Buffering [Flattency] Behaviour of Hydrophilic Interactions in H2O-(C2H5)3N Binary Solution System

Abstract

The weakly hydrogen bonded hydrophobic and hydrophilic

interactions in large proportions of aqueous triethylamine solutions

were visualised to be of vertical solubility flattency with greater

temperature sensitivity and horizontal temperature flattency with

higher solubility; the quantitative evaluation of hydrophobic and

hydrophilic interactions was observed to record an inhibition of

hydrophobic interactions. The remarkable shift in the behaviour of

mutual wetting temperatures and critical wetting coefficients of

these systems was observed to be the basis of overall molecular

orientations, dispersing and stabilization of solution networking.