Seitz Materials Research Laboratory / Mars Inc. / Thin Solid Films / J. Comp / /
Country
Jordan / United States / /
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USD / / /
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Environmental Issue / /
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Princeton University / Cornell University / Institute of Physics / Seitz Materials Research Laboratory / University of Patras / University of Minnesota / Carolina Central University / Laser Facility / Princeton Hospital / /
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sphere-packing algorithm / medical magnetic resonance imaging device / combustion products / vegetable oil / soy oil / Online Material / granular media / paint / paint spots / experimental and computational algorithms / greenhouse gas emissions / portable applications / simulation algorithm / high interface energy / /
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D. V / A.D. / /
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M&M / Energy / /
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U.S. Department of Energy / National Science Foundation / University of Patras / Princeton University / Department of Physics / Institute of Physics / Cornell University / Princeton Hospital / Providence / Federal Communications Commission / 5North Carolina Central University / Durham / American Mathematical Society / National Aeronautics and Space Administration / Department of Chemical Engineering and Materials Science / Princeton Materials Institute / University of Minnesota / Center for Microanalysis of Materials / /
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Stoner / A. W. Ott / Aleksandar Donev / / /
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B 52 / /
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New Jersey / Minnesota / New York / Rhode Island / North Carolina / /
REPORTS Fig. 2. Temperature dependence of the thermal conductivity of the W/Al2O3 nanolaminate deposited at 177°C when ␦ ⫽ 2.9 nm (open circles). Data for a fully dense amorphous Al2O3 film prepared by ion-beam spu