Use of high-resolution ΔE measurements to study domain processes in soft f

2019-05-12 12:51:21

magnetic materials field dependent Youngs

责任者: Squire, P.T.;Hogsdon, S.N.;Atkinson, D. 单位: Univ of Bath, Bath, Engl 来源出处: Journal of Magnetism and Magnetic Materials,1995,140-144(pt 3):1913-1914 摘要: Measurements of the field dependent Youngs modulus with resolution of parts in 106 allow domain processes to be studied in a novel way. Examples are given of the use of the technique for studying amorphous (Fe0.06Co0.94)72.5Si12.5B15 wires and the evolution of the nanocrystalline phase in Fe73.5Cu1Nb3Si13.5B9 ribbons. 关键词: Ferromagnetic materials;Magnetic field measurement;Iron compounds;Amorphous materials;Nanostructured materials;Wire;Elastic moduli;Magnetic domains;Magnetic field effects;Magnetic anisotropy;Composition;Residual stresses;Magnetostriction;Iron copper niobium silicoboride ribbons;Nanocrystalline phase;Field dependent Youngs modulus;Anisotropy constant;Pinning strength;Barkhansen effect