Results
Plot the zinc concentration in the orange.
3D Plot Group 14
1
In the Home toolbar, click Add Plot Group  and choose 3D Plot Group .
2
In the Settings window for 3D Plot Group , type Concentration Isosurface in the Label text field.
3
Locate the Data section. From the Dataset list in the Data section, choose Study 2/Solution 2. From the Time (s) list that appears, select 300.
Concentration Isosurface
1
Right-click Concentration Isosurface  under Results and choose Isosurface . Alternatively, this can be done by clicking Isosurface  on the Concentration Isosurface toolbar.
2
Click Replace Expression  in the upper-right corner of the Expression section in the Isosurface Settings window. From the menu, choose Component 1 > Transport of Diluted Species > Species c > c - Molar concentration -mol/m3.
3
In the Levels section, from the Entry method list, choose Levels and type 0.2 in the Levels text field.
4
After you have clicked the Zoom Extents  button in the Graphics toolbar, click Plot  on the Concentration Isosurface toolbar. This will create Figure 7 showing Zinc concentration isosurface.
Export
An animation can be used to visualize the zinc ion isosurface during the simulated time:
1
In the Results toolbar, click Animation  and select Player . This generates an Animation 1  node under the Export  node.
2
In the Settings window for Animation, locate the Target section and select Player from the Target list. Locate the Scene section. From the Subject list, choose Concentration Isosurface.
3
In the Animation Editing section, choose From list in the Time selection list.
4
At t=0 there is no concentration gradient in the orange, so deselect the first time step. To do this press Ctrl and click the first time step in the Times (s) list.
5
Click Zoom Extents in the Graphics toolbar followed by right-click of Animation 1  under the Export  node and choose Play . The last frame at 3600 s should match Figure 8.