Abstract
The electrical properties of Poly(ethylene)/Salt complex membrane containing 50 wt.% natural salts evaporated from the Dead Sea water were studied as a function of temperature in the range 25-55°C through the impedance technique. It was found that the impedance decreases and the AC ionic conductivity increases with increasing temperature. The variation in the dielectric constants, relaxation time and activation energy with temperature are discussed. It was found that the observed relaxation peak is shifted to higher frequency as the temperature is increased. Thus, it was seen that addition of the Dead Sea salt complex can improve the electrical conduction behavior of the prepared composite.
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