Abstract
The main singular term is calculated when expending the two-matrix integral in 1/N{sup 2} powers in the order next to the main one, which is the generating function for the statistical sum of the Ising model on a random lattice with a torus topology. The statistical sum behaviour is investigated at crossing the phase transition point. 2 refs.
Citation Formats
Sahakian, D B.
Solution of the Ising model on a random lattice with a torus topology.
USSR: N. p.,
1990.
Web.
Sahakian, D B.
Solution of the Ising model on a random lattice with a torus topology.
USSR.
Sahakian, D B.
1990.
"Solution of the Ising model on a random lattice with a torus topology."
USSR.
@misc{etde_10128928,
title = {Solution of the Ising model on a random lattice with a torus topology}
author = {Sahakian, D B}
abstractNote = {The main singular term is calculated when expending the two-matrix integral in 1/N{sup 2} powers in the order next to the main one, which is the generating function for the statistical sum of the Ising model on a random lattice with a torus topology. The statistical sum behaviour is investigated at crossing the phase transition point. 2 refs.}
place = {USSR}
year = {1990}
month = {Dec}
}
title = {Solution of the Ising model on a random lattice with a torus topology}
author = {Sahakian, D B}
abstractNote = {The main singular term is calculated when expending the two-matrix integral in 1/N{sup 2} powers in the order next to the main one, which is the generating function for the statistical sum of the Ising model on a random lattice with a torus topology. The statistical sum behaviour is investigated at crossing the phase transition point. 2 refs.}
place = {USSR}
year = {1990}
month = {Dec}
}