Search Results - "Mogilny, G. S."

Structure and magnetic anisotropy of rapidly quenched FeSiB ribbons by Mogilny, G.S., Shanina, B.D., Maslov, V.V., Nosenko, V.K., Shevchenko, A.D., Gavriljuk, V.G.

“…Using small scattering of X-rays, ferromagnetic resonance and Mössbauer spectroscopy, the structure and magnetic properties of the amorphous ribbons Fe 80Si 6B…”
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Structure and magnetic properties of iron nanowires encased in multiwalled carbon nanotubes by Shpak, A.P., Kolesnik, S.P., Mogilny, G.S., Petrov, Yu.N., Sokhatsky, V.P., Trophimova, L.N., Shanina, B.D., Gavriljuk, V.G.

“…By using X-ray diffraction, transmission electron microscopy, ferromagnetic and electron paramagnetic resonances, Fe-filled multiwalled carbon nanotubes were…”
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Low-temperature martensitic transformation in tool steels in relation to their deep cryogenic treatment by Gavriljuk, V.G., Theisen, W., Sirosh, V.V., Polshin, E.V., Kortmann, A., Mogilny, G.S., Petrov, Yu. N., Tarusin, Ye. V.

“…The low-temperature martensitic transformation in steel X153CrMoV12 containing (mass%) 1.55C, 11.90Cr, 0.70V, 0.86Mo is studied using dilatometry, Mössbauer…”
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Plastic deformation and phase transformations in austenitic steels in the course of hydrogen charging and subsequent mechanical tests by Mogilny, G.S., Teus, S.M., Shyvanyuk, V.N., Gavriljuk, V.G.

“…This study aims to shed light on some uncertainty in the effect of hydrogen-induced ε-martensite on mechanical behavior of hydrogen charged austenitic steels…”
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Mechanism of Embrittlement of Metals by Surface-Active Elements by Teus, S. M., Shanina, B. D., Konchits, A. A., Mogilny, G. S., Gavriljuk, V. G.

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Carbon Distribution in Low-Temperature Isothermal Iron-Based Martensite and Its Tetragonality by Gavriljuk, V. G., Firstov, S. O., Sirosh, V. A., Tyshchenko, A. I., Mogilny, G. S.

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On a mechanism for enhanced hydrogen flux along grain boundaries in metals by Mogilny, G.S., Shyvaniuk, V.N., Teus, S.M., Ivaskevich, L.M., Gavriljuk, V.G.

“…Using X-ray diffraction, namely a rocking curve scan, the effect of electrolytic hydrogen charging on the crystal structure in the Fe-36Ni alloy has been…”
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