The data file from a Polarization Resistance experiment is analyzed using the Polarization Resistance.Gscript provided with the DC Corrosion software. The Polres analysis package is used for fast, simple corrosion-rate calculation.… read more →
The Polarization Resistance standard technique is run by selecting Experiment, DC Corrosion, Polarization Resistance from the Framework™ menu bar. This initiates the following sequence of events: A Runner window is… read more →
The polarization resistance technique is a non-destructive technique used to obtain a rapid estimate of the corrosion rate of a metal in a solution. Cell current readings are taken during… read more →
The data file from a galvanic Corrosion experiment is normally analyzed by the Galvanic Corrosion.Gscript analysis package provided with the DC Corrosion software. Galvanic Corrosion experiments are usually used to obtain… read more →
The Galvanic Corrosion standard technique is run by selecting Experiment>DC Corrosion>Galvanic Corrosion from the Framework™ menu bar. This initiates the following sequence of events: Framework creates a Runner window, and… read more →
The Galvanic Corrosion technique is used to study the electrochemical reactions that occur when two different metals, immersed in the same solution, are electrically coupled to each other. One metal… read more →
Click here to see a Galvanic Corrosion Setup dialog box complete with its default parameters. Run Time The length of time that measurements are taken. The units of the Run… read more →
Run the Cyclic Polarization standard technique by selecting Experiment > DC Corrosion > Cyclic Polarization from the Framework™ menu bar. This initiates the following sequence of events: Framework creates a… read more →
The Cyclic Polarization technique is normally used to qualitatively evaluate a metal’s tendency to pit in a corrosive environment. With this technique, you can determine quantitative information such as protection… read more →
Here is a Cyclic Polarization Setup dialog box complete with its default parameters. Initial E Starting point for the initial sweep during data-acquisition. The allowed range is ±10 V with… read more →