Investıgatıon of Electrıcal Conductıvıty and Polarızatıon Mechanısms ın Polymer
Nanocomposıtes wıth Nanofıller Dıspersıon
Polymer nanocomposites reduce the permeability of gas, water and hydrocarbons, increase their mechanical strenght and by providing high thermal stability, low production cost and optical transparence comparing with conventional inlays, they are used especially as packing material in food industry.
Besides, its using as non-conductive material in cable production and also its using as an non-conductive interface material in integrated electronical circuits, increases interest towards these materials day by day. In this study, electrical conductivity, dielectric stable and dielectric relaxation behaviour will be examined according to the distribution quantity of nano filling added in the polymer nanocomposite structure, a quick comparison will be tried to make with help of dielectric spectroscopy for different nano filling distribution. The methods which are used in search of distrubition of nano filling (TEM, XRD, Mechanical Test) are extremely difficult, expensive and are required high quantity of test samples. Our aim is to make a quick comparison at different distrubition examples by the method of dielectric spectroscopy.
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