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- W2030197242 endingPage "1342" @default.
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- W2030197242 abstract "Reinforcement efficiency of different types of carbon nanotubes (CNT) have been compared in polyacrylonitrile (PAN) films at nanotube loadings of 5, 10, and 20 wt %. The films are characterized for mechanical, dynamic-mechanical, and thermomechanical properties, electrical conductivity, as well as structural analysis. PAN/CNT composite films exhibit electrical conductivities up to 5500 S/m. Based on X-ray diffraction, PAN crystallinity was shown to increase with the presence of CNT. PAN-CNT interactions in the various composites were compared using conventional activation energy analysis. The strongest physical interaction between PAN and CNT was found in samples containing single-wall carbon nanotubes (SWNT). CNT surface area was also measured using nitrogen gas adsorption and correlated with PAN-CNT composite film mechanical properties, in an effort to better understand PAN-CNT interactions for different CNT morphologies. Solvent behavior of various composite films has also been investigated. The presence of CNT was found to improve PAN solvent resistance." @default.
- W2030197242 created "2016-06-24" @default.
- W2030197242 creator A5002077361 @default.
- W2030197242 creator A5042000871 @default.
- W2030197242 creator A5071448998 @default.
- W2030197242 creator A5086593478 @default.
- W2030197242 date "2010-05-04" @default.
- W2030197242 modified "2023-09-30" @default.
- W2030197242 title "Polyacrylonitrile/Carbon Nanotube Composite Films" @default.
- W2030197242 cites W1965824740 @default.
- W2030197242 cites W1966008041 @default.
- W2030197242 cites W1976956860 @default.
- W2030197242 cites W1977201976 @default.
- W2030197242 cites W1978703871 @default.
- W2030197242 cites W1982312462 @default.
- W2030197242 cites W1982728423 @default.
- W2030197242 cites W1983438944 @default.
- W2030197242 cites W1986152516 @default.
- W2030197242 cites W1988261369 @default.
- W2030197242 cites W1989940209 @default.
- W2030197242 cites W1991750732 @default.
- W2030197242 cites W1993269346 @default.
- W2030197242 cites W1993923126 @default.
- W2030197242 cites W1995014451 @default.
- W2030197242 cites W1995093258 @default.
- W2030197242 cites W1998585328 @default.
- W2030197242 cites W2006269724 @default.
- W2030197242 cites W2008302913 @default.
- W2030197242 cites W2011752704 @default.
- W2030197242 cites W2011885304 @default.
- W2030197242 cites W2014581051 @default.
- W2030197242 cites W2014705809 @default.
- W2030197242 cites W2017901570 @default.
- W2030197242 cites W2022084623 @default.
- W2030197242 cites W2023322465 @default.
- W2030197242 cites W2023715854 @default.
- W2030197242 cites W2026000204 @default.
- W2030197242 cites W2027566830 @default.
- W2030197242 cites W2028935736 @default.
- W2030197242 cites W2031308476 @default.
- W2030197242 cites W2033133507 @default.
- W2030197242 cites W2040668243 @default.
- W2030197242 cites W2044432970 @default.
- W2030197242 cites W2047664799 @default.
- W2030197242 cites W2048644268 @default.
- W2030197242 cites W2048886741 @default.
- W2030197242 cites W2050675934 @default.
- W2030197242 cites W2051192846 @default.
- W2030197242 cites W2054714446 @default.
- W2030197242 cites W2056072571 @default.
- W2030197242 cites W2056694995 @default.
- W2030197242 cites W2057504182 @default.
- W2030197242 cites W2059333799 @default.
- W2030197242 cites W2068336730 @default.
- W2030197242 cites W2069280349 @default.
- W2030197242 cites W2072075942 @default.
- W2030197242 cites W2074527364 @default.
- W2030197242 cites W2075796912 @default.
- W2030197242 cites W2076790831 @default.
- W2030197242 cites W2080264184 @default.
- W2030197242 cites W2081718225 @default.
- W2030197242 cites W2089307316 @default.
- W2030197242 cites W2090058575 @default.
- W2030197242 cites W2090222886 @default.
- W2030197242 cites W2090987210 @default.
- W2030197242 cites W2092301242 @default.
- W2030197242 cites W2092963451 @default.
- W2030197242 cites W2095037698 @default.
- W2030197242 cites W2097561957 @default.
- W2030197242 cites W2109174491 @default.
- W2030197242 cites W2110910010 @default.
- W2030197242 cites W2112069172 @default.
- W2030197242 cites W2121183630 @default.
- W2030197242 cites W2127825367 @default.
- W2030197242 cites W2130976556 @default.
- W2030197242 cites W2132600544 @default.
- W2030197242 cites W2143361479 @default.
- W2030197242 cites W2145112771 @default.
- W2030197242 cites W2147847596 @default.
- W2030197242 cites W2166728547 @default.
- W2030197242 cites W2171366452 @default.
- W2030197242 cites W2181658291 @default.
- W2030197242 cites W2314384285 @default.
- W2030197242 cites W4239266051 @default.
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- W2030197242 doi "https://doi.org/10.1021/am100155x" @default.
- W2030197242 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/20441181" @default.
- W2030197242 hasPublicationYear "2010" @default.
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