Square unit in Husimi lattice (the Bethe square lattice) is generalized to be rhombus with
randomly variable angles. The independence feature of unit cells in recursive lattice makes …

The square unit in Husimi lattice is generalized to be rhombus with random angles. The
independence feature of unit cells in recursive lattice makes the random conformation …

As one of the few exactly solvable thermodynamic models, the Ising model on recursive
lattice is featured by its impressive advantages and successful applications in various …

All magnetic materials have at least two thermodynamic phases—order and disorder, which
determine the second-order phase transition. The peak in the temperature behavior of the …

The Husimi recursive lattice is extended to a hybrid ensemble of variable unit cells. This
enables the Husimi lattice to be more versatile in describing complex systems, including …

We numerically study the thermodynamic properties of two Archimedean lattices1 with Ising
spins using Wang–Landau algorithm of the Monte Carlo simulation. The two Archimedean …

According to the recently obtained thermodynamic uncertainty relation, the microcanonical
regions with a negative heat capacity can be accessed within a canonical-like description by …

An inhomogeneous random recursive lattice is constructed from the multi-branched Husimi
square lattice. The number of repeating units connected on one vertex is randomly set to be …

In this work, Monte Carlo simulations have been performed to investigate the magnetic
properties and thermal behavior of different Husimi-like structures: triangular, square and …

Here, we present a theoretical study of a new statistical lattice model based on a double
hexagonal structure associated with G 2 symmetry. Using Monte Carlo simulation, we study …