研究者検索結果一覧 岡本 邦人 岡本 邦人オカモト クニト (Kunito Okamoto) ダウンロードする帳票の形式を下記より選択して下さい 「教育研究等環境」形式 「文科省帳票様式第４号 ①履歴書」形式 「文科省帳票様式第４号 ②教育研究業績書」形式 基本情報 所属千葉大学 教育学部 教育学部 千葉大学J-GLOBAL ID200901082507602821researchmap会員ID1000010272 MISC 97 Incidence Angle Dependences of Columnar Grain Structure and Texture in Obliquely Deposited Iron Films Crystallographic Contribution to the Formation of the Columnar Grain Structure in Cobalt Films Deposited at Oblique Incidence Crystallographic Contribution to the Formation of the Columnar Grain Structure in Cobalt Films Hysteresis Loops of Cobalt Films Deposited Obliquely by Sputtering Magnetic Anisotropy in Obliquely Deposited Cobalt Films Crystallographic Contribution to the Formation of Columnar Grain Structure in Iron Films Deposited at Oblique Incidence A New Type of Columnar Grain Structure in Obliquely Deposited Films Crystallographic Investigation of Columnar Grain Structure in Obliquely Deposited Fe-Co Films Alignment of Crystallites in Obliquely Deposited Cobalt Films Texture in Cobalt Films Deposited Obliquely by Sputtering Magnetic Analysis of the Stress in Nickel Films Obliquely Deposited by Sputtering Magnetic and Optical Anisotropy Depth Profiles in Obliquely Deposited Iron and Cobalt Films Magnetic Investigation of the Columnar Grain Structure of Fe1-xCox (x=0-1) Films Deposited Obliquely by Thermal Evaporation Compositional Dependence of the Columnar Grain Structure in Obliquely Deposited Fe1-xCox (x=0-1) Films Magnetic Anisotropy of Obliquely Vapor Deposited Co-Ni Films Texture and Columnar Grain Structure in Obliquely Deposited Co-Ni Films Magnetic Analysis of Columnar Grain Structure of Obliquely Deposited Cobalt Films Argon Gas Pressure Dependence of the Columnar Grain Structure in Iron Films Deposited Obliquely by Sputtering Measurement of Magnetoresistance Effect in Nickel Films Deposited Obliquely by Thermal Evaporation Estimation of Magneto-crystalline Anisotropy of Cobalt Films Deposited at Oblique Incidence Columnar Grain Structure of Iron Films Deposited Obliquely by Sputtering Columnar Structure of Obliquely Deposited Cobalt Films Prepared at Low Substrate Temperature Alignment of Columnar Grains in Obliquely Deposited Aluminum Films Crystallographic Investigation of the Iron Films Deposited Obliquely by Sputtering Magnetic Investigation of the Columnar Grain Structure in Obliquely Deposited Iron Films Well-Defined Columnar Grains in Iron Films Prepared on Seed Layers UV Photo-Oxidation of Te Films (Photon Energy Dependence) Magnetic Anisotropy in Iron Films Depos-ited Obliquely by Sputtering Oblique-Incidence Anisotropy of the Iron Films Evapo-rated at Low Sub-strate Temperature Comment on the Tangent Rule Columnar Structure of Obliquely Depos-ited Iron Films Prepared at Low Substrate Tem-peratures Anisotropic Properties and Columnar Structure of Obliquely Deposited Iron Films Photoconduction on Photo-Oxidized Tellurium Thin Films Columnar Structure and Texture of Iron Films Prepared at Various Evaporation Rates Columnar Structure and Texture of Iron Films Prepared at Various Pressures A Study of Crystal-lites in Obliquely Deposited Iron Films by Ellipsome-try Columnar Growth in Evaporated Iron Films Columnar Structure and Texture of Iron Films Evaporated at Oblique Incidence Columnar Structure and Texture of Iron Films Evaporated at Oblique Incidence Top Shape of Columns in Oblique Incidence Iron Film Columnar Grain Structure of Iron Films Evaporated at Oblique Incidence Dependence of Columnar Structure on Film Thickness in Iron Film Evapo-rated at Oblique Incidence Texture in Iron Films Evaporated at Oblique Incidence Crystallographic Investigation of Columnar Grains in Iron Films Evapo-rated at Oblique In-cidence Oblique Incidence Anisotropy in Nickel Films Substrate Tempera-ture Dependence of Oblique Incidence Anisotropy in Fe Films Origin of Magnetic Anisotropy of Iron Films Evaporated at Oblique Incidence «12
