B Filipov - Academia.edu (original) (raw)

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Papers by B Filipov

Research paper thumbnail of The domain structure of thin-film permalloy bars

Journal of Magnetism and Magnetic Materials, 1990

The conditions of stable existence of the domain structure in thin film permalloy strips are theo... more The conditions of stable existence of the domain structure in thin film permalloy strips are theoretically investigated. The intervals of the uniaxial magnetic anisotropy field and external magnetic field, inside which the domain structure is stable, are found. It was shown, particularly, that the domain structure may exist even in the absence of magnetic anisotropy if the external magnetic field

Research paper thumbnail of Domain structure of a tetragonal antiferromagnet

Journal of Magnetism and Magnetic Materials, 2001

A theory of the 903 and 1803 domain structure in an easy-plane tetragonal antiferromagnet with no... more A theory of the 903 and 1803 domain structure in an easy-plane tetragonal antiferromagnet with nonuniform internal magnetostrictive and mechanical stresses has been developed. The reconstruction of domain structure in an external magnetic "eld was investigated. Dependencies of critical "elds of stability loss of the 903 and 1803 domain structures upon a directional external pressure, and magnetostrictive and nonuniform mechanical stresses have been determined. The dependence of the magnetization curve on mechanical stresses has also been determined.

Research paper thumbnail of The domain structure of thin-film permalloy bars

Journal of Magnetism and Magnetic Materials, 1990

The conditions of stable existence of the domain structure in thin film permalloy strips are theo... more The conditions of stable existence of the domain structure in thin film permalloy strips are theoretically investigated. The intervals of the uniaxial magnetic anisotropy field and external magnetic field, inside which the domain structure is stable, are found. It was shown, particularly, that the domain structure may exist even in the absence of magnetic anisotropy if the external magnetic field

Research paper thumbnail of The domain structure of thin-film permalloy bars

Journal of Magnetism and Magnetic Materials, 1990

The conditions of stable existence of the domain structure in thin film permalloy strips are theo... more The conditions of stable existence of the domain structure in thin film permalloy strips are theoretically investigated. The intervals of the uniaxial magnetic anisotropy field and external magnetic field, inside which the domain structure is stable, are found. It was shown, particularly, that the domain structure may exist even in the absence of magnetic anisotropy if the external magnetic field

Research paper thumbnail of Domain structure of a tetragonal antiferromagnet

Journal of Magnetism and Magnetic Materials, 2001

A theory of the 903 and 1803 domain structure in an easy-plane tetragonal antiferromagnet with no... more A theory of the 903 and 1803 domain structure in an easy-plane tetragonal antiferromagnet with nonuniform internal magnetostrictive and mechanical stresses has been developed. The reconstruction of domain structure in an external magnetic "eld was investigated. Dependencies of critical "elds of stability loss of the 903 and 1803 domain structures upon a directional external pressure, and magnetostrictive and nonuniform mechanical stresses have been determined. The dependence of the magnetization curve on mechanical stresses has also been determined.

Research paper thumbnail of The domain structure of thin-film permalloy bars

Journal of Magnetism and Magnetic Materials, 1990

The conditions of stable existence of the domain structure in thin film permalloy strips are theo... more The conditions of stable existence of the domain structure in thin film permalloy strips are theoretically investigated. The intervals of the uniaxial magnetic anisotropy field and external magnetic field, inside which the domain structure is stable, are found. It was shown, particularly, that the domain structure may exist even in the absence of magnetic anisotropy if the external magnetic field

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