Accession Number : ADA191260
Title : The Two-Dimensional One Component Plasma in a Doubly Periodic Background: Exact Results.
Descriptive Note : Interim technical rept.,
Corporate Author : PUERTO RICO UNIV RIO PIEDRAS DEPT OF PHYSICS
Personal Author(s) : Cornu, Francoise ; Jancovici, Bernard ; Blum, Lesser
PDF Url : ADA191260
Report Date : 24 Jan 1988
Pagination or Media Count : 37
Abstract : A new method is used to find that the two-dimensional one-component plasma in a inhomogenous background is a solvable model, in equilibrium classical statistical mechanics, for the special value Gamma = 2 of the coupling constant, for a larger class of background shapes: the n-body densities can be explicitly computed. In particular, we can deal with a doubly periodic background; this is a classical model for a crystal mode of fixed ions and mobile electrons. At Gamma = 2, this system is conductor: the correlations have a fast decay, and the Stillinger-Lovett screening sum rule is obeyed.
Descriptors : *PLASMAS(PHYSICS), COUPLING(INTERACTION), DECAY, DENSITY, ELECTRONS, IONS, N BODY PROBLEM, SHAPE, STATISTICAL MECHANICS, TWO DIMENSIONAL, ELECTRON MOBILITY, BACKGROUND RADIATION, HAMILTONIAN FUNCTIONS
Subject Categories : Plasma Physics and Magnetohydrodynamics
Distribution Statement : APPROVED FOR PUBLIC RELEASE