Here we have made the additional assumption that vertical diffusion of solute is negligible.
During drying, solute concentration and molecular crowding increase in the cytoplasm.
Still, solute concentrations obtained by zero-tension litter percolate collectors and suction cups are not totally comparable.
In principle, reactions in solution and in enzymes could involve qualitatively different mixtures of solute and solvent coordinates.
The spatial localization is due to solute redistribution by the fluid motions.
Furthermore, were sugar-glasses to be formed in these locations, the mechanical resistance of the glass would enhance the protection provided by the small solutes.
For those cases the imposed flows redistribute solute in the melt, which modifies the stability boundary from the pure solidification problem.
A parallel flow solution can be found for any given set of flow parameters and any given axial gradient of solute.
