Showing papers by "Charles H. Bennett published in 1975"

TL;DR: In this article, the authors propose to replace the ordinary kinetic energy function for a classical system of point masses by a more general quadratic form (12 Σij=1N qiMijqj), where Mij is an arbitrary positive-definite symmetric "mass tensor", and obtain a system having different dynamics but the same equilibrium properties as the original system.

TL;DR: The relative jump frequencies of tracer atoms with masses 1.00 and 1.05 times the host atom mass have been computed by molecular dynamics in a system of 255 Lennard-Jones atoms comparable with solid argon at 80 °K as discussed by the authors.