Titlebook: Handbook of Advanced Magnetic Materials; Vol 1. Nanostructura Yi Liu,David J. Sellmyer,Daisuke Shindo Book 2006 Springer-Verlag US 2006 Clu

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Xuemuge Wang,Michael Roe,Shaofeng Liu(or clusters) decreases. Therefore, to understand the physics of the magnetic relaxation is fundamentally important for both basic science and industrial applications (.), which is actually one of the most important issues in the high-density magnetic recording media. It has been well known that mag

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The Role of the University in Society,the high coercivity of these magnets comes from the large magnetic anisotropy originating from the crystalline electric field (CEF) acting on R ions with large orbital angular momentum. Magnetization measurements up to the high-field region where the hard-axis magnetization saturates are indispensab

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The Sustainable Development of Port Groupations in high density magnetic storage. These goals, however, call for extremely small particles which are well shaped and arranged. Nanometer size magnetic particles require both suitable manufacturing techniques as well as sophisticated measuring techniques capable of detecting very small magneti

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,The Swedish Conflict Rules — A Resumé, of magnetic materials into physical structure such as crystal structure, morphology, grain size, texture, grain boundaries, volume fraction of each phase, inter-phase interfaces, surfaces, defects, etc. and magnetic structure such as magnetic-domain structure, and recording pattern in magnetic reco

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J.F. Kreuze,J.P.T. Valkonen,M. Ghislain at the development of novel magnetic materials has increased dramatically in recent years. Of particular interest are artificial materials whose properties are governed by reduced dimensionality in the nanometer length scale, e.g., soft magnetic nanocrystalline alloys, metallic multilayers exhibiti

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Transformation and Renewal Through the Arts,8 by crystallizing the Fe-Si-B based amorphous alloy microalloyed with Cu and Nb (.). Due to exchange-coupled randomly oriented nanograms, the magnetocrystalline anisotropy of the Fe-based phase is averaged out, resulting in a low coercivity. The nanocomposite hard magnetic material was also reporte