This is from dielectric spectroscopy data for a metal-oxide ceramic that has two major phases and a small amount of a third phase present. It's a plot of AC conductivity vs angular frequency for this sample at a particular temperature.
I have tried both the single and double power law's. I've tried adding a third and fourth term. How do I interpret this result? What should I use to fit this curve properly?
EDIT: I am attaching images of the curve in question. In one image, the plot was changed to a log-log plot.
Hello friend, Lyndon Edward Smith
Plot ac conductivity with log frequency. Then the plot will be fitted easily with the Jonscher power law.
First, you need to convert the abscissa in log-scale. Then plot the conductivity spectra. However, you can try to fit the conductivity spectra using Jonscher's single and double power laws. You can use origin software to fit the conductivity spectra. I hope it will be helpful for you.
Follow the formula written in paper and make a graph in orign software.
Article Characterization and curve fittings of Mg+2 substituted R-ty...
Jonscher's power law fitting for AC conductivity spectra https://www.youtube.com/live/NwiXcvDmaGo?t=33s
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