SCIENTIFIC ABSTRACT TYAGIN, B.V. - TYAGUNENKO, L.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001757710007-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

1YAGINP B.V., lnzh.; YEREMIN, O.A., inzhq
Compaction of concrete mix by the method of langitudinal-
horizontal vibration. Transp. stroi. 14 no.5125-27 My '61..
(MIRA 18i11)

TULIN, N.V., podpolkovnik meditsinskoy sluzhby, kand. med. nauk
Effects of an ultrabigh frequency electromagnetic field on man;
a review of the literature. Voen.-med. zhur. no.2:36-40 165.
(4IRA 18:1-1)

I , .- 1-1111, t-j, V,
TYAGIN, N.V.
--W~wo. I - - V i,
1 zing small laboratory animals. leb.delo 3 no.6:47-48 N-D 157.
(MIRA 11:2)
1. Iz Voyanno-meditsinskoy ordens Ienins ske4emii imeni S.K.Kirovs.
(LABORATORY ANNALS)

SAPOV, I.A. 0~1411= ~,-- la(Leningrad)
Cervical novocaine block. 3kep. kbir. 3 no*6;46 N-iD 158. (KIU 12.1)
(NOVOrAINN) (MWTa--UMRVATION)

TYIGIN, N.V.
---1~110&rmal effect of the ultrahigh frequency electromagnetic field
(with summary in English]. Biul.ekap,biol. I mod. 46 no.8:67-70
Ag 158 (MIRA 11:10)
I 1z laboratorii chlenei-korrespondenta ANN SSSR-profe A,V,
Triumfovaq Leningrad* -Predstavlena deyatvitellnym chlonom AMR
SSSR Me Parinym;
(EMY TRWWATM,
thermal eff. of ultra!-.high frequency electromagnetic
field In animnls (Rua))
(MUCTRICITY,
same (Rus))

POVZHITKOVP VoA.;-TYAGIN N.V - GREBESHECHNIKOVAp A.M.
Effect of ultrabigh impulse electromagnetic fields on the onzet
and course of pregnancy in Vaite mice, Biul. eksp. biol mad.
51 no.5:103-107 Mly 161. iMIA 14:8)
1. Naucbnyyo rukovoditelit chler-korreipondent AIIDT SSSR prof. AS.
Triumfov; prof. V.G. Butomo. Predstavlena deystvitelInym chlenom
AMN SSSR AN. Lebedinakim.
(PREGMICY) (ELECTROMAGNETISM--PHISIOLOGICAL EFFECT)

TTIGLOV, AAdre Petrovich. shofar; ANMTSV, P.S., red.; GALAKTIONOVA,
[Lengthen the serviceability of the automobile's component
partsj Uvelichenie aroka sluzhby agregatov avtomobilia.
Moskva, Nauchno-tekhm.izd-vo avtotreAsp.lit-ry, 1957. 24 p.
- - (KIRA 12:10)
1. Avtotransportnaya kon'tora.,No.1 9.XAkha*eh-Kala (for Tyaglov).
(Motorbuses-MaIintenance and repair)

TrAGIA)V, A..V., )mpitan takhaicheekoy aluzhb7
Predicting the cloud ceiling in winter. Test.Vardfle
no-1:83-84 J& 160. (MI" 13:8)
(Mateorolog7 in aeronautics)
I.? -

L 46775-66- EWT(l) DD
C NR: AP6031937 SOURCE CODE: UR/0177/667660-/dt~-~-/661-3fddfC--~,,
AUTHOR; Panov, A. G. Colonel; Medical corps; Professor); Tyagin, N. V. (Lieutenant
colonel; Medical corps; Candidate of medical sciences)
ORG: none
0
TITLE: Symptomatology, classification, and expertise of UHF aftereffects on the
human organism
SOURCE: Voyenno-meditsinskiy zhurnal, no. 9, 1966, 13-16
TOPIC TAGS: microwave radiation effect, neurophysiology, human physiology
ABSTRACT: There is conclusive factual evidence of the definite biological effects
of UHF fields, which may either produce organic disorders, or serve therapeutic
ends. Neurological and visceral dysfunctions observed in persons working near UHF
generators may be grouped into syndromes: 1) The asthenic syndrome; onset charac-
terized by fatigue and lowered emotional tonus, which may or may not be accompanied
by autonomic disturbances (autonomic lability, acrocyanosis, sweating, heightened
pilomotor reflexes, dermogrophism, and pulse and BP lability during orthostatic
tests). The asthenic syndrome does not include fainting. Changes are reveralble
and often respond to dispensary treatment. 2) The autonomic-vascular dystonia
syndrome centering on vascular lability (fluctuating pulse and BP, alternating
brady- and tachycardia, alternating arterial hypotonus and hypertension, EKG changes,
Card 1/2 uDc: 612.ol4.426+616-ool.2

L 46775-66
ACC NRt AP6031937 0
capillary shifts, etc.). This syndrome may be accompanied by other autonomic dysfunc-
tions and syncope. Asthenia does not occur. This syndrome is persistent and usuallyl
requires hospital care. 3) The diencephalic syndrome, characterized by complex
visceral dysfunctions and crises, may be accompanied by asthenic disturbances,
apathy, hypersomnia, hypokines:La, hypothalamus-hypophysis-adrenal weakness (overt or
latent), and depression.of sexual and alimentary reflexes. These changes are not
alvays reversible, and hospital care is required. Diagnosis of UHF-caused disorders
must include medical evaluation of the UHF source and exposure conditions.(field
intensity and exposure duration), &B well as the character and severity of damage.
[SCI
SUB CODE: 06/ SUBM DATE: none/ ATD PRESS: 5091

TYAGNIBEDA, N. A.
Turning
Centering of a lathe tool. Stan. i Instr. 23, No. 7, 1952.
9. Mon-thl List of Russian Accessions, Library of Congress, November 1953, Uncl.

TYAONIDEDA, R. A.
Turning
Centering of a lathe tool. Stan. i instr. 23, No. 7, 1952.
1952
9. Monthl List of Russian Accessions, Library of Congress, Novemher --XDM Uncl.

