Microscopic Spin Wave Study of the Co/Cu(100) Epitaxial Monolayer
Recent progress1 in the preparation and investigation of high quality epitaxial monolayers (ML) has renewed the interest for two-dimensional (2D) magnetism. In particular, the temperature dependence of the magnetization of the Co/Cu(100) monolayer was measured with great accuracy using spin-polarized low-energy electron diffraction (SPLEED), and magneto-optical Kerr effect.2 The field dependence of the magnon energy gap was detected by means of light scattering.2
KeywordsMagnetic Anisotropy Dipolar Interaction Spin Wave Ground State Configuration Solid State Comm
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- 1.Applied Physics A 49/5+6 (1989): special issue on “Magnetism in Ultrathin Films” (guest editor D. Pescia) and references therein.Google Scholar
- 8.Since the light scattering experiment2 was made at room temperature, a more accurate determination of the values of the magnetic anisotropics would require the renormalization of the Hamiltonian parameters. This is deferred to future work.Google Scholar
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