Thermodynamic states of the mixed spin 1/2 and spin 1 hexagonal nanowire system obtained from a seven-site cluster within an improved mean field approximation
RGB Mendes, FCS Barreto, JP Santos - Brazilian Journal of Physics, 2018 - Springer
The mean field approximation results in the mixedspin 1/2 Ising model and spin 1 Blume-
Capel model, in the hexagonal nanowire system, are obtained from the Bogoliubov
inequality. The Gibbs free energy, magnetization, and critical frontiers are obtained. Besides
the stable branches of the order parameters, we obtain the metastable and unstable parts of
these curves and also find phase transitions of the metastable branches of the order
parameters. The classification of the stable, metastable, and unstable states is made by …
Capel model, in the hexagonal nanowire system, are obtained from the Bogoliubov
inequality. The Gibbs free energy, magnetization, and critical frontiers are obtained. Besides
the stable branches of the order parameters, we obtain the metastable and unstable parts of
these curves and also find phase transitions of the metastable branches of the order
parameters. The classification of the stable, metastable, and unstable states is made by …
Thermodynamic States of the Mixed Spin 1/2 and Spin 1 Hexagonal Nanowire System Obtained from a Seven-Site Cluster Within an Improved Mean Field …
R Guilherme Batista Mendes, FCS Barreto… - arXiv e …, 2017 - ui.adsabs.harvard.edu
The mean field approximation results in the mixed spin 1/2 Ising model and spin 1 Blume-
Capel model, in the hexagonal nanowire system, are obtained from the Bogoliubov
inequality. The Gibbs free energy, magnetization and critical frontiers are obtained. Besides
the stable branches of the order parameters, we obtain the metastable and unstable parts of
these curves and also find phase transitions of the metastable branches of the order
parameters. The classification of the stable, metastable and unstable states is made by …
Capel model, in the hexagonal nanowire system, are obtained from the Bogoliubov
inequality. The Gibbs free energy, magnetization and critical frontiers are obtained. Besides
the stable branches of the order parameters, we obtain the metastable and unstable parts of
these curves and also find phase transitions of the metastable branches of the order
parameters. The classification of the stable, metastable and unstable states is made by …