ABSTRACT
New experiments could be developed for finding out the exact relations between friccohesity and conductance with respect to the composition and size of the ions as per the ionic length of the solution. Friccohesity directly depends on the size of the particles, so fat or oil molecules have larger droplet sizes because there are stronger cohesive forces (CF), which hold larger oil amounts together. The physicochemical properties like friccohesity are found to depend on hydrophobicity of alkyl chain. Longer chains increase the numbers of the sigma bonds, which strongly hybridize and develop higher potential energy with stronger CFs. The survismeter works on the basis of fluid dynamics where molecular interactions, ionic interactions, and salting binding abilities occur frequently. Electronic transitions could be attained by mechanical energy, photon absorption, heating, and the magnetic field and such variations could be applied to the solution sample in the reservoir bulb of the survismeter.
