Search Results - "Grechishkin, E. F."

Microstructure and properties of detonation-sprayed thermal barrier ZrO2 coatings by Oliker, V. E., Abdurashitova, S. A., Martsenyuk, I. S., Grechishkin, E. F., Bondarenko, A. A.

“…The formation of detonation-sprayed thermal barrier ZrO 2 coatings is studied. The influence of spraying modes on the structure and mechanical properties of…”
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Effect of Properties of Titanium Aluminide Powders and Detonation Spraying Conditions on Phase and Structure Formation in Coatings by Oliker, V E, Sirovatka, V L, Timofeeva, I I, Grechishkin, E F, Gridasova, T Ya

“…We have studied phase formation in detonation coatings sprayed from Ti - 50 at.% Al powders. The powders of the alloy were obtained by various methods:…”
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Effect of magnetic treatment on the microstructure and abrasive resistance of WC–Co detonation-sprayed coatings by Oliker, V. E., Gridasova, T. Ya, Timofeeva, I. I., Grechishkin, E. F., Gavrilenko, A. G.

“…The effect of magnetic field on the phase composition and mechanical properties of VK-9 and VK-15 hardmetal detonation-sprayed coatings is studied. It is…”
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Effect of magnetic treatment on the microstructure and strength of WC–Co detonation-sprayed coatings by Oliker, V. E., Podrezov, Yu. N., Yarmatov, I. T., Gridasova, T. Ya, Grechishkin, E. F., Gavrilenko, A. G.

“…The influence of magnetic treatment on fracture of the WC–Co detonation-sprayed coating–St3 steel substrate system is studied in bending tests. It is…”
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Tribological properties of detonation coatings based on titanium aluminides and aluminum titanate by Oliker, V E, Sirovatka, V L, Grechishkin, E F, Kostenko, A D, Lashneva, V V, Maksyuta, I I, Anikin, Yu F, Goncharenko, A F, Derkach, V M

“…Operation of coatings based on tialite, γ-TiAl, titanium aluminides with discrete inclusions of TiN and also alloys based on cobalt, nickel, and titanium in…”
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Effect of magnetic field on residual stresses in NiAl–Re detonation coatings by Polyarus, E. N., Oliker, V. E., Gridasova, T. Ya, Chernega, S. M., Grechishkin, E. F.

“…The influence of a magnetic field on the internal stresses in NiAl–Re detonation coatings is experimentally confirmed. It is shown that the magnetic field has…”
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Abrasive wear resistance of detonation coatings from mechanochemically alloyed Ti–Al–B powders by Oliker, V. E., Sirovatka, V. L., Grechishkin, E. F., Gridasova, T. Ya

“…The paper examines the abrasive wear resistance of composite detonation coatings with different structures based on Ti–Al–B, Ti–Al–B–O, and Ti–Al–B–N systems…”
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Tribotechnical characteristics of detonation coatings from mechanochemically synthesized Ti–Al–B powders by Oliker, V. E., Sirovatka, V. L., Gridasova, T. Ya, Grechishkin, E. F., Kostenko, A. D.

“…The tribotechnical characteristics of Ti–Al–B, Ti–Al–B–O, and Ti–Al–B–N detonation coatings and AL153 and KKhN-35 coatings under dry friction against different…”
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Effect of magnetic abrasive treatment on high-temperature oxidation of NiAl and NiAl–Re coatings by Oliker, V. E., Gridasova, T. Ya, Sirovatka, V. L., Eliseeva, E. N., Timofeeva, I. I., Grechishkin, E. F.

“…A comparative microstructural analysis of the scale formed on the NiAl–Re detonation coating shows that the mechanism of its high-temperature oxidation can be…”
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Effect of gas media on the structural evolution and phase composition of detonation coatings sprayed from mechanically alloyed Ti–Al–B powders by Oliker, V. E., Sirovatka, V. L., Gridasova, T. Ya, Timofeeva, I. I., Grechishkin, E. F., Yakovleva, M. S., Eliseeva, E. N.

“…The paper examines the phase formation of detonation coatings sprayed from mechanically alloyed Ti–50 Al–25 B powder. It is shown that coatings with different…”
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Formation and high-temperature oxidation of thermal-barrier coatings with Ti-Al-Cr binding layer by Oliker, V E, Pritulyak, A A, Syrovatka, V L, Grechishkin, E F, Gridasova, T Ya

“…The behavior of TiAlCr detonation coatings with an outside thermal barrier layer in high-temperature oxidation in air is examined. It is established that the…”
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High-temperature air oxidation of coatings based on eutectic (β-NiAl + γ-Re) alloys and NiAl intermetallide by Oliker, V E, Barabash, M Yu, Grechishkin, E F, Timofeeva, I I, Gridasova, T Ya

“…High-temperature air oxidation (up to 1100°C) of detonation coatings made of NiAl intermetallide and eutectic (β-NiAl + γ-Re) alloys is examined with x-ray…”
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Mechanical properties of eutectic alloys β-NiAl + γ-Re and spray coatings by Oliker, V E, Barabash, M Yu, Grechishkin, E F, Martsenyuk, I S, Podrezov, Yu N, Gorban', V F

“…We have studied the structure and mechanical properties of eutectic alloys (beta-NiAl + gamma-Re of the ternary system Ni - Al - Re. We have established that…”
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Influence of the Structure and Properties OF WC – Co Alloy Powders on the Structure and Wear-Resistance of Detonation Coatings by Oliker, Valerii E, Grechishkin, Eugenii F, Polotai, Vsevolod V, Loskutov, Mikhail G, Timofeeva, Izabella I

“…We have made comparative investigations of the structure, phase composition and abrasive wear resistance of WC - Co coatings sprayed by the detonation method…”
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Mechanical properties of eutectic alloys [beta]-NiAl + [gamma]-Re and spray coatings by Oliker, V E, Barabash, M Yu, Grechishkin, E F, Martsenyuk, I S, Podrezov, Yu N, Gorban', V F

“…We have studied the structure and mechanical properties of eutectic alloys β-NiAl + γ-Re of the ternary system Ni-Al-Re. We have established that the best…”
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Wear-resistant detonation oxide coatings by Tkachenko, Yu. G., Garda, A. P., Yurchenko, D. Z., Gorbatov, I. N., Grechishkin, E. F.

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