Search Results - "Nedukh, S.V"

Using the package of micromagnetic simulation mumax3 to determine the frequency dispersion of the magnetic nanostructures high-frequency magnetic susceptibility - elements of the microwave metamaterials by Nedukh, S.

“…Subject and purpose. In this paper, a technique of determining the elements of the high-frequency susceptibility tensor for a magnetic nanostructure under the…”
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A tunable splitter upon a planar hyperbolic metamaterial by Miliaiev, M., Nedukh, S., Tarapov, S.

“…Subject and Purpose. The paper presents the development and testing of a microwave splitter based on a planar hyperbolic metamaterial with a structural defect…”
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Granule size and shape influence on static and dynamic properties of magnetic nanocomposites by Bagmut, T.V., Nedukh, S.V., Roschenko, S.T., Shipkova, I.G., Tarapov, S.I.

“…Static and dynamic magnetic properties are examined for granular systems Co x (TiO 2) 1− x with Co volumetric contents of 31.6, 41.4, 49.4 and 57.6 vol%. The…”
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Magnetization and impedance measurements of multilayer Co/Cu structures in millimeter waveband by Belozorov, D.P, Derkach, V.N, Nedukh, S.V, Ravlik, A.G, Roschenko, S.T, Shipkova, I.G, Tarapov, S.I, Yildiz, F, Aktas, B

“…The saturation magnetization of Co/Cu multilayer structures and individual Co films 1.0–4.0 nm thick have been studied both by electron spin resonance…”
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Microwave features of optic photonic crystals by Nedukh, S.V., Khodzitsky, M.K.

“…Dispersion of nonresonant electromagnetic waves of millimeter waveband absorption in structures based on opal matrix with imbedded magnetic impurities has been…”
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Near Field Microscopy for Nanostructure Quality Characterization in Millimeter Wave Range by Derkach, V.N., Tarapov, S.I., Nedukh, S.V., Anbinderis, T., Laurinavicius, A.

“…Millimetre waves near-field microscopy are described. Examples of radio images (amplitude and phase pictures) optically opaque subjects with use of methods of…”
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Magnetoresonance Research of Cox(Al2O3)1-x Nanogranular Films in the Vicinity of Magnetic Phase Transition by Bagmut, T.V., Kravets, A.F., Nedukh, S.V., Pogoreliy, A.N., Tarapov, S.I.

“…The ESR response of 35-40 GHz band from nanostructure Co x (Al 2 O 3 ) 1-x was analyzed. The linewidth increases while the Co concentration decreases. The…”
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Measurement of loss tangent of dielectric and semiconductor materials at millimeter waves and temperatures 0.9-300 K by Derkach, V.N., Golovashehenko, R.V., Nedukh, S.V., Plevako, A.S., Tarapov, S.I.

“…Technique for measurement of low loss dielectric and semiconductor materials at frequencies 30-140 GHz and temperatures T=0.6-300 K is presented. Features of…”
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Investigation of the Low-Loss Dielectric Materials in the Wide Temperature Range by Derkach, V.N., Golovashchenko, R.V., Goroshko, O.V., Nedukh, S.V., Tarapov, S.I.

“…The operational regimes of cryodielectrometer designed for measurement the dielectric parameters of materials with small dissipation in millimeter waveband is…”
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Using of the millimeter wave dielectrometer for study of liquid helium dynamic characteristics by Derkach, V.N., Golovashchenko, R.V., Nedukh, S.V., Plevako, O.S., Tarapov, S.I.

“…The WGM method was used in designed cryogenic dielectrometer for measurement of dielectric parameters of cryogenic liquids with small losses within the…”
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Cryogenic complex for measurement of superflow losses of dielectrics in millimeter waveband by Golovashchenko, R.V., Derkach, V.N., Korzh, V.G., Nedukh, S.V., Plevako, A.S., Tarapov, S.I.

“…The design and operating principles of experimental set-up for measuring superslow dielectric losses (tg/spl delta/ /spl sim/10-/sup 6/) at temperatures…”
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Amorphous microwires in microwave fields by Belozorov, D.P., Derkach, V.N., Tarapov, S.I., Nedukh, S.V.

“…The results of ferromagnetic resonance measurements for microwires in the 75 GHz and 10 GHz frequency bands over a wide temperature range (300 K-0.5 K) are…”
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Low temperature complex for dielectrometry measurements by Derkach, V.N., Golovashchenko, R.V., Goroshko, E.V., Korzh, V.G., Nedukh, S.V., Plevako, O.S., Tarapov, S.I.

“…Design and operating principles of experimental set-up for measuring superlow dielectric losses at temperatures 4.2-0.6 K are presented. The results of model…”
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