TYAGNIBIDIN V.
--,, -
Friendship cemented by block. Sov.profsoiuzy 5 no.12:71-74 0 157.
(MIRA 10:11)
1. Predsedatell mestkoma sanatoriya "Krasnyy shturm," Sochi.
(Bulgaria,-Industries)

C- TrAGNIBIDIN. Y.G., vrach
Fercusoacope. Manka i zblzbnl 27 no.2:77-78 F 160.
O(DA 13: 6)
1. Sochinskly sanatoriy "Salyut," Socbi.
(PIRCUSSION)
(MIDIGA.L INSTRUMMS AND APPARATUS)

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TYAGNY-RYADNO,, M.G. VIZIR, A.Pq YE&a!W, V.V.; SINIWWSKAUt N.A..;
- - --hastiy~s FILDONOVA, N.A.
Microbiofenosis of the soils of main foreatitypea in the Mvaebw
Preserve. Trudy Kar.fil.AN SSSR no.34sq3-112 162.
(Kondopoga 4striet-Soil micro-organisrs) (MIRA l6d)
(Kondopoga botrict-Forest soils)

TYAGYI-RYA2,10, M.G.
Microflora of soil aggregates and plant nutrition,, Izv. AN
SSSR. Sar.biol. no.2a242-251 Mr-Ap'62. (MIRA 16-7)
1. Forest Institivte,the Carelian Branch of A--ademy of Scienees
of the U.S.S.R.,, Pptromavodsk.
(901L- kICRO-OGGOISMS) (SOIL PARTICLES)

TrAwa-rty-emm, m,c- i;i4'--" MC)CF411,11J, Y!.j.,M.
Effect of orpanic-bactarial fel tiliztz-, rm so!! micrcfl --l-a
and the yield of corn. Agrobic-'iogiim n-o.4;1,594-i~J7 105.
(MIFU
1. U-axmignvqMy otdel eel 'akckhozyayat-fanr,%y
virusulogIll J. J,=unologli UkrallnBkogo
akogo instituta zemledeliya, g. Chernigov.

TYAGOY Ye., red.1 POPOVA, T., tekhn. red.
(Program on the economics of aocialist enterprises for
the evening universities of Marxism-Leninism, 6hoolo of
economics, study grPups and seminars of the party educa-
tional system] Programma po ekonomika aotalalisticheakikh
promyshlennykh predpriiatii dlia vachernikh universitetov
marksizma-leninisma, ekonomichookikh shkolt kruzhkov i
seminarov seti. partiinogo prooveshchaniia. Moskva, Gospolitiz-
dat, 1959. 29 p. (MIRA 160)
1. Kommunisticheskaya Partiya Sovatskogo Soyuza. Vysshaya par-
tiynaya shkola. Kafedra sovetskoy ekonomiki.
(Industrial management)

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KOLITSOV, S.; TYAGUORIV, I.
.
LAkaolinsk Province, a participant in the all-Union Agricultural
lkhibition] Akmolinskaia oblastf - uchastaitea Vaesoluznot sell-
skokhoziaistvennoi vyntavkl. Alma-Ata. Kazakhokoe gos. izd-vo
1955. 34 p. (MI-RA 9:9)
(Akmolinak Province--Agriculture)

TYAGULISKIYO P.S., inah,
Choice of a synchronous motor for driving a centrifugal pump
with consideration of its start with open pressure latch. Prom.
energ. 17 no.9:12-15 S 162. (KRA 15:8)
(Pumping machinery, Electric) (Electric motors, Synchronous)

TYAMSHANSKIY, N.D.
11 --, ...... - -- - ---
Basic work result indices of branch research orgardizations.
Trudy LIP no.227:187-191 t63.
More on machinery depreciation. ' Ibid.s206-209 (MM 17:4)

rig I ...... WNW W-"-- ~ WN Wi P i WOM
ACCESSION NR: AR4036329 S/0275/64/000/003/AO36/AO36
SOURCE: Referativny*y zhurnal. Blektronika i yeye primeneniye,
Abs. 3A191
AUTHOR: %)TI?Lk ,-A,._A.; Tsou, Chu-lien
TITLEs Obtaining a discharge in a spark chamber along a particle
track
CITED SOURCE: Tr. 5-y Nauchno-tekhn. konferentaii po yadern.~adio-'
elektronike. T. j. Gosatomizdat, 1963, 15-22
TOPIC TAGS: spark chamber, particle detection,*neon filled spark\,
chamber, inclined discharge production, inclined streamer channel
TRANSLATION: Conditions were investigated for obtaining a discharge,.,
inclined to the electric field, along the track of an ionizing par--
ticle, in a chamber with electrodes made of aluminum foil 7 microns
C~rd 1/3

ACCESSION NR: AR4036329
thick without layers of dielectric between the electrodes and the
',working volume of the chamber. The spark chamber consisted of two
gas gaps between three rectangular electrodes. To eliminate the
discharge due to the edge effects, the two opposite edges of each
electrode were rounded off (with the aid of a special device); the
rounding-off radius was determined by the radius of the tube, which
was equal to 5 mm. The unrounded edges of the electrodes were far
'~from. the discharge gaps of the chamber. The electrode plates were
..fastened so as to permit gradual variation of the distance between
the electrodes. A study of the formation of discharge channels in-
clined to the field 'was made at different amplitudes of the supply
pulse and with different media in the chamber. Data were obtained
with the chamber filled with pure neon or with neon containing 0.5%
of argon, to a pressure of 1.5 atm. The largest limiting angle for
j~ the formation of an inclined streamer channel is observed when the
'i'chamber is filled with pure neon or with neon with 0.5% argon. The
results-obtained in the investigation do not confirm the hypothesis

ACCESSION NR: AR4036329
that the presence of dielectric layers between the gas gap and the
conducting layers of the electrodes contributes to-the formation of
.a discharge channel inclined to the field along they, chain of the
electrons produced by the ionizing particle. it is concluded that
the distortions in the inclined discharge chinnel, and also the
i
!transition to a discharge along the field with increasing voltage
1rise time, are due to the shift of the chain of "initial" electrons
:under the influence of the growing electric field. Several ph3to-
,:graphs of the discharge arc given and the results are analyzed.
Bibliography, 4 titles.. A. D.
!DATE ACQ: 10Apr64 SUB CODEs PH, US ENCLs 00
7. 7

AUTHOR: _T.V 9111-LAUY-L X-S,p Engineer S0V/94-9z8-11-?/?8
TITLE: Dynamic Braki ~o --Synchronous Motors Using the
Starting Equipment (Dinamicheskoye tormozheniye
sinkhronnogo dvigatelya s ispol,zovaniyem puskovykh
ustroystv)
PERIODICAL: Promyshlennaya Energetika. 1958, Nr.11, PP 3-7 (USSR)
ABSTRACT: Large synchronous motors arebecoming widely used in
industry and as it may take a 1U MVA synchronous motor
running at 500 rpm about half an hour to slow down
from running speed there is a great need for dynamic
braking methods. Certain recent designs have provided for
resistance braking of synchronous motors but this is very
expensive, for example, the resistance required for a
1 MVA 10,500 V'motor running at 500 rpm cost
17,000 roubles. 'Kith this equipment it was possible
to stop the motor in times varying from 10 seconds to
4 seconds according to the excitation. However, there
is probably no need to stop the motor as quickly as
this and it would probably suffice if the motor could be
stopped in about 1 minute. This will not increase the
Card 1/5

