SCIENTIFIC ABSTRACT SOKOLOV, D.V. - SOKOLOV, G.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001652010008-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

17
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1.1. 1.1.
17AEMI`10.1, K. B. ; SOKOLOV, 1 S.
0 KS
"Oil and -,-,as derosits of the Siberian .'-:@_Iazform...
report submitted for 22nd Sess, Intl Geolo-gicall Con-g, New Delhi, 14-22 Dec
1964.

53KOLOVI D. 7.
-LI C-
SOKOLOV, '). V. (Professor) Diagnositc value of the method of thick blood dropped
on stained filtrate paper.
So: Veterinariya; 24; 10; October 1947; Uncl.
TABCON
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11"IN lllej-@),,t)y vj.-@jj'yovjch; SuKOLOV, D.V., nauchn. red.
7 1 L
Z@*,!URj'..'VLLl'.', 13.A.) red'. - -
[Installation of storage batteries and charging devices)
k,inLrlzh akkumiliatorukh batarei i zariwlN.,kh uotroistv.
-1 113 p. (MLY, 17:6)
,..oskva, StroiizdaL, 1964.

SOKOLOV, D. V.
ROI.WIOV, V. S. Montazh raspredelitellnogo ustroystva elektricheskikh
stairtsiy i podstantsiy. I'loscaw, 1944- 354p.
A textbook for advanced trade and railroad schools giving information
on distributing equipment of electric power stations and substations,
repcir and maintenance of equipment, installation of electric equipment,
grounding, and the organization of electrical installation work; published
by 'State Electric Power Publishing House.

,ZC.':C,,-,C:V, 7.. 1j.
I ;_
InstalL-ticn of h avy rituty insulated conduc tors in indus trial est,-.blishments.
1.'Osk-ia, Gos. erier--. izi-vo, 1S,47. 75 p. (49-52,&3)
TK3211-So'

SMIRNOV, A.D., r3d-akt-@-r; SOIOVIYEV, P.F., radiakt,,r; SOKOLOV, D.V.,
[Blectrinlazle hazdba,041 Spravocla-@ik elektror3ontera. Pod obshchei
redaktsiei A.D.Smirnova i P.F. Solcvta-a. IMoskva, Gosudar:-:11,7-ennee
energeticheakoe izd-7-',. 1950-. v.2. [Wiring and electrio i1jrxina-
tion 6quipment]Provodld i osvetitelinye elektroustanovki. %-- 311z@'taZ-
latic)n of substation distributlon systems of UP to 35 kilo-i7cits] Mon-
tazh raspredel-Itelviefth ustroifa-tv;- podstAntaii do 35 kv.
(Electric lighting) (Electric substations) (MRA 8- -1

SOV3W7, D.V.
llorit,azh EdektroollloruJovwdia trans-
formatornykiri podstantsii promyshlennykh pred-
priiatii (Assembling of electric equipment of trans-
:@Ormer sub-stations of industrial enterprises).
1,oskva, Gos. izd-vo lit-ry po stroit. arkndt., 1952. 175 1D.
:30: MlonthlX List of 'Pussian Accessions, Vol. 6, No. 1, ADril 1953

LEVI. S.S.; SOKOLOV, D.V.. z,; KPA510,&iC1i1X:, S.L. redaktor:
TOM fchask;.; red-;Ifor
[Booklet on safety measures in work sith electric toolej Pamiat)m po
takhaike bazopasnosti pri rabote elektroinstrumentani, 2. izd. No-
okwa, Gos. izd-vo !it-ry po etrolfal9rtvu i arkhitekture, 1954, 28 P.
Mak 7:8)
1. Russia (1923- U.S.S.R.) Ministeretvo stroitel'stva. Otdal
takhniki besopasnosti I pro3Wshlemnoy sanitarii.
(Power tools-Safety measures)

LZENLEV, N.N., inzhener,redaktor; VINOGRADOV, K.V., inzhenerredaktor;
LRVI, S.S. inzhenerredaktor; R0Z&NOV. U.S., inzhenerredaktor;
SINJLKOV, S.M., inzhener, redaktor- SOKOLOV D.T., inzhsm@
redaktor; MIKOIAYXV, L.A.. redakto tekhnicheski7
redaktor.
[Power engineering handbook for conelruction work] b)qravochnik
energetika na stroitallstva. Moskva, Gos. izd-vo lit-ry po
stroital'etvu i arkhitakture, 1954. 915 p. (MLRA 7:12)
(Power engineering)

@-.'HRDMCHEIRKO, Grigoriy Tefimovich; SOKOLOV, D.V., inzhener, redaktor;
BEGAK, B.A., redaktor; TOXIM,--'X.?4;'-~t'6*bnicheakiy redaktor.
[Higb-voltage switchgear; construction and assemblage] Vysoko-
volltnaia vykliuchatushchaia appratura; konstruktsii i montazh.
Moskva, Gos.lzd-vo lit-r7 po stroitalletvu i arkhitekture, 1955.
222 p. (MLRA 9:1)
(Blectric switcf%gear)

SCi:-OLOV, D. V.
lllcuroriont:, zhny'@re. r;@Iroty
1,,.arhelov i D. V. liolrmlov.
1 1055 ,
(Electrical by) V. V.
M Gos. lzd-7!o Literatur%, Po Stroitel'stvu
0
V5
663
-Y31
I-
Y,0 n. il-ILI!!- , , t!ib2--is.

14ALINA,F.H.
'Handbook of the power engineer in'construction work.0 D.T.Sokolov.
Reviewed by F.N.Kalina. Inergetit-3 no-8:39-40 Ag '55--m-a-a-c-
(KI&L 8: 10 )
(Power engineering) (Sokolov,D.V.)

PILYAVSKIY, A.T.;_ADX=V OSER-
inzhener, nauchnyy redaktor; PRO$?
DOV, A.P., redaktor izdatellstva; BORDYNNY, N.K., tekhnicheekty
redaktor; HELINICHNIZO, F.P., tekhnicheskiy redaktor '
[Safety instructions for movable electric power plant operators]
Famiatka po tekhnikb bezogasnosti dlia mashit2ista peredvizhaoi
elektrootantaii. Moskva, Goo. izd-vo lit-ry po stroit. i arkhit.,
1956. 15 P. (MLRA 10:4)@
(Electric engineering--Safety measures)

mARX1WV, Vasiliy Vasillyevich; SOKOLOV, D.V., inzhener, nauchnyy redaktor;
TTAPKIN, B.G., redaktor izd6te -dt-*k' GUSNVA, S.S., tekhnicheakiy
redaktor
[Installation of electric power and lighting equipment] Montazh
silovogo i oovetitellnogo elektrooborudovaniia. Izd. 2-oe. ispr.
Moskva, Goo. izd-vo lit-ry po stroit. i arkhitelcture. 1956. 133 P.
(Ilectric engineering) (KIRA 9:9)

LEVI, Semen Savellyevich, kandidat teklmicheakiy
inzhener. nauchny7 redaktor; UDOD. Y.Ye., redaktor izdatelletva;
GUSBVA. S.S., tekhnichaskiv redsk-tor
[Power supply for construction work] Idnergoanabzhenie stroitelletva.
Moskva, Goo. ird-vo lit-ry po strott. i arkhitekture, 1956. 243 p'
(Alectric power) (Building) (KLRA 10:1)

PHASE I BOOK EXPLOITATION 948
Sokolov, D. V., Engineer
Vtor:Lchnaya kommutatsiya v rasptedelitelInykh ustroystvakh (Secondary
Switching in Distributing Systems) Moscow, Gosstroyizdat, 1958.
160 P. 15,000 copies printed.
Scientific Ed.: Frenkell, S.N.,..Engineer; Ed. of Publishing House:
Fakhomova, M.A.; Tech. Ed.: Solntseva, L.M.
PURPOSE: The monograph is Intended for electriciahs working with
f3WitchIng systems. It is recommended by the Department of Education-
al Institutions of the Ministry of Construction, RSFSR, as a text-
book for improving the qualifications of workers.
COVERAGE: The book describes the basic components of secondary cir-
cuits in distributors. It discussea electrical measuring instru-
ments, relays, and equipment for remote control, signaling and heat
Ca-nd-t7'5,

Secondary Switching in Distributing Systems 948
control. Operatlon of contrql Wiring systems is described and
methods of assembly and wiring &f'switchboard equipment are dis-
cussed. It also describes problems in organizing installation of
switching systems. No personalities are mentioned. There are no
references.
TAB11; OF CONTENTS:
PART 1. COMPONENTS OF SECONDARY EQUIPMENT
Ch. 1. Concepts of Secondary Circuits
Ch. 2. Electrical Measuring Instruments
3
8
Ch. --,. Protective Equipment 16
1. Concepts of relays and relay protection 16
2. Classification of relays 19
3. Structure and operating principle of basic types of relays 23
Card ?-/ 5-

C \1
PHASE I BOOK EXPLOITATION SOV/3572
Nebesnyy, Andrey DELnilovich, Engineer, Vasiliy Vasillyevich Skvortsov, Engineer,
and Dnitriy Vladimirovich Sokolov, Engineer
Mekhanizatsiya i industrializatsiya elektromontazhnykh rabot (Mechanization
and Industrialization in Electrical Assembly Work) Moscow, Gosstroyizdat,
1959. 218 P- 5,000 copies printed.
Ed. of Publtshing House: G. M. Shirokova; Tech. Ed.: L. M. Osenko.
PURPOSE: This book is intended for technical personnel engaged in electrical as-
sembly work.
"OVERAGE: The book presents the fundamentals of installation practices of power-
generating and distributing equipment. Devices used in the installation jobs
and problems of mechanization are surveyed. Methods applied te such
operations are described and evaluated. The material presented in this book
reflects the most advanced practices as applied, for example)by the Glavelektro-
montazh (Main Administration for Power-Equipment Installation) of the MLnistry
for Civil Engineering and Industrial Construction of the RSFSR and by the
C ard l/ 6

