Model Prediction on the Effect of Frequency on the Dielectric and Loss Factor
Abstract
This work evaluated the dielectric properties of-Ethanol as a liquid composed of polar molecules over the .I.-requency up to 10GHZ at temperature range of 10°C to5O°C. The plots. of dielectric constant E' and loss .factor E" against the frequency were .found useful in determining how well experimental data fits the Debye relaxation equation. The dielectric constant of Ethanol tats found decreasing a.s the temperature increased beyond 10°C while the loss factor on the other hand was found decreasing as the temperature increase.
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Literaturhinweise
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