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Modeling of macroscopic anisotropies
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Conclusiones
Contents
4
The constrained Monte Carlo method and temperature dependence of the macroscopic anisotropy in magnetic thin films
Subsections
1
Motivation and introduction
1
Atomistic model
2
The constrained Monte Carlo method
1
Algorithm
2
Free energy and restoring torque
3
Numerical procedure
4
Tests of the method
1
Curie temperature
2
Comparison of the constrained Monte Carlo method at low temperature with the Lagrange multiplier method
3
Temperature dependence of the bulk anisotropy
3
Temperature dependence of macroscopic anisotropy in thin films with Néel surface anisotropy
1
The temperature dependence of the total effective anisotropy in thin films with surface anisotropy.
2
Temperature dependence of the effective surface anisotropy in thin films.
1
Scaling with the system size
2
Separation of the surface torque
3
Modeling the effect of the anisotropy re-orientation due to the surface effects
4
The scaling of the macroscopic anisotropy with the magnetization
4
Conclusion
Conclusiones
Rocio Yanes