SCIENTIFIC ABSTRACT BABARIN, V. I. - BABASYAN, N. Z.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102810011-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BABAM, V.- I., and A. IA. CHFAUM.
Tssledovanie i novyi metod rascheta reaktivnogo vykhlopnogo kollektora.
Moskva, TSIAMP l9h6.
Title tr.: Investigation and a new method of calculatin~f. the jet exhaust
collector.
NCF
SO: Aeronautical Science- and Aviation in the Soviet Union, Library of
Congress, 1955

RABARIN, V. I., and A. IA. CHFRKEZ.
0 vliianii, protivodavleniia na vykhlope na moshchnost' aviatsionnogo
dvigatelia i rask~~od vozdukhz. Moskva, Oborongiz, 1947.
Title tr.: Fffect of counter-pressure in the exhaust stroke upon the
the capacity of an aircraft engine and on air consumption.
NCF
SO: Aeronautical Sciences and Aviation in the Soviet Union, Library of
Congress, 1955

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i'li.ru.:wn A~cessior, Vol. ;,r. ;'Fy '9',C

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16"Oesims the culpatel kftm. I.F.1141wryka. rsemrost
11. No. 1. klin efficiency wav ol.-
talued by dowly contiolling the tinineralogit-al couipri. of the
few anil Its tim6lum cottlent. Rest Irmult% W"r 4-Altitintil
when the Milt erwitna tit the Ainkcr Aas 114-19%.
M. ll~h

BABARTIA.I.F., inzhener
The choice of chain screens for 150 meter rotary kilns.
TSement 21 no.2:15-18 Kr-Ap 155. (KM 8:8)
(111m, Rotary)

L ~602-65
ACCESSION NR: APS017800 UR/0206/651000/011/0031/0031
631.859.12.002.2
AUT11ORt garatayov, 1. I.j Mellnik, B. D..; Repenkovs, T. G.1 Svirldovs, A. 0.1
Q-kt,2gqv. H-I~; Hatarov, G. N. Raygorodskiy, 1. M.1 VaeLl'yev, B. T.; Bystroy.
H. V.; DdbujXaj I. r.; Kuzyak, F. A., relldman. M. V.-. Soverchenko, D. A.,
Buslakova, 1'. P.;--raroptseva, N. P.; LyubLmov. S. V.; Ullyanov, A. T.1 Andres,
V. V.1 Sobchuk, Yu. I.; Tsetlina, M. H.; Andreyev, V. V.1 Kramer, 0. h.
TITEX: A method for producing phosphoro-potassium fertilizers. Class 16, No. 171-
:SOURCE: Byulleten' izobretenly I tovarnykh znakovs no, 11, 19659 31
,TOPIC TAGSi fertilizer, phosphate, potassium
ABSTRACT: This Author's Certificate introduces a method for producing pbosphoro
potassium fertilizers using cement dust (waste from cement production) as the po;as-
slum raw material. The process of adding potassium to the product is simplified
and evaporation is prevented by using a 20%.excess of an acid which directly neutra-
~lizea the cement dust for breaking down the phosphate raw rxiterial.
Card 1/2

L'56492-65
ACCESSION NRI AP5017800
ASSOCIATIONt none
SUBKIMD: 29Nar62
NO REr sov, ooo
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ENCL: 00
OnWRi 000
SUB 00DEt GC, LS
2/2

BABLRYKINI G..~.
DiVassembly of ~->hort-cirauited aluminum windings of the rotor of electric
motors. Koko i khim. no.1:59 163. (KMA 16:2)
1. Zhdanovskiy kokBokhimichookiy zavod.
(Electric motors--Windings)

YP!I
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SOV/133 - 8-12-2/19
AUTHOR: BabaarZkin Engineert and Yushinl, F.A.
'N*N.
TITLE: "I'ShZges in T"Mlast Furnace Process when Operating with
Fluxed Sinter (Izmeneniya domennogo protsessa pri
rabote na oflyusovannom aglomerate)
PERIODICAL: Stall, 1958, Nr 12, PP 1057-lo65 (ussR)
ABSTRACT: An investigation of the blast furnace process during
operation with fluxed sinter was carried out on three
furnaces A, B and V in the Magnitogorsk Works and the
results obtained compared with previous similar investi-
gations. The working volumes of the furnaces:
A - 118o m3, B and V - 1371 m3. The profiles of the
furnaces and. the position of levels at which sampling and
measurements were carried out are given in Fig 1, and
main operating data in Table 1. Sampling of the burden7
the determination of temperature and composition of gas
on the second and third levels were carried out on
furnace B, a study of the composition of materials and
gases along the bosh radius on furnace A, and of the
composition and temperature of gases in the upper part
Card 115 of the stack and in the hearth on furnace V. Sampling
of materials from the stack and the bosh was carried out