Mechanization and Industrialization (Cont.) SOV/3572
Ministry for Power-Plant Building of the USSR. No personalities are mentioned.
There are no references.
@ABLE OF CONTENTS:
Kntroduction
3
Ch. 1. Industrial Methods of Preparing for Electrical Construction 6
I. Pre-assembly sectors and dispatch stations 6
II. Engineering lines 13
1. Engineering line for the processing of shapes 14
2. Engineering line for the processing of sheet steel 17
3. Layout of wiring in steel pipes 20
4. Engineering line for the layout of bus-bar sections 34
III. Metalworking machine-tools used in electromechanical shops 51
Ch. II. Drilling Holes in Workpieces for the Installation of Electrical
Systems and for Mounting of Trussing 54
I. Use of hard-alloy drills 55
H. Dowel-fixina 65
III. Gun boring tool of the SNP-1 type 68
Card 2/ 6

P ( r, ) -, nt IT I/q I - 5 cF')/7 3
AUTHOR: !.'okolov, D'v,
4--- -1-
TITLE: 7..Iethods of Installinp Wires of Type T?Tn
PERIODICAL: -Pnergeti-k, 10159, Yr 9, p 7@7 R
ABSTRACT: Answering an inquiry of vakovishin (TTlan_T7@`e
author states that cable r-@P,10 should be used combi-
nation with steel tubes, ',*.Ihich in turn may be mounted
on the surface of walls or underneath the surface,
-For open installation cable TIR is cheaper. The PR cable
is installed rollers or insula+ors. Tnstalling cables
P11:11 ot PRTO directly on walls is not reco=en,-.ed by
existing rules and is not used,
Card 1/1

LIPKIN, B.Tu.. Prinimali uchastiye: GCLIDGOF, B.G., inzh.; BARYBIN,
TV.G., iazh.; TORORKOT, TV.F.. inzh.; VENWSIANOY, Ye.A., inzbL..
-va;
D.T., inzh., nauchnyy red., KROMOSHCH, I.L., red.izd
GORDLvM,' P.A.',' red.izd-va; RUDAKOTA. N.I., tekhn.red.
CElectric equipment at industrial enterprises] Elektrooborudo-
vanie promyshleanykh prodpriiatii. Moskva, Gos.izd-vo lit-ry po
stroit.. arkhit. i stroit.materialam, 1960. 399 PI.
"(MIRA 13:7)
(Blectric driving)

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GINZBURG, I.I.; BELYANKIN, D.S., ak-ademik, redrktor; SOKOLOV, G.A., redaktor.
--Vop"Z-@
(Geochemistry and geology of the ancient weathering zone in the Urals]
Geokhimiia i geologiia drevnei kory vyvetrivaniia na Urals. Moskva,
Izd-vo Akad.nank SSSR, 1947. 134 p.(Akademiia nauk SSSR. Institut geo-
logicheskikh nauk. Trudy, no.81). (MLRk 9:7)
(Ural Mountains--Geochemistr7)

SOKOLOV. G.A.- GRIGGR'YEV, I.F., akademik, redaktor; BET.EKHTIN, A.G.,
r-, POPOVk, S.T., redaktor; KhR OV, I.I., tekhnicheakiy
redaktor.
Composition, conditions of crystallization, and regularities of
chromites in the Urals. Trudy Inst.gool.nauk no.97:1-127 '48.
(MT-RA 9:8)
1. Chlen-korrespondent Akadsmii nam, S= (for Betakhtin)
(Ural Mountain@--Chromite)

BETEMIN, A.G., akudemik, gluvnyi redaktor; VOL'FSOIT. F.I.; ZAVARITSKIY,
A.N.; KORZHINSKIY, D.S.; JAVITSKIY, O.D.; NIIOIAYEV, V.A.; SOKOIJDV,
G.A., doktor geologo-mineralogicheakikh nauk, otYetstvednyi"df&%e6
(Fundamental problems in the theory of magmatic ore deposits] Osnov-
nye problemy v uchenii o magmatogennvkh radnykh mostoroshdeniiakh.
[Glavnyi redaktor A.G.Betekhtin]. Moskva, Iza-vo Akademii nauk SSSR,
1953. 615 P. (MA 7:5)
1. Akademiya nauk SWR. Inatitut geologicheskikh nank. (Ore deposits)

GINZBURG. I.I.; SOKOWV, G.A.
In connection with the article of V.N.Poddubnyi on "The problem of the origin
of iron ore." Izvest. Akad. Nauk S.S.S.R., Ser. Geol. 153, Mo.2, 113-14.
(CA 47 no.22:12148 '53) (MLRA 6:4)

CYALDIN.' N.Ye.,[t ranalator] DRfBO, T.M.,[tranalator ] ; KANSILI, B.A..
[translator] KRASHINIMIKOV, V.A., [translator] IRUMKINiL, R.M.
[translator]; SOKO--WV G-A., redaktor; ZHAMENSKAYA, V.K..
redaktor; IL'Yff,"TV*,@nicheskiy redaktor.
[World iron ore deposits; collection of articles] 2helesormdare
mestorozhdanila mira; abornik statei. Pereyod s augliiskogo,
frantsuzakogo 1. iBpanskogo N.1,Galdina, 1. dr. Pod.Red. i a
predisloviem G.A.Sokolova. Moskva, Izd-vo Inostrannoi lit-ry.
Vol.l. 1955. 492 p. [Microfilm) (14LOA 9:1)
l.International Geological Congress. 12th, AWers. 1952.
(Iron ores)

SOKOLOV,G.A., redaktor; ZNAMENSICAYA,V.K., redaktor; IL'IN,B.M., tekhniche-
---- -6ay'--r-edakt or;
[Iron deposits of the world; a collection of articlea.Translated from
the English. German, French and Italian] Zhelezorudnye mestorozhdenila
mira; abornik statei. Perevod a angliiskoeo, nemetskogo, frantsutskogo
i itallianskogo B.S.Izrailia i dr. Moskva, Izd-vo inostrannoi lit-ry.
Vol. 2. 1955. 439 P. - - (MIRA 9:2)
1. International Geological Congress. 19th, Algiers. 1952.
(Iron ores)

ETEMIN, A.G.; VOLIFSON, Y.I.; ZAVARITSKIY, A.B.; KORZHINSKIY,D.Z.
IZVITSKIY, O.D.; NIKOIAYZV, V.A.; SOKOWV, G.A.. redaktor.
doktor goologo-mineralogicheskikh ftl AL 0 T. T.
tekhnicheekly redaktor.
Clundamental problems in the theory of magmatic ore Upositel
Onnovnye problemy v uchenti o magmtogennykh rudzykh mesto-
rozhdeniiakh. 2-e izd. Moskva. Izd-vo Akademii nauk SM. 1955,
622 p. [Microfilm] (MLBA 8--7)
(Ore deposits)

SOKOLOV.G.A.. redaktoriGALDiN, N.Te., (translatorLu-.
[Irou ore deposits of the world; a collection of articles. Translated
from the English, French and Spanishj Zheleznorudnye mestorozheniia
mira; sbornik statei. Perevod s angliiskogo , frantsuzakogo i ispan-
skogo N.E.Galdina. Pod red. i s predifiL'. G.A.Pokolova. Koskva. Izd-
vo inostrannoi lit-ry, 1955. 2 v. maps. (part fold) 27 p.
(MIRA 10:5)
1. International Geological Congress, 19th. Algiers, 1952.
(Iron ores)

SHAPIRO, I.S.; TJKRPIGOREV,,A.M., akademik. redaktor- 80 professor,
I - KO-140yu 2
redaktor, DIMCH, V.G.. doktor tekhnicheskikh nauk, relaktor;
DOLITSKATA, S.S., redaktor lzdatellstva; MOSKOVICHIVA. N.I., tekhni-
cheskiy redaktor
[Iron ores; a bibliography] zheieznye rudy; bibliograficheskii
sprevochnik. Moskva, 1957- 767 p. (KIRA 10:9)
1. Akedemiya nauk SSSR. Inatitut nauchnoy t tekhnicheskoy informstsit
(Bibliography-4ron ores)

:POPOVA, A.S., starshiy bibliograf- SOKOLOV, G.A., doktor geolog-mineralogiche-
skikh nauk, otvetstvenn;;"'@re.-,
@O, Ya.A., red.izd-va;
NOVICHKOVA. N.D., tekhn.red.
Mdogenous ore formation and endogenous ore deposits ; a bibliography
of Soviet books and periodical literature from 1945 to 19541 Ahdo--
gennoe mdoobrazovanie i endogennye rudnye mestorozhdaniia; biblio-
raffla sovetakoi @mizhnoi i zhurnallnoi literatury za 1945-1954 gg.
oskval 1958. 79 p. (MMA 11:6)
N
1. Akademiya nauk SSSR. Sektor seti spetsial'nykh bibliotak.
(Bibliography-Ore deposits)

