Abstract
The influence of magnetoelastic coupling on the existence region of a spatially inhomogeneous state in a two-dimensional anisotropic ferromagnet is investigated. The phase transitions to the spatially inhomogeneous state under the influence of magnetic field and upon a change in the single-ion anisotropy constant are examined. It is shown that the magnetoelastic coupling enlarges the existence region of this phase substantially and also increases the domain width.
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