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The results from an experimental study of the diffraction profiles of magnetostatic backward volume waves (MSBVW) excited by a finite linear transducer placed on the surface of tangentially magnetized ferrite film in a dielectric–ferrite–dielectric structure are presented. Theoretical calculations and experimental data are compared.
An excitation of magnetostatic surface waves (MSSW) with a one screen coplanar transmission line was considered for the case, when coplanar line is placed at some distance from the ferrite film surface. A technique is described for computing the impedance (both the reactance and radiation resistance) per unit length of a one screen coplanar transmission line. The dependence of this impedance on the...
The results of experimental investigation of diffraction profiles of magnetostatic backward volume waves (MSBVW) exited by the linear transducer with finite length located at the surface of ferrite-dielectric structure are presented. The comparison of experimental data obtained and theoretical calculations is reported.
The solution for the diffraction problem of scattering of magnetostatic waves by an arbitrary shallow defect situated under the surface of a ferromagnetic film magnetized at an arbitrary angle is obtained in the quasi-static approximation. Expressions for the energy flux density of scattered magnetostatic waves in the far-field zone are found.
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