ABSTRACT
Molecular expressions in liquid mixtures at variable pH, additives, and bis (phenylmethanamine) tetrachloroplates are tracked by friccohesity, and molecular expressions in solid state are tracked with Fourier-transform infrared spectroscopy. The disease due to molecular disturbances is caused by the structural disturbances of proteins because the electronically charged molecular environment induces interaction where water, minerals, proteins, or hormones are engaged. Molecular combinations and their physical states develop valuable physicochemical processes, for example, ice, water, and vapor exist in different geometries, have different activities, and cause different impacts. So the whole body of the molecules undergoes reorientational changes through its electrostatic poles. Scientists are tracking molecular language, which has helped in developing various devices for measuring melting point, BP, and FP. Each molecular substance has fixed intrinsic properties. Therefore, friccohesity as a sensor indicates the state of various molecules along with their responses toward selected solvents, buffers, or other media used for formulating the products.