SOV94-5,~-11-')/18
Dynamic BrakinS of Synchronous Motors Using the Starting Equipment
damage when a fault occurs because in any case the
operator will take an appreciable time to realise that
damage is occurri% and that the motor must be stopped
quickly. This makes it possible to use the auto-
transformer and reactor normally used for startiziL for
thp, purpose of braking the motor. In this way an
acceptable retardation time can be achieved relatively
cheaply and simply. When converter sets are started
by auto-transformers the auto-transformers may be used
for retardation. The use of this circuit iias proposed
for an 6,500 kVA motor driving the converter equ4pment
of a steel mill. A schematic diagram for auto-tramsformer
,starting of the motor is given in Fig.l. To use this
circuit for retardation the line circuit breaker imast be
opened, part of the auto-tranBformer shorted and the
motor excited. During braking, current will then
circulate in the motor armature and part of the auto-
transformer windings. Formulae are then given for the
stator current and the braking torque. Curves of the
motor bra-king process derived from oscillograms are
given in Fig.?. Curves of stator current and torque as
functions of motor speed are given in Fig. 3. Tests
Card 2Z5 were made on an 8,500 kVA 6,000 V, 500 rpm motor

SOV/94-58-11-?/98
Dynamic Braking of Synchronous Motors Using the Starting Equipment
with a rated stator current of 8?0 A; other details are
given. The motor is started through an auto-trans-former
delivering 55% rated voltage. The retardation time
without braking is ?8 minutes. The results given in
Fig. 2 show that wEen the excitation is increased from
900 to 270 A in order to maintain the stator current
at 800 A the retardation time is 1 minute 6' seconds.
During the first few seconds of retardation the ampere
turns on the auto-transformer were four times the rated
value. A further test was made with the condition that
the voltage on the auto-transformer winding should not
be greater than the rated value and in this case tLe
retardation time was 1 minute 45 seconds. It is
calculated that three successive starts and stops could
be made without overheating and this is enough.
A reactor circuit for st-artin& and stoppim6 synchronous
motors is given in Fig. 4. The equipment required is
expensive and bulky. The circuit of Fig. 5. is
recommended for dynamic braking of a motor started by
a reactor. In this case the starting reactor is used
Card 3/5 in the braking circuit. Calculations were made of the

SO-1/94-5;
Dynamic Brakin,[; of Synchronous Motors Using the S"Carting Equipment
ret,:~rdation characteristics of the motor already
described when using a starting reactor for a rated
current of 500 A with an inductance of 0.9?4 ohms
er pbase usinL; the method of calculation -:Toposi~-d by
.N. Veshenevskiy. It was calculated that'vvit!l
E
excitation correspondinb.- to no-load the retL.-_Cation
time is ? minutes and ,,;ith excitation corr~~.-,j.,ondin,,Y-
to rated load the retardation time is 45 seoo2ids.
Tile characteristics corres onding to this latter case
are given in Fig. 6 . It wM be noticed Vat ~Le
stator current remains approximately coiistart throu6L
most of the retardation period. A method of'
calculating the dynamic brakiz*~ characterictiul~: of
the circuit of Fig. 5 is briefly explair-,ed. Tae
auto-transformer retardation circuit has been in use
at a steel mill for ? years and has proved reliable;
the circuit is recommended for new installations with
C urf! 4/5 auto-transformer start. The dynamic retardation

SOV/94-58-11-"/?8
Dynamic Braking of Synchronous Motors Using the Starting Equilmert
circuit of Fig. 5 is simple and reliable and is
recommended for wide use when reactor starting is
used, There are 6 figures.
ASSOCIATION: GPI Tyazhpromelektroproyvktl, Rostov-na-Donu
(The State Design Institute, Tyazhpromelektroproyekt,
Rostov-on-Don)
Card 5/15-

rAZL'IROV, A.A#; MORGUN, V.P.; OLIFER, G.O.; IVAITUSHKIN, G.Ya.; KAPUSTYANOV,
Ye.B.; SVINAHMO. 1.T. TYAGUN. A.A.
Strength of mass-producad trap gates for railroad gonaola care
under the effect of shock loads. Avtom. avar. 11 no.6:46-59 Ag
158. (MIRA 11:10)
1,Qrdena Trudovogo Kraonogo Znameni Inatitut elektroevarki im.
Ye,O, ]Patona AN USSR (for Kazimirov, Morgun, Olifer). 2.Krrukovskiy
vagonostroitellnyy zavod (for Ivanushkin, Kapustyanov, Svinarenko,
Tyagun). (Railroads-Carp-Pittings )

KAZIIJR0V', A. A., MORGUN, V. F.j OLIFER, 0. 0., 1VAEUSHIM, G. i1a., Kapustyanov,
Ye. V., SVIMUIENKO, 1. T. and TYAGUN, A. A. Ir
Durability of Mass-produced Hatches Ot Railway Condola Cars While
Loading under Pressure
kitomaticheskaya avarka, 1958, Nr 8, pp 46-59 (USRR)
Abstract: Tbe existing hatches of gondola cars in the USSR are unsatiofactory and
cause considerable lossees of coal in railroad transport. Hatches of 60- and 93-
ton cars produced by Uralvagonzavod and the Yxyukov Car Building Plant were ex-
perimentally tested and deficiences of their design were revealed. As a result of
the experiments, nev hatch desiGns were developed. Several variations are suggestdd
composed of bent, thin-walled profiles. The proprosed hat~-hes are rigid, lighter,
and more durable that the hatches presently in use. There are 6 diagrams, 5 graphs,
2 tables, and 2 Soviet' references.
Association: InstItut elektrosvarki imeni Ye. 0 Patona, Mi USSR

KUKLITTY G.V.; TLIGUIJ, N.F.
...... --.- - ~ I I
Observatims of lunar occultatiol,s of stars in lrlmtrsk.
Antron.teir. no.221:13-14 Ap 161. ('VIPA 14'.11)
1. SibIZFIR.
(Occultatims)

