A New Multilayered Structure for Hysteresis Reduction in GMR Thin Films

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概要

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• Ultra thin layers of NiFeCo and NiFe were inserted at the interfaces of Ni and Cu to form a new multilayer structure. In case of NiFe inserting layer, magnetoresistance was about 6% and saturation magnetic field was 50 Oe. In case of NtFeCo inserting layer, magnetoresistance value increased to about 8% but the saturation magnetic field was also increased to about 150 Oe. Especially, the hysteresis in R-H (resistance-magnetic field) curve increased considerably, which deteriorate the dynamic response and the bias effect.

• 社団法人映像情報メディア学会の論文
• 1995-11-24

著者

• Joo Seung-ki

  Dept. Of Metall. Eng. Seoul National University

• Joo Seung-ki

  Dept. Metallurgical Engineering Seoul National University

• Song Yong-jin

  Dept. Of Metall. Eng. Seoul National University

• Song Yong-Jin

  Dept. of Metall. Eng., Seoul National University

関連論文

• Fabrication and Characterization of the Single Grained PZT Thin Film
• Effects of Base Layer Preparation Condltions on the Magneto-Optic Properties in Co/Pd and Co/Pt Multilayers
• Giant Magnetoresistance Behavior of NiFe/Cu Artificial Superlattices
• Relationship between Microstructure and Magnetization Process in Sputter-Deposited Co/Pd Multilayers
• A New Multilayered Structure for Hysteresis Reduction in GMR Thin Films
• A New Multilayered Structure for Hysteresis Reduction in GMR Thin Films
• A Study of the Magnetoresistance Behavior of Co/Zr/Cu and Co/Ag/Cu Artificial Superlattices

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