Matches in SemOpenAlex for { <https://semopenalex.org/work/W602348086> ?p ?o ?g. }
- W602348086 endingPage "514" @default.
- W602348086 startingPage "502" @default.
- W602348086 abstract "Polyacrylonitrile (PAN) and PAN/carbon nanotube (CNT) based carbon fibers at various CNT content have been processed and their structural development was investigated using high resolution transmission electron microscope (HR-TEM). In CNT containing carbon fibers, the CNTs act as templating agents for the graphitic carbon structure development in their vicinity at the carbonization temperature of 1450 °C, which is far below the graphitization temperature of PAN based carbon fiber (>2200 °C). The addition of 1 wt% CNT in the gel spun precursor fiber results in carbon fibers with a 68% higher thermal conductivity when compared to the control gel spun PAN based carbon fiber, and a 103% and 146% increase over commercially available IM7 and T300 carbon fibers, respectively. The electrical conductivity of the gel spun PAN/CNT based carbon fibers also showed improvement over the investigated commercially available carbon fibers. Increases in thermal and electrical conductivities are attributed to the formation of the highly ordered graphitic structure observed in the HR-TEM images. Direct observation of the graphitic structure, along with improved transport properties in the PAN/CNT based carbon fiber suggest new applications for these materials." @default.
- W602348086 created "2016-06-24" @default.
- W602348086 creator A5007317437 @default.
- W602348086 creator A5018270388 @default.
- W602348086 creator A5022985918 @default.
- W602348086 creator A5024062272 @default.
- W602348086 creator A5036540094 @default.
- W602348086 creator A5041883001 @default.
- W602348086 creator A5062996574 @default.
- W602348086 creator A5064858265 @default.
- W602348086 creator A5069172756 @default.
- W602348086 creator A5071448998 @default.
- W602348086 creator A5071843314 @default.
- W602348086 creator A5077143703 @default.
- W602348086 creator A5091502322 @default.
- W602348086 date "2015-11-01" @default.
- W602348086 modified "2023-10-14" @default.
- W602348086 title "High resolution transmission electron microscopy study on polyacrylonitrile/carbon nanotube based carbon fibers and the effect of structure development on the thermal and electrical conductivities" @default.
- W602348086 cites W1515607478 @default.
- W602348086 cites W1569299922 @default.
- W602348086 cites W1967584753 @default.
- W602348086 cites W1971456869 @default.
- W602348086 cites W1972554969 @default.
- W602348086 cites W1973266106 @default.
- W602348086 cites W1973361033 @default.
- W602348086 cites W1974450362 @default.
- W602348086 cites W1977019892 @default.
- W602348086 cites W1982193100 @default.
- W602348086 cites W1982312462 @default.
- W602348086 cites W1992195043 @default.
- W602348086 cites W1995177609 @default.
- W602348086 cites W1998235818 @default.
- W602348086 cites W2000248072 @default.
- W602348086 cites W2001314915 @default.
- W602348086 cites W2005176502 @default.
- W602348086 cites W2008055897 @default.
- W602348086 cites W2009146170 @default.
- W602348086 cites W2009627598 @default.
- W602348086 cites W2010590996 @default.
- W602348086 cites W2012704544 @default.
- W602348086 cites W2026962888 @default.
- W602348086 cites W2027566830 @default.
- W602348086 cites W2027882349 @default.
- W602348086 cites W2027991808 @default.
- W602348086 cites W2040249389 @default.
- W602348086 cites W2047788226 @default.
- W602348086 cites W2048161685 @default.
- W602348086 cites W2048365644 @default.
- W602348086 cites W2048886741 @default.
- W602348086 cites W2058181385 @default.
- W602348086 cites W2061701726 @default.
- W602348086 cites W2065626222 @default.
- W602348086 cites W2069280349 @default.
- W602348086 cites W2069985254 @default.
- W602348086 cites W2072634296 @default.
- W602348086 cites W2073806983 @default.
- W602348086 cites W2076159759 @default.
- W602348086 cites W2080229210 @default.
- W602348086 cites W2087223553 @default.
- W602348086 cites W2088519138 @default.
- W602348086 cites W2093777803 @default.
- W602348086 cites W2106358343 @default.
- W602348086 cites W2111234215 @default.
- W602348086 cites W2112849956 @default.
- W602348086 cites W2119109939 @default.
- W602348086 cites W2124674816 @default.
- W602348086 cites W2128348438 @default.
- W602348086 cites W2130155767 @default.
- W602348086 cites W2136724485 @default.
- W602348086 cites W2144300255 @default.
- W602348086 cites W2146960429 @default.
- W602348086 cites W2170116274 @default.
- W602348086 cites W2171366452 @default.
- W602348086 cites W2332980426 @default.
- W602348086 cites W4205295680 @default.
- W602348086 cites W78793244 @default.
- W602348086 doi "https://doi.org/10.1016/j.carbon.2015.05.037" @default.
- W602348086 hasPublicationYear "2015" @default.
- W602348086 type Work @default.
- W602348086 sameAs 602348086 @default.
- W602348086 citedByCount "82" @default.
- W602348086 countsByYear W6023480862015 @default.
- W602348086 countsByYear W6023480862016 @default.
- W602348086 countsByYear W6023480862017 @default.
- W602348086 countsByYear W6023480862018 @default.
- W602348086 countsByYear W6023480862019 @default.
- W602348086 countsByYear W6023480862020 @default.
- W602348086 countsByYear W6023480862021 @default.
- W602348086 countsByYear W6023480862022 @default.
- W602348086 countsByYear W6023480862023 @default.
- W602348086 crossrefType "journal-article" @default.
- W602348086 hasAuthorship W602348086A5007317437 @default.
- W602348086 hasAuthorship W602348086A5018270388 @default.
- W602348086 hasAuthorship W602348086A5022985918 @default.
- W602348086 hasAuthorship W602348086A5024062272 @default.
- W602348086 hasAuthorship W602348086A5036540094 @default.
- W602348086 hasAuthorship W602348086A5041883001 @default.
- W602348086 hasAuthorship W602348086A5062996574 @default.