1. Monte Carlo study of magnetic properties of the fullerene C24 structure.
- Author
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Benyoussef, S., Jabar, A., and Bahmad, L.
- Subjects
- *
MONTE Carlo method , *CRITICAL temperature , *HYSTERESIS loop , *MAGNETIC properties , *MAGNETIC fields , *FERRIMAGNETIC materials - Abstract
The fullerene C24 is one of the most active types of nanostructures and has been used as an active component in important applications. In this study, we investigated the magnetic characteristics of the mixed spins 5/2 and 3/2 of the Fullerene C24 system using Monte Carlo simulations. We start by offering a theoretical analysis of ground state phase diagrams. In fact, out of all potential configurations, we only present and analyze the stable configurations. Secondly, calculations are done to determine how the magnetic characteristics of this compound change as various physical parameters are changed. Additionally, we offer the examined magnetic behavior of the system with reduced temperature, reduced crystal field, reduced exchange-coupling interactions, and reduced external magnetic field. Finally, we looked into and talked about the critical reduced temperature of Fullerene C24. We showed and examined the hysteresis loops for various physical parameter values to end our work. [ABSTRACT FROM AUTHOR]
- Published
- 2024
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