A Review on Synthesis of CNTs and its Application in Conductive Paints

Abstract

Solar paints or conducting paints have replaced the solar panels as it requires high installation and maintenance costs. Uses of cadmium and other nano particles as fillers to efficiently conduct solar energy have been extensively reported in the literature. However, these nanoparticles have adverse effect on the environment. In the present work, literature on CNT synthesis and its use as fillers to induce conductive properties on paints is discussed in details.

Recent progress in graphene based ceramic composites: a review

“…This is a consequence of high surface area and high aspect ratio of graphene; which is strongly undesirable. 23,[26][27][28][29][30][31][32] This critical disadvantage has driven the need to develop various techniques to improve dispersion of graphene to ensure efficient load transfer from ceramic matrix to nanofillers.…”

“…Shear force due to this shockwave will "peel off" the individual nanoparticle located at the outer part of nanoparticle bundle or agglomerates, thus resulting in separation of individualized nanoparticles of the bundle. 27 Ultrasonication in solvents and high power bath sonication are among the common primary step to produce homogenous and aggregate free dispersions. 28 Wang et al used ultrasonication to produce well dispersed graphite oxide (GO)-alumina composites.…”