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The properties of nanodielectrics have been shown to be critically dependent on the way in which the materials are formulated. Large scale agglomeration often has disastrous effects on the resultant properties when conventional techniques are used to prepare the materials. In particular, the dispersion of the nanophase material has been shown to be critical. This contribution seeks to examine the...
Moisture is known to influence the electrical performance of polymers. The introduction of nano particulates creates numerous additional pathways which radically affect the migration of moisture in nanocomposite materials. In this paper, cross-linked polyethylene/silica nanocomposites at loadings of 5 wt% and 12.5 wt% of both unfunctionalized and vinylsilane-functionalized nano silica were exposed...
In recent years, the availability and low cost of nanometric-sized filler particles have generated great interest in polymer nanocomposites for a host of applications, including electrical insulation with enhanced breakdown and voltage endurance properties. This work combines the results of several experiments to add insight to the processes taking place in the crucial polymer transition region near...
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