?OSPELOV. G.I., stiirshiy nauchnyy notrudnik; LAPIN, S.S.-, BELOUS. N.Kh.;
KLYAROVSKIY, V.M.; KINE, O.G., VAKHRUSM, V.A.; SHA IRO, I.S..
starshiy nouchnyy sotrudnik; KALUGINj A.S.; MUK@IN, A.S.; GARNWS,
N.A.; MYT, Tu.A.; SELIVESTROVA. M.I.; RUTKEVICH, V.G.;Bv.KOV. G.P.;
NIKONOV, N.I.; SAKOVICH, K.G.; MEDVEDKOV, V.I.; ALADYSHKIN,.A.S.;
PAN, F.Ya.-, RUSANOV, M.G.; YAZBUTIS, E.-A.: ROZHDESTVBNSKIY, Yu.V.:
SAVITSKIY, G.Ye.; PRODANCRUK, A.D.; LYSENKO, P.A.; LEBEM, T.I.-,
KAMENS)CM, T.Ya.; MASLENNIKOV, A.I.; PIPIR, R.; DODIR, 'LL.;
MITROPOLISKIY, A.S.; LUKIN. V.A.; ZIMIR. S.S.; KORELI, T.G.;
TZ IKOV, I.V.; BARDIN, I.P., akademik, nauchnyy :'red.; GORBACUV.
T.F., nauchnyy red.; YERWEYEV, N.A., nauchnyy red.; NEKRASOV, N.N.,
nauchnyy red.; SKOBNIKOV, M.L., nauchnvy red.; SMIRNOV-VEM, S.S.,
nauchnyy red. [deceased]; STRUMILIN, S.G., akademik, nauchnyy red.;
NIKOV, V.B., nauchnyy red.; CHINAKAL, N.A., nauchnyy red.;
Rr, ZYUK. P.Ye,.. red.toma; SOKOLOV G A red.toma; 3OLDYREV, G.P.,
red.; VOGMAN, D.A., red.; tii@ @:: red.; KUDASHEVA, I.G.,
red.izd-va; KUZIMIN, I.F., tekhn.red.
(Iron-ore deposits of the Altai-Sayan region] Zhelezortidnys mesto-
rozhdeniia Altae-Saianskoi gornoi oblasti. Vol.l: Book 1. [Geology]
(Continued on next card)

110SM"OV. G.L.---(Continued) Card 2.
Geologiia. 0tvetstvennyi red. I.P. Bardin. Moskva. 1958. 330 P.
(MIRA 12:2)
1. Akedemiya nauk SSSR. Mezhduvedomstvennaya poqtoyannaya komissiya po
zhelezu. 2. Postoyannaya mezhduvedomstvennaya komissiya po zhelezu
Akademii nauk SSSR (for Pospelov, Shapiro, Sokolov). 3. Zapaclno-
Sibirskiy filial Akademii nauk SSSR (for Vakhrushev"tPospelov.) 4.Zapadno-
Sibirskoye, geologicheakoye upravleniye (for Sakovich). 5. Krasnoyarskoys
geologicheskoye upravleniye (for Pan). 6. Zapadno-Sibirskiy geologo-
razvedochnyy treat Chermetrazvedka (for Prodanchuk). 7. Sibirskiy geo-
fizicheskiy treat (for Pipar). 8. Vaesoy-uznyy geologicheskiy nauchno-
issledovatel'skiy institut (for Dodin). 9. Gornaya ekspeditsiya (for
Mitropoltakiy). 10. Gortioye upravleniye Kuznetskogo metallurg.kombinata
(for Lukin). 11. Tomskiy politakhnicheakiy institut (for Zimin). 12. Si-
birskiy metallurg.institut (for Korell). 13. Trest Sibneftegeofizika (for
Derbikov). (Altai Mountains--Iron ores) (Sayan Mountains--Iron ores)

1ARDIN, I.P., akademik, otv.red.; STRUMILIN, S.G., akademik; red.: SB31VTAKOV.
L.D., akadem1k. red.:,SHCHUBBAKOV. D.I., akademik, red.; ABTIPOV, ILL,
red.; BELTANGHIKOV, K.P.. red.; BRODSKIT, V.B., red.; TRWYAM, 3.N..
red.; LIBERKUT, A.Ta., red.; MELESHKIN. S.M.. red.: ORWY. I.Y.. red.-.
S14IRNOV-VERIN, S.S., red.: RIKMAN, V.V., red.; SAMARIN, A.M., red.;
SLEDZYUK, F.Te.. red.; SKOBNIKOV, M.L., red.; 59
XQIOI,G.@A. . red.
YRZT, V.I., red.; K4MNIKOV, V.B., red.; SWIRD, I.S.. red.; -
SHIRTAYEV. P.A., red.: KUDASHEV, A.L. red.izd-va; KUZIMIN, I.F..
tekhn.red.
[Magnetite ores of the Kustanay Province and their exploitation)
Magnetitovye rudy Kustanaiskoi oblasti i puti 1kh ispolizovianlia.
Otvatstvennyi red. I.P. Bardin. Moskva, Izd-vo Akad. nauk SSSR.
1958. 489 p. (Zhelezorudnye mestorozhdoniia SSSR). (MIRA 12:2)
1. Russia (1923- U.S.S.R.) 14inisterstvo geologli i okhrany nedr.
(Kustanay Province--Magnetite)

VITOVSKAYA, I-V-,[translatorl, GALDIN,N.Ye.,Etransiatorl. KRASHEITINNIKOV,
V.A.,[translator], KHARKNVICH, D.S..[translatorl, ;. SCKOWV.
KARASW. A.D., red.; ROKANOVICH, G.P.. red.; SHIRMOVA,
N.I., toklin. red.
[Studies on ore deoosits; collection of articles] Problemy rudnyk'n
mestorozhdenii; sbornik statel. S. predisl. G.A.Sokolova. Moskva.
Izd-vo inostr. lit-ry, 1958. 495 P. 04ml 11:11)
(Ore depoeits)

WUTSKIY, N.S., skademik, otv.red.; SHCHLWAKOV, D.I., akademik, red.;
BELYAYICVSKIY, N.A., red.; DOLGOPOLOV, N.N.. red.; UVITSKIY,
G.D., red.; FUSHCHAROVSKIY, Tu.M.. red.; 50 WY-.-_G A_..red.;
KO
NOSOV, G.I., red.1zd-va; CUSEVA, I.N., tek@@.'red.
[Characteristics of the distribution of mineral resources] Zakono-
mernosti razmeshcheniia pole2nykh iskopaemykh. Vol.l. Moskva.
1958. 532 P. (MIRA 12:3)
1. Akademiya nauk SSSR. Komissiya po problems "Zakonomernoati
rasmeshcheniya polesnykh iskopayemykh.1
(Mines and mineral resources)

AUTHORS: ,; I @
Sokolov, G.A. and Komarov, _P.V. OV - I I - 5 6- 8 - 4

TITLE: Trans format ion of Lud-aigite in "he Ma.-netite Depc. S4 I Zh e IZ
nyy Kryazh in the Eastern Transbaykal Region (Izmener-Lye
ludvigita na ma-rietitovom mestoroza-deni i 7heleznyy Kryazh v
Vostochnom Zabaykallye)
PERIODICAL: Izvestiya Akademii nauk SSSR, Seriya Geologicheskaya, 19's,
Nr 6, pp 27-37 (USSR)
ABSTFICT: The authoisdescribe ludwirrite, associated with magnesium
skarns, as a late skarn mineral secreted metasomatically.
It is often found in the contact-metasomatical "Zheie@_nyy
Kryazh" iron ore deposits. Zones of forsterite sk-arns,
usually serpentinous and containing small quantities of mag-
nesium minerals, are the most favorable places for ludwig-ite.
The magnetite is often found in such skarns and evon forms.
magnetite ores. In places --wrhere lud-.,:i.;,-ite is formed, "he mag-
netite usually fills the intervals bet-xeen the prisma_ti@: rays
of ludwigite; some times its aggregates replacs the,le
This circumstance indicates that the magnetite was formed
after the ludwiGite. In single sectors, iron sulfide-S, main-
ly pyrrhotine, are also developed and belong to a laze__r hyirc-
care. 1/3 thermic stage. The rocks containing J-udvil---"te are _rejpresented

SOV-1i
Transformation of LudwiEite in -@@-ie I.Iagnet-@te De-zosz- Z'-7@=-7
X@-r- a I I
the 'Eastern Transbaykal Region
0
by mineral associations with largely changing content of
waterless skarn minerals, ludwigite, magnetite, sulf-ides and
other secondary minerals. Sul-Fides are distributed in 11*-@@ae
rocks irregularly. In zones with a 'high sulfide contents the
ludwigite Undergoes many transfornations, aind samples tak=n
from various depths showed that they contain eithcr thin-1,7
dispersed pyrrhotin or colloidal sulfides of iron. As a
sult of different laboratory research, it -wac found that the
higher the degree of transfGrmation of the ludwigite, the
more boron it looses, even to such an extent that fhe zhelsz-
nyy Kryazi deposit cannot be commercially exploited. I-@
also found that the decomposition of the lurJ,.T;it-,J-t-a is t-ocoia-1-
ly intensive in those parts of the deposit .,ilhere the i3ulfide
mineralization is more pronaunced.
There are 7 photos and '.1 tables.
SUB411ITTED: August 19, 1957
Card 2/3

SOV-11-58-8-3/14
Transformation of Ludwigite in the Magnetite Deposit Zhelezznyy Kryazh ir
the Zastern Transbaykal Region
ASSOCIL,@.TION: Institut geologii rudnykh mestorozhdeniy, petrograf-ii, mincra-
logii i geokhimii AN SSSR, Yloskva (Institute of Geology, Ore
Deposits, Petrography, Mineralogy and Geochemistry of AS
USSR, Moscow)
1. Ludwigite--Sources 2. Ludwigite--Properties 3. Ludwigite
--Availability
Card 3/3

