upward

Coulomb gas

Ликальтер А А, Критические точки конденсации в кулоновских системах, УФН 170, 831 (2000)

Forrester P J, Exact results for two-dimensional Coulomb systems, PR 301, 235 (1998)


Chavanis P-H, Sire C, Anomalous diffusion and collapse of self-gravitating Langevin particles in D dimensions, PRE 69, 016116 (2004)

Ortner J, Equation of states for classical Coulomb systems: Use of the Hubbard-Schofield approach, PRE 59, 6312 (1999)

Aly J-J, Perez J, Thermodynamics of a two-dimensional unbounded self-gravitating system, PRE 60, 5185 (1999)

Brydges D C, Martin P A, Coulomb systems at low density: A review, JSP 96, 1163 (1999)

Miller B N, Source of relaxation in the one-dimensional gravitating system, PRE 53, 4279 (1996)

Dubin D H E, First-order anharmonic correction to the free energy of a Coulomb crystal in periodic boundary conditions, PRA 42, 4972 (1990)

Slattery W L, Doolen G D, DeWitt H E, N dependence in the classical one-component plasma Monte Carlo calculations, PRA 26, 2255 (1982)

Nakayama I, Tsuneto T, Properties of a two-dimensional classical Coulomb gas, PTP 63, 402 (1980) – z-expan

Related

Dauxois T, Ruffo S, Arimondo E, Wilkens M, Dynamics and thermodynamics of systems with long-range interactions: an introduction, LNP 602, 1 (2002)

Cohen E G D, Ispolatov I, Phase transitions in systems with 1/rα attractive interactions, LNP 602, 130 (2002)

Miscellaneous

Altschuler E L, Perez-Garrido A, Global minimum for Thomson’s problem of charges on a sphere, PRE 71, 047703 (2005)