Under the Constituent Materials tab, the Invading Fluid and Displaced Fluid can be entered and their electrical conductivity (S/m) can be defined. The tab is similar to the one for capillary pressure but some properties cannot be entered (e.g. surface tension and contact angle).

If the phase distribution under the Wetting Parameters tab is chosen by Pore Size, the displaced fluid must be present in the structure. If it is taken from Simulated Wetting Process, then both fluids can be changed and do not have to be already present in the current structure.

Set the Temperature applied for the calculation in the selected units below. Click Open & Edit Material Database to edit the materials properties in the material database if needed.

The next line with Invading Electrical Conductivity and the table below show the same information, once for the invading fluid and below for the materials present in the structure. The table has the same entries and tabs as the table in the Constituent Materials tab in ConductoDict (except for the Specific Electrical Contact Resistivity tab).

Additionally, by checking Thin Film Thickness, the Thin Film Model can be used. The thickness of the thin film must be smaller than the current voxel length.