Holly E Holmes, Frances Wiseman, James M O'Callaghan, Jack A Wells, Victor LJ Tybulewicz, Elizabeth MC Fisher, and Mark F Lythgoe Centre for Advanced Biomedical Imaging, University College London, London, Greater London, United Kingdom, Department of Neurodegenerative Disease, Institute of Neurology, London, Greater London, United Kingdom, MRC National Institute for Medical Research, London, Gr...

In this paper, two finite difference numerical schemes are proposed and analyzed for the droplet liquid film model with a singular Lennard--Jones energy potential involved. Both first second or...

by considering the fact that the surface tension of a real fluid arises from a combination of both repulsive and attractive forces between molecules, a new expression for the interfacial tension has been derived from scaled particle theory (spt)  based on the work of cavity formation and the interaction energy between molecules. at the critical temperature, the interfacial tension between coexi...

The pressure-induced frequency shift of the CH4 and N2 bands is interpreted by quantitatively attributing to attractive repulsive solvation mean-force variation using Lennard–Jones 6-12 potential perturbed hard-sphere fluid model.

Model calculations of Langmuir monolayers: Pressure effects on tilting behavior of idealized amphiphiles" (1996). Model amphiphiles consisting of lines of Lennard-Jones ͑LJ͒ centers are investigated to determine the effect of pressure and molecular geometry on ground-state tilting behavior. Both the amphiphile length and the intramolecular distance between LJ centers is varied. The results give g...

Physically motivated expressions for the transport cross sections describing classical scattering in the Lennard-Jones potential are proposed. These expressions, which agree with the numerical results better than to within ±1%, can be easy implemented in practical situations. Some relevant examples are provided.