Forcing/Forced Exertions in Agglomerations of Nanoparticles and Particles inside the Solution

Tracking exertions of force to nanoparticles and particles of different features in the course of their agglomerations is important for the scientific community working in different domains. Visualizing the live exertions of force in agglomerations of nanoparticles and particles in solution is a challenging task. It is also an expensive procedure to reach out for discussions on their agglomerations based on only visualized dynamics. However, suitably captured microscopic images of their specimens can map tracked forces of medium dynamics. A net force exerted to a faced side of a nanoparticle or particle for agglomeration is by means of tracing forces of medium poles in addition to their own poles. In agglomeration of nanoparticles and particles, exerting force is in the mode of mute, alert and functioning successively. In agglomeration of nanoparticles and particles of anisotropic shapes, electrons of surface atoms behave orientationally. This is not the case for distorted nanoparticles and particles. Forcing exertions to them in agglomerations depend on their features and lengths of focusing. Colloidal particles are the best petitioners to track nature of interactions.