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Heat transfer / Condensed matter physics / Physical quantities / Bosons / Phonon scattering / Umklapp scattering / Thermal conductivity / Thermal properties of nanostructures / Carrier scattering / Physics / Chemistry / Scattering


PHYSICAL REVIEW B 66, 045302 共2002兲 Phonon scattering mechanisms in suspended nanostructures from 4 to 40 K W. Fon,1 K. C. Schwab,2 J. M. Worlock,1,3 and M. L. Roukes1 1
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Document Date: 2007-07-15 21:57:16


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Oxford University Press / BT / Ge / California 91125 2 Laboratory / /

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high-energy umklapp processes / sixbeam device / designed semiconductor devices / power law / average thermal energy / thermal energy / thermal energy carriers / /

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California Institute of Technology / National Science Foundation / University of Utah / Salt Lake City / University of Maryland / College Park / Oxford University / Department of Physics / /

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semiconductor / same chips / MEMS / av / semiconductors / semiconductor devices / dielectric / lithography / /

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