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really? Well then, tell us more about Lennard-Jones potential, Van Der Waals interactions, Debye forces, and London dispersion forces.


Methods for in situ separation of mixtures
WO 2016201491 A1
Jeffrey Edwards, Matthew MCILDOWIE

"The destabilizing energy form is provided in the form of surface energy. The term "surface energy" refers to the use of intermolecular forces (such as ion-dipole interactions (ion-dipole and ion-induced dipole forces); hydrogen bonding; dipole moments; Lennard-Jones potential; polarizability; and Van Der Waals interactions (Keesom [permanent-permanent dipoles] interactions; Debye [permanent-induced dipoles] forces; London dispersion forces)) from an external source to overcome the intermolecular forces within the mixture. Preferably the surface energy is provided by the use of materials of specific surface energy with known and desirable intermolecular forces to apply the mixture to the skin, wherein the surface energy of the material used to apply the mixture interacts with the components of the mixture to attract some components towards the material and repel some components of the mixture away from the material."

https://www.google.com/patents/WO2016201491A1?cl=en