KUMINp G.V.; TIAGUNp N.F.
Observations of lunar Occultations of stars at the SiblZMR.
Astron.tair. no.224235-36 Ag f6l. (MIM 16 11)
1. SibIZMIR.
(Occultations)

XMINI G. V.;
Mmervations of lunar-occultations of stare in Irkutska
Astrono tair. no,229r35 Je 162,, (MIRA 16x6)
L SibEWM Sibirskosto otdo3hniya AN SSSR.
(Occultations)

KUKLIHS G.V.; TMUN, N.F.
Observations of lunar occu*at~ionz of Btaro in Irkutsk. Astron.tair.
no.231:26-27 N 160,~ (MM 16x4)
1, SIBIZMIR. I i~
(Occul tations)
A

-- F,-
~ I -- ~D -I
g

ARKHIPOVAJ, L.I.; BARABANSHCHIKOV, V.V.; BAKHVALOVA, Z.M.;
BOROVINSKAYA, M.A.. GOLOVCHINER, I.Ye.,- DZHA',',GAROVA, P.G.;
YEVDOKIMOV, S.V.; KABAWOV, M.M.; KNYAZEVA, T.D.; KOBOZEVL,
N.V.; KOLEGOV, N.I.; LOPOTKO, I.A.; NEGUREY, A.P.;
POLYAKOVA, Z.P.; ROMMI S.Z.; SVETLICIINYY, V.A.; STRAKU11,
I.M.' TYAGUNI V.N.; FRLYDLINj S.Ya,j prof*
(Dispensary service for the urban population] Dispanseriza-
tsiia gorodskogo naseleniia. Leningrad, Meditsina. 1964.
349 P. (KIRA 17:8)

- - TUOUN-SELOUS* G. S.
Electric Welding.
Problem of selecting a method of one-sided automatic welding of thin sheet
constructions. Avtom.avar. 4, no. 6(21). 1951.
9. Monthl List of Russian Aqqession~, Library of Congress, June _195j? Uncl.

TYAGUR-BEWUS, G.S.
--mmalg* ~ -
. r~
Fusing cutters with powdered wire flux. Avtom.avar. 6 no.4:
75-81 Jl-Ag 153. (MLRL 7:11)
1. Institut elaktroevarki im. Te.O.Patona Akademii nauk USSR.
(Ilectric welding) (Gutting tools)
P-~-

TYAGUN-BILOUS, G.S.
Welding 3OKhGU steel by the method of forced forming. Avtom.
var. 6 no.5:53-559 5-0 '33. OCLRA 7: 11 )
:
, Inatitut elektroavarki im. Ye.O.Patona Akademii nauk UMR.
(Steel--Welding)

Authors
t
Pe

PATON, B.Te.. akademik, doktor takhn.nauk, laureat Leninakoy premii;
VOLOSHWICH, G.Z., kand.tekhn.nauk, laurest Leninskoy premli;
OSTROVSKATA, S.A., kand.tekhn.nauk; DUDXO, D.A., kand.takhn.nauk;
POKHCMA, I.K., kand.tekhn.nauk; STMMWOM, Tu.A., kand.tekhn.
nauk; RUMMSKIT, I.H., inzh.; CHUZHNIKOV, G.V,q kand.takhn.
nauk,- ROZW3RG, 0.0.. inzh.; SZVBO, P.I., kana.tekhn.nauk; NOVIKOV,
LV., insh.; H3DOVAR, B.I., k-and.tekhn.nauk; DIDKOVSKIT, V.P., Inzh.;
RABKIN, D.H., kand.tekhn.nauk; TTAGUN-BILOUS, G.S inzh.; ZARUBA,
I.I., kand.takhn.nauk, retsenzent;~G~ kand.tekhn.nauk.
red.--TWAM.- - G.D. . red.
[Ble:tric slag welding] Blektroahlakovaia evarka. Izd.2., ispr. i
dop. Moskva, Gos.nauchno-tekhn.izd-vo mehinostroit.lit-ry, 1959.
409 p. (MIRA 13:4)
1. AN USSR (for Paton).
(Electric welding)

TYAGUN-BELOUS, 0. S. Cand Tech Sci -- (dAss) "Sea5ch for a new method of
P6 /~,-z . ". it-
raising the output of suitable cast metal the eleotric-slag process."
Kiev, 1959, 12 pp (Aoad Sci UkSSR. Order of Labor Red Banner Inst of Electric
Welding im Ye. 0. Paton), 150 copies. Ust of author's works, pp 11-12 (13 titles)
(KL, 41-59, 105)
-31-

~)-21 0 0 67864
SOV/125-60-1-7/18
AUTHOR: Dudko, D.A.t Rublevskiyj I.N., Tyagun-Belous.,,_G.S.
TITLE: On the Influence of the Electroslag Process Condi-
tions on the Dimensions of the Metal Pool During
Fusion of Large Gross-Section Electrodes
FERIODICALI AvtomatichesWa svarka, 1960, Nr 1, PP 55-61
(USSR)
4
ABSTRACT: The electroslag process is now being used not only for
1
welding but also in metallurgy for producing irr
ar
castings and ingots without loss of head /Ref 1 ,and
y
3
for remelting special steels Z7Ref g. The article con-
tains a detailed description of experiments in which the
interrelationship of the volume of the metal pool, the
position of the electrode in the weld pool, and various
process parameters was determined. Experiments were con-
ducted with fusible steel electrodes and non-fusible gra-
phite electrodes in a copper chill mould. It was con-
cluded that: 1) the dimensions of the metal pool during
Card 1/3 electroslag melting of large cross section electrodes

0(004
SOV125-60-1-7/18
On the Influence of the Electroslag Process Conditions on the Di-
mensions of the Metal Pool During Fusion of Large Cross-Section
Electrodes
increases with current, voltage, electrode diameter
and with the depth decrease of the slag pool. This
is explained by the increase in the quantity of elec-
trode metal melted in a time unit. 2) Other process
conditions remaining the sameg when a non-fusible
graphite electrode is used, the volume of the metal
pool is 4.5 to 4.7 times smaller than with a fusible
steel electrode. The electroslag process which uses
a non-fusible electrode is scarcely effective for
the transference of heat to the metal pool. Most of
the heat enters the metal pool via superheated drops
of electrode metal. 3) It can be assumed that a high-
temperature zone exists in the slag pool at the con-
tact surface of the electrode, a fact which explains
the phenomenon sometimes observed when the size
Card 2/3 of the metal pool decreases rapidly, despite a con-

