Highly conductive, transparent and flexible networks of quasi 1-Dimensional metallic nanostructures
Citation:
Philip E. Lyons, 'Highly conductive, transparent and flexible networks of quasi 1-Dimensional metallic nanostructures', [thesis], Trinity College (Dublin, Ireland). School of Physics, 2011, pp 213Download Item:
Abstract:
Direct current conductivity and morphological characterization has been
performed on a wide range of films made from bundled single wall carbon nanotubes,
produced by a selection of commercial suppliers. The conductivity increases with
increasing nanotube graphitization but decreases with increasing film porosity, P, and
mean bundle diameter, <D>. Computational studies show that the network conductivity is expected to scale linearly with the number density of inter-bundle junctions.
Author: Lyons, Philip E.
Advisor:
Coleman, JonathanPublisher:
Trinity College (Dublin, Ireland). School of PhysicsNote:
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Full text availableKeywords:
Physics, Ph.D., Ph.D. Trinity College Dublin.Metadata
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