The runtime control consist of the standard three buttons and a Display pull-down control. The function of the Skip button differs slightly from that in other DC Corrosion techniques. If you… read more →
Here is an Rp/Ep Trend dialog box complete with its default parameters. Most of the fields are identical to those found in the Polarization Resistance Experiment. Repeat Time The time… read more →
The data file from a Polarization Resistance experiment is analyzed using the Repassivation Potential.Gscript provided with the DC Corrosion software. It provides plot of current and potential versus time similar… read more →
Like the Critical Pitting Potential experiment (ASTM F746), THE Method involves a Stimulation phase and a Repassivation phase. The THE Repassivation Potential standard technique is run by selecting Experiment > DC… read more →
The data file from a Reactivation experiment is analyzed using the Reactivation.Gscript analysis package provided with the DC Corrosion software. Reactivation experiments are usually used to obtain quantitative sensitization information. In… read more →
Run the Reactivation standard technique by selecting Experiment>DC Corrosion>Electrochemical Reactivation from the Framework™ menu bar. This initiates the following sequence of events: Framework creates a Runner window, and the Electrochemical… read more →
Here is a Polarization Resistance Setup dialog box complete with its default parameters. Initial E Starting point for the potential sweep during data-acquisition. The allowed range is ±10 V with… read more →
The data file from a potentiodynamic experiment is analyzed using the Potentiodynamic.Gscript provided with the DC Corrosion software. Potentiodynamic experiments are usually used to obtain qualitative information. The primary use of… read more →
Run the potentiodynamic standard technique by selecting Experiment > DC Corrosion > Potentiodynamic from the Framework™ menu bar. This initiates the following sequence of events: Framework creates a Runner window,… read more →
The potentiodynamic technique is used to examine the overall corrosion behavior of a system. In a typical potentiodynamic scan, the potential of a metal specimen is slowly swept over a… read more →