67864
SOV/125-60-1-7/18
On the Influence of the Electroslag Process Conditions on the Di-
mensions of the Metal Pool During Fusion of Large-Cross-Section
Electrodes
siderable increase in the heat power of the process.
There are 4 drawings, 1 oscillogram, 5 graphs, and 11
Soviet references.
ASSOCIATION: Ordena Trudovgo Krasnogo Znameni Institut elektro-
svarki im. Ye.O. Patona AN USSR (Order of the
Red Banner'of Labor Institute of Electric Welding
imeni Ye.0. Paton US UkrSSR)
SUBMITTED: February 10, 1959
Card 3/3

TTAGUN-MWUS, q.P,; DMO. D.A.
Blectric slag heating of ingot and shaped casting tops using
a nonconsumable electrode. Avtom. ever. 11 no.11 no-10:36-43
0 1580 (MIRA 11:12)
1.0rdena Trudovogo Krasnogo Znameni Institut elektreevarki im. Ye.O.
Patona AN USSR. %* N, I
(Steel'ingetSY-1steel castings)

LATAS11, Yu.V.; TYAGUN-BELOUS. G.S.
Effect of slag composition on the melting of large cross,section
electrodes during the electrical slag process@ Avtom.evar. 11:no;12:
17-27 1 58. (MIRA 1291)
1. Ordena Trudovogo Krannogo Znameni Institut alektroavarki imeai, Ye.
0. Patona AN USSR. . I
(Electric welding) (Slag--Electric properties)

DUDKO, D.A.; RUBLIVSKIY, I.N.; TYAGUN-BZWUS, G.S.
Effect of electrical slag process conditions on the melting rate of
large cross section electrodes. Avtomeovar. 11 no.12157-62 D '58.
(MIRA 12tl)
1. Ordena Trudovogo Krasnogo Znameni Institut elektroevarki imeni Ye.O.
Patona.
(Electric welding)

18(5) SOV/125- 59-5-3/16
AUTHOR: Dudko, D.A., Candidate of Technical Sciences, Rublevs-
kiyt I.N., Engineerp Tyagun-Belousr G.S,r Engineer
TITLE: Peculiarities of Drop Transfer of the Llirge, Sectional
Electrode Metal during the "Electric Slag', 'Process
PERIODICAL: Avtomaticheskaya svarka 1959, Vol 12, Nr 5 (74)
pp 28 - 33 (USSR)
ABSTRACT: The article presents the dependency between frequency
of drop transfer, their weight, and the conditions of
the "electric slag" process with electrodes having a
large section. Ingots with a diameter of 100 mm and
at least 200 mm long were cast in mould. During the
time of casting oscillograph of the currency and the
voltage were taken. For the casting, alternatli.ng, cur-
rent, fed by transformers of type TShS-1000/3 and
TShS/3000/3 was used. Following materials were used:
rods of steel type M 31 with a diameter of 30, 40 and
60 mm., and flux of type 48-OF-6. All experiments show-
Card 1/2 ed a regularly increasing frequency of drop transfer

c
.30V/1 25-59-5-3/16
Peculiarities of Drop Transfer of the Large Sectional Electrode
Metal during the 11 Electric Slag" Process
after the beginning of the process. (Fig. 1). The
oscillographs, shown in Fig. 1, were taken during the
"electric slag" process under following conditions:
Current: 1200 A, Voltage:'49 V, denth of slag-tub:
45 mm, diameter of electrode: 40 mm. Special experi-
ments for melting of rods with a diameter of 5.5 mm,
and 18.2 mm. of Woods alloy were made. The autbbrs state
that the frequency of drop transfer depends to a high
degree on the diameter of the electrode and the elec-
tric parameters. There are 3 photographs, 3 graphs,
1 table and 15 Soviet references.
ASSOCIATION: Ordena trudovogo kraenogo znameni institut el0tro-
svarki imeniYe.O. Patona AN USSR ( Order of the Red
Panner of Labor Institute of Electric Welding imeni
Ye.O. Paton AS UkrSSR).
SUB14ITTED: January 12, 1959
Card 2/2

ZAYTSIV, Yu,N., insh.; TYAGUN-YZWUS, G.S., inzh.
, ~-- . . I -- -.1 -Ial-,--
Deaulfurating properties of fluxes during the electric slag process.
Avtom. avar. 11 no.3-1:57-60 X 158. (nu 11:12)
I*Ordena Trudovogo Krasnoge Znameni Inatitut elektroavarki im.
To. 0. Patona AN USSR.
.(Alectric welding) (Desulfuration)

TTAGUR-BEWUS G.S. inzh.; DUDKO, D.A., kand. tekhn. nauk
Additional feed of sheet billets by means of the electric
slag welding method. Avtom. evar. 11 no.11:66-70 N '58.
(MIRA 11:12)
1.0rdena Trudovogo Krasnogo Znameni Institut Elektroevarki im.
Ts.O. PatonA AN USSR.
(Ilectric welding) (Steel ingots)

S 0 V/ 1-~- 59 - 137
18(5),25(5)
AUTHOR: Tyagun-Belous G.S.
TITLE: Method of Obtaining More Homogeneous Castings from hlec-
trically Molten Metal (Umen'sheniyekhimicheskoy neodnor-
odnosti fasonnykh otlivok pri elektroshlakovoy podpitke)

PERIODICAL: C:
Avtomaticheskaya svarka, 1950, Vol 1,~-, Nr '.4, pp
(USSR)
ABSTRACT: The process of cooling down casting as well as welded
pieces gives rise to non-homogenous surface structure as
results of chemical processes. Photograph 1 shows the
section of a piece of casting according to Baumann, ob-
tained in a casting process. Photograph 2 shows the
same piece of casting, the difference being that cryst-

t wa sl
allization (or the cooling-down process) I lowed do-Am
by applying a layer of' slag which was kept liquid by
heating with graphite electrodes. Samples were dravn at
the points marked in the illustration and were analyzed
for their carbon and sulphur content. Results are shown
Card 1/3 in Table 1. Photograph 3 and Table 2 show the values for

SOV/11L t - 59-,:
Method of Obtaining More Homogeneous Castings from Elect"'r.,calLily 1,'clte'n
Metal
the same method as per Photograph E, but with the layer
of slag of about 40 mm in thickness and which are con-
tinually renewed. This new method is the main subjEct
of this publication. Another suggestion is given in
Photograph 4 and Table 3. It adds up to improving the
non-homogeneous structure of the molten metal by inserting
an iron rod in it. The results show that the dissocia-
tion of carbon and sulphur is responsible for the surface
becoming non-homogeneous. Another means of improving
the homogeneous structure would be, therefore, to extract
the sulphur in one of the early stages of the casting pro-
cess; adding cerium and lenthium will substantially con-
tribute towards this end. There are 7 photographs, 31
tables and 11 references, 10 of which are L)oviet and 1
English.
Card 2/3

