Investigation of Evolution of Domain Structure in Iron Garnet Tb0.26Y2.74Fe5O12

L.N. Niyazov; Davron R. Djuraev

doi:10.4028/www.scientific.net/SSP.215.427

Paper Titles

Photovoltage Spectroscopy of Dipolar Spin Waves in Dy Micromagnets
p.400

Domain Structures in Films with Combined Magnetic Anisotropy. Two-Dimensional Simulation
p.409

The Domain Structure and Magnetic Hysteretic Properties of Mn_55.5Al₄₄C_0.5 Alloy in Different Structural States
p.415

3-D Simulations of Micromagnetic Transition Structures in Vortex Asymmetric Domain Walls
p.421

Investigation of Evolution of Domain Structure in Iron Garnet Tb_0.26Y_2.74Fe₅O₁₂
p.427

Manipulation of Magnetic Properties and Domain Wall Dynamics in Amorphous Ferromagnetic Microwires by Annealing under Applied Stress
p.432

Experimental Study and Numerical Modelling of Magnetic Domain Walls Drift in Ferrite Garnet Crystals
p.437

The Improved Magneto-Optical Kerr Effect Method of Magnetic Anisotropy Measurements in Thin Films and Nanostructures
p.445

Lorentz's Electron Microscopy of Thin Films with Frustrated Magnetic Structure
p.448

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Investigation of Evolution of Domain Structure in Iron Garnet Tb_0.26Y_2.74Fe₅O₁₂

Abstract:

The technical magnetization and the domain structure of a Tb0.26Y2.74Fe5O12 single crystal have been studied in the temperature region of a spontaneous spin-flip phase transition (SFPT) by magneto-optical method. It has been found that the character of evolution of domain configuration in a SFPT depends from mechanical stresses in crystal.