Title :
Energy of undulation domain structures
Author :
Zablotskii, V.A. ; Lamonova, K.V. ; Metlov, K.L.
Author_Institution :
Dept. of phys., Donetsk State Univ., Ukraine
fDate :
3/1/1994 12:00:00 AM
Abstract :
The undulation domain structure (UDS) of the thin uniaxial magnetic films is studied. Both rigorous and approximate expressions of UDS energy are obtained using the magnetic charges method in case of sinusoidal form of domain walls. The results of calculation of UDS energy dependence on its parameters are presented. For the demagnetized UDS the equilibrium values of domain period and domain walls bend amplitude being a function of magnetic film parameters are found. It is shown that the equilibrium period of demagnetized UDS is greater then the equilibrium period of stripe domain structure if the ratio of the film characteristic length and thickness ⩽0.3
Keywords :
magnetic domain walls; magnetic domains; magnetic structure; magnetic thin films; demagnetized structure; domain period; domain walls; energy dependence; equilibrium period; film characteristic length; magnetic charges method; magnetic film parameters; sinusoidal form; stripe domain structure; thin uniaxial magnetic films; undulation domain structures; Demagnetization;
Journal_Title :
Magnetics, IEEE Transactions on
