SCIENTIFIC ABSTRACT FILIPPOV, S.I. - FILIPPOVICH, S.M.

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CIA-RDP86-00513R002200810017-0
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RIF
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S
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100
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November 2, 2016
Document Release Date: 
September 17, 2001
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17
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Publication Date: 
December 31, 1967
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SCIENTIFIC ABSTRACT
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LWR WC 669.0-154.046.56t536.7 _nj4_ZPQ -1., and PADERIN, S. N., Moscow Institute of Steel and Alloys aTheoratical Foundations of Deep Carbon Oxidation In Aetallic Melts" Floscow, Izvestiya Vysshikh Uchebnykh Zavedeniy Chernaya Netallurglya, No 8, Aug 73, pp 15-20 Abstracto The possibilities of refining a melt of complex composition and determining the physical &:W. cheaical principles of deep oxidation of Impurities In the oxidizing perioel of melting were investigated. The thermodynamic equations for calculation of the minimus amount of carbon for a maximum amount of oxygen in relation to temperature axe given. These equations indicate how to achieve maximum decarburization of heats. YAlting te5ts were conducted in five-ton are furnace* from~which It was possible to quantitatively evaluate the kinetic cham.~cterlstics and to reveal the optimum conditions of the oxidation period during melting with the purpose of developing new smelting technology,-especially for low- carbon alloyed steel in open are furnaces. Three figuresp.ten. bibliogmphic isferences. 1A USSR vW 669.183.o461-58:669.-295 DEDUSHEV, L. A... and FILD2POV S. I. Moscow Institute of Steel and Alloys, "Elektrostal"' Plan, "The Distribution of Titanium Between Metal and CaO_MgO-T_M2-A320 -CaF Sla7" 3 'Moscow, Izvestiya Vysshikh Uchebnykh Zavedeniy, Chernaya Motallur~;J-ya, No 7, 1972, pp 19-23 Abstract: A study uas m~ide of the distribution of titnniun between a CaO-.mGO- TiO2-A12O -CaF2 slat, melt and an Fe-Cr-Ni alloy containinir, 3,L'Ib-Ii- The titanium Lstributiuon coefficient between slac, and metal is deten-nined b, 11 y the concentration of Ca, and Ti oxides in the slag. ~This nukes it possible to consider the investii~ated slarg system as a pseudot6rnary sYste1q. in which CaP2 and A120 3 r-pPear as diluents. From the pozition~ of the behavior -of the slag system as a pseudo-ternary syst-em, calculation fornilas are developed on the basis of experimental data. Results of calculations by the su~rested formulas agree with experimental data. Three figures, one:Wr)le, twelve for- mullas, thirteen bibliographic references. mill 16~ AE KH USSR- uDc W'59. o46.5 nKOVL_-1, S. 1.,~Y-L "Teraperature and Oxygen Potentials Distribution in an Oxidizing Gas Flow Inter- acting With ~btal Melt" Moscow, V sb. "Sovremennyye problemy kachestva stall" (MSIS) (Collection of Works. Modern Problems of Steel qt:ality) (Yoscov Instit~ute of Steel and Alloys). Izd-vo "metallurgiya," Tio 61, 1970, PP L2-65 TJranslation of Abstract: Problems of temperature characteristics and composi- tions of the oxidizing gas flow in oxygen blowing over', the siurface of ferra- carbon melts am, investigated- 3 figures, 2 reforencelo. 1/1 F~Rili,R `,I ~11 H11 1 11111 ~N I RHO I N I i E M I I i 11 MEM . ff"111THIM109F. 5 R. 11 i 11111 . T. I ~ I I! I I 1%.11PORR FFITTiur .......... ~_. .......... USSR UDC 669.i8o ARSENTYEV.1 P. P., LZIPPal, S. I. t'viscosity and Overcooling Phenomenon in Iron Malts". Moscow.1 V sb. Sovrenennyye problemy kachestva stali" (MISis) (Collection of Works. Modern Problems of Steel Quality)(Moscow Institute of Steel and Alloys), Izd-vo "Metallurgiya," No 61, 1970, PP 58-62 Translation of Abstract: Problems of viscous properties of liquid pure- iron and iron melts with various imnarities and also the nature of the overcooliZ2,.-; ,phenomenon of molten iron are considared. Regularities of the effect of separate additions on the viscous properties of iron =lts ittv-, clarified. An evaluation of their structural characteristics is presented. 2 figures, 22 references. 1;6 'Steeld USSR UDG 669.15-194.26'24.046.56 F I LqP-,O-V and RI11,1KEWCH, V. S. -hromium-Nickel Melt on the Kinetics of "Effect of the Components of a L Complete Decarburization" Moscow lzvestiya Vysshikh Uchebnykh Zavedeniy, Chernaya Metallurgiya, No 1, i971, pp 18-22 Abstract: The process of carbon oxidation in the presence of chromium and nickel plays an important part in the technology of melting stainless aud heat-resistant steels. This,study shows that patterns, of critical concen- trations determine both the mechanism and.kinatics of:an alloy melt. The below-critical region of carbon concentrations revejil~ three stages which can be affected by the alloying element. A change to the film process of indirect carbon oxidation at stages 11 and III practically eliminates the effect of the different intensities of the parallel oxidation of iron and chromium on the metal's decarburization rate. The inhibiting effect of chromium and the accelerating effect of nickel on theprocess of decarburi- zation in the C