Search Results - "Gerus, S V"

Electromagnetic Waves in a Tangentially Magnetized One-Side Metallized Bigyrotropic Layer (Example of Calculating the Spin Wave Characteristics) by Lock, E. H., Gerus, S. V.

“…The problem of arbitrary propagation of electromagnetic waves in a tangentially magnetized one-side metallized bigyrotropic layer is solved without using the…”
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Study Into the Feasibility of Undistorted Transmission of a Useful Signal Through the Use of Spin Waves in Ferrite Structures by Lock, E. H., Gerus, S. V., Annenkov, A. Yu

“…The influence of the boundary conditions of “perfect metal” and “perfect magnetic wall” being established in various combinations near or on every surface of a…”
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Effect of Nonuniform Magnetic Field That Magnetizes a Ferrite Film on the Measurement Accuracy for Characteristics of Spin Waves by Gerus, S. V., Lock, E. H., Annenkov, A. Yu

“…A magnetic system is developed to generate a stationary uniform magnetic field in a relatively large region between the poles of a magnet that is used in a…”
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Relation between the Poynting and Group Velocity Vectors of Electromagnetic Waves in a Bi-Gyrotropic Medium by Lock, E. H., Lugovskoi, A. V., Gerus, S. V.

“…Analytical formulas are obtained for all components of the high-frequency field, Poynting vector , and group velocity vector of electromagnetic waves…”
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Interdependence between the Distribution of a Spin Wave across the Thickness of a Ferrite Plate and the Directions of Its Group and Phase Velocities by Lock, E. H., Gerus, S. V.

“…A study is performed of the general nonreciprocal characteristics of a surface spin wave and a backward spin wave in a tangentially magnetized plane-parallel…”
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The Physical Principles of the Construction of Systems for Safe Monitoring of the State of a Human Operator by Gerus, S. V., Dementienko, V. V., Mirgorodskiy, V. I.

“…Based on an analysis of statistical data on railway and road traffic, as well as laboratory studies, mathematical models are developed that describe the…”
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Interaction between the First Mode of Backward Bulk Spin Waves and a Low-Contrast Magnon Crystal by Gerus, S. V., Annenkov, A. Yu, Lokk, E. H.

“…A study is performed of the Bragg diffraction of a weakly diverging beam of the first mode of a backward bulk spin wave on a low-contrast magnon crystal…”
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System for Creating a Highly Uniform Magnetic Field between the Poles of a C-Magnet by Gerus, S. V., Lock, E. H., Annenkov, A. Yu

“…A magnetic system is developed for creating a stationary highly uniform magnetic field in a long domain between the poles of a C-magnet. Based on calculations…”
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Undistorted Transmission of a Useful Signal by Surface Spin Waves in a Metal–Ferrite–Dielectric–Metal Structure by Lokk, E. H., Gerus, S. V., Annenkov, A. Yu, Lugovskoi, A. V.

“…A study is performed of the characteristics of a surface spin wave propagating perpendicular to the direction of a uniform magnetic field in a tangentially…”
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Ratio between the Poynting and Group Velocity Vectors for Electromagnetic Waves in an Infinite Ferromagnetic Medium by Lock, E. H., Lugovskoi, A. V., Gerus, S. V., Annenkov, A. Yu

“…The orientations of the Poynting and group velocity vectors are calculated, depending on the orientation of the wave vector for different types of…”
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Diffraction of a Backward Volume Spin Wave on a Through Hole in a Ferrite Plate by Gerus, S. V., Lock, E. H., Annenkov, A. Yu, Khutieva, A. B., Sadovnikov, A. V.

“…Diffraction of a backward volume spin wave on a through hole in a ferrite plate is investigated experimentally and theoretically for when the length of the…”
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Characteristics of Surface Spin Waves in a Symmetric Structure of Metal–Dielectric–Ferrite–Dielectric–Metal by Annenkov, A. Yu, Gerus, S. V., Lock, E. H.

“…Characteristics of surface spin waves in a tangentially magnetized symmetric structure of metal–dielectric–ferrite–dielectric–metal are studied theoretically…”
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Investigating the Direction of the Group Velocity Vector of a Superdirectional Beam of a Surface Spin Wave by Gerus, S. V., Lock, E. H., Annenkov, A. Yu

“…The directions in which the beams of surface spin waves transfer energy are investigated experimentally and theoretically for the range of frequencies in which…”
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Splitting of a Diffraction-Compressed Beam of Spin Waves by a Magnon Crystal, Induced by a Magnetic Field in a Film of Yttrium–Iron Garnet by Annenkov, A. Yu, Gerus, S. V., Lock, E. H.

“…Results are presented from an experimental study of the diffraction of a superdirectional beam of surface spin waves on a weak-contrast magnon crystal formed…”
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Group Velocity of Surface Spin Waves in a Ferrite–Dielectric–Metal Structure by Gerus, S. V., Lock, E. H., Annenkov, A. Yu

“…Variation in the group velocity of surface spin waves in a tangentially magnetized ferrite–dielectric–metal structure is studied. It is shown that when…”
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The Influence of Dissipation on the Dispersion Characteristics of Surface Spin Waves by Annenkov, A. Yu, Gerus, S. V.

“…Dissipation of surface spin waves propagating in arbitrary directions in a magnetized ferromagnetic film is studied. It is shown that the allowance for…”
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Diffraction of the Superdirectional Beam of a Surface Spin Wave on a Low-Contrast Magnon Crystal by Khutieva, A. B., Sadovnikov, A. V., Annenkov, A. Yu, Gerus, S. V., Lock, E. H.

“…Results are presented from experiments and calculations to study the Bragg diffraction of a beam of surface spin waves with low diffraction divergence on a…”
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Effect of Losses on the Group Velocity of Surface Spin Waves by Annenkov, A. Yu, Gerus, S. V.

“…It is found that considering the dissipation of surface spin waves propagating in arbitrary directions in a magnetized ferromagnetic film results in a…”
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Characteristics of Spin Surface Waves in a Tangentially Magnetized Metal–Dielectric–Ferrite–Dielectric–Metal Structure by Lokk, E. G., Gerus, S. V., Annenkov, A. Yu

“…The dispersion and isofrequency characteristics of surface spin waves in a tangentially magnetized metal–dielectric–ferrite–dielectric–metal structure are…”
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Dispersion properties of a nonreciprocal magnon crystal by Annenkov, A. Yu, Gerus, S. V.

“…A magnon crystal is created on the basis of a metal–dielectric–ferrite structure inserted into a spatially periodic magnetic field. The dispersion…”
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