Abstract
The electrical conductivity of GO can be tuned by controlling the degree of oxidation and the density of functional groups on its surface. Generally, the more oxygen-containing functional groups that are present on the surface of GO, the higher its electrical conductivity. However, if the degree of oxidation is too high, the electrical conductivity may decrease due to the increased insulating properties of the material.
Publisher
Scientific Publishing Center InterConf
Subject
General Chemical Engineering
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