a-c) and (15) depicts a Cole-Cole plot
between Z' and Z for pure and protonation PANI.
More information about the relaxation behavior and its evolution can be obtained in a Cole-Cole plot
, in which the imaginary viscosity ([eta]') versus real viscosity ([eta]") are plotted.
The Cole-Cole plot
of the electrolyte containing 0, 2, 8, 12, 16, 20 wt.
Figure 6a and b shows the modified Cole-Cole plot
of composites with FS and silica with PE-g-MA.
The relaxation process can be estimated by a Cole-Cole plot
G') in a Cole-Cole plot
with linear scale axes gives information about the compatibility in multiphase blends.
It was found that the data of the blends did not follow the Cole-Cole plot
of miscibility and the plot of log G'-log G" of the blend showed composition dependency.
If the behavior of the Cole-Cole plot
is temperature independent, vertical shift is not necessary.
(18) is a useful tool to analyze molecular structure through viscoelastic properties.
To see if a vertical shift is necessary a Cole-Cole plot
(G" versus G') may be constructed.
To analyze the rheological data, we used three different techniques: the first is the Cole-Cole plot
 representing loss viscosity ([eta]") versus storage viscosity ([eta]') of the blends as well as the pur e resins on a logarithmic scale.
The traditional way of generating a Cole-Cole plot
is to use the real ([epsilon]') and imaginary ([epsilon]") components of the complex permittivity.