KROTOV. BoriB Petrovich; SOKOLOV, G..&.,otv.red.; KMI, N.R.,red.izd-va;
[Differentiation of elements in veathering; lateritic veathering
crust. Its derivates - various types of iron and aluminum deposits
and the tectonic effect on their distribution In gooeynclines as
exemplified by the Urals].Dffferentsiataiia elementov pri.
vyvetrivanii; lateritnaih kora vyvetrivaniia. se proizvodnye -
mostoroz@deniia -heleza I aliuMinita raznykh tipoy - I vliianie
tektoniki na sakonomernoo obrazovania I razzeshchenie ikh Y
goosinklinaliakh na primers Urala. Koskva. Izd-vo Akad.nauk
0 0 2
SSSR, 1959, 106 p., (AkFLdemiia nauk SSSR. Institut go 1 11
rudnykh mestorozhdenii, petrografii, mineralogil I geolimii.
Trudy. no.35) (MIRA 12:5)
(Ural Mountain region--Ore deposits) (Weathering)

BARDIII, I.P., akaderlik, otv.red.; AHTIPOV, H.I., navichnyy red.; GORBACHEV,
T.F., nauchnyy red.; DOBIN, A.L., nauchnyv red.; YEROP.3TEY, B.N. ,
x1auchnyy red.; KALUGIN, A.S., nauchnyy red.; NMASOV, N.N., nauchnyy
red.; FOSPIZOV, G.L., nauchnyy red.; SKOBNIKOV, M., nauchnyy red.;
SMIRUCY-VERIN, S.S., nauchnyy red. [deceased]; SMUMILIN, S.G.. ara-
demik, naiichnyy red.; IMIONIKOV, V.B., nauchnTf red.; CHINAKAL, N.A.,
nauchnyy red.; SUPIRO, I.S., nauchnyy red.; MY-Ul', P.Te.. ied.
toma; SOKOLOV, G.A., red.roma; KUDASUVA, I.G., red.izd-va; POLMNOVA,
T.P., tekhn.red.
[Iron ore deposits in the Altai-Sayan mountainous region] Zhelezo-
rudnye mestorozhdeniia Altae-Saianskoi gornoi oblasti. Otvetstvannyi
red.I.P.Bardin. Moskva. Vol.l. Book 2. [Description of the deposits]
Opisanie mestorozhdenii. 1959. 601 p. (MIRA 13:2)
1. Jkkademiya &-ink 5SSR. Mezhduvedomstvennaya postoyannaya komissiya
po zhelezu. (.Altai Mountains--Iron ores)(Sayan Mointains--Iron ores)

BARDIN, I.F., akademit. otv.red.; AYTIFOY, H.I., nauchnyy red.; GORBACIUY,
T.F., nauchnyy red.; DODIN, A.L., nauchnyy red.; TEROPETEY, B.H.,
nauchnyy red.; KAIUGIN, A.S., nLuchnyy red.; NEERASOT. U.N., nauch-
nyy red.; POSMOT, G.L., nanchnyy red.: SKOBNIKOT, M.L., nauchnyy
red.; SLEDZYUK, P.Te., nauchnyy red., red.toma; SMIRNOT-URIN, S.S.,
nauchuyy red. (deceased];_SOKCLOT. G.A., nauchnyy red., red.toma;
STRUKILIN, S.G., akademik, riauchnyy red.; KHLF.BNIKOV, T.B., nauch-
nyy red.; CHINAKAL, N.A., nauchnyy red.; SHAPIRO. I.S., nauchnyy
red.; KUDASHETA, I.G., red.izd-va; POLENOVA, T.P., tekhn.red.
[iron ore deposits of the U.S.S.R.] Zhelezorudkye mestorozhdeniia
SSSR. Otv.red.I.P.Bardin. Moskva. Tol.l. (Iron ore deposits of
the Altai-Sayan mountainous region] Zhelezorudnye mestorozhdeniia
Altae-Saianskoi gornoi oblasti. Book 2. [Description of the
deposits] Opisanie mestorozhdenii. 1959. 601 p. 04IRA 130)
1. Akademiya nauk SSSR. Hezhduvedometvennaya postoyannaya
komissiya po zhelezu.
(Altai MountainB--Iron ores)
(Sayan Mountains--Iron ores)

SHATSKIY, N.S., akademik, otv.red.; SHCIMRBAKOV, D.I., alcademik, red.;
13ELYAYEVSKIY, N.A., red.; DOLGOPOLOY, N.N., red.; LEVITSKIY,
O.D.i red.; FUSHORAROVSKIY, Tu.N., red.; SOKOLOY, G.A., red.;
SHATALOV, Ye.T., red.; NOSOV, G.I., red.izd-va; NOVIGHKOVA,
N.D., tekhn.red.
(Gharacteristics of the distribution of mineral resources] Zako-
nomernosti razmeshcheniia polesny1ch iskopaemylch. Moskva. Vol.2.
1959-1 504 P- (MBA 13:6)
1. Akademiya nauk SSSR. Komisslya po probleme "Zakonouernosti
razmeshcheuiya poleznykh iskopaysufth. 2. Institut geologii
rudnykh mestorozhdeniy, petrografii, mineralogii i geokhimii AN
SSSR (for Sokolov, Shatalov),
(Mines and mineral resources)

SOKOLOV, G.A.
Prin&iples of compiling metallogenic maps of iron in the U.S.S.R.
at a 1:5vOOO,OOO scale. Zakonom. razm. polezn. iskop. 2:78-85
'59. (MIRA 15:4)
1. Institut geologii ridnykh mestorozhdeniy, petrografti, minera-
logii i reokbimii All SSSR.
(iron ores--maps)

BETEKBTIN, A.G.; SOKOLOV, G.A.
Sixtieth anniversary of Academician D.S.Korzhinakii. Geol.
rad.mestorozh. no.6:3-4 N-D '59- (XIII& 13:7)
(Korzhinakii. Dmitrii. Sergeevich, 1899- )
I

KOIMIINSKIT, D.S. . otv.rod.; AMIRASLANOV, A.A., red. ;-.-,SOKOLOV, G.A. , red. ;
OVCHIM41KOVA, S.V.. red.izd-va; BTKOV.A, V.V., -
[Genetic problems of ores] Geneticheskie problemy rud. Moskva.
Gos.nauchno-tekhn.izd-vo lit-ry po geol. i okhrane nedr. 1960.
173 P. (Doklady sovetskikh geologov. Problema 16).
(MIRA 13:11)
1. International Geological Congress. 2lBt. Copenhagen, 1960.
(Ore deposits)

a[ATSKIY, NikolBy Sergeyevich, akndemik, glav. red. [deceased];
SMIRNOV, V.I., red.; SHCBMBAKOV. D.I., akademik. red.;
GORSKIY, I.I.. red.; DCLGOPCLOT, N.N.. red.; FUSHGIEAROT-
SKIY. Yu.K.. red.-,-&KOLOY, G.A , red.; TUGCLBSOY, D.A.,
red. izd-va; KASHINA, P.S., tekhn. red.
[Mineral distribution characteriatical Zakonomernosti r92-
meshcheniia poleznykh iskopaemykh. ffoskva. Vol-3. 1960. 651 P.
(MIRA 14;5)
1. Akademiya nauk SSSR. Otdeleniye geologo-geograficheakikh
nauk. Sovet po imcheniyu zakonomrnostey rgzmshcheniya po-
leznykh iskopayamvkhe (Minerals)

BETEMIN, A.G.; IEVITSKIY, O.D.; MHCHAROVSKIY, Yu.M.; SOKOIODVI G.A.;
SHATAIOV, Ye.T.; SHIPUIN, F.K.
Nikolai Sergeevich Shatskii; obituary. Geol. rud. mestorozh.
no.5:3-5 S-0 160. (MIRA 13:10)
(Shatskii, Nikolai Sergeevich, 1895-1960)
(Geology)

SOKOLOV, C-A.
S)me problems relative to the study of endork-nous ore formation and
trendF in further investigatiins. Geol.rud.mestorozh. no.5:540
S-0 '61@ (MIRA 14:9)
1. Institut pe-ologii r-udpykh mestorozhdeniy, petrografti, mineralogii
i geokhimij P.N SSSR, Moskva. (Ore deposits)

PAV LOV @) Nikolay Vu:3 I'll lyevich; prof. drjktoi- geolug.-miji.
nauk. otv.red.; SIIJIOLTIIJ@, P.P., red.izd.-va; KUZII-Ull, I.F., tekhn.
red,; SHEVCHMIKO, G.N., tekhn.red.
[Magnes-loferrite deposits of the TuDguska syneclise area of
the Siberian FrIatform] Magnomagwatitovye mestorozMeniia raiona
Ttm,,,-=-skoi sineklizy S-Ibi-r8koi platfoimW. Moskva, Izd-vo Akad.
nauk SSSR, -1961. 223 p. 12 plates (Akademiia naiAk SSSR.
Institut geologi-I rudr4kh mestorozbdonii, petrograM. raineralogii
-1. geoUd-n-di. Trudy.. no.52)', OkLIFA 15:4)
(Yeniaey Valley- %,Tagw. s iof erri te)

