ABSTRACT
The friccohesity of dispersion or flocculation of colloidal suspensions through the surface area of nanoparticles’ zeta potential moderates the stability of the nanoemulsion. Friccohesity explains frictional forces (FF) and surface area for maintaining stability and instability. The mechanism for long-term stability or inducing rapid flocculation activities depends on molecular interaction engineering to widen the applications. Many industrial processes like paper production, water treatment, and dewatering processes, require destabilization or flocculation of dispersed particulates. For foods, cosmetics, paints, and pharmaceuticals, the stabilization enhances the shelf life and consumer appeal. Medicines, drugs, ink, foods, clothes, and all living and nonliving objects are made up of the combinatorial degree of freedom out of Boltzmann energy distribution arrays of molecules and their interacting factors. Thereby, fundamentals of synthesis and characterization of molecules correlate the FFs of solute that fractionate the cohesive forces of medium.
