The method presented can also be applied to other quantum systems.
The analysis presented can also be modified to analyze other non-reentrant extrusion product shapes.
The GDSS architecture presented can also be used for empirical studies in collaborative MDM.
An extensive data set presented, can also be used to guide future modeling.
The photoionization mechanism presented can also successfully explain the fluorescence and phosphorescence behavior of Eu in BaMgSiO4.
The method presented can also be applied to the transverse vibration analysis of plates with discrete damping inserts.
Additionally, many of the tools presented can also be used to transmit forces to the cell in examining biochemical or biomechanical response.
The information presented can also be used as educational material that guides electrical engineers in addressing lightning protection issues of LV power systems and ELV signal systems.
Finally, the model presented can also be applied to (i) other types of microorganisms such as unicellular green algae or photosynthetic bacteria, (ii) different photobioreactor processes such as food product or pharmaceutical production, or (iii) photochemical reactors.
Besides, how the questions are presented can also affect the complexity of a task.
