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Fiber-optic communications / Raman scattering / Phonon / Raman spectroscopy / Dephasing / Photon / Electronvolt / Carbon nanotube / Surface phonon / Physics / Bosons / Optics


RAPID COMMUNICATIONS PHYSICAL REVIEW B 86, [removed]R[removed]Dephasing of G-band phonons in single-wall carbon nanotubes probed via impulsive stimulated Raman scattering
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Document Date: 2012-11-10 15:47:59


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Country

United States / Korea / /

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Facility

Chungnam National University / Rice University / Konkuk University / /

IndustryTerm

center photon energy / phonon amplitude vs probe photon energy / phonon energy / pump energy / photon energy / phonon amplitude vs. probe energy / nonequilibrium carrier distributions / energy side / indispensable tool / energy exchange / higher energy / lower probe energy / energy separation / vibrational energy / lower energy / probe energy / highpressure gas-phase decomcarbon monoxide process / probe photon energy / probe energy dependence / activation energy / thermal activation energy / probe photon-energy dependence / higher energy photon / energy / center energy / /

Organization

Korean Government / Rice University / Houston / Department of Nano Science and Mechanical Engineering / Konkuk University / National Science Foundation / Korea Department / National Research Foundation of Korea / Chungnam National University / Nanotechnology Research Center / Department of Physics / Mechanical Engineering and Nanotechnology Research Center / Robert A. Welch Foundation / /

Person

Grant Nos / M. S. Strano / V / J. Kono / V / /

Position

Rector / kyee@cnu.ac.kr Correspondence author / Correspondence author / /

ProvinceOrState

Texas / /

PublishedMedium

Nature Physics / /

Technology

laser / spectroscopy / frequency modulation / simulation / /

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