SOKOLaY.-G.A., doktor geol.-min. nauk, otv. red. Prinimali uchastiyess VLASO-
VA, D.K.; GLAGOLEV, A.A.; ZHARIKOV, V A.5 IDG-DIOV, V.P,,- LUKIN, L.I.;
NYAKELYA, R.O.; OMIYANEN-KO, B.I.. ();TROVSY.IY I.A.; PERTSEV, N.N.5
PODDLESSKIYJ K.V.5 RUSIDTOV, L.S.; SOFIANO, T.A.,- TIKOFEYEVA, L.K.;
SHAHYNIN, L.I.; SHADLUN, T.N.; IAPIN, V.V., red. izd-va@ MAMI, Ye.V.;
tekhno red,
[Pbysicochemical problems in connection with the formaiion of rocks
and ores] Fiziko-khimicheskie problemy formirovaniia gornykh porod i
rad. Moskva, Vol.l. 1961. 658 P. (MIRA 14:10)
1. Akademiya nauk SSSR. Institut geologii rudnykh mestorozbdenii, pet-
rografii, mineralogii i gookhi-mii. 2. Institut geologil rudnykh mesto-
rozhdeniy, petrografii5 mineralogii i geokhimii AN SM, Moskva (for
Vlasova, Glagole-v, Zharikov, Omellyanenko, Ostrovskly, Pertsov, Sha-
bynin). 3. Moskovskiy geologo-razvedochnyy institut im.S.Ordzhonikidze
(for Shabynin, Pertsev.) (Petrology)

DYMKIN, A.M.; SOKOLOV, G.A.
Colloform formation of the endogenou-s_magnetite in tho Kurzhunku-It
iron ore deposit. Geol. i geofl:z. @no.1;77-85 "61. OUR& 14-.5)
1, Institut geologii i geofiziki Sibirskogo otdeleniya AN SSSR,
Novosibirsk.
(Turgay gates--Magnetite)

BETEIMTIN, A.G.; VOLIFSON,- F.I.; GENKIN, A.D.; DUBROVSKIY, V.N. - YEROFEYKV,
B.N.; KONSTANTINOV, R.M.; MATERIKOV, M.P.; SDXOLOV I
p G.I.; STRAKHOV,
N.M.; TATARINOV, P.M.; TOMSON, I.N.; SHADLUN, T.N.; SHATAIX Y Ye.T.;
SHIPULIN, F.K.
Oleg Dmitrievich Lqvitskii; obituary. Geol. rud. mestorozh. no.2:
3-6 Mr-Ap 161. - (MIRA 14:5)
(f,evitskii., Oleg Dmiturievich, 1909-1961)

VOLIFSON, F.I.; LUKIN, L.I.; SOKOLOV, G.A.
In memory of Academician Sergei Sergeevich Smirnov. Geol.tud.
mestorozh. no.6%114-116 N-D 162. (MIRA 15:12)
(Smirua7, Aqrgei Serjeevich, 1895-1947)

ROZIP, Mark SolornonovIlIcb., POPOITI, KJI,., claktcr ekon. nauk@ red.,;
S-OKOLOV) G@ Adol--tor geol,-miner. nauk@ red.; LAV-:--ENT'YEVA,
SHAPOVALOVA, IJ,S@@, mladsh:iy red., KISELEVA,
Z,A,, red. @art..; VILENSKAYA, E.N., tekhn, red.
[C@eography of the mining industry of capitalist countries)
0
Geografiia. gornodobyvaiushchei 1--7omyslilenp-osti kapitalisti-
cheskogo mira, I.Iloolcva,l Gcografgiz,. 1962. 556 p.
(MIR-A 15-9)
(Ilinerel i-ndustries) (Geograpk,-, Economic)

SOKOLOV, G.A.; PAVLOV, D.I.
Geochemistry of titanium during the metasomatic processo
Dokl. AN SSSR W no.2.-445-44.8 Ja (0- (MIRA 15.2)
1. Institut geologii rudnykh mestorozhdeniy,, petrografii,
mineralogii i geokhimii AN SSSR. Predstavleno akademikom
D.S.Korzhinskim.
(Anzas Region-Titanium)
(Mletasomatism)

SOKOLOV, G.A., nauchn. red.; KITAYENKO, L.G., red.izd-va; SERGEYEVA,
N.A., red.izd-va; IVANOVA, A.G., tekhn. red.
[Problems in stuoing and methods of prospeetleg for hid-
den mineralizat:fon] Voprosy izucheniia i metody poiskov
skrytogo orudeneniia; sbornik statei. Moskva, Gosgeol-
tekhizdat, 1963. 463 P. (M@[RA 17:4)
1. kkademiya nauk SSSR. Institut geologii rudnykh mestorozh-
deniy, petrografii, mineralogii i geokhimil.

LEIITSKIY, O.D. (deceased]; ARISTOV, V.V.,., MOTAPITINOV, R.M.; STANKEYEV, UI,IA.;
SOKOLQV,@2.A@U_prof., otv.red.,-, ZiiAMEIISKAYA, N.V., red.izd-va;
-MOTM11- --
KOVAY O.M... tekhn.od.
[Etyka tin ore deposit in eastern Transbalkalia] Etykinskoe
glovorudnos mestorozhdonie Vostochnogo Zabaikalli4, MOskva, 190.
ie p. (Akademiia nauk SSSR. Instifut geologii rudnykh mestoroA4-enii
petrografti, mineralogii i geokhimii. Trudy, no.lW.)@Il (MIRA 170)
1. Chlen-korrespondent All ,5SR (for Levitskiy).

ZUDIN, V.M.; YAKOBSON, A.P.; KOSTIN, I.M.; GALATONOV, A.L.; GAMAYUROV, A.I.;
TSVERLING, A.L.; MALYSHEVA, T.Ya.; SOKOLOV, G.A.; RUDNEVA, A.V.; ,
Tsnpv, L.M.; GULITYAY, I.I.
Effect of the sintering temperature on the mineralogical composition
of sinter and its metallurgical properties. Stall 23 no.6:481-485
Je 163. (MIRA 16:10)
1. Magnitogorskiy metallurgicheskiy kombinat i Institut metallurgii
im. A.A.Baykova.

PAVLOV, Dmitriy Igorovich; --�-OMPOV, doktor geol.-miner. nauk,
otv. red.; MISHINA, R.L., red.izd-va; GUSIKOVA, O.M.,
tekhn. red.
[Anzas magnetite deposit and the participation of chlorine
in its formation] Anzasskoe magnetitovoe mestorozhdenie i
uchastie kh1ora v ego formirovanii. Moskva, Izd-vo "Nauka,"
1961, 128 p. (MIRA 17:4)

gi-

VLASOV, K.A.; BELOV, N.V.; VOLIFSON) F.I.; GENKIN) A.D.; GIN'17BURG, A.I.;
LUKIN, L.I.; KORZHINSKIY, D.S.; SALTYKOVA, V.S.; SAUKOV, A.A.;
SOKOLOV) G.A.; SHCHERBAKOV, D.I.; SHADLUN, T.N.
Konstantin Avtonomovich Nenadkevich, 1830-1963; obituary. Geol.
rud. mestorozh. 6 no.1:123-125 Ja-F 164.
(MIRA 17:11)

BUGELISKIYY Yu.Yu.; VITOVSKAYA, I.V.; GODLEVSKIY, M.N.; ZVEREVA, Ye.A.; KORIN,
I.Z.; NIKITIN, K.K.; NIKITINA, A.P.; PISEMSKIY, G.V.; SAPOZHNIKOV, D.G.;
SOKOLOV, G.A.; CHUKHROV, F.V.; SHChTMAKOV, D.I.; EDELISHTEYN, I.I.;
YANITSKIY, A. A.
Illia Isaakovich Ginzburg, 1882?-1965; obituary. Gool.rud.mestorozh.
7 no-4rlO9-11O Jl-Ag 165. (MIRA 18:8)

OMS, Ciskis; JOYOLCJV;-*G.A.; ZUYb'V, I.M.; PEETROV, V.X.; ZUBAREV, A.G.;
K1,11JUJIMI, P.9.
Treatmont of liquid trannformer steel in the ladle. Stall
25 noog:71.1-715 Ag 165. (MIRA 18:8)

SOKOLOV, G. A. Cand Tech Sci _- (diss) "Visoosity, processes of crystallization,
I h I TI Lt If r)"., 1,431
and the mineralogical composition of primary and-fini-shed blast-furnace slags."
h1los., 1957, 13 pp 22 cm. (Aced Sci USSR. Inst of Metallurgy im A.A. Beykov),110 copies
(KII, 7-57, 107)

SOV/137-58-9-18662
Translation from: Referativnyy zhurnal, Metallu,rgiya, 1958, Nr9, p72 (USSR)
AUTHORS: Oyks, G.N., Sokolov, G.A.
TI T L E: A Slag Collector (Shlakovyy kollektor)
PERIODICAL: V sb.: Primeneniye kisloroda v metaIlLIrgii. MOSCOW, Metal-
lurgizdat, 1957, pp 165- 172
ABSTRACT: The design of a collector furnace to smelt synthetic slag (S)
for use in conversion of high-phosphorus pig iron is presented.
The major component of the assembly is a rotating lined tube
which constitutes the melting space (MS). The rate of rotation
chosen is such that the charge materials will be retained on the
tube walls by centrifugal force and will form a cylindrical bath.
The pulverized, mixed charge is introduced at one end of the
tube, while a high-temperature jet formed by the combustion of
coke gas with heated 02-en.-iched air is introduced at the other
end. The jet gases passing through the GS yield heat to the
charge and then pass through a slag pocket and a recuperator
and finally are discharged into the atmosphere. The incline of
the MS tube is such as to assure slow flow of the melted S. The
Card 1/2 finished S is collected in a collector from which it flows into a

