The use of carbon nanotubes (CNTs) filled polymers is an attracting way to achieve interesting electric properties for many engineering applications. The impact of CNTs dispersion on the permittivity in such materials is analyzed by varying some manufacturing and geometrical parameters using a 3-D integral formulation, solved numerically with a finite element method
Permittivity Computation in CNT-Filled Polymers
GIUSTINIANI, ALESSANDRO;SPINELLI, GIOVANNI;TUCCI, Vincenzo;ZAMBONI, Walter
2011-01-01
Abstract
The use of carbon nanotubes (CNTs) filled polymers is an attracting way to achieve interesting electric properties for many engineering applications. The impact of CNTs dispersion on the permittivity in such materials is analyzed by varying some manufacturing and geometrical parameters using a 3-D integral formulation, solved numerically with a finite element methodFile in questo prodotto:
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