Electric and Optical Properties of Reduced Graphene Oxide/Ultraviolet Curing Resin Composites with Traveling Electric Field Application

(the Case of the Weight Fraction of Reduced Graphene Oxide up to 1.5 wt%)

Abstract

In this research, the uncured polymer suspension of reduced graphene oxide is sprayed on the cover glass and the film of the suspension is formed on the cover glass. The weight fraction of the reduced graphene oxide in the suspension is 0.5 wt% - 1.5 wt%. The six-phase rectangular voltage is applied to each electrode of the multiple electrode composed of 24 linear electrodes. The cover glass coated with the suspension is placed on this multiple electrode. In this way, the traveling electric field is applied to the suspension. By application of the traveling electric field, the unidirectional linking of reduced graphene oxide is formed in the range of all weight contents. The electrical resistivity and light transmittance of the produced composite film are measured.