SOV/133-58-12-2/19
Changes in the Blast Furnace Process when Operating with Fluxed
Sinter
with uncooled tubes of internal diameter 51 and 57 mm, as
was previously described (Ref 1). Materials from the
tuyere zone were sampled with a special water cooled
robe with a number of parallel cylindrical pockets
ig 2). The temperature measurements in the stack were
G
done with uncooled chromelalumel thermocouples. In the
bosh and tuyere zone, thermocouples were cooled and on
the lowest level molybdenum-tungsten thermocouples with
quartz, graphite7 molybdenum and berylium oxide sheaths
were tested. The pressure, temperature and the compo-
sition of gas along the height of the burden column were
determined as in Ref 1. Changes in the content of
carbon dioxide (A) and temperature (B) along the furnace
radius on I - IV levels are shown in Fig 3 (a - measure-
ments in 1955, b - in 1956-57); the distribution of
isotherms (A; 00 and lines of equal concentration of
Card 2/5 carbon dioxide (B; %) in the furnaces - Fig 4; changes
in the static pressure along the height of the furnace -
Table 2 and Fig 6 (a - 1956, b - 1957); the distribution
of temperatures along the height of the furnace - Fig 5;

BOV/133-58-12-2/19
Changes in the Blast Furnace Process when Operating with Fluxed
Sinter
chemical composition of burden materials on various
furnace levels - Table 3; lines of equal mean degree of
reduction - Fig 7 (results for 1956-57 A; for 1955 - B);
mean chemical composition of metal beads collected from
3rd and 1+th levels - Table 1+; mean chemical composition
of metal and slag from tuyere zone - Tables 5 and 6
respectively. It is concluded that: 1) the largest non-
uniformity in the degree of reduction of iron oxides
along the diameter was observed in the upper part of the
stack, This non-uniformity decreases as the burden
descends towards lower levels* Mean degree of reduction
of iron oxides for successive levels I-IV amounted tot %
I - 22*6; 11 - 32*5; 111 - 57.6; IV - 85-7.
An increase in the development of the reducing processes
in the zone of moderate temperatures leads to a consider-
able improvement in the operating indices of a blast
furnace, The analysis of changes in the content of
sulphur on various levels supports the supposition that
it circulates in the lower part of the burden column.
Card 3/5 The temperature range within which fluxed sinter attains

SOV/133-58-12-2/19
Changes in the Blast Furnace Process when Operating with Fluxed
Sinter
a softened state decreases with increasing degree of
reduction of iron oxides, In order to secure an even and
stable furnace operation the zone of softening of the
burden (which forms an additional resistance to the
passage of gas) should be maintained on the level of the
bosh or the bottom part of the stack. The formation of
droplets of a liquid phase is preceded by a steady sepa-
ration of metal and slag inside lumps of sinter. With a
good burden preparation the content of ferrous oxide in
the primary slag is low and does not present any difficul-
ties to an intensification of the rate of furnace driving.
The presence of liquid slag in the mass of "dry" burden
can be apparently explained by its being blown from lower
furnace levels, as well as by considerable differences in
the level of heat requirements of lumps of burden with an
unequal degree of chemical preparation, The maximum gas
Card 4/5 temperature in the tuyere level (about 199000 was
established to be at a distance of 0o4 m from the tuyere
nozzle. A-partial transfer of sulphur from metal and

BOV/133-58-12-2/19
Changes in the Blast Furnace Process when Operating with Fluxed
Sinter
slag into the gaseous phase takes place in the oxidising
zone. The main mass of metal and slag flows down into
the hearth through a peripheral zone the width of which
does not exceed 2m from the furnace wall.
There are 7 figgres, 6 tables and 1+ references (all
Soviet).
ASSOCIATION: Magnitogorskiy metallurgicheskiy kombinat
(Magnitogorsk Metallurgical Combine)
Card 5/5

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AUMOR:
- Bab a ry k.* - -.1 r.
--- XAL.f6.,
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TITIE, T k. e D L -r I -.i t I I: I i Z Fumace

