On some variational approximations in two-dimensional classical lattice systems A. G. Schlijper Articles Pages: 1 - 27
Orientational structure of dipolar hard spheres near a hard neutral wall D. LevesqueJ. -J. Weis Articles Pages: 29 - 38
Iterated networks and the spectra of renormalizable electromechanical systems M. F. BarnsleyT. D. MorleyE. R. Vrscay Articles Pages: 39 - 67
On constructing Markov partitions by computer Valter FranceschiniFernando Zironi Articles Pages: 69 - 91
Spectrum and eigenfunctions of the Frobenius-Perron operator of the tent map M. Dörfle Articles Pages: 93 - 132
Temperature dynamics of the locally perturbed classical ideal gas V. A. MalyshevI. V. NickolaevYu. A. Terlecky Articles Pages: 133 - 146
A classification of Fokker-Planck models and the small and large noise asymptotics H. R. Jauslin Articles Pages: 147 - 165
Time behavior of the correlation functions in a simple dissipative quantum model C. AslangulN. PottierD. Saint-James Articles Pages: 167 - 189
On the survival probability of a random walk in a finite lattice with a single trap George H. WeissShlomo HavlinArmin Bunde Articles Pages: 191 - 199
Comment on a paper by G. H. Weiss, S. Havlin, and A. Bunde W. Th. F. den Hollander Articles Pages: 201 - 204
Asymptotic properties of multistate random walks. I. Theory J. B. T. M. RoerdinkK. E. Shuler Articles Pages: 205 - 240
Fluctuation susceptibility relations for classical spin systems Joël De ConinckFranÇois Dunlop Articles Pages: 241 - 248
Upper bounds on the critical temperature for various ising models James L. Monroe Articles Pages: 249 - 257
Quantum statistical mechanics for superstable interactions: Bose-Einstein statistics Yong Moon Park Articles Pages: 259 - 302
Fermionic perturbation theory for the statistical mechanics of the nonlinear Schrödinger model S. G. Chung Articles Pages: 303 - 328
Limit theorem for the distribution of eigenvalues of the operator of energy M. S. Goldstein Articles Pages: 329 - 360
Book review:Random walks and their applications in the physical and biological sciences Richard Barakat BookReview Pages: 365 - 368