SCIENTIFIC ABSTRACT LATASH, YU.V. - LATASH, YU.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000928730001-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 10
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MEDOVAR, B.I.; LANGER, M.A.; LATASH, Yu.V.
Transgrarmlar corrosion by sulfuric acid of austenits stable
aeld-resistant steals and welds under compressive stress.
Avtom. avar. 10 no.1:46-50 Ja-F '57. (HLRA 10:4)
1. Ordena Trudovogo Krasnogo Znameni Institut elektroavarki im.
Ye.O. Patona AN USSR.
(Steel alloys-Corrosion) (Sulfuric acid)
(Strains and stresses)

MOVAR, B.I.; LATASH, Yu,, V
Pure austenite welded jointo resistant to hot (crystallization) cracks.
ATtom.. avar..10.no.2:32-45 Mr-Ap '57. (MLU 10:6)
1. Ordena TriOnvogo Krasnogo Znam8ni Institut elektroevarki im. Te.O.
Patona, Akademii nauk USSR.
(Steel--Welding) (Austenite)

I C
S Yu.A,~-, LATASH, Yu.V.; MEDOVAR, B. I.; ZAYTSEV, Yu.N.
Desulfuration of the welding melt for electric are welding and
automatic seam welding with flux. Avtom.sver. 10 no.4:71-74
Jl-Ag 157. (IqIRA 10:10)
1. Ordena Trudovog Krasnogo Znameni Institut elektroevarki imeni
Ye.O.Patona Akademii nauk USSR.
(Desulfuration) (Ilectric: welding)

'r
10 TR S' v,
DUBROV, N.F., Imnd. tekhn. nauk; MIKRAYWV, O.A., kand. teklm. nauk;
MIDMAN, I.A.; DMLOV, -'*H.-, SCROKIN, P.Ya., Imnd. tekhn. nauk,
starshiy nauchnyy sotrudnik; XTMOV, D.K., kand. takhn. nauk,
dots.; SOYFER, V*M.; _L&TA5H,,, Yuj,, mWshiV nauchnyy sotrudnik;
IIIAMOTAYEV, S.P.; BN=IMAN, A. Is; SkPKO, A.I.; PXTU OVg G.K.,
.-mnd. tekhn. nauk YEDIUMAL,
P., kand.takhn, nauk, dots.;
IAPO-A=IN, N.M., lcml. tekhn. nauk, starshiy nauchnyy sotrudnik;
ROZIN9 R.N.; NOVIK, 1.M., kand. tekhn. nauk, starahly naimbnyy
sotyn-ldnik; L&VRXNT'Y9V, B.A.; SHILUYXT, B.A.; SHUTXIHr N.I.;
GNUCHU, S.A.,-kand. takhn. nauk, starshiy nauchn~7 sotrudnik;
LYUDMO, K.F., dokbor-imsh., prof.; GRUZXNg V.G., kand. tekhn.
nauk; 3kalK, S.Ya.; POLTAWV, A.Ym., Imnd.tGkhn. nwak; PEDCFMKO,
AeI**,'AGH1W# P*Ya,, prof., dokbor; SAMARIX, A.M.; 3OKSHITSKIY,
Ya.M., imna. teklii. nauk; GARM, G.A., kand. teldm. nauk;
HARKARYANTS, A.Ae, kand. tekhn. nauk; ERAM07, A.D., prof.,
dokbor tekhn. nauk; ' ~ , L.I.; DANILOV, P.M,
Discussions, Biul. TSNIIMlM no.18/19:69-105 157. (MIRA. 11:4)
1. Direktor Urallskogo instituta chernykh metallov (for Dabrov).
2. Direktor TSentrallnogo instituta informataii Chelnoy I metallur-
gii (for Mikhaylov). 3. Hachallnik nanchno-issledovatel skogo
otdela osobogo konstruktorskogr, byuro tresta "ILektropecht" (for
.elldman). 4. Shchallnik T-rtenovskoy la:bo'ratorii Zlatoustovskogo
metallurgicheskogo zavods -for Danilov, A.M.). 5. Iaboratoriya
protsessov stalevareniya Institnta mtallurgli Urallskogo filia3a
AN SSSR (for Soreklin). /_ .. _%

DMOV, N.P.- (continued) Card 2.
6. Urallaki7 poUteldmicheskiy institut (for Balakov). 7. Starshir
inzhenar Hryanskogo masbinosturcitel;zzogo, zavodp- (for So7fer).
8. Institut elektrosvark4i im. Patow AN URRS (for latash). 9. Na-
challnik Mentrallnoy zav,odskoy labcratorii Tralmshzavodall (for
Zamotayev). 10. Dnepropetrov-skiy matallurgicheskiy institut (for
Sapka). 11. Moskarskiy institut alvall (for 'Tedneral). 12. TSsutrall-
w nauzhno-isaledovatel'sny instit-Lt, chernoy metall'urgii (for
Gnuchev, Iapotyshkin). 13. StArshiy mazter Leningradellcogo zavo&a
Im. Kirova (for'Rozia). 14. Institut metellurgii im. kova AN
4 B ay
SSSR (for ITov-ik, Pblyakar, Garnylc). 15. Nachallnik tekhnicheskogo
otdela cavoda "Bollshevik" (for lavrentivev). 16. Starshiy inzhe-
ner tekbnicheskogo otde.1-a Glavspetastali Hinisterstva chernoy
metallurgii (for Snilyay-z7), '117. Zamestitell nachallaika tekhni-
cheskogo otdela zavoda "Mektrostall" (for Shutldn). 18. Frey-
allc-Ldieml-YA, Ger.,f "%skayrl Vemokraticheskaya
Respublika (for Lyademan). 19. Zaveduyushchly laboratoriyey sta!'-
nogo litva TSentrallnogo nauchno-issledovatellskogo institute,
tekhnologii i maBhinostroyeniya (for Grazin). 20. Starshiy mast-3r
elekbrostaloplavilin7l& pechey Uralvagonzavoda (for Barin).
21. Zamastitell nachallnika elektrostaloplavillnogo t&ekha zaroda
"Sibele4trostall"' (for Padchenko). 22, Zavedu7whchly- kafedroy
metalluxgii stali i elektrometallurgii chernykh matallov Ienin-
gradskogo politekhnicheskogo instituta (for Ageyev). 23. Zaile-
stitell direktoraInstituta metallurgii im. Baykova AB SSSR, chlen-
korrespondent AN SSSR (for Samaria).
(Continued on next card)

