Abstract
This paper presents the results of a theoretical study of inhomogeneous magnetic states (a stripe domain structure and a hexagonal bubble lattice) that exist in uniaxial magnetic films with an arbitrary deviation of the easy magnetization axis from the normal n|ez to the developed surface, in the vicinity of lines of reorientational phase transitions, induced by a magnetic field H = H⊥ex + H|ez. For the reorientational phase transitions a form of the state diagram on the (H|,H⊥) plane is determined. The effects of magnetization fluctuations on the results obtained are discussed.
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