Sir John Lennard-Jones, K.B.E., F.R.S.

Sir John Tomes FRS, Fellows of the Royal Society, and dental reform in the nineteenth century.

In this paper Sir John Tomes HonFRCS LDS FRS (1815-95), surgeon-dentist, is presented as the agent through whose membership of the Royal Society the previously disorganized profession of dentistry shared in the process of reform and scientific progress that engaged the medical profession in the second half of the nineteenth century. The study identifies 70 of the Fellows of the Royal Society wh...

Hydrophobicity in Lennard-Jones solutions.

The analogue of the hydrophobic hydration is explored for Lennard-Jones solutions. The free energy of solvation and its temperature derivatives, both in the constant-pressure process and in the constant-volume process, are obtained numerically for a variety of the size and energy parameters for the solute-solvent Lennard-Jones potential. We identify in the parameter space a region in which the ...

Sir Martin Roth FRS: an appreciation.

Since the mid-19th century central Europe had been the cradle of conceptual thinking had been the cradle of conceptual thinking in clinical psychiatry. Following the turbu-in clinical psychiatry. Following the turbulence and persecution in the 1920s and lence and persecution in the 1920s and 1930s some of a later generation of mid-1930s some of a later generation of mid-European psychiatrists e...

[Sir Robert Jones (1857-1933)].

Lennard-Jones Potential inside a Spherical Cavity

The Lennard-Jones potential for an atom inside a conducting spherical cavity is derived. The interest is in possible anomalous effects near the focal point of a cavity viewed as a spherical mirror. We find a smooth dependence of the potential on the distance of the atom from the surface of the cavity. 1 Plane Mirror and the C3 coefficient Let us consider first a plane mirror, assumed to lie in ...