Origin of Magnetic Anisotropy of Iron Films Evaporated at Oblique Incidene

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概要

• 論文の詳細を見る

• Detailed electron microscopic investigations confirmed that the shape anisotropies of the columnar grains grown in iron films evaporated at oblique incidence, which are parallel and perpendicular to the columnar grain axis, are principally responsible for both of the anisotropy fields H_k(1) and H_k(2) analyzed from torque measurements, respectively. Fiber textures found by X-ray diffraction were of the types of {111} and {100} perpendicular to the columnar grain axis, having minor contribution to H_k(1) and H_k(2), but appearing to have some connection with their rapid increase with increasing angle of oblique incidence.

• 社団法人日本物理学会の論文
• 1971-11-05

著者

• Hara K

  Faculty Of General Education Kumamoto University

• Hashimoto T

  Mie Univ. Tsu Jpn

• HASHIMOTO Takashi

  Faculty of Education, Tottori University

• HARA Kazuhiro

  Faculty of General Education, Kumamoto University

• OKAMOTO Kunito

  Faculty of Science, Hiroshima University

• TATSUMOTO Eiji

  Faculty of Science, Hiroshima University

• Okamoto K

  Jeol Ltd. Akishima Jpn

• Okamoto Kunito

  Faculty Of Education Chiba University

• Hara Kazuhiro

  Faculty Of General Education Kumamoto University

• Tatsumoto Eiji

  Faculty Of Science Hiroshima University

• Hashimoto Takashi

  Faculty Of Education Tottori University

関連論文

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• Compositional Dependence of the Columnar Grain Structure in Obliquely Deposited Fe_-Co_x (x=0-1) Films
• A Study of Crystallites in Obliquely Deposited Iron Films by Ellipsometry
• Correspondence of Optical Anisotropy to Magnetic Anisotropy in Iron Films
• Inclination Angle of Columnar Grains in Iron Films Evaporated at Oblique Incidence
• Optical and Magnetic Anisotropies of Iron Films Evaporated at Oblique Incidence
• Top Shape of Columns in Oblique Incidence Iron Films
• Dependence of Columnar Structure on Film Thickness in Iron Film Evaporated at Oblique Incidence
• Crystallographic Investigations of Columnar Grains in Iron Film Evaporated at Oblique Incidence
• Oblique Incidence Anisotropy in Nickel Films
• Substrate Temperature Dependence of Oblique Incidence Anisotropy in Fe Films
• Origin of Magnetic Anisotropy of Iron Films Evaporated at Oblique Incidene
• Origin of Anomalous Magnetic Anisotropy of Iron Films Evaporated at Oblique Incidence
• Columnar Grain Structure in 76 Permalloy Films Evaporated at Oblique Incidence
• A New Type of Stripe Domains
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• Incidence Angle Dependences of Columnar Grain Structure and Texture in Obliquely Deposited Iron Films

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