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This approach relies on the fact that the electrode impedance over a range of frequencies results in symmetric and anti-symmetric behavior of the phase angle and the impedance magnitude, such that once the high frequency response is known up to the mirror frequency, the low frequency response can be determined from the high frequency measurement. It provides a mathematical and graphical approach for determining the low frequency electrode response from the high frequency impedance measurements. The primary development of this technology relies on new understanding of basic electrode equivalent circuit models, and the analysis method for such models.
• Opens up a range of corrosion measurement and monitoring technologies that are not currently available
• Drastically shortens time needed to capture impedance
• Extends the frequency range of analysis by exploiting the symmetry properties of general transfer functions
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