In this report, a new calculation method, which is fundamentally different from those currently used, is described for the determination of corrosion parameters from a series of polarization points. This method may be applied in any laboratory with a microcomputer, and it requires writing only a short program.

Since the method is not iterative, the calculations may be conducted in a few seconds. On the other hand, its advantage over the algebraic methods is that it can accept a large number of points, which affords accuracy to the determinations.

Subject
Electric current, Voltage drops, Optimization, Fittings, Cathodic current, Deviation, Constants, Experimental data, Anodic current, Corrosion data, Polarization, Tafel slope, Corrosion potential
National Association of Corrosion Engineers
1986
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