SOV/ 137-58-9-18662
A Slag Collector
slAg pot periodically by the incline of the collector. The hot zone of the MS
is lined with dolomite blocks over pitch, the cold portion with fireclay brick.
The sl.-iell of the MS has a boxlike structure to provide the necessary rigidity.
Goola.rit air is pumped into the space between shell and rotary furnace. The
charge for dephosphorizing S consists of final open-hearth S, limestone, and
scale. The components are chosen so as to obtain a low-melting (m.p. 1300-
13500G) S having the following To contents: SiO? 9-10, CaO 32-40, FeO 37-45.
G. S.
1. Slags--Synthesis 2. Slags--Processing 3. Furnaces--Design 4. Furnaces--Operation
Card 2/Z

USSR /Chemical Technology. Chemical Products H-3
and Their Application
Control and Measuring Devices.
Automatic Regulation.
A bs Jo ur: Referat Zhur - Khimiya, No 1, 1958, 157-2
Author Tsylev L.M., Sokolov G.A.
Inst Institute of Metallurgy, Academy of Sciences USSR
Title Determination of the Viscosity of Fused Slag by
Means of an Electric Viscosimeter.
Orig Pub: Tr. In-ta metallurgii. AN SSSR, 1957, No 1, 33-38
Abstract: Description of the unit and the procedure for
measuring the viscosity of fused slag by means
of the rotational electric viscosimeter developed
at the Institute of Metallurgy, imeni A.A. Baykov,
of the Academy of Sciences USSR. The instrument
Card 1A

-

.2 e-

ma@xy ast-farr ace 4m; N. f,- -445
L'Watudy of vucosit
ydpd
Zhilo
,
No. 2. 27-35; d.- C.A. SO. 3172h, -ne effect of alkalic-i
and of ReO in the presence of all-mli upon the vismsity of
the primary blast-furnace slags -W-aaJayestipwd, K30'
lowged the vkmsity and the crysta. temp. of the acid and
wr
basic A40rfree slag. In slags coatg., a a Aho, h.
X KO lowervA the Ykeosity aitd the crystn. tatap. of the acid
R
0 slags only, and bad the apposite cqt!ct upGi the b-"Ic slags.
Tile optimum -.1,13 compa, with up to Atj0j, wi"'- m@
BY
-
spect to fluidity, wai 010 35
-52, SO, 42-8, and K20 0.0-
11014. peo lawem-d the Viscosity a.-W thcllazialtmlcrystna
temp, more stsonAy In acid Mir in b dn
AlIc Uags. The ad
-all lowerrd the
of 3-16.170 A 413C V15cosity with the 0%cf.,

Sio, nitio b%:tween G.01 and A ,16 , Thp- ulk. the I,
Ai in a
h
h
f
d
l
i
h
r t
use
is wv,,y. (I
i t
s
displaLed the re0
e
ag, and
We Fe m1w-tim -AV@ Ur S t ra b z: r g.

zr,

MEN

UTHOR Sokolov., G-.L- (Engineer) 130-3-19/22
'ITLE; New type of frame for open-hearth furnace charging doors.
(Novyy tip ramy zavalochnykh okon martenovskikh pechey.)-..
ERIODICAL: "Metallurg" (Metallurgist), 1957tiNo'.3, pp-38-39. (U.S.S.R.)
BSTRACT- A description is given of a desioln of charging-do.or frame dest'.
igned by the author together with M. Ya. Kapisnko. The frame
consists of an H-shaped welded structure of seamless tubes,
219 mm in diameter and with walls 8 mm thick; Before w 'falding
the tubes are cold-rolled to an oval shape 170 x 250 mm. The
water is introduced into the lower part of the "legs"*and the
steam-water emulsion is removed from the horizontal and vertical
parts,of the frame separately, along pipes which are later com-
bined. Suitable choice of water tube-cross sections prevents
over heating in any part of the frame. The new frames have been
continuously under test for one and a half years on one of the
open hearth furnaces at the "Krasnioktyabr" works and have been
found to be superior to the noxmal frame construction, their
period of service being 7 - 8 months greater. The new constru@:@-
tion is especially advantageous when the pressure is increased
from 2 to 4.5 atm. gauge. The small weightv ease of manufa:,,tu.-e
and high reliability of the new frames has caused them to be
CaZd 1/1 adopted on most of the furnaces in the shop. Adoption on all
furnaces,is estimated to promise an ecommy of 70 000 roubles
'
annually. There are three diagrams
.
3SOCIATION: Moscow Institute of Steel (Moskovskiy institut stali).
VA I LAB UP - ,

K o L 1- V, %
24-6-7/24
AUTHORS: Zhilo, N. L., Rudneva, A.V. and Sokolov, G.A. (Moscow).
TITLE: A comparison of the physico-chemical properties of primary
slags in blast furnaces with their mineralogical composition.
(Sopostavleniye fiziko-khimicheskikh svoystv pervichnykh
domennykh shlakov s ikh mineralogicheskim sostavom).
PERIODICAL:"Izvestiya Akademii Nauk.Otdeleniye Tekhnicheskikh Nauk"
(Bulletin of the Ac. Sc., Technical Sciences Section),
1957, No.6, pp.37-42 (U.S.S.R.)
ABSTRACT: In this paper data are given on the phase composition and
a comparison is made of the real and the specified mineralogi-
cal composition of primary blast furnace slags of cast and
open hearth pig iron with their physical properties. The aim
of the here described investigations was to establish the
reason for the differing behaviour of K20 in acidic and
basic slags in blast furnaces. The results of investigation
of the viscosity of the studied slags were described in
detail in earlier work of -these authors "On investigating the
viscosity of primary blast furnace slags" (same journal, 1957,
No.2, pp.27-35). A comparison of viscosity, temperature of
Clara 1/2 @rystallisation, and the phase composition of primary slags
in blast furnaces has led to a clarification of the adverse
effect of alkalis on the physical proper-ties of basic slags

24-6-7/24
A comparison of the physico-chemical properties of primary
slags in blast furneces -,aith their mineralogical composition.
(Cont.)
iii blast furnaces. The labter is explained by the formation,
in title molten slag, of hiGii Lemperature alkali aluminium
silicates having a volume skeleton structure of anion
complexes (of the type of K O.Al 0 2SiO ) The alkali
aluminium silicates and alka@i si0a*tes i@Lcii are formed in
acidic slags have lower melting points (750 C for calcium
silicates; 1170 C for orthoclase). This explains the
decrease in viscosity and temperature of crystallisation when
alkalis are added to acidic blast furnace slags. The
formation of fusible alkali silicates, dissociating at low
temperatures, can explain the decrease in viscosity and
01rd 2/2 temperature of crystallisation of both acidic and basic slags
in blast furnaces, in the absence of alumina. The character-
istic mineralogical combinations of the real phase state of
the slags, in the range which is optimal from -the point of view
of easy fusibility and high fluidity, indicate that these are
to -the eutectic
of the studied multi-component
near
range
system. There are ? figures, 1 table and 2 Slavic references.
SUBMITTED: July 28, 1956.
AVAILABLE:

130-9-5/21
AUTHOR:_Sokolov, G.A. (Engineer)
TITLE: Reconstruction of Open-Hearth Furnaces at the "Krasnyy
Oktyabr," works. (Rekonstruktsiya martenovskikh pechey na
zavode "Krasnyy Oktyabr"')
PERIODICAL: Metallurg, 1957,ANr 9, pp.11-14 (USSR).
ABSTRACT: Because of the unusual development of the "Krasnyy Oktyabr,"
works since its establishment*in Stb1iAgrad in 1897 the open-
hearth furnaces there have many peculiAr features. This art-
icle describes furnace reconstructions effected since 1953
during routine stoppages. The changes provided for: increases
in maximal firing by eliminating the lack of balance between
the charge weight and the bottom area, volume of checkers and
slag pockets and so on; modernisation of the reversing valves,
instrumentation and automatic regulating devices; increasing
the strength and rigidity of the steelwork. The furnaces
dealt with are 50-ton (partly natural gas fired) and 110 ton
(oil fired, air atomisation), Besides diagrams of the furnaces
the artid1v contains a table showing values before and after
the reconstruction of roof and checker service lives (heats),
tap-to-tap times and durations of the charging, melting and
boil periods, mean charge weightt weight of steel melted per
Card 1/?

130-9-5/@l
Reconstruction of Open-Hearth Furnaces at the "Krasn3rj Oktyabr'
works.
campaign, productivities and relative amounts of rimming,
killed carbon and alloy steels melted. 1 tablep 2 figures.
ASSOCIATION: Moscow Institute of Steel. (Moskovskiy Institut Stali).
AVAILABLE: Library of Congress.
Card ?/?

