University of Florida / Chungnam National University / Rice University / Konkuk University / Tohoku University / /
IndustryTerm
tight-binding energy dispersion relations / photon energy / transition energy / carrier relaxation / carrier relaxation effects / carrier distribution functions / periodogram algorithm / hot carrier distributions / carrier density / slow carrier relaxation effects / carrier densities / negative energy / graphene energy dispersion relations / important practical applications / probe photon energy / positive energy / lowest energy / pump energy density u共t / band-gap energy / energy / technological applications / timedependent energy density / pump energy / carrier dynamics / probe-energy-dependent phase reversal / kinetic energy / carbon nanotube electronic devices / pump photon energy / Energy dispersion relations / resonance energy / computed energy dispersion relations / force field potential energy / probe energy dependence / carbon nanotube solution / /
MusicGroup
Es / /
OperatingSystem
Fermi / /
Organization
Rice University / Houston / Konkuk University / Department of Physics / U.S. Securities and Exchange Commission / Tohoku University / Sendai / Chungnam National University / University of Florida / /
Person
Van Hove / Ajiki / /
Position
model / extended tight-binding model described / valence force field model for the phonons / /
PHYSICAL REVIEW B 79, 205434 共2009兲 Resonant coherent phonon spectroscopy of single-walled carbon nanotubes G. D. Sanders,1 C. J. Stanton,1 J.-H. Kim,2 K.-J. Yee,2 Y.-S. Lim,3 E. H. Hároz,4 L. G. Booshehri,4 J. Kon