# Influence of magnetic fields on the spin reorientation transition in ultrathin films

@article{Hucht2000InfluenceOM, title={Influence of magnetic fields on the spin reorientation transition in ultrathin films}, author={Alfred Hucht and Klaus D. Usadel}, journal={Philosophical Magazine B}, year={2000}, volume={80}, pages={275 - 282} }

Abstract The dependence of the spin reorientation transition in ultrathin ferromagnetic films on external magnetic fields is studied. For different orientations of the applied field with respect to the film, phase diagrams are calculated within a mean-field theory for the classical Heisenberg model. In particular we find that the spin reorientation transition present in this model is not suppressed completely by an applied field, as the magnetization component perpendicular to the field may…

## 5 Citations

Anisotropy effects on the magnetic excitations of a ferromagnetic monolayer below and above the Curie temperature

- Physics
- 2005

The field-driven reorientation transition of an anisotropic ferromagnetic monolayer is studied within the context of a finite-temperature Green's-function theory. The equilibrium state and the field…

A MEAN-FIELD APPROACH TO A DISCRETE DIPOLAR SPIN MODEL WITH UNIAXIAL MAGNETIC ANISOTROPY

- Physics
- 2009

Using the mean-field approximation, we study the reorientation transition in a discrete dipolar spin model. We array the d-dimensional spins in the d-1-dimensional hypercubic lattice points, and…

Electron beam evaporation of superconductor-ferromagnet heterostructures

- Materials ScienceScientific reports
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We report on the electronic and magnetic properties of superconductor-ferromagnet heterostructures fabricated by electron beam evaporation on to unheated thermally oxidised Si substrates.…

Effects of a perpendicular magnetic field in the dipolar Heisenberg model with dominant exchange interaction

- PhysicsJournal of physics. Condensed matter : an Institute of Physics journal
- 2011

From extensive Monte Carlo simulations, representative magnetic phase diagrams have been determined as a function of the ratios κ/g and T/g, where T is temperature, and at three different ratios of H/g (H/g = 10, 20, 27).

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