Method of Obtaining More Homogeneous Castings from Electrically Molten
Metal
ASSOCIATION: Ordena trudovogo krasnogo znameni institut elektrosvarki
im. Ye. 0. Patona AN USSR (Order of the Red Banner of'
Labor Institute for Electro-Welding im. Ye. 0. Paton,
AS UkrSSR)
SUBMITTED: December.23, 1958
Card 3/3

TTAGq S.;DUDED, D.A.
Problem of the technnloff of casting steel parts with use
of alnetrio slag padding. Avtom.evar. 11 no.9:48-55 S 158.
(Steel caotings) (Electric welding) (HIRA 11:11)

SOV/125-58-12-3/1"'
AUTHOR3: Lata3h, Yu.V., and Tys4e-un-lelous, 1.73.
TITLE: The Effect of Slag Compo-a-lf-l o-fi`-6-n--tb-e-Fu sing of Thick
Eloctrodes in the Electric Slag Process (Vliyaniye sostava
shlaka na plavlaniye elektroda bol'shogo secheniya pri elek-
troshlakovom protsesse)
PERIODICAL; Avtomaticheskaya svarkap 1958p Nr 12~ pp 17-27 (USSR)
ABSTRACT; As the existing data does not determine the affect of flux
composition and its electric conductivity on the technical-
economic characteristics of the olectric slag welding process
with large section electrodes, special tests were carried
out with slags of the CaF2-A1203 system. The effect of slag
composition in the electric slag process was investigated
with the use of grade 45 steel eleetrodes of 90 mm diameter
in a copper water-cooled crystallizer. The tests are de-
scribed in detail and the following conclusions are made:
1) in fusing with thick electrodes, the roduction of
the electro-condvctivity of the slag leads to an increase in
temDeratures of the slag bath, increased productivity and a
reduced consumption of electric power at the same electric
Card 112 capacity; 2) with a reduced electro-conductivity of the

~70V/125-58-12-3/13
The Effect of Slag Composition on the Fusing of Thick Electrodeb
in the Electric Slag Process
qlag, the electric-slag process technology becomes stable
with reduced current; 3) bubbling of the slag bath in cur-
rents exceeding the given voltage was caused by arc dis-
charges betiveen the electrode tip and the metal pool. On the
basis of results obtaineds the use of CaF2-A1203 fluxes con-
taining 40 - 45% A1203 is -ecommended.
There are 7 tables, 3 diagrams, 5 graphs, I oscillogram and
17 Soviet references.
ASOOCIATION: Institut elektros-varki imeni Ye.0. Patona (Institute of
Electric ~,Velding imeni Ye~0. Paton)
SUBMITTED: September 28, 1958
Card 2/2

SOV/125-58-1.2-7/13
;.UTHORS1 Dudko, D~A-, Rublevskiy, I.H, and Tyagun-Belous-
TITLE. The Effect of the Electric Slag Process CozditionE on the
Fusion Rate of Thick Slectrodes (Vliyaniy,a rezhi:na
elektroshlakovogo protsessa na skorost? plavleniya elektro-
dov bollshogo 3echeniya)
PERIODICALt Avtomaticheskaya svarka, 1958, Nr 12, PP 57-62 (USSR)
ABSTRACT: Experiments were oarried out to determine the interdependence
of the fusion rate of thick electrodes and electric
slag welding parameters kBuch as current, voltage, slag-bath
depth, electrode cross section) as well as the chemical com-
position of the electrode and the flux. It was 13tated that
the coefficient of electrode fusion increases with a higher
current intensity and voltage and with a reduced depth of the
slag bath. The coefficient of fusion increases also with
larger electrode cross sections, contrary to are and electric
slag processes with the use of an electrode rod. The fusing
rate of the electrode also depends on the chemical composition
Card -1-12 of the electrode metal and slag.

SOV/125-58-12-7/13
The Offect of the Electric Slag Procear Conditions on the Fusion -Rate of
I
Th_ick Electrodes
There are 2 tables, 1 diagram, 4 graphs and 8 Soviet refer-
ences.
ASSOCIATIM Institut elektroGvarki imeni Ye.O. Patona (Institute of
Electric Welding imeni Ye.O. Paton)
SUBMITTM September 22, 1958
Ca--,-d 2/2

SOV-129~-'58-10-4/12
AUTHORSt Tya6-un-Belousj G.S.v and Dudko, D.A.
TITLE.- Electric-Slag flot-Topping i'lith Unfusing Electrodes of In-
gots and Shaped Castings (Elektroshiakovyy oboE~rev nepla-
vyashchimsya elektrodom golovnoy chasti slitkov i fasonnykh
otlivok)
PERIODICAL: Avtomaticheakaya svarka, 1958, Nr 10, pp 36 - 43 (USSR)
ABSTRACT: To reduce shrinkage cavity formation in casting;3 and to
improve the quality of cast metal, the Institut,? of Elect-
ric ';','elding suggested replacing the ii3ual methol of elect-
ric-arc hot topping by the method of electric-slag hot topp-
ing on three-phase current with three electrodes. As the
heat is generated by the slag and not by an arc, the elec-
trode feed process is considerably less complicated and
simplifies the installation design. The technclogy of
the now method is described, and the flux used (40 '~', CaO
and 60 I'o CaF2) and parameters are given. The welded me-
Card 1/2 tal was subjected to chemical analyses, the reE,ults of

~;OV-125-5s-10-4/12
Electric-Slag Hot-Topping 7,ith Unfusing Zlectrodes of Ingots and Shared
Castings
which are shown in tables 1 and 2. It was stated that the
chemical heterogeneity of ingots was reduced. 6n the basis
of the tests it was stated that electric-slag hot topping
can be recommended only for ingots and not for shaped cast-
ings where chemical homogeneity cannot be attained. Elect-
ric slag hot topping can be used on single-phase and three-
phase current feed with one or more electrodes on each
phase. The three-phase electric slag heating is recommend-
ed for the production of large-size castings with a develop-
ed surface of the metal bath. There are 3 diaUrams- 4 pho-
tos, 1. oscillogram, 3 tables and 9 references, 5 of which
are Soviet, 2 English and 2 German.
A3SOC:'~ATION: Institut elektrosvarki imeni Ye.O. Patona AN USSR (Institute
of Electric '111'elding imeni Ye.O. Paton AS UkrSSR)
SUBMITTED: July 3, 1958
1. 14etals--Production 2. Metals--Casting 3. Metals--Heating
4. Slags--Heating 5. Electrodes--Performance
Card 2/2

