Here is the Multiplexed RpEc Setup dialog box complete with its default parameters. Pstat, Multiplexer Select the PStat and Multiplexer using the labeled radio buttons. You may choose only one… read more →
In order to save space in the experiment setup window, an auxiliary database is used to store electrochemical system parameters. These include values for metal densities, equivalent weights, and electrode… read more →
The DC Corrosion combined with an ECM8 Multiplexer is a system for cost-effective electrochemical-corrosion monitoring. You can use a multiplexed system to sequentially test eight electrochemical cells using only one… read more →
This experiment measures changes in the polarization resistance, Rp, and corrosion potential, Ec, of up to eight samples. The samples are connected to the Framework™ system via an ECM8 Electrochemical… read more →
The runtime control consists of four buttons and a Curve List pull-down control. The four control buttons are familiar to any user of the single-cell DC Corrosion experiments, although in multiplexed… read more →
This experiment allows you to measure electrochemical polarization curves for up to eight samples automatically. The samples are connected to the Framework™ system via an ECM8 Electrochemical Multiplexer. Each sample… read more →
The runtime control consist of four buttons and a Curve List pull-down control. The four control buttons are familiar to any user of the single-cell DC Corrosion experiments, although in… read more →
Here is the Potentiodynamic Setup dialog box, complete with its default parameters. Pstat, Multiplexer Select your PStat and Multiplexer using the labeled radio buttons. You may select only one device… read more →
Run the Multiplexed Potentiostatic standard technique by selecting Experiment> Multiplexed DC Corrosion> Multiplexed Potentiostatic from the Framework™ menu bar. This initiates the following sequence of events: Framework creates a Runner… read more →
This experiment allows you to apply a fixed or stepped voltage and measure current-versus-time curves on up to eight samples sequentially. The samples are connected to the Framework™ system via… read more →