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• W3128692013 startingPage "602" @default.
• W3128692013 abstract "Electrically conductive polypropylene nanocomposites filled with carbon-based nanofillers such as carbon nanotubes, graphene and carbon black are widely being used in different applications such as electromagnetic interference shielding, wearable electronics, sensors, soft actuators, structural health monitoring and energy storage capacitors. The electrical conductivity of polypropylene nanocomposites depends on multiple factors, and can be tailored by using different processing and pre/post-processing techniques. There has been a lot of research in the past decade or so to maintain the electrical conductivity of polypropylene nanocomposites at the lowest possible filler concentration. Low percolation threshold is critically important for several technical applications as a key factor to well tailor mechanical properties, maintain optical transparency, and bring cost-effectiveness in manufacturing. This review article presents a comprehensive insight of the methodologies that have been used by different researchers to achieve low/ultralow electrical percolation thresholds in carbon-based polypropylene nanocomposites. Most importantly, different parameters that directly influence the percolation threshold and electrical conductivity such as the type, size, aspect ratio, functionalization and nucleating ability of carbon nanofillers, inter-particle interactions, density, crystallinity, viscosity of matrices, nanocomposite morphology, interaction of nanofillers with the polymer matrix, as well as post-processing techniques like annealing have also been discussed in detail. Percolation threshold and its theory, as well as the conduction phenomena such as the tunneling effects are also mentioned. The research has been characterized based on carbon filler types and critical comparisons have been made between the studies using similar methodologies." @default.
• W3128692013 created "2021-02-15" @default.
• W3128692013 creator A5069754846 @default.
• W3128692013 creator A5074555786 @default.
• W3128692013 creator A5074728253 @default.
• W3128692013 creator A5077659087 @default.
• W3128692013 creator A5077698461 @default.
• W3128692013 creator A5090735019 @default.
• W3128692013 date "2021-05-01" @default.
• W3128692013 modified "2023-10-18" @default.
• W3128692013 title "Insights to low electrical percolation thresholds of carbon-based polypropylene nanocomposites" @default.
• W3128692013 cites W1221630192 @default.
• W3128692013 cites W1816988443 @default.
• W3128692013 cites W1834290052 @default.
• W3128692013 cites W1874617905 @default.
• W3128692013 cites W1937696506 @default.
• W3128692013 cites W1965171147 @default.
• W3128692013 cites W1966165078 @default.
• W3128692013 cites W1968532242 @default.
• W3128692013 cites W1968741294 @default.
• W3128692013 cites W1969684747 @default.
• W3128692013 cites W1971610311 @default.
• W3128692013 cites W1971767973 @default.
• W3128692013 cites W1972314464 @default.
• W3128692013 cites W1975105649 @default.
• W3128692013 cites W1975707721 @default.
• W3128692013 cites W1976033996 @default.
• W3128692013 cites W1976853971 @default.
• W3128692013 cites W1977587645 @default.
• W3128692013 cites W1977703703 @default.
• W3128692013 cites W1977823435 @default.
• W3128692013 cites W1979174426 @default.
• W3128692013 cites W1980734212 @default.
• W3128692013 cites W1981321323 @default.
• W3128692013 cites W1982375327 @default.
• W3128692013 cites W1983019890 @default.
• W3128692013 cites W1985040893 @default.
• W3128692013 cites W1986339722 @default.
• W3128692013 cites W1986454732 @default.
• W3128692013 cites W1988414380 @default.
• W3128692013 cites W1989935449 @default.
• W3128692013 cites W1992137619 @default.
• W3128692013 cites W1994958942 @default.
• W3128692013 cites W1995144866 @default.
• W3128692013 cites W1996613237 @default.
• W3128692013 cites W2000484366 @default.
• W3128692013 cites W2002172104 @default.
• W3128692013 cites W2007747045 @default.
• W3128692013 cites W2007950563 @default.
• W3128692013 cites W2009618306 @default.
• W3128692013 cites W2009812626 @default.
• W3128692013 cites W2010788479 @default.
• W3128692013 cites W2012492226 @default.
• W3128692013 cites W2013370982 @default.
• W3128692013 cites W2014732622 @default.
• W3128692013 cites W2017373946 @default.
• W3128692013 cites W2018048831 @default.
• W3128692013 cites W2019706624 @default.
• W3128692013 cites W2020904081 @default.
• W3128692013 cites W2022240661 @default.
• W3128692013 cites W2022281191 @default.
• W3128692013 cites W2022636348 @default.
• W3128692013 cites W2025212829 @default.
• W3128692013 cites W2025827785 @default.
• W3128692013 cites W2028741006 @default.
• W3128692013 cites W2031885553 @default.
• W3128692013 cites W2032891525 @default.
• W3128692013 cites W2035141177 @default.
• W3128692013 cites W2036381578 @default.
• W3128692013 cites W2036881735 @default.
• W3128692013 cites W2038257359 @default.
• W3128692013 cites W2039882383 @default.
• W3128692013 cites W2040848940 @default.
• W3128692013 cites W2041600070 @default.
• W3128692013 cites W2042773037 @default.
• W3128692013 cites W2043265647 @default.
• W3128692013 cites W2044289343 @default.
• W3128692013 cites W2045802988 @default.
• W3128692013 cites W2046022784 @default.
• W3128692013 cites W2047118311 @default.
• W3128692013 cites W2047192518 @default.
• W3128692013 cites W2048810373 @default.
• W3128692013 cites W2049418159 @default.
• W3128692013 cites W2052368573 @default.
• W3128692013 cites W2052503241 @default.
• W3128692013 cites W2054499411 @default.
• W3128692013 cites W2055070813 @default.
• W3128692013 cites W2062614769 @default.
• W3128692013 cites W2064045455 @default.
• W3128692013 cites W2064128973 @default.
• W3128692013 cites W2064191532 @default.
• W3128692013 cites W2064742890 @default.
• W3128692013 cites W2064897651 @default.
• W3128692013 cites W2069585971 @default.
• W3128692013 cites W2070069180 @default.
• W3128692013 cites W2070596345 @default.
• W3128692013 cites W2070657185 @default.
• W3128692013 cites W2073541850 @default.

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