AUTHORS: Zaytsev, Yu.N., Tyagun-lielous, G.3. SOV/125-5~-11-9/16
TITLE: The Desulfurization Capacity of Fluxes in the Electric Slag
Process (Obesserivayushchaya sposobnost' flyusov pri elektro-
shlakovom -orotsesse)
PERIODICAL: Avtomaticheskaya avarka, 195P, Nr 11, pp 57-60 (UsS11)
ABSTRACT: Information is given on the desulfurizing capacities of dif-
ferent fluxes in the electric slag process with the use of
large cross-section electrodes. It was stated that the
following fluxes have high desulfurizing capacities;
ESCh-1 (CaFq + CaO + A1203 + YgO); ANF-7 (CaF2 + CaO);
ANF-5 (CaF2 + NaF); 48-0F-6 (CaF2 + A1203 + CaO)l
ANF-6 (CaF2 + A1203). These fluxes can be used in the electric
slag welding of carbon and alloyed steels and cast iron, and
in electric slag casting and feeding-up processes when an
intensive desulfurization of the welding bath is needed.
The desulfurization process depends on the current voltage
Card 1/2 and intensity.

7,0V/125-58-11-9/16
The Desulfurization Capacity of Fluxes in the Electric Slag Process
There are 2 tables, 1 diagram and 3 Soviet references.
ASSOCIATION: Tnstitut elektrosvarki imeni Ye.0. Patona. All USSR (Institute
of Electric Welding imeni Ye.0. Paton, AS UkrSSR)
SUBMITTED: August 29, 1958
Card 212

AUTHORS. Tyagun-Belous, G.S., Dudko, D.A. SOV/125-5S-11-11/16
TITLE: Electric Slag Feeding-up of 3heet Ingots f,-Elektroshiakovaya
podpitka listovykh slitkov)
PERIODICAL: AvtomRticheskaya svarka, 1958, Nr 11, pp 66-70 (USSR)
ABSTRACT: It was proved by experiments carried out at the Zavod imeni
Illicha (Plant imeni Illich) and by tests of D.F. Cherneg
and B.A. Molotkov, that electric-slag feeding-up reduces the
structural and chemical heterogeneity of ingots and castings
which appear in the form of the so called "lower cone" and
V and inverted V-shaped segregations. The electric slag
feeding-up method is based on an arcless process combined
with a large-section fusing electrode, which, if applied to
killed steel ingots, improves their structure by reducing the
lower cone and the segregation. It is assumed that the im-
proved structure is obtained by the dilution of the upper
portion of the crystallizing metal bath by the pure electrode
metal and by braking the convection of the liquid steel. The
described method is economical and can be successfully used
in the production of sheet ingots.
Card 1/2

Electric Slag Feeding-up of Sheet Ingots SOV/125-58-11-11/16
There are 2 diagrams, 1 photo, 1 table and 4 Soviet references.
ASSOCIATION: Institut elektrosvarki imeni Ye.O. Patona AN USSR (The In-
stitute of Electric Nelding imeni Ye.O. Paton, AS UkrSSR)
SUBMITTED: August 27, 1958
Card 2/2

AUTHORS? Tyagun-Bellous; G,S. ard Dudko, D,A. SOV-12,r-,98-9-5/14
TITLE: Technological Problems of Steel.-Part Cueting With the Aid olf
a Electric-.Slag Feeding-Up Process (Voprosy tekhnologii ot-
livki- stal-nykh detaley s por~shch;yu elektroshlakoi-oy
podpitki.)
PERIODICALi A-vtomatichookaya 9varka, 1958, Nr 9, P11 40--55 (U'l)"010
ABSTRACT: Information is presented on a mathod developed at the In-
stitute of Electric Welding relating to the casting of shapad
parts without lost heads by electric slag feeiing-up, process.
Technology of the new method was analyzed at the I'Roetsel7-
mash" Plant, together with "p. ya~ 4095", and experimental
investigations were carried out on 1 ton steel casts. An
optimum stepped technology was found for casts up to 1.2
tons, consisting of a three-stage process with intervals of
8-10 minutes. The new method improves the quality of cast
metal due to the elimination of chemical heterocaneity and
raises the yield of useful metal by 12-2ep,
There is 1 set of diap-aM3., 1 graph.. 2 phctcg, 2 charts,
Card 1/2 2 tables, 1 micro-photo and 2 Soirie);.references.

SOV-125-56-9-B/14
Technological Problems of Steel-Part Casting 41th the Aid of a Elsat7ic-Slag
Feeding-Up Process
ASSOCIATIONt institut elektroovarki imeni Ye,C. Patona, AN USSR (Institute
of Electri--. Welding imeni Ye.,O, Paton, AS UkrSSR)
SUBMITTED: fillay 20;, 1958
1. Meta11.'j_-gy---';SSr.~ 2. Stee!---Casting 3. Steel---Proc es sing
4. Steel.--Tr-st resi2llts
Card 2/2

Solid. electrically conductive flux for excitation of the auto-
mRtlo slootrio welding under flux process. Avtom, evare 11 no,4:
65-66 Ap 158. (MIRA 11W
1. Ordena Trudovogo Kmanogo Znameal Inatitut slaktroovarki Im.
Ta.O. Fatona AS USSR.
(Inux (Metallurgy)-Illeotrio properties)
(Xeotrio welding)

Lie 5-
AUTHOR: Tyagiun--Belous, G,S Engineer 125-50-4-9/15

TITLE7 Soliel Slectricity-Conducting Flux for Excitation of Electric
Slag-Welding Proccuo (Elektroprovo(Inyy flyiifi v tvprdom
sostoyanii dlya vozbu~hdeniya prot-je!.-3a)
PERIODICAL: Avtomaticheskaya Svarka, 1958, NT 4, pp 65-66 (USSR)
ABSTRACT; The electric slag welding process starts with melting a
quantity of flux by eleztric are to form a slag puddle,
after which it turns into an arcless (electric slag) pro-
cess. The arc discharge in this starting period is ex-
tremely unstable and accompanied by splatter of slag and
metal as well as "freezing" of the electrode at short cir-
cuit, To eliminate this, the are process must be fully
eliminated, This was achieved by the development of flux
which conducts electricity in its solid state and melts
by the heat developing within it., The composition of -'this
G
flux - called "AN-25" -- is~ 35-40% Tio
5r% S102,

