Geometric Constraints in the Growth of Nanotube Templated Polymer Monolayers
Citation:Jonathan N Coleman and Mauro S Ferreira, Geometric Constraints in the Growth of Nanotube Templated Polymer Monolayers, Applied Physics Letters, 84, 2004, 798 - 800
Geometric Constraints in the Growth of Nanotube.pdf (published (publisher copy) peer-reviewed) 43.78Kb
We present a simple and general model that describes the ordered assembly of polymer strands on nanotube surfaces. Energetically favorable coiling angles are identified based on geometric constraints that limit the maximum coverage of polymers on the walls of the nanotubes. The coiling angles can be controlled by selecting the appropriate nanotube diameters, opening the possibility of engineering the strength of composite fibers. The model is applied to two different polymeric molecules; namely, polyacetylene and a polyphenylenevinylene derivative.
Type of material:Journal Article
Series/Report no:Applied Physics Letters
Availability:Full text available