Abstract
This publication highlights the achievement of partial surface tension properties of liquids using an adapted Good-Girifalco approach from interfacial tensions and DiPEVa solubility parameters. The proposed method is simple to apply, and different databases of interfacial tension of water and one of squalene were compared. The water interfacial tension data was appropriate for estimating the dispersive component of the surface tension. In contrast, the squalene interfacial tension is more accurate for calculating the polar component of surface tension because of the miscibility behavior of the liquids. The approach strengthens the relationship between solubility parameters and the surface tension parameter. Due to the enormous importance of 3DSP, especially HSP, for the current technological field, the extension of its physicochemical background to the surface tension parameter is of paramount importance for the area of Materials Science. Thus, the data presented here are especially relevant for applications dependent on surface and interfacial phenomena or dielectric constant related to 3DSP.
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