A more accurate approach was given to the semibatch reactor modeling since it was demonstrated that the liquid volume significantly increased along the reaction.
These results concurred with the isotherms modeling since it was shown that EMC isotherms followed the Freundlich equation, that is, adsorption happened on heterogeneous sites and dye layers built around solid particles.
This type of validation is a specialty of PCM modeling since it takes advantage of its ability to extrapolate also in target space.
Our FEM-based approach significantly advances the state-of-the-art in physics-based geometric modeling since it provides a universal physics-based framework for any subdivision scheme.
A C-grid staggering, in which the mass variable is stored at cell centers and the normal velocity component is stored at cell faces (or edges in two dimensions) is attractive for atmospheric modeling since it enables a relatively accurate representation of fast wave modes.
For studies like this one, mechanistic modeling is preferred over correlative modeling since it explicitly incorporates potential range-limiting processes.