7 TFR , N.Y.--(continmed) Card 3.
24. Hachallnik laboraturii ITSentrallnogo nauchnc-issledovatellskogo
Instituta chernoy metallurgil (for Bokshitskiy). 25. Zaveduymshchiy
kafedroy alektrometallurgii Sibirskogo metallurgicheskogo insti-
tuta (for Ir-arov). 26. Nachallnik elektrostaleplavillnogo tsekha
Kuznetskogo metall-argicheskogo kombinata (for Tedor). 27. Nachall-
nik elektromstallurgicheskoy laboratorii Kuzpetskogo metallurgiche-
skogo kombinata (for Danilov, P.M.).
(Sbesl--Metallurgy)

137-58-6-11784
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 6, p 83 (USSR)
AUTHORS: Paton, B.Ye., Medovar, B.I., Latasb, Y
I
TITLE: Electrical Smelting of High-ailoy Steels and Alloys in a Water-
cooled Crystallizer (Elekt riches kaya vyplavka vysokolegiro-
vannoy stali i splavov v vodookhlazlidayemom kristallizatore)
PERIODICAL: Tr. Nauchno-tekhn. o-va. chernoy metallurgii, 1957, Vol
18, pp 6Z3-628
ABSTRACT: The Electric Welding linstitute im. Ye.O. Paton of thie Acad-
emy of Sciences, Ukrainian SSR,has developed a method of
making ingots by continuous build-up of metal in a water-cooled
copper crystallizer, using an arcless electrical slag welding
process. The heat source is fused electric ally- conductive
slag, through which an electric current is passed from a con-
sumable electrode to the ingot. Wires of 5-8 mm diameter
may be used as the electrodes, The alloying elements are iri-
troduced iii the form of wire or graiwles. The electrode and
the alloys, immersed in the slag, attain a temperature of up
to 20000C, fuse, and form an ingot. The ingot descends as it
Card 1/2 builds up. The consumption of slag-formers as 1-2% of the

137-59-6-11784
Electrical Smelting of High-alloy (cont.)
weight of the ingot. This method may also be used to cast hollow ingots for
.ube manufacture, An equipment, the R-813, has been develOpLd to cast
round solid and hollow ingots of 135-300 mm diameter, 1500 mm in length,
at an output of 150 kg/hr. If the composition of the smelted steel includes
Ti or Al, the slags used contain CaF?-CaO-AlZO3 compounds. The m.p.
and viscosity of the slag have a significant effect on the surface quality of
the ingot produced. The longitudinal orientation of the crystals and the ab-
sence of axial porosity, scabs, and cracks contribute to make this a metal
of optimum plasticity in hot mechanical treatment. The area of application of
this method is the production of tough and resilient steels and alloys.
V.B.
1. Steel--Production 2. Alloys--Production
5. Electrical equipment--Applications
3. Alloys--Casting 4. Steel--Casting
Card 2/2

AUTHORS- M-edovar, B.I., Latash, Yu.V., and A.U.
TITLE6 Electric Slag Vlelding With Plate Electrodes of Chrouie--!,Jck;-~!
Austenitic Steels and Heat-Resisl','ant Alloys
-.,aya svarka plastinchatym clektrodom khromionikele-vykh
tenitnykh ataley i zharoprochnykh splavov)
PERIODICAL.- Avtomaticheskaya svarka~ 1950, Nr ne, pp 9-19 (US-1R)
ABSTRACT-. The article presents experimental data on and discusses sc,!,-i,~
riietallurgical and technoloCical peculiarities -,f electril-1-
slag welding with plate electrodes and electric-1-onducting
"AN-25" flux, proposed by G.S. Tya6un-Belous, -1sed fer -~;eld-
ing short seams in austenitic steel and eat-resistant. alloy
rods with cross sections up to 1710,000 mm . In devejopirE; Th~-~
new method, it was stated that correlations ey-~st betwae:~
physical-chemical properties of the slag and specifi-c- def--
ciencies of the reld joints in the form of unwelded portilo!)--.
It was proved that the use of fluorine fluxes ensures comple-.e
passage of easy-oxidizing additions, such as aluminum,
ium and boron, from the base and electrode metal int-, the !,ear,,
Card 1/2 metal. Information includes technological recommendat--'-on,--. fair

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