Matches in SemOpenAlex for { <https://semopenalex.org/work/W2147958110> ?p ?o ?g. }
- W2147958110 endingPage "2281" @default.
- W2147958110 startingPage "2273" @default.
- W2147958110 abstract "Abstract Nanocomposites from polypropylene and unmodified, as‐received graphite were fabricated via solid‐state cryogenic milling (cryomilling) process. Filler contents up to 10 wt% were studied with cryomilling cycles and postcryomill melt mixing option as processing parameters. Scanning electron microscopy and X‐ray diffraction of the cryomilled samples reveal that graphite filler particles are partially exfoliated into nanoplatelets, as well as fragmented in the lateral dimensions, when incorporated into the polymer matrix. Various physical performance, including polymer crystallization rate, thermomechanical response, oxygen barrier, and electrical conductivity, is closely dictated by the filler morphology. An increase in cryomilling time leads to a higher degree of exfoliation, resulting in an enhancement in stiffness/strength, thermal stability, and electrical conductivity. Postcryomill melt mixing disperses the partially exfoliated graphite nanoplatelets, raising stiffness/strength and thermal stability while reducing electrical conductivity and oxygen permeability. The percolation threshold occurs between 1 and 3 wt%, with an optimum content for most properties at ∼3 wt%. POLYM. ENG. SCI., 2011. © 2011 Society of Plastics Engineers" @default.
- W2147958110 created "2016-06-24" @default.
- W2147958110 creator A5010840405 @default.
- W2147958110 creator A5062163503 @default.
- W2147958110 creator A5063492881 @default.
- W2147958110 date "2011-05-17" @default.
- W2147958110 modified "2023-10-15" @default.
- W2147958110 title "Filler exfoliation and dispersion in polypropylene/as-received graphite nanocomposites via cryogenic milling" @default.
- W2147958110 cites W1964186950 @default.
- W2147958110 cites W1965943945 @default.
- W2147958110 cites W1966575678 @default.
- W2147958110 cites W1969980202 @default.
- W2147958110 cites W1971387243 @default.
- W2147958110 cites W1973998203 @default.
- W2147958110 cites W1977570914 @default.
- W2147958110 cites W1981339964 @default.
- W2147958110 cites W1992361680 @default.
- W2147958110 cites W1993202140 @default.
- W2147958110 cites W1997898788 @default.
- W2147958110 cites W2000500128 @default.
- W2147958110 cites W2001403177 @default.
- W2147958110 cites W2002063001 @default.
- W2147958110 cites W2003374260 @default.
- W2147958110 cites W2004309746 @default.
- W2147958110 cites W2008055897 @default.
- W2147958110 cites W2011427786 @default.
- W2147958110 cites W2014935324 @default.
- W2147958110 cites W2016077802 @default.
- W2147958110 cites W2016303090 @default.
- W2147958110 cites W2022994330 @default.
- W2147958110 cites W2026050857 @default.
- W2147958110 cites W2026969020 @default.
- W2147958110 cites W2028486264 @default.
- W2147958110 cites W2029256666 @default.
- W2147958110 cites W2034355375 @default.
- W2147958110 cites W2037750303 @default.
- W2147958110 cites W2042626809 @default.
- W2147958110 cites W2044738425 @default.
- W2147958110 cites W2047226154 @default.
- W2147958110 cites W2051194065 @default.
- W2147958110 cites W2058855472 @default.
- W2147958110 cites W2063177953 @default.
- W2147958110 cites W2065494941 @default.
- W2147958110 cites W2066880621 @default.
- W2147958110 cites W2071939965 @default.
- W2147958110 cites W2072659566 @default.
- W2147958110 cites W2073545747 @default.
- W2147958110 cites W2078270919 @default.
- W2147958110 cites W2079913092 @default.
- W2147958110 cites W2080836895 @default.
- W2147958110 cites W2085375096 @default.
- W2147958110 cites W2085873904 @default.
- W2147958110 cites W2088274200 @default.
- W2147958110 cites W2092677542 @default.
- W2147958110 cites W2094135759 @default.
- W2147958110 cites W2095475590 @default.
- W2147958110 cites W2100538565 @default.
- W2147958110 cites W2101977779 @default.
- W2147958110 cites W2105359276 @default.
- W2147958110 cites W2119936091 @default.
- W2147958110 cites W2122696881 @default.
- W2147958110 cites W2134839387 @default.
- W2147958110 cites W2144354258 @default.
- W2147958110 cites W2146082910 @default.
- W2147958110 cites W2146564548 @default.
- W2147958110 cites W2147182795 @default.
- W2147958110 cites W2148047552 @default.
- W2147958110 cites W2149917221 @default.
- W2147958110 cites W2152409979 @default.
- W2147958110 cites W2156606188 @default.
- W2147958110 cites W2161753615 @default.
- W2147958110 cites W2165734773 @default.
- W2147958110 cites W2500381181 @default.
- W2147958110 cites W2603668971 @default.
- W2147958110 cites W4230505925 @default.
- W2147958110 cites W4298328349 @default.
- W2147958110 cites W4376999575 @default.
- W2147958110 doi "https://doi.org/10.1002/pen.22001" @default.
- W2147958110 hasPublicationYear "2011" @default.
- W2147958110 type Work @default.
- W2147958110 sameAs 2147958110 @default.
- W2147958110 citedByCount "25" @default.
- W2147958110 countsByYear W21479581102012 @default.
- W2147958110 countsByYear W21479581102013 @default.
- W2147958110 countsByYear W21479581102014 @default.
- W2147958110 countsByYear W21479581102015 @default.
- W2147958110 countsByYear W21479581102016 @default.
- W2147958110 countsByYear W21479581102017 @default.
- W2147958110 countsByYear W21479581102019 @default.
- W2147958110 countsByYear W21479581102020 @default.
- W2147958110 countsByYear W21479581102021 @default.
- W2147958110 countsByYear W21479581102022 @default.
- W2147958110 countsByYear W21479581102023 @default.
- W2147958110 crossrefType "journal-article" @default.
- W2147958110 hasAuthorship W2147958110A5010840405 @default.
- W2147958110 hasAuthorship W2147958110A5062163503 @default.
- W2147958110 hasAuthorship W2147958110A5063492881 @default.
- W2147958110 hasConcept C119599485 @default.