The Domain Structure and Magnetic Hysteretic Properties of Mn55.5Al44C0.5 Alloy in Different Structural States

Galia F. Korznikova

doi:10.4028/www.scientific.net/SSP.215.415

Paper Titles

Multimode Surface Magnetostatic Wave Propagation in Irregular Planar YIG Waveguide
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Nonlinear Magnetostatic Wave Propagation through One Dimensional Finite Magnonic Crystals
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Photovoltage Spectroscopy of Dipolar Spin Waves in Dy Micromagnets
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Domain Structures in Films with Combined Magnetic Anisotropy. Two-Dimensional Simulation
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The Domain Structure and Magnetic Hysteretic Properties of Mn_55.5Al₄₄C_0.5 Alloy in Different Structural States
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3-D Simulations of Micromagnetic Transition Structures in Vortex Asymmetric Domain Walls
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Investigation of Evolution of Domain Structure in Iron Garnet Tb_0.26Y_2.74Fe₅O₁₂
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Manipulation of Magnetic Properties and Domain Wall Dynamics in Amorphous Ferromagnetic Microwires by Annealing under Applied Stress
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Experimental Study and Numerical Modelling of Magnetic Domain Walls Drift in Ferrite Garnet Crystals
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The Domain Structure and Magnetic Hysteretic Properties of Mn_55.5Al₄₄C_0.5 Alloy in Different Structural States

Abstract:

Lorentz electron microscopy was used to compare the domain structure in Mn_55.5А1_45.5 C_0.5ferromagnetic alloy in different structural states. The samples with different structural states were processed by means of deformation and thermal treatment at different conditions. It was established, that grain refinement causes the changes in domain structure configuration and affects the magnetization mechanism.