Plots
Under the Plots subtab multiple plots are available depending on the choices made in the left panel of the Results tab.
Properties of the axis and graph can be modified for all plots. Click the button Plot Options or right click the graph to access the settings menus. With Edit Axis Settings, scaling, labels and ticks of the axis as well as font sizes and legend placement can be selected. With Edit Graph Styles, title, style and color can be defined for each graph shown in the plot. In the menu that appears after right clicking the graph the data contained in the plot can be saved as well. More details on changing plot settings, are available in the Result Viewer user guide.
Modifications in the plots due to changes in the post-processing options in the left panel are also changed in the GeoDict result file *(.gdr). Check Back-up result file in the left panel to save a copy of the current *.gdr file before modification. The back-up file will be located in the result folder and gets the file name AddiDictResult.gdr.bck## as an example for the original result file name AddiDictResult.gdr.
Residence time
The Residence time plot shows how much time particles spend in each pore and porous material. This plot is created if Compute Collision Statistics and Residence Times is checked in the left panel. In the example shown here, ~14% of the particles are in the pore part of the structure (Water, ID 0) between 2e-04 s and 3e-04 s.
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Reaction Statistics
A histogram of the Reaction Statistics of the chemical reactions is shown if Compute Chemical Reaction is checked in the left panel and reaction rate constants are defined for one or several materials. In the example shown here, for nearly 30% of the particles only up to 2% have not yet reacted and remain in the structure.
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Breakthrough curve
If the Compute Breakthrough Curve box is checked in the left panel, the Breakthrough Curve is shown as a graph over time. The graph shows additionally the values of the Cumulative breakthrough curve, the Active particle count and the Trapped particle count values listed in the table under the Report subtab.
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Travel displacement
The Travel Displacement curve is shown when the Compute Average Displacement box is checked. The displacement of each particle is computed as the straight distance between its starting position and its final position at a given time. The displacement should not be confused with the distance that each particle travels along its trajectory, which might be a lot longer due to the zig-zag movement caused by diffusion.
If the box Use Adsorption Time is checked in the left panel, an additional curve is shown in the plot, with travel displacements adjusted according to the defined adsorption time(s).
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