Transverse Biased Initial Susceptibility Measurements of Magnetization Reversal in Fe/MgO(100) Thin Films

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概要

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• Transverse biased initial susceptibility (TBIS) measurements were performed on Fe(100)/MgO(100) thin films, using a magnetooptical Kerr effect system. A peak detected in the TBIS curve when the magnetic field is applied along one of the easy axes, corresponding to a small step in the hysteresis loop, is associated with the uniaxial in-plane anisotropy superimposed on the crystalline biaxial. We proved that TBIS is a suitable and sensitive technique for the study of this phenomenon, and provides an accurate description of the magnetization reversal process.

• 社団法人応用物理学会の論文
• 1999-12-15

著者

• Calleja Javier

  Universidad De Oviedo Departamento De Flisica Laboratorio De Magneto-optica (lmov)

• Menendez Jose

  Instituto De Microelectr6nica De Medrid-imm (cnm-csic)

• Contreras Carmen

  Universidad De Oviedo Departamento De Flisica Laboratorio De Magneto-optica (lmov)

• CEBOLLADA Alfonso

  Instituto de Microelectr6nica de Medrid-IMM (CNM-CSIC)

• Menendes Jose

  Instituto de Microelectronica de Madrid-IMM (CNM-CSIC)

関連論文

• Quantitative Determination of Mixed Anisotropies in Fe(100) Thin Films and Annealing-Induced Magnetic Reorientation : Magnetism
• Transverse Biased Initial Susceptibility Measurements of Magnetization Reversal in Fe/MgO(100) Thin Films
• Comparison of the In-Plane Magnetic Anisotropy Dispersion Obtained Using Transverse Biased Initial Susceptibility Technique Performed by Magnetooptical Kerr Effect and Ferromagnetic Resonance Technique : The Role of the Large Angle Ripple

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