OMY G. N. @,_SOKOLOVI G. A.,.___ANSEELES, I. I.) NAN-JAO-VEN, DARMIN, V. I. and
LAPSUOVA$ M. G."
MOBCOW Institute of Steel.
"Application of the Vacuum to Improve the A.1loy Steal Propertiee."
paper preaented at Second Symposium on the Application of Vacuum Metalliwgy.
/ - -, -j-jr-
I

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-j L 6 U
18(4)
PHASE i ICK- EXPLOITATION sov/1896
Akademlya nauk SSSR.- Inatitut metallux.-ii
Metallurgiya, metallovedeniye, fiziko-khimicheskiye metody issledovaniya
(Metallurgy, Study of Metals,, and Physicochemical Methods of Investigation)
Moscow,, Tzd-vo AN SSSR, 308 P- (Series: Its: Trudy., vyp. 3) Errata slip
inserted, 3#000 copies printed.
Resp. Ed.: i.p. Bardin, Academician; Ed. of Publishing House: A.N. Chernov;
Tech. Ed.: I.F. Kuzmine
PURPOSE: This book is of interest to researchers in metallurgy, as well as to the
technical personnel of the metallurgical industry.
C(NEPAGE: This volume of the Trudy (Transactions) of the Institut metallurgii
imeni A.A. Baykova (Metallurigical Institute im. A.A. Baykov) contains 31
studies on metallurgy,, individual metals and alloys, and pbysicocheizdcal
methods of investigation. Some of the studies pertain to the reduction of
titanomagnetites, the viscosity and other characteristics of blast furnace
slag, dislocation in metals, cracking of metals due to corrosion, simltaneous
clwe-T7

i
Mdtellurgy., Study of Metals (Cont.) sov/1896
solubility of metals at various temperatures, apparatus for measuring
electrical resistance and for determining the melting point of alloys and
netals, optical spectral analysis, quantitative determinations by the
sublimation method, and aging of alloys. Each study is accompanied by
references,
TABLE OF CONZENTS:
Reznichenko, V.A. Reducing Titanomagnetites by Mews of Carbon Monoxide
and Solid Carbon 3
Tsylev, L.M., W.L. Zbilo, and G.A. Sokolov. Viscosity of Natural Primary
and Final 'RI t Furnace Sizigs of -Cast and-conversion iron 35
Rudneva, A.V., N.L. Zhilo, and G.A._q2@9@. Effect of Phase Composition
on the Physical Properties-6r-Blis-t Furnace Slags 52
Gubin, G.V., and L.M. Tsylev. On the Reduction of Ore and Carbon C-ranules 63
Khod.ak, L.Z. Shape and Dimensions of the Combustion Zone In a Blast Furnace 69
--43
A@-V-6

130-3-8/21
AUT111LORS: SoLl.,/, G. A., Engineer and Oyks, G. N., Professor Doctor
TITIL@;: 11ev; installation for the vacuum treatment of liquid steel.
(14ovayEL ustanovka dlya va1-_uumirovm_iya zhidkoy stali).
Z)
"No.3, pp.lro-21 (USSR).
P12IODICAL: LletallurS, 1958,,.,
AJ])'ST@1U*LCT: In this article a now vacuum installation in the electric
steol-@-,Ieltinr- shop of -the "Krasnyy Ok-tyabrl" Works in
Stalini@rad is described. The installation was desio-ned
at, tho wider tho direction of the Moscow Steel
Institute (Moskov-skiy Institut Stali). V. 1,11. Skvortsov,
I G. I. KozliLin are
V. S. Kiryuhhin, M. V. Podskrebov,
named as 1,,,ror_!zs-stUaff members who participated in the. design
1-.ork 1,.-ith institute-staff members. The installation is
U
intended for de@l-assin--@- liquid steel in a ladle or during
0 C3 Q
1) o u:r i n,- @- front one ladle to another; it also enables steel
to be top- or bottoni-poured in neutral or -protective
@ht of steel -treated is 121 - 20 'tons.
abinos-pheres. The wei;
T111e cha:nber for ladle deSassin- (Fii_,.1) consists of a main
cytlindrical (Jiameter 3300 mm and heir@,ht 2200 mia.) chamber
with a flat lid. The lid is provided with a bunker to
hold additions, an inspection windo-Nri and an arran6ement
Card 3/3 1;111rou,@Lh whic"'I steel fro-i another teeminG ladle can be

130-3-8/21
installation for the vacuum treat-aent of liouid steel.
T,cured into the ladle sta-ndinr-- in the evacuated chEua-ber.
L:)
lid-raisinS mechanism is a modification of that
desL-ned by the "Dne-prospetsstall" WorIhs. The vacuira
cha:aber for bottom pour3-n:-- consists of a base and top
part 800 and 2100 mm high, respectively, with a 20 mm
taick rubber rinG seal. The chamber is for a thre---inGot
arran@;eaent wid is provided with th-ree bunkers for exothermic
Mi-----ture, an inspection -aindow and a stoppered funnel vessel
in which a layer of metal is maintained as a seal. The top
Dart of the chamber is handled by the pouring crane. The
arran@Sement for toppouring is that a funnel is sealed to
a bunker being provided for addinS exothermic
GLie hob toT)1 0
a side-aria. for evacuatin- the systera and a
@A-.--ture , LJ
Si,:,nallin- device for the metal level. The central puia-ping
station (Fi,@.4),is equipped zith -tAvo PBH-60 ptLaps each
rated at 2906 m@'/hour at 90% vacuum. The DLunps can be
u--d in series or parallel and the article describes the
valve s-stem. For improvinZ on the 15-20 m@-i Hg -produced
1/ 13 -
by t".1c --,-)u:a-os ejectors are provided and the article deals
zlith `U-11-o th3ory and characteristics of these and tabulates
test recults with stealn pressures of 1 - 6.5 at-m -auge.
Card 2/3The valves used are of an oriEinal desi6n (Fi,.7) and have

130-3-8/21
1--few installation for the vacuum treatment of liquid steel.
sealin- rin,,-s of paranite, this bein- selected af'u-er
muoy unsuccessful attempts to use other materials. The
iiianufacture of -the rinGs is deyibad, as is, th_- cooler
,@.,ith a cooling surface of 3.2 m . The article concludes
with an account of the inertial dust-catcher for protecting
0
the pwaips. These are followed by an oil filter. The
,.,;hole installation is said to have @.,orked satisfactorily
since its co-un;Assionin. in Noveanber, 1957, producing
residual pressures of 12 - 14 mm HS even -..7ith vi-orously
:cd:@u-,ins steels.
LD
There are 8 fiGures and 1 table.
ASSOCL&TION: Moscow Steel Institute. (?Aoskovskiy Institut Stali).
AV.t'LILA,.P,L::,P: Library of Congress.
Card 3/3

AUTHORS: Sokolov, G.A., Oyks, G.N. and Ansheles, I.I.
TITLE: Vacuum Treatment of Alloy Steel (Vakuumnaya obrabotka
legirovannoy stali).
PERIODICAL: Metallurg, 1958, Nr.10, pp.10-14 (USSR)
ABSTRACT: In November 1957 an installation (described in "Metallurg",
1956, Nr.3) for the vacuum treatment of liquid steel was
commissioned at the "Krasnyy Oktyabrl" works. The authors
describe results obtained with vacuum.treatment of type
30KhGSA steel in the ladle and also during pouring. Ladle
treatment of 12-ton heats was affected in 20-ton ladles to
allow for the "boiling" of the metal. Observations were
made continuously on the slag surface and the stopper.
Initially all heats behaved rather similarly, but later
some continued to boil violently while others became quieter.
Because of possible damage to stopper-rod sleeves and
cooling of the metal the treatment was stopped 5-7 minutes
after the attainment of a vacuum of 15-20 mm Hg. Vacuum
fusion of samples showed that the hydrogen and nitrogen
Ce.rd 1/3 contents decrease by 0.3-2.0 em3/100 g and 0.0007-0-003%

Vacuum Treatment of Alloy Steel.
BOV/130-68-10-5/18
respectively, through vacuum treatment. The metal oxygen
decrease was irregular, but analyses of the gases evolved
during treatment Table 1) showed that generally 12-37%
00 and C02 were present; interpretation of results is
complicated by the presence of refractory-derived non-
metallic inclusions and the determination of non-metallic
inclusions is now being carried out in the finished steel.
Frequency curves were constructed (Fig.2) from tests on
the strength and plasticity characteristics of vacuum-treated
and ordinary steels; both were better in the treated metal;
the macrostructures were almost the same. In another method
of treatment the vacuum was treated directly in the ingot
mould (4.1 tons) during its filling from a tundisli. The
nozzle to the mould is initially closed with a thin steel
plate, which enables evacuation to a residual pressure of
10-12 mm to be effected. The plate melts when the metal
is poured on and the ingot mould is filled at a pressure
of about 5-7 mm Hg in 2.5-3.0 minutes. The metal jet
wag@f_Sken to be Irregular and bubble-evolution was observed
Card 2/3 in thd'*metal filling the mould, especially at the walls.

