Physical Properties of Commercially-Available SWNT

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Log Number: 78 Abstract Submitted to the

Physical Properties of Commercially-Available SWNT

M. Tachibana¹, K.A Williams², S.L. Fang³, E. Richter², and P.C. Eklund²

¹Dept. of Physics, Yokohama City University
²Dept. of Physics, University of Kentucky
³CarboLex Inc., ASTeCC A020, University of Kentucky

Contact e-mail: eklund@pop.uky.edu

The commercial rate of production of single-walled carbon nanotubes (SWNT) is now sufficient to permit feasibility studies in a number of applications areas, e.g., electromagnetic interference (EMI) shielding, gas adsorption, and field-emission display (FED) technology. Early results indicate that commercial demand for high-purity, lower-cost SWNT will soon rise. We believe that the demands for production scale-up can be met without significantly compromising the desirable quality of synthesized SWNT. A comparative study of the physical properties of commercially available SWNT prepared by various methods will be presented, with focus given to the advantages and limitations of Raman spectroscopy.

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