metal / catalytic metal / by-products / nanoscale metal clusters / potential applications / calculated energy / photonic device applications / energy storage / optoelectronic devices / higher energy subbands / nanomechanical devices / vaporized carbon/ metal mixture / nanoscale metal catalyst particles / industrial applications / excess metal present / low energy carriers / metal catalysts / electronic applications / finite energy / inert gas / fluidized bed chemical vapor deposition system / energy scales / nearest neighbor hopping energy / low-energy phonon band structure / electronics / energy sources / chemical vapor deposition / feedstock gas / metal yields / diverse applications / continuous processing / molecular electronics / low metal / low energy bands / potential new applications / electronic and electrical applications / chemical studies / energy / /
MarketIndex
TA / TA 200 / Ta 20 / /
OperatingSystem
DOS / Fermi / /
Organization
Göteborg University / US Federal Reserve / Rice University / /
Person
Nicholas A. Thompson / Xuan Wang / Hee Kim / Van Hove / William D. Rice / Junichiro Kono / Erik H. Hároz / Cary L. Pint / /
Position
catalyst Gas chromatogram Grown product Mass flow controller / Cu collector / representative / Grown product Mass flow controller Furnace temperature controller / /
ProgrammingLanguage
DC / /
Technology
semiconductor / CVD system / laser / chemical vapor deposition system / semiconductors / Spectroscopy / ATM / CVD / chemical vapor deposition / /
105 Single-Walle 4. Single-Walled Carbon Nanotubes Sebastien Nanot, Nicholas A. Thompson, Ji-Hee Kim, Xuan Wang, William D. Rice, Erik H. Hároz,