Search Results - "Konovalov, Y.V."

Jc(T,B) and E(T) Dependencies for NbTi Strands Used in ITER PF Insert Coil by Kozlenkova, N.I., Potanina, L.V., Pantsyrnyi, V.I., Gubkin, I.N., Nikulenkov, E.V., Vorobieva, A.E., Shikov, A.K., Vedernikov, G.P., Konovalov, Y.V.

“…In the framework of the characterization of NbTi strands manufactured by Bochvar Institute for the ITER insert coil the representative database of J c (B,T)…”
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Zirconium Alloys with Low Melting Points by Savchenko, A. M., Konovalov, Y. V., Laushkin, A. V., Kulakov, G. V.

“…A novel class of low-melting Zr-based alloys has been developed. They are deep triple and quadruple eutectics with very low melting points from 690 to 860°C…”
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Zirconium alloys matrix as innovative material for composite fuel by Savchenko, A.M., Vatulin, A.V., Morozov, A.V., Kulakov, G.V., Ershov, S.A., Laushkin, A.V., Maranchak, S.V., Konovalov, Y.V., Malamanova, E.K.

“…A novel class of zirconium alloys is suggested as fuel matrix. They are “deep” ternary or quaternary eutectics having relatively low melting point i.e. from…”
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Scaling of the E(J) Characteristics in the ITER Type Strands in Relation to the Applied Strain and Magnetic Field by Kozlenkova, N.I., Pantsyrnyi, V.I., Vorobieva, A.E., Shikov, A.K., Mareev, K.A., Konovalov, Y.V., Novikov, S.I.

“…Voltage- current characteristics VCC(epsiv, B, 4.2 K) have been measured in the range of the applied axial tensile strain (epsiv) from 0% to 0.93% at magnetic…”
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Scaling of the E(J) Characteristics in the ITER Type 3 Strands in Relation to the Applied Strain and Magnetic Field by Kozlenkova, N.I, Pantsyrnyi, V.I, Vorobieva, A.E, Shikov, A.K, Mareev, K.A, Konovalov, Y.V, Novikov, S.I

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Inert matrix fuel with low melting point zirconium brazing alloys by Savchenko, A.M., Vatulin, A.V., Morozov, A.V., Dobrikova, I.V., Ershov, S.A., Maranchak, S.V., Petrova, Z.N., Konovalov, Y.V.

“…Several versions of inert matrix fuel (IMF) using low melting point zirconium brazing alloys are suggested to improve their utilisation. The alloys are…”
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Using coal-dust fuel in Ukrainian and Russian blast furnaces by Minaev, A. A., Ryzhenkov, A. N., Banninkov, Yu. G., Yaroshevskii, S. L., Konovalov, Yu. V., Kuzin, A. V.

“…Ukrainian and Russian blast-furnace production falls short of the best global practices. It is no secret that, having switched to oxygen and natural gas in the…”
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