Ferromagnetic Materials

Magnetic properties of acicular ultrafine iron particles

Engineering / Magnetic Recording / Spectroscopy / Transmission Electron Microscopy / Magnetic particles / Physical sciences / Magnetic Properties / Iron / Reduction / XRD / Saturation Magnetization / X ray diffraction / Particle Size / Ferromagnetic Materials / Oxidation / Moessbauer spectroscopy / Mossbauer Spectroscopy / Coercive Force / Chemical Synthesis / Passivation / Coercivity / Coercive Field / Physical sciences / Magnetic Properties / Iron / Reduction / XRD / Saturation Magnetization / X ray diffraction / Particle Size / Ferromagnetic Materials / Oxidation / Moessbauer spectroscopy / Mossbauer Spectroscopy / Coercive Force / Chemical Synthesis / Passivation / Coercivity / Coercive Field

A Dynamic Core Loss Model for Soft Ferromagnetic and Power Ferrite Materials in Transient Finite Element Analysis

Engineering / Finite Element Methods / Magnetic Materials / Hysteresis / Finite Element Analysis / Frequency-domain analysis / Physical sciences / Magnetic Domains / Ferromagnetic Materials / Three Dimensional / Ferrites / Magnetic Flux / Frequency-domain analysis / Physical sciences / Magnetic Domains / Ferromagnetic Materials / Three Dimensional / Ferrites / Magnetic Flux

Hysteresis Parameter Identification With Limited Experimental Data

Engineering / Magnetic Materials / Density-functional theory / Smart Materials / Hysteresis / Actuators / Singular value decomposition / Piezoelectric material / Physical sciences / Parameter Identification / Magnetostrictive / Magnetostriction / Ferromagnetic Materials / Input Output / Smart Material / Electroactive Polymers / Experimental Data / Flux Pinning / Actuators / Singular value decomposition / Piezoelectric material / Physical sciences / Parameter Identification / Magnetostrictive / Magnetostriction / Ferromagnetic Materials / Input Output / Smart Material / Electroactive Polymers / Experimental Data / Flux Pinning

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