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The author newly proposed the application of state space trajectory method to the electrochemical analysis of corroding systems. The theory treating the potential transients of corroding systems to several current stimuli was developed. Theoretical analysis showed that the state space trajectories and their extrapolations derived the polarization resistance, solution resistance, and double layer capacitance separately with very short time polarizations. Hence, a few problems inherent in the steady polarization method could be excluded. The conceptional design of the measuring equipment for data analysis were also proposed.

A Proposal for Application of State Space Trajectory Method to Electrochemical Rapid Measurement of Corrosion Rate