SOV/1,30-58-10-5/18
Vacuum Treatment of Alloy Steel.
The surface of ingots top-poured in this way differed little
from that of ordinary bottom-poured ones. The slight
blemishes on the edges of the vacuum poured ingots dis-
appeared during heating in the soaking pits and there was
rather less segregation. Comparison of the mechanical
properties of rolled vacuum-treated and ordinary steel
(Table 2) showed that the former was generally superior.
The author urges that further improvements be made in the
vacuum pouring process. There are 3 figures and 2 tables.
ASSOCIATION: Moskovskiy institut stali (Moscow Steel Institute)
Card 3/3

n.a.r..- t.7. cZ7

Z.,
Ir

9. CK--

"Pon @t-lttoa f@ Lb. Ith ftol--
cearowt = st"I had tim, M*ftw- 30 Alm 1959,

SOKOLOV, G. A., Candidate Tech Sci (diss) -- "Degasification and reduction in
the vacuum treatment of unkilled alloyed steel". Moscow,, 1959- 18 pp (Min
Higher Educ, Moscow Order of Labor Red Banner Inst of Steel im I. V. Stalin),
120 copies (KLP No 24, 1959, 141)

1,30) SOV/146-@9-1-6/19
AUTHORS: ---,.G.-A-i--,-,Engineer and Oyks, G.N., Profoutior, Dootor of
Sokolov
,
,
-
_-T-echifiZal Sciences
TITLE: Kinetics of Vacuum-Plow Steel Degassing in a Ladle (Kinetika
protsessa degazatsii pri vakuumirovanii zhidkoy stali v kovshe)
PERIODICAL: Izvestiya vyssbikh uchebnykh zavedeniy - Chernaya metallurgiya,
1959, Nr lp PP 47-58 (USSR)
ABSTEACT: Information is given on experiments carried out in order to
investigate processes of liquid steel degassing under vacuum.
Smelts of "ShKh9", "ShKhl5", and "30KhGSNA" grades of electric
St'@el were investigated according to a _' new technology develop-
ed by I.I. Ansheles, Candidate of Technical Sciences from MIS,
V.I.Danilin, and B.Z. Kononov, Engineers from the "Krasnyy
Desulfurization by slag deoxidation was used
Oktyabrl".Plant.
.
to obtain steel containing only chromium, carbon, and mangan-
ese. The subsequent deoxidation of this steel under vacuum
was carried out by carbon dissolving and by degassing. The
quantitative evaluation of degassing kinetics was performed
by a new indicator method with the use of an indicator gas
Card 1/3 containing 96 to 98._' nethane and 1.5 to 3. Vt higher hydrocar-

Kinetics of Vacuum-Flow Steel Degassing in a Ladle SOV/148-59-1-6/19
bons. An installation used to introduce the indicator gas
into tho vuo,,,um system is shown in Figure 1. Simultaneously
witil or dupowinly, by Oir; Andicator method,
the gas content in smeltihgg *4� Wormljl@ikl 1)y Oonvontionn-1
4
methods. The oxygen quantity was founi Dy ahalyags Of
11pencil" specimens (karandashnyye proby) with the use of
vacuum heating and the nitrogen content was determined by
chemical means. Results of analyses are given in tables.
It was r-oved that the Most intensive liberation of gas took
plao e dt:ing the first 3 to 4 minutes of the process, when
85%// from the entire gas quantity (110 to 180 1/t) were liber-
ated. This phenomenon was caused by the bubbling of steel
near the ladle walls. It ms stated that during the bubbling
of steel under vacuum, convective flows were forming inside
the-ladle, stirring the metal and speeding up thecbgassing
-O@ocess. The author presents graphs representing the gas-
Card 2/3. liberation process for various steel grades.

SOV/180-59-2-1/34
AUTHORS: Gulityay,!.I.7 Zhilo,N L Rudneva.A.V.) Sokolov,,G.A.
(M C -j
and TsylevL.M. os ow
TITLE;: Influence of Potassiwm Ox--!(3-,e on -11-11-e Viscosity of Melts of
the System Lime-Alumina-Silica in the Range Corresponding
to the Composi @,ions of Primary Blast'-Ekirriace Slags
Miyani-ye okisi kaliya na vyazkost' rasplavov sistemy
izvestl-glinozem-kremnezem v oblasti sootvetstvuyush(%hey
sostavam pervichnyldn domennykh
PERIODICAL: Izvestiya Akademii Nauk SSSR, Otezaleniye Tekhnicheskik-b-
Nauk, Metallurgiya i Toplivo, -lq5?7 Nr 27PP 3-7 (USSR)
ABSTRACT: Analyses of real blas-t-furna,--@ sla-:s (Ref 1)
an appreciabie allali contqn-,@.. TO*, ef-@'ec` of alk-al-es on
`--@ - 11 1 t'.Z
physica' prcpertias of s-,a-,s .5 and 10% a-L,,,m-.n-
'a a sbeen deszribed by some of -the avt.h1o--!-s @Refs-112)@
t -uy-. -* -
wrork -zelates to rael'-s' wi ab. ul. 1'@@ a1 -=a.
ti present
Th!) mothod 11'sed -iras pj "@-4iously
,,@,11-htl-y - c, i I f`ad
k- Ift L J-
(Ref:i 2 ujo app j .9 C3
tG increase thermczouple-sheath Til;,) r
t ion covorod was: ic.8
Card 1/3 0.21 1.35 CaO/SiOo. Table- I tLo

POV/130-59-2-1/34
Influence of Potassium Oxide on t-he o@ M-elts of the Systear,
Lime-Alumina-Silica in the Range Corresponding to *the Compositions
of Primary Blast.-Furnace Slags
and viscosities at 1300, 1350, 140C), 1.450 and 1500 OCC and
-1 -1
the temperatures at the start of c ystallization at
a viscosity value of 60 poise. Fig 1 shows lines of
e@ual compositions for different values of viscosity,
ShOWS 4
1 @o A1203 and 1450 OC. Fig 2 isotherms for t.-.e
start of crystallization for 16% All@)03 slags. The
temperature of the .3',-aTt of crystal!-Iza-io!I
@riscosity and
are shown in Figs 3 and L@, resi-.)c-ctively, as functj@ o _T Is o If
the lime ; silica ratio for various K90 contents. The
results show that the introductIon of K20 into tile slags
produces an increase in viscosity a@_td cyystallizatio-n
temperature, the effect being most marked with slags
having high lime : silica ratios. Addition of K90 als,_@,
reduces the range of the most fluid compositions? while
the slag-viscosity minimum rises from 8 to 13 Poise.
The authors have estimated the raineralogical compositions
Cat.,I 2/3 of their slags (Table 2). Slags with minimal viscosit!
at 14500C are charactorizod by the predominan(,,e of

SOV/180-59-2-1/31f
Influence of Potassium Oxide on the Viscosity of Melts of the System
Lime-Alumina-Silica in the Range Corresponding to the Compositions
of Primary Blast-Yarnace Slags
pseudo-wollastonite and gehlenite. With acid slag,
increasing viscosity is due to formation of anorthite
and free silica; with basic slags to formation of
larnite.
Card 3/3 There are 4 figures, 2 tables and 9 references, 5 of which
are Soviet and LF English.
SUBMITTED: June 6, 1958

soy/ibo-59-5-4/45
Az' i"101is Gil-l' iva Y, A , 1, , Zh i I o@ N., L. , Sollro lovq G. A, and
Tsylev,, L.M. (Noscow)
'PITLE@, The Influence of Magnesia on the Physical Properties
of Blast Furnace Slags
@-'-L"101)1 CAL. I-.-.vos L iya Akadeinii nauk SSSR, Otdeleniye tekhnicheskikh
nauk, Metallurgiya i toplive, 1959, Nr 3t pp 2o-24 (USSR)
cf all 4rivestigatio.n of the influence of
B 13 TRACT -Some results
magnesia on the -a-scosity and crystallisation
temperature of blast furnace slags are given. The
investigation was carried out iii order to obtain an
optimum composition of blast furnace slags possessing
a minimum viscosity and maximum desulphurising power,
applicable to the operating conditions of the
Magnitogorsk Works. The viaccsity of slags of the
SYSten, CaO - M90 -- 1531'D A1203 - Si02 was studied using
samples of industrial Magnitogorsk slags with additions
of magnesia and,in some cases, of lime and on samples of
synthetic slags made from pure oxides. The viscosity
measurements were carried out in a rotating electro-
viscosimeter designed by the Academy of Sciences of the
Card 1/2 USSR (Ref 13) using carbon crucibles at temperatures

sov/180-59-3-4/43
The Influence of Magnesia on the Physical Properties of Blast
Furnace Slags
of 14oo, 1450, 1500 and 15500C. The experimental
results are assembled in table 1. The results
obtained indicated the range of compositions of slags
of the quarternary system CaO-MgO-AI20 SiO2 with a
minimum viscosity: CaO from 27.5 to 4@%-; Si02 from 40
to 29-5%,; MgO from 5 to 20% and A1203 - 15%. The ratio
Of CaO/SiO2 in these slags varies from 0.80 to 1.30 and
tile ratio of (CaO + Mg0)/(Si02 j- A.1203) from 0.82 to 1.30.
In order to explain the influence of magnesia on the
mochnninm of' (lio vincotlA flotf of slngn, calcii.intionFj of
the ne(Avrttioll olkvf-.I@y IP11 Well'a cnrriotf titit Cor tilngri wi-Lit
ni-inimum viscosity, The activation energy varies from
26.7 to 47.5 k cal/mol, whereupon the minimum value was
possessed by a slag with a CaO/SiO2 ratio of 1.01 and a
(CaO + M90)/(SiO2 4- A1203) ratio of 1.15 (Fig 4). There
are 4 figuves, I table and 13 references, 7 of which are
Soviet and 6 English.
SUBMITTED3 September 17, 1957
-1o
Card 2/2

SOKOLOV, G.A.
Comounication workers of the Nizhniy, Tagil Metallurgical
Combine. Avtom., telem.i sviaz 3 no.9:28-29 S '59.
(MIRk 13:2)
1. Zameatitell nachallnika, sluzhby signalizatsil i sv3razi
zholeznodoroshnogo t selchn Nizhne-Tagil I ekogo metallurgicho-
skogo kombinata.
(Nizhniy, Tagil--Railroads. Industrial)

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SOKOLOVP G.A.
Visco-sity, crystallization processes, and the mineralogical com-
position of primary blast furnace slags. Trudy Inst. met. no.4;46-
52 160. (MIRA 14:5)
(91ag-Testin )
(Viscosimetry@