The utilization of classical spin Monte Carlo methods to simulate the magnetic behavior of extended three-dimensional cubic networks incorporating M(II) ions with an S = 5/2 ground state spin.

Abstract

The numerical simulations of the magnetic properties of extended three-dimensional networks containing M(II) ions with an S = 5/2 ground-state spin have been carried out within the framework of the isotropic Heisenberg model. Analytical expressions fitting the numerical simulations for the primitive cubic, diamond, together with (10-3) cubic networks have… (More)

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@article{Boullant2001TheUO, title={The utilization of classical spin Monte Carlo methods to simulate the magnetic behavior of extended three-dimensional cubic networks incorporating M(II) ions with an S = 5/2 ground state spin.}, author={E Boullant and J. Cano and Yves Journaux and Silvio Decurtins and M. Gro\ss and Maya Metni Pilkington}, journal={Inorganic chemistry}, year={2001}, volume={40 16}, pages={3900-4} }