Sta,,.k
r.L L
domerm-,y
PERIODICAL : Si.,91" W, 1?
pq)
.,
ABSTRACT: ThQ d.i,!.,!, ~,r !~;nnuce of' Ljic

of t, 11
,.,I
AL,
carried out-.
wi.th 11~ cr 1 j.r-,',D t"Le burden

jR -C.,n r X
at. a
c ,- k I ix-e - TI) t, be i sed
f or ~3 al~.cc I-,!.(.,,-' --.n -tlit~ blast
3t ~;")C t"!- -Irld '.rL IJ `V~ cold blast
ma .;II ~., c. s,- a LI i, de--K:j~af, I on f'rom the
direc-,ACIII --f -:i , "I., *,~,I.L J Ilt luence On
tile n.1 ~-(.6 ~~t cn---~ c I' I' u,,? d the, f rc,-~
)puer Part of

Ii
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C

SOV/133-59-2-2/26
The Distribution of the Gas Stream in the Blast Furnace Stack
porcsity of the charge. lt was also assumed that at
elevated pressures the free cross-sectional area of the
stack is about 5(y/,, of its total cross-section. The pressure
drop in a layer of burden materials in the upper part of the
stack in the moment of charging is shown in Fig.3. The
experimental results, namely the distribution of temperature,
concentration of C02 and gas velocities along the furnace
diameter are given in the form of graphs: furnace A (1951) -
Fig.4; furnace B (1950) - Fig-5; furnace V (1954) - Fig.6;
furnace G (1956) - Fig.7 and the table. An increase i-a the
top pressure of the MMK furnaces was accompanied by a shift
of the minimum temperature and maximum of 002 content
towards the centre on both the top (Fig.8) and middle (Figq;
levels of the stack. The influence of top pressure on the
distribution of gas velocities along the throat diameter is
ztown ',-, the following average data:
Distance from wall, m 0.05 0.40 0.85 1.40 2.20 3.30
Gas velocity, m/sec
at a top pressure
Card 2/5 0.1 - 0.3 atm 11.7 6.2 6.5 8.1 10.2

I" OV/1 33-5 9-
e a
Th6 distribution of the Gas Stream in the Blast Furnace Stack
Gas -velocity, m./sec
at a top pressure
0.7 -- 0.8 atm. 5-5 4.7 5.2 '7_0 9.4
,o decrease in gas
0'
velocity 34 29 24 20 14 8
An increase in the gas velocity at the centre of the furnaco
at; incroused top pressure was also --onfirmed by the sizt~
distribution of samples of burden materials, collected from
the top part of the barden column in furnaces A and G during
investiGations carried out in 1959-1958 (Fig.10)L, Although
the size of materials was somewhat distorted by crushing of
sinter during sampling (with probes) nevertheless the data
obtained indicate that the content of fines 0-5 mm was the
hi&est at a distance of 1-5 m. from the wall., the proportion
of +10 mm. fraction. increases from the periphery towards the
centre (probably due to segregation), ihe proportion of
Card 3/5 --l min fraction increases frcm. the wall toiva:rds the centre

S OV/1 33-5 9-2-2/2 iS
The Distribution of the Gas Stream in the Blast Fux-nace Stack
and then sharply decreases at the centre. The highest C02
concentration corresponds to the highest ore load with the
maximum content of fines. On an increase in the top
pressure the relative increase in the gas velocity in the
central part of the burden column was accompanied by a
similar increase in the rate of descent of materials
measured (with weiolts on a cable) oil a few furnaces:
Distance from-wallv m 0.25 1.25 2.25 3.25
Rate of descent, mm/r
ain
at top pressure of
0.1 - 0.2 88 ?9 ?2 76
0.5 - 0.8 89 84 so 84
% increase in the rate
or cLescent 1.1 6.3 11.1 10.5
With increasing pressure the rate of descent of burden
materials increased at all points alone the radius due to
Card 4/5 a 5.7% increase in the driving rate. Static pressure at

r'OV/133--59-2-2/26
0
The Distribution of the Gas Stream in the Blast Furnace Stack
various points along the radius remains practically constant
(irrespective of toD pressure). Thus pressure measurements
at the wall are sufficient for the determination of pressure
drop along the furnace stack. In view of a low value of the
dynamic pressure of gas (1-2 mm Hg) the conclusions
regarding the constancy of static pressure along the furnace
radius can be taken as valid also for the total gas pressure.
The minimum residence time of gas in MMK furna---.es
calculated at iow and Increased top pressures is 1.8 and
2A see respectively, the maximum 4.5 and 4.7 sao and
mean 2.6 and 4.3 see respectively, Theie is 1 table,
10 figures and 3 references of vdiich 2 are English and
1 Soviet.
ASSOCIATION-.hlagnitogorskiy Metallurgicc-heskiy Kombinat (Magnitogorsk
Metallurgical Combine)
Card 5/5

