In this paper the effect of different nanofiller structures on electrical properties of epoxy resins for aeronautic applications has been analyzed. The results have highlited a strong influence of the nanofiller nature on the electrical properties of the nanofilled resins. Among the analyzed nanofillers, the higher electrical conductivity of an aeronautic resin formulation was obtained by using heat-treated CNFs and MWCNTs. This promising result has been mainly related to the morphological parameters of CNFs.

Effect of conductive nanofiller structures on electrical properties of epoxy composite for aeronautic applications

GUADAGNO, Liberata;RAIMONDO, MARIALUIGIA;VITTORIA, Vittoria;VERTUCCIO, LUIGI;DE VIVO, BIAGIO;LAMBERTI, PATRIZIA;SPINELLI, GIOVANNI;TUCCI, Vincenzo
2013

Abstract

In this paper the effect of different nanofiller structures on electrical properties of epoxy resins for aeronautic applications has been analyzed. The results have highlited a strong influence of the nanofiller nature on the electrical properties of the nanofilled resins. Among the analyzed nanofillers, the higher electrical conductivity of an aeronautic resin formulation was obtained by using heat-treated CNFs and MWCNTs. This promising result has been mainly related to the morphological parameters of CNFs.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11386/3987853
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