The Results - Report subtab displays the computed Electrical Conductivity tensor.

For each space direction, also the electrical resistivity is reported. It is the inverse of the electrical conductivity value in that space direction.

The formation factor is the conductivity of the Reference Material (brine in this example) divided by the computed conductivity in this space direction. The reference material can be set in the left part of the dialog.

For the computation of resistivities and formation factors only the diagonal entries of the tensor are taken into account.

Additionally, for each computation, the number of iterations, runtimes, and stopping criteria applied are reported.

The Results - Plots subtab displays different graphs under tabs:

First, the Potential gradient across the structure (Layered Potential X/Y/Z-Direction).

Second, the mean Current Density with the standard deviation in each voxel layer. If non-conducting materials are present, the mean current density varies and shows where the bottlenecks are.

Third, under Convergence, the plot of the Conductivity at given Iteration values is charted for the selected directions. If the LIR solver is used, and Error Bound is used as stopping criterion, also the predicted conductivity is shown.