Search Results - "Luk’yanenko, E. V."

Structure and Properties of a Grade 1420 Aluminum Alloy after Argon Ion Irradiation by Ovchinnikov, V. V., Yakutina, S. V., Uchevatkina, N. V., Luk’yanenko, E. V., Sbitnev, A. G.

“…The implantation of argon ions in a grade 1420 aluminum alloy is studied. The optimum mode allowing the maximum alloy softening is shown to be Е = 36 keV, j =…”
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Evolution of the dislocation structure and the formation of fatigue microcracks in pearlitic-ferritic steels by Izotov, V. I., Pozdnyakov, V. A., Luk’yanenko, E. V., Getmanova, M. E., Philippov, G. A.

“…Theoretical and experimental study of the evolution of the dislocation structure in pearlite during fatigue tests using contact and bending modes of loading…”
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Auger Spectroscopy Study of the Surface Layers after Copper Ion Implantation into Steel 30KhGSN2A Plates by Ovchinnikov, V. V., Shamrai, V. F., Gordeev, A. S., Mukhina, Yu. E., Kurbatova, I. A., Luk’yanenko, E. V., Yakutina, S. V.

“…The distribution of copper, carbon, and oxygen in the surface layers of steel 30KhGSN2A plates after the implantation of copper ions from a pulsed ion source…”
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Influence of the pearlite fineness on the mechanical properties, deformation behavior, and fracture characteristics of carbon steel by Izotov, V. I., Pozdnyakov, V. A., Luk’yanenko, E. V., Usanova, O. Yu, Filippov, G. A.

“…Specific features of plastic deformation and tensile failure of a plain carbon (C = 0.62%) pearlitic-ferritic steel with various pearlite fineness have been…”
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CONVALIDATION OF INVALID TRANSACTIONS IN RUSSIAN LAW by Tuzhilova-Ordanskaya, E. M., Lukyanenko, V. E.

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Corrosion resistance improvement of 30XGCN2A steel by ion implantation using cathodes based on immiscible components by Ovchinnikov, V. V., Borovin, Yu. M., Lukyanenko, E. V., Kurbatova, I. A., Yakutina, S. V.

“…Research results of the corrosion resistance of 30XGCN2A steel after irradiation by a polyion beam using an implanter of copper, lead, monotectic alloy of 64%…”
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