Results on the FMR investigation of the effect of applied tensile stresses on the surface magnetic anisotropy of Co68.25Fe4.5Si12.25B15 amorphous glass-covered wires are reported. Axial stresses determine a decrease of the resonance field and an increase of the absorption intensity that correspond to the resonance peak, indicating a reinforcement of the circumferential magnetoelastic anisotropy from the wire's surface region. (C) 2002 Elsevier Science B.V. All rights reserved.
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Adv Technol & Mat Co Ltd, China Iron & Steel Res Inst Grp, Beijing 100081, Peoples R ChinaAdv Technol & Mat Co Ltd, China Iron & Steel Res Inst Grp, Beijing 100081, Peoples R China
Zhang Jun-Feng
Li De-Ren
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Adv Technol & Mat Co Ltd, China Iron & Steel Res Inst Grp, Beijing 100081, Peoples R ChinaAdv Technol & Mat Co Ltd, China Iron & Steel Res Inst Grp, Beijing 100081, Peoples R China
Li De-Ren
Chen Zheng
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Adv Technol & Mat Co Ltd, China Iron & Steel Res Inst Grp, Beijing 100081, Peoples R ChinaAdv Technol & Mat Co Ltd, China Iron & Steel Res Inst Grp, Beijing 100081, Peoples R China
Chen Zheng
Lu Zhi-Chao
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Adv Technol & Mat Co Ltd, China Iron & Steel Res Inst Grp, Beijing 100081, Peoples R ChinaAdv Technol & Mat Co Ltd, China Iron & Steel Res Inst Grp, Beijing 100081, Peoples R China
Lu Zhi-Chao
Zhou Shao-Xiong
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Adv Technol & Mat Co Ltd, China Iron & Steel Res Inst Grp, Beijing 100081, Peoples R ChinaAdv Technol & Mat Co Ltd, China Iron & Steel Res Inst Grp, Beijing 100081, Peoples R China