岡本 邦人オカモト クニト (Kunito Okamoto) ダウンロードする帳票の形式を下記より選択して下さい 「教育研究等環境」形式 「文科省帳票様式第４号 ①履歴書」形式 「文科省帳票様式第４号 ②教育研究業績書」形式 基本情報 所属千葉大学 教育学部 教育学部 千葉大学J-GLOBAL ID200901082507602821researchmap会員ID1000010272 MISC 97 Incidence Angle Dependences of Columnar Grain Structure and Texture in Obliquely Deposited Iron Films Crystallographic Contribution to the Formation of the Columnar Grain Structure in Cobalt Films Deposited at Oblique Incidence Crystallographic Contribution to the Formation of the Columnar Grain Structure in Cobalt Films Hysteresis Loops of Cobalt Films Deposited Obliquely by Sputtering Magnetic Anisotropy in Obliquely Deposited Cobalt Films Crystallographic Contribution to the Formation of Columnar Grain Structure in Iron Films Deposited at Oblique Incidence A New Type of Columnar Grain Structure in Obliquely Deposited Films Crystallographic Investigation of Columnar Grain Structure in Obliquely Deposited Fe-Co Films Alignment of Crystallites in Obliquely Deposited Cobalt Films Texture in Cobalt Films Deposited Obliquely by Sputtering Magnetic Analysis of the Stress in Nickel Films Obliquely Deposited by Sputtering Magnetic and Optical Anisotropy Depth Profiles in Obliquely Deposited Iron and Cobalt Films Magnetic Investigation of the Columnar Grain Structure of Fe1-xCox (x=0-1) Films Deposited Obliquely by Thermal Evaporation Compositional Dependence of the Columnar Grain Structure in Obliquely Deposited Fe1-xCox (x=0-1) Films Magnetic Anisotropy of Obliquely Vapor Deposited Co-Ni Films Texture and Columnar Grain Structure in Obliquely Deposited Co-Ni Films Magnetic Analysis of Columnar Grain Structure of Obliquely Deposited Cobalt Films Argon Gas Pressure Dependence of the Columnar Grain Structure in Iron Films Deposited Obliquely by Sputtering Measurement of Magnetoresistance Effect in Nickel Films Deposited Obliquely by Thermal Evaporation Estimation of Magneto-crystalline Anisotropy of Cobalt Films Deposited at Oblique Incidence Columnar Grain Structure of Iron Films Deposited Obliquely by Sputtering Columnar Structure of Obliquely Deposited Cobalt Films Prepared at Low Substrate Temperature Alignment of Columnar Grains in Obliquely Deposited Aluminum Films Crystallographic Investigation of the Iron Films Deposited Obliquely by Sputtering Magnetic Investigation of the Columnar Grain Structure in Obliquely Deposited Iron Films Well-Defined Columnar Grains in Iron Films Prepared on Seed Layers UV Photo-Oxidation of Te Films (Photon Energy Dependence) Magnetic Anisotropy in Iron Films Depos-ited Obliquely by Sputtering Oblique-Incidence Anisotropy of the Iron Films Evapo-rated at Low Sub-strate Temperature Comment on the Tangent Rule Columnar Structure of Obliquely Depos-ited Iron Films Prepared at Low Substrate Tem-peratures Anisotropic Properties and Columnar Structure of Obliquely Deposited Iron Films Photoconduction on Photo-Oxidized Tellurium Thin Films Columnar Structure and Texture of Iron Films Prepared at Various Evaporation Rates Columnar Structure and Texture of Iron Films Prepared at Various Pressures A Study of Crystal-lites in Obliquely Deposited Iron Films by Ellipsome-try Columnar Growth in Evaporated Iron Films Columnar Structure and Texture of Iron Films Evaporated at Oblique Incidence Columnar Structure and Texture of Iron Films Evaporated at Oblique Incidence Top Shape of Columns in Oblique Incidence Iron Film Columnar Grain Structure of Iron Films Evaporated at Oblique Incidence Dependence of Columnar Structure on Film Thickness in Iron Film Evapo-rated at Oblique Incidence Texture in Iron Films Evaporated at Oblique Incidence Crystallographic Investigation of Columnar Grains in Iron Films Evapo-rated at Oblique In-cidence Oblique Incidence Anisotropy in Nickel Films Substrate Tempera-ture Dependence of Oblique Incidence Anisotropy in Fe Films Origin of Magnetic Anisotropy of Iron Films Evaporated at Oblique Incidence «12