Ov/1 33-59-4-1/32
AUTHORS: Bab
a -1.,U. AGa hin, A.A. and 7rushin, F.A.,
--Zn- in.ers
TITI;u': Determination of the jwtive WeiGht of Burden in an
OperatinG Blast Furnace (Opredeleniye alctivno 0
vesa shikhty v deyst-,ruyushchey domennoy
, pe chi
Pj~R101)10A.b; Stalls 1959, 1Tr 41 pp 289-291 (USSR)
It is understood that the active weight of burden
(ko./cm2) means the difference between the vertical
Ixessuls' of the b=,den and tlie teas pressure supporting
che burden: ~a = ~r -- PG. An analytical method of
uetel-,!dninL~ vertical pressure of the blast furnace
burden based on Janson`s formula is proposed.
.L~xperimental determinat ions of the active weight of
the burden at various furnace levels (down to 14.5m
from the stock level) in an operating furnace were
carried out. The measurin- method was based on
introducinL; a probe tube into tlie burden to a required
level and ideasuring vrith a dynamometer (fiC 1) the
force required to rotLd~n '-he tube in the stationary
state. The experimeii:~al set up is shown in Fig 2. The
Card 1/3 results of the deteii,11nazionz of static pressure of gas

;-~OV/133-59-4-1/32
Detei-mination of t1ie ketivo VieiGht of Buraen in an Uperating
Blast Farnace
and active wei-Cht of tLe burden as well as calculated
values for vertical prossura of the layer of burden
material at various furmace levels are assei-Aled in
the table. `-Ohe expcrili,eiital alic! calculated values for
tne vertical pressuro of the burden vrithin the limits
of the I'dry" zone aL~,roed well (fi(,r 3). The experimental
data on chun-es in the deL;ree of participation of the
active vioi-lit in the wrtical pressure of burden
ciiaracteris,inL~ de6ree of drivinG of the blast furnace
amount of passbq-,, L~ases) indicate tliat under
conditions of a hioi top press-Lire operation the upper
hall' of tlie fa:rnace coald be driven hai:der. This
rcsOi.;,,c of driving-, ;apacity of the, upper part of the
0
Card 2/3 fur-nace cwi be uitilised by blowinL into the :C`tirnace

:'0'1/133-59-4-1/32
Detemination of the Active '4eight of Wrden in an Operating
Blast L"Urnace
stack some reducing E;ases. There are 3 figures,
1 table and 1 Soviet reference.
A,SSOCIA'i!1014:L,IaGnitogorskiy Metallurgichoskiy Kombinat
(TNIaEp:iitogorsk Nletallurgical T"ombine)
Card 3/3

18-3200
QOV/133-6o--i-5/~:0
J
AUTHORS: Babarykin, N. N., Zborovokiy, A. A., Potapov, A. I.
Yo. I. (Candi-date of Technical
Sciences)
TITLEt Investigation of Movement of Cast Iron and Slag In the
Bla:3't Furnace flearth
PERIODICAL: Stall, 1960, Nr 1, pp 19-23 (USSR)
ABSTRACT: This is an inveutigation of physicochemical and tnechani-
cal procC38eU taking place In the blast furnace hearth,
with the pui,pose of improving the technological control
of the blast; furnace process and for the de,,,,,~Iopment
of reliable mir_~'V'hods of control of the hearth and hearth
bottom condition. A * A. Agashin, L. K. Strellcov, and
A. G. Rogovoy (Engineers) participated In the,,,.-;ork.
The tests were conducted In 1%8 on a 1,371 m-) blast
furnace with 16 tuyeres, a hearth B m In diameter,
producing the low-manganese conversion cast iron from
a charge containiS~ 93% of fluxed sinter. The radio-
Card 1/7 active isotopes P and Fe59, of 150-200 and 50-60