'
0
12-15'1e:~ CaO, 2-0a M90, 33-407a aF02j 2-3 R This flux
" C " 2
k
i
r
ic slag pro-
melts readilyj and is not viscous. The elec
cess starts quickly and remains stable at considerable
changes of the depth and width of the slag puddle and of
Card 1/2 the welding clarrent and voltage. After starting with the

125-58-4-9/15
Solid Electricity.-Conducting Flux for Excitation of Kectric Slag-WeldinE
Process
"AN-25"-flux, the process is continued with the usual flux
chosen for the given ease, The "AN-25" flux is now used
at the Novo-Kramatorskiy zavod imeni Stalina (Novo-Krama-
torsk Plant imeni. Stalin), the Zhdanov zavod imeni Ill-
yicha (Plant imeni Illyicha in Zhdanov). at the Zavod Rostzel~_
mash (Rostselmash) and at the Zavod Voroshilovsk (Voro-
shilovsk Plant), The applications are: for filling of
shrinkage cavities, welding metal of large thickness with
plate-electrQdes, electric slag casting, etc,
ASSOCIATION: Institut elektroevarki imeni Ye..O, Patona AN UkrSSR (Elec-
tric Welding Institute imeni Ye,O, Paton of the AS UkrSSR)
SUBMITTED: January 24,, 1958
AVAILABLE: Library of Congreas
Card 2/2

YAVOYSKIY, V.I., prof., doktor tekhn.nauk; BEICTURSUNOV, Sh.Sh., inzh.;
CTIERTZEGA, D.P., . kand.tekhn.nauk; TYAGUN-BEWUSt G.S., kand.tekhn.nauk;
DUDKO) D.A., kand.telchn.nauk, Prinimali uchasf1y--9-.--MmOV, V.A.;
BELYAYEV, Yu.P.; YAKOBSHA, R.Ya.; AGAMALOVA, L.L.; CIEZUB11KO, G.A.; I
BOCUROV) V.A.; KISSEL') N.N.; POTANTIN, U.N.; SYTOVA,
Electric slag heating and additional feed of large sheet
billets made of lOG2SD steel. Stall 22 no.7:611-615 J1 162.
(MI1U 15:7)
(Steel ingots) (Rolling (Metalwork))

IAVOISKI, V.I. (Yavoyskiy, V.I.]; CERNEGAO D.F. (Chernega, D,F.]; DUDKO,
-Lou
D A:;,TEAGUN-BELOUS, 0 S [T Bel A,-a4-j4-BEKTURSUNOV,
S:S Bektureunov, Sh.;h:];~WMAR~N, V.A. (Bddharov, V.A.I-,
AGAMALOVA, L LN MOLOTKOV, V.A.; IAKOBSEv R.I. [Yakobshe, R.Ya.);
POTANIN, E.M: Potanin, Ye.M.]
Electrolytic phenomena during the slag electric heating of the
ihgots. Analele metalurgis 16 no.2s5-18 Ap-Je '62.

YAVOYSKIY, V.I.; CHERNEGA, D.F.; DUDKO, D.A.; -40 - 50 mm thick.
Electric-slag heating can be conducted both on d-c and a-c. The magnitude of
the power supplied is regulated by the immersion depth of the carbon electrode
into the slag pool. The authors compared the properties of metal from conven-
tional 3-ton 6OXH(6OKhN) steel ingots and of one that was subjected to electric-
slag heating. Heating was performed on d-c at I - 1,000 amp; U - 50 v, heating
time 90 minutes. The flux was composed of 50% CaO, _V% CaF2; 20% S102. Flux
Card 1/2

S113716210001003110191191
Electrit-slag heating and feeding of ingots Aoc)6/Aioi
consumption was 20 kg/t of steel. It was established that electric slag heating
eliminates almost completely shrinkage cavities, improves density and macro-
structure of the metal. Noticeable chemical heterogeneity of the metal is not
observed In the ingot. Heating on d-c of direct polarity (minus on -the electrGde)
promotes a reduction of the H content In the ingot. Simultaneously with a
higher yield of finished product, electric-slag heating improves the mechanical
properties of metal. In electric-slag feeding a consumable electrode is used
which is made of the same metal as the ingot. Pouring gates or steel rods. of
30 - 100 mm in diameter are used as electrodes. In electric-slag feeding,
simultaneously with heating, the top section of the ingot is continuously filled-
up with liquid metal of the consumable electrode, Flux consumption (60% CaO,
2U,'.' CaF2, 2(Y~ A120 ) 1- 15 25 kg/t of steel, The volume of the liquid pool
for electric-slag leledoing m-ust be 4 - 5 times greater than for electric-slag
heating. Electric-slag feeding makes it possible to reduce considerably zonal
heterogeneity and the volume of the lower cone, and to raise the yield of
finished product by 18 - 20%. The plastic properties of the metal inihe top
portion of the ingot are higher than in the lower portion.
P. Arsentlyev
[Abstracter's note: Complete translation)
Card 2/2

BEKTURSUNOV, Sh.Sh.; YAVOYSKIY, V.I.; CHERNEGA, D.F.; TYAGUN-EELOUS, G.S.;
SYTOVA.% N.M.
Hydrogen behavior during the processes of electric slag heating
and additional feeding of ingots. 1zv.vy9.ucheb*zav.; chernemeto
4 no*9:44-53 161. (MM 14:10)
1. Moskovskiy institut stali; Kiyevskiy politekhnicheakiy institut;
Institut elektrosvarki i Zhdanovskiy meta.1lurgicheskiy zavod.
(Steel-Hydrogen content) (Steel ingots)

S/148/61/000/009/002/012
E071/E135
AUTHORS: Bektursunov, Sh.Sh., Yavoyskiy, V.I11 Chernega, D.F.,
Tyagun-B!lousA-G.S.j and Sytova, N.M.
TITLE: The behaviour of hydrogen during electroslag heating
and supplementary feeding of ingo'ts
PERIODICALs Izvestiya vyszhlkh uchobnykh zavedeniyj Chernaya,
metallurgiya, no.9, 1961, 44-53 -
TEXT: The authors carried out experiments on electroslag
heating and supplementary feeding of 8.2 ton sheet ingots of a low
alloy steel NX 10 r2C A (lOG2SD) on a large scale experimental
installation in which samples of the metal and slag were taken
during the course of crystallisation of the ingots for the
determination of hydrogen. The chemical composition of the steel
was: -e- 0. 12% C; 1. 3-1.65% Mn; 0. B-1. 1% Si; ir6 0. 30% Cr;