Search Results - "Serbenyuk, T. B."

Effect of the Additive of Y2O3 on the Structure Formation and Properties of Composite Materials Based on AlN–SiC by Serbenyuk, T. B., Prikhna, T. O., Sverdun, V. B., Sverdun, N. V., Moshchil’, V. Ye, Ostash, O. P., Vasyliv, B. D., Podhurska, V. Ya, Kovylyaev, V. V., Chasnyk, V. I.

“…The results of studies on the strength at bending and volumetric electrical resistance of composite materials based on AlN–SiC with additions from 2 to 6 wt %…”
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Light Interconnects for Medium-Temperature (550–650°С) Solid-Oxide Fuel Cells by Ostash, O. P., Prikhna, T. O., Podhurska, V. Ya, Kuprin, O. S., Karpets, M. V., Sverdun, V. B., Vasyliv, B. D., Serbenyuk, T. B.

“…We study the heat resistance and electric conductivity of the specimens of Crofer 22 APU steel, which is traditionally used for the production of interconnects…”
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The Effect of Technological Production Conditions on the Ability of AlN–Y2O3–С-Based Composite Materials to Absorb Microwave Radiation by Serbenyuk, T. B., Prikhna, T. O., Sverdun, V. B., Sverdun, N. V., Chasnyk, V. I., Karpets’, M. V., Kovylyaev, V. V.

“…New composite materials based on AlN–Y 2 O 3 –С have been created for use as absorbers of microwave radiation in vacuum electronics. X-ray diffraction and…”
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Influence of the Technology of Production of Composites Based on the MAX Phases of Titanium on the Process of Wear in Contact with Copper. Part 2. Single-Stage Technology by Prikhna, Т. О., Podhurs’ka, V. Ya, Ostash, О. P., Vasyliv, B. D., Sverdun, V. B., Karpets’, M. V., Serbenyuk, T. B.

“…We study the microhardness, micromechanism of fracture, fracture resistance under static bending, and wear resistance of candidate materials for the…”
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Structure and Current-Voltage Characteristics of Islet Gold Films on High-Heat Conducting Pressureless Sintered AlN Ceramics by Fesenko, I. P., Viduta, L. B., Chasnyk, V. I., Nechytailo, V. B., Butenko, D. V., Tkach, V. M., Turkevich, V. Z., Marchenko, O. A., Zelenska, I. I., Kaidash, O. M., Serbenyuk, T. B., Belyaeva, T. M., Kuz’menko, E. F., Tomchuk, P. M.

“…The structure and electro-physical properties of islet gold films on the surface of aluminum nitride are reported…”
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The effect of size of the SiC inclusions in the AlN–SiC composite structure on its electrophysical properties by Serbenyuk, T. B., Prikhna, T. O., Sverdun, V. B., Chasnyk, V. I., Kovylyaev, V. V., Dellith, J., Moshchil’, V. E., Shapovalov, A. P., Marchenko, A. A., Polikarpova, L. O.

“…AlN–SiC–Y 3 Al 5 O 12 composite materials with a high absorption of microwave frequency (27–65 dB/cm) produced by pressureless sintering of mixtures consisting…”
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A new MAX phases-based electroconductive coating for high-temperature oxidizing environment by Prikhna, T.A., Ostash, O.P., Kuprin, A.S., Podhurska, V.Ya, Serbenyuk, T.B., Gevorkyan, E.S., Rucki, M., Zurowski, W., Kucharczyk, W., Sverdun, V.B., Karpets, M.V., Ponomaryov, S.S., Vasyliv, B.D., Moshchil, V.E., Bortnitskaya, M.A.

“…In the paper, results of variations of structure, oxidation resistance, and electrical conductivity of novel MAX-phase composite coating are presented. The…”
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Structure and Properties of MgB2: Effect of Ti-O and TiC Additions by Prikhna, T. A., Eisterer, M., Kozyrev, A. V., Goldacker, W., Moshchil, V. E., Karpets, M. V., Sverdun, V. B., Shapovalov, A. P., Romaka, V. V., Pan, A. V., Ponomaryov, S. S., Serbenyuk, T. B.

“…The effects of the additions of powdered titanium carbide (TiC) and polyvalent titanium oxides (Ti-O) to MgB2 (synthesized under high pressure (2 GPa)-high…”
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Influence of the Technology of Production of Composites Based on the Max Phases of Titanium on the Process of Wear in Contact with Copper. Part 1. Two-Stage Technology by Prikhna, Т. О., Podhurs’ka, V. Ya, Оstash, О. P., Vasyliv, B. D., Sverdun, V. B., Karpets’, М. V., Serbenyuk, Т. B.

“…We study the tribological properties of materials used as electrocontact inserts of the tram pantographs in couples with M1copper of the contact wires of power…”
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Formation regularities of structures of AlN-SiC-based ceramic materials by Prikhna, T. O., Serbenyuk, T. B., Sverdun, V. B., Chasnyk, V. I., Karpets’, M. V., Basyuk, T. V., Dellikh, J.

“…Composite materials based on AlN-SiC have been produced by the pressureless sintering. It has been established that in the formation of the AlN-SiC-Y 3 Al 5 O…”
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Studies of the ceramic material produced by pressureless sintering from the AlN-Y2O3-(Si-C) powder composition using electron microscopy, Raman spectroscopy and measurements of the thermal conductivity and microwave radiation by Fesenko, I. P., Chasnyk, V. I., Kolomys, O. F., Kaidash, O. M., Davydchuk, N. K., Serbenyuk, T. B., Kuz’menko, E. F., Gadzyra, M. P., Lyeshchuk, O. O., Strel’chuk, V. V., Galyamin, V. B., Tkach, S. V., Fesenko, E. I., Shmegera, P. S., Azima, Yu. I., Recht, H., Vollstädt, H.

“…Samples of composite with ceramic matrix of aluminum nitride have been produced by pressureless sintering of the AlN-Y 2 O 3 powder compositions with addition…”
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Physicotechnical properties of wurtzitic AlN-based ceramics and composites with ceramic matrix by Fesenko, I. P., Serbenyuk, T. B., Chasnyk, V. I., Bilovol, V. S., Kolodnits’kyi, V. M., Loshak, M. G., Marchenko, A. A., Tuz, Yu. M., Strunina, Yu. O., Tkach, S. V., Fesenko, E. I., Shashurin, I. P.

“…Wurtzitic aluminum nitride-based ceramic materials having the following high characteristics: structural ceramics with a Vickers hardness of HV = 16.8 GPa,…”
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Structure, mechanical and functional properties of aluminum nitride-silicon carbide ceramic material by Serbenyuk, T. B., Aleksandrova, L. I., Zaika, M. I., Ivzhenko, V. V., Kuz’menko, E. F., Loshak, M. G., Marchenko, A. A., Prikhna, T. O., Sverdun, V. B., Tkach, S. V., Boryms’kii, O. I., Fesenko, I. P., Chasnyk, V. I., Wend, M.

“…Two-phase ceramic composites of the dielectric-semiconductor type having different semiconducting phase content (aluminum nitride ceramics with uniformly…”
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Improved design josephson junctions with hybrid nanostructured barriers by Shaternik, V. E., Suvorov, O. Yu, Shapovalov, A. P., Prikhna, T. O., Serbenyuk, T. B.

“…New type of Josephson junctions with hybrid nanostructured barriers has been fabricated and investigated. Heterostructures consisting of superconducting MoRe…”
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