At the end of the computations, the Result Viewer of the respective result files ChordLengthPore.gdr and ChordLengthSolid.gdr, appears automatically.

1. In the Result Viewer, select both files so that they are highlighted in blue in the File box and the content of the two result files appears side-by-side. The results obtained for the solid material are shown here on the right-hand side.
   
    
   Under the Results-Report tab the computed chord lengths can be found in tables.
   The first table shows the Mean Chord Lengths for all selected directions. For example, the mean chord length in pore space in X-direction is 6.95 µm, while the corresponding mean chord length for the solid material is 7.79 µm. It can be observed that in all directions the mean chord length in the solid material is about 1 µm longer than in the pore material.
2. The tables below show the Fraction Lengths for each chosen direction.
   

1. 1. In the pore space, 10% of the chord lengths in X-direction are smaller than 1.50 µm (L10), 50% are smaller than 4.86 µm (L50), and 90% are smaller than 14.57 µm (L90).
   2. In the solid material, 10% of the chord lengths in X-direction are smaller than 1.95 µm, 50% are smaller than 6.23 µm, and 90% are smaller than 14.77 µm.
   3. While the L10 and L90 values in X-direction are very similar for the two materials, the value for L50 differs by about 1.5 µm.

3. The Results-Plots subtab displays the cumulative number of chords in X-, Y-, and Z-direction. In Z-direction there are more small chord lengths for both materials. The graphs for the pore material rise slightly faster but other than that, the curves are very similar for both materials.