New Prediction Model of Surface and Interfacial Energies Based on COSMO-UCE.The nature and strength of intermolecular and surface forces are the key factors that influence the solvation, adhesion and wetting phenomena.  The universal cohesive energy prediction equation based on conductor-like screening model (COSMO-UCE) was extended from like molecules (pure liquids) to unlike molecules (dissimilar liquids).  A new molecular-thermodynamic model of interfacial tension (IFT) for liquid-liquid and solid-liquid systems was developed in this work, which can predict the surface free energy of solid materials and interfacial energy directly through cohesive energy calculations based on COSMO-UCE. 
COSMO-UCE
New Prediction Model of Surface and Interfacial Energies Based on COSMO-UCE.The nature and strength of intermolecular and surface forces are the key factors that influence the solvation, adhesion and wetting phenomena.  The universal cohesive energy prediction equation based on conductor-like screening model (COSMO-UCE) was extended from like molecules (pure liquids) to unlike molecules (dissimilar liquids).  A new molecular-thermodynamic model of interfacial tension (IFT) for liquid-liquid and solid-liquid systems was developed in this work, which can predict the surface free energy of solid materials and interfacial energy directly through cohesive energy calculations based on COSMO-UCE. 
COSMO-UCE