Search Results - "Batov, Yu. M."

Thermodynamic and kinetic peculiarities of desulfurization by Novikov, V. A., Tsarev, V. A., Novikov, S. V., Afanas’ev, S. Yu, Batov, Yu. M.

“…The experimental and calculated sulfur distribution coefficients in a metal and a slag are compared. The effect of the mixing power on the desulfurization…”
Get full text

Hydrogen removal during out-of-furnace treatment of steel in an out-of-furnace refinement and degassing unit by Novikov, V. A., Kulikov, A. P., Shchepkin, I. A., Afanas’ev, S. Yu, Batov, Yu. M.

“…The possibilities of hydrogen removal during degassing of both nondeoxidized and deoxidized metal and slag are demonstrated…”
Get full text

Effect of aluminum and calcium on the ductility of thin sheet shipbuilding steel in the Z-direction by Milyuts, V. G., Malakhov, N. V., Vladimirov, N. F., Batov, Yu. M.

“…Features of extra-furnace refining technology are considered for high-strength shipbuilding steel sheet, with which high metal purity is provided with respect…”
Get full text

Various methods for the deoxidation of a Cr-Ni-Mo-V steel during out-of-furnace treatment and their effect on the formation of nonmetallic inclusions by Titova, T. I., Afanas’eva, L. T., Chernyakhovskii, S. A., Zenkov, I. B., Batov, Yu. M., Afanas’ev, S. Yu

“…The effect of various methods of deoxidation during out-of-furnace treatment on the content and composition of nonmetallic inclusions in 15Kh2NMFA steel…”
Get full text

Nonmetallic inclusions in important steels by Sobolev, Yu. V., Batov, Yu. M., Afanas’ev, S. Yu, Chernyakhovskii, S. A., Afanas’eva, L. T., Vladimirov, A. G.

“…The contamination of 30Cr2Ni4MoV rotor steel with exogenous nonmetallic inclusions is studied. Technological measures intended to decrease the level of…”
Get full text

Nonmetallic inclusions in a chromium steel intended for the power engineering industry by Kolpishon, E. Yu, Mal’ginov, A. N., Romashkin, A. N., Durynin, V. A., Afanas’ev, S. Yu, Shitov, E. V., Afanas’eva, L. T., Batov, Yu. M.

“…The behavior of oxygen in the course of manufacturing large steel ingots containing 1.5–20% Cr, the formation of oxides depending on the contents of…”
Get full text