibiting the growth of Bacillus cereus bacteria.
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