Investigation of' Movement of Cast Iron 77444
and Slag in the Blast Furnace Hearth SOV/133-6o-1-5/30
Card 2/1
microcurie respectively (in steel ampules) were used.
The radiation sources were Introduced through an ir.Dn
tube Into the oxidizing zone of tuyeres Nr 2, 5, and 8
(through the inspection liole)~15, 60, an(l l2o minut-es
after the closing of cast iroti notch. The metal was
tapped everl 3 houl,s. The duration of tapping was 35 to
45 minutes. The Investigation was based on the assu-np-
tion that (in the presence of substantial convective
flows of cast iron and slag) the radioactive indicator
introduced into the hearth should distribute relatively
uniformly, over the eotive VOILU110 Of* 1110t,111.
Therefore, in the course of tapping no essential varia-
tions of composition of cast iron or slag should be
expected. The radioactivity of samples was mensured by
a block of eight counters connected with an Im3tallation
of B-2 type (Ref. 4, v. Ye. ludin, M. L. Sazonov, and
A. I Ojipov, Zavodskaya laboratoriya, 1955, Nr 11).
An 1i m ladle was used. The change In radioactivity
of cast iron after the introduction of radioactive
indicator into the 8th tuyere 13 given in Fig. 1.

Investigation of Movement of 11")"I
and Slag in the Bla.,3t Fumice Ife-urt'll (J-'()V/"], 3 -60-1 -5/30
Card 3/7

Investigation of Movement of Ca,,it Iron 7 711114
and Slag in the Blast Furnave Hearth sov/i-i3-6o-1-5/--~'O
5,
Card 11/7

4
j
'
-
1

ti

Investigation of Movement Of Cast Il~clll
n-iid Slag in the Blast Furi)ace Hearth
774.414
SOV/'133-6o-1-5/30
Fi~. 1. Change in radioactivity of ca.;t iron at first
(A and second (B) tapping after the introduction of,,.,
radioactive indicator through the 8t!i tuyere. (a) Fe-
was introduced 15 minutes after closing of tap hole
(curves I and ii).. (b) P32 lntroduc~6 1 hour af Lev
closing of tap hole (curve III);'(c) Fe was intPo-
duced 2 hours after closing of tap hole (curve IV).
Caption for FIg. 1, showii oti Car~ls 51( all(l 4/7.
Similar curves are given for the tests when the radio-
active indicator was introduced to the 5th and 2nd
tuyeres. The change of temperature of upper slag; the
change of basicity of tipper and lower slag; the change
of temperature of case iron during tapping; and the
change of sulfur content in tipper and lower slag were
recorded. The change of chemical composition of cast
iron during tapping is given in FIE;. 7. The authors
Card 5/7 arrived at the following concluslons. The data of

Investigation of Movement of Cast Iron
and Slag in the Blast Furnace Hearth
&I
'ZO
77444
SOV/133-60-1-5/30
Fig. 7. Change In chemical composition of cast iron
Card 6/7 duri t ing according to experiments: (a) February
1959TNb~Tptember 195 -
C-4-50-

Investigation of Movem(--nt o1' Crt.~,t Iron (-(,1144
and Slaj~ In th~.- ffla;;t Piwwwo 110;lt-th "'OV/1
nmllwr 0t, pre,.-Ious
::11 ix ni, d,ir-ing
Wit- pu ~1-1o~t oi, ot, (anct -:' lai,) In the
c- mettl. and
fit-arth ol' A:: ~1 I.(. I'll
tAw wcIIIIIu1,It(-- :111d :11--, t:-~ -,*L;p--Iva,,u
which :;hould hf. t,tk-n 110.u :tccuuilt, III conductIng
th", 1,113,11:10,c I. G.
Polovcht-Itko (jt,~-r e,,: T.,
,-I:: t IA I I I I .: t, I I( I- ( - k ) I c ~ I k I V 111 t a 1 1. 11
I- II., t wt I I I( d, IIV I I-III, 'd P I : i I , t. 8, 1 , I i - k I I v?
.1 11.1c. Tile U, K.
'h T 1 1 J
t, I it 1( 1 1 J I I I
c"1 i'd

BARDIII, I.P., akad. [decedsed]; KULIXOT, I.S, ZUDIN, V.M.; TSYIXV, L.M.;
SOKOLOV, G.A.; GAL&ONOV, A.L.; BABARYKIII, N.N.; GULITYAT, I.I.
Making low-sulfur cast iron at the Magnitogorsk Combine. Stall 20
no;10:865-869 0 160. (MIRA 13:9)
(Magnitogorsk--Blast furnaces) (Cast iron--Metallurg7)

BABARYKIN, N.N., kand.tekhn-nauk