# Phase transition properties of Bell-Lavis model

@article{imnas2014PhaseTP, title={Phase transition properties of Bell-Lavis model}, author={Mantas {\vS}imėnas and Andrius Ibenskas and Evaldas E. Tornau}, journal={arXiv: Statistical Mechanics}, year={2014} }

Using Monte Carlo calculations we analyze the order and the universality class of phase transitions into a low density (honeycomb) phase of a triangular antiferromagnetic three-state Bell-Lavis model. The results are obtained in a whole interval of chemical potential $\mu$ corresponding to the honeycomb phase. Our results demonstrate that the phase transitions might be attributed to the three-state Potts universality class for all $\mu$ values except for the edges of the honeycomb phase…

## 13 Citations

Effect of lattice coarsening and exclusion on phase-transition properties of the Bell–Lavis model

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The temperature and order of the phase transition are studied for a less-coarsened Bell–Lavis model and the critical exponents obtained for the lower phase transition demonstrate the values typical for the three-state Potts model universality class.

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gas I. Ibagon, a) A. P. Furlan, b) T. J. Oliveira, c) and R. Dickman d) Departamento de F́ısica, ICEx, Universidade Federal de Minas Gerais, C. P. 702, 30123-970, Belo Horizonte, Minas Gerais Brazil…

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A three-dimensional (3D) model is proposed to study the self-assembly of triangular molecules at the solid–liquid interface and the effects of the surface–molecule interaction on molecular ordering.…

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This study presents results of molecular modeling of two-dimensional structures of tripod-shaped molecules associated with the trimesic acid (TMA) molecules using a recently developed method of external fields imposed on an elongated simulation cell in the framework of a kinetic Monte Carlo algorithm.