Man Singh

The book deeply interfaces mass and energy exchanges to overcome quantum energy barrier via quantized energy via nanohydration spheres generating tentropies. The tentropies caused by spintronics facilitate a mass transfer to designated site resulting monodispersion and energy equipartition of mass of ingredients avoiding coagulation or plaques in arteries with potential energy. While monodispersion generates wavefunction overcoming as per de Broglie wave and particle model flitted with tentropicodynamics. Survismeter and friccohesity (SAF) mutually develop the new state of nanoscience and nanotechnology art. The friccohesity is a dimensionalizing parameter as the shear stress and surface energies both act as the dimensionalizing energies that interconnect the solvent and the ingredients align along a specific dimension. The friccohesity chemistry represent the interfacial facets of thermodynamics and quantum mechanics to elucidate and illustrate the absolute use of the molecular energies for exploring the molecular economy as the monodispersion with dG=dH-TdS, For monodispersion, dG = 0, so, dH = TdS. The dH generates the dS that develop the molecular motions to maintain a monodispersion with higher friccohesity. The higher friccohesity generates the rotational vibrational, translational molecular motions, these are noted frovitronic motions. The frovitronic motions are friccohesity driven motions.

This book introduces and illustrates fundamentals of physicochemical properties of structurally homogenized liquids mixtures and nanoemulsions. It also incorporate new concepts and their relevance for understanding nanomaterial interaction engineering. The presents sciences and experimental abilities of survismeter for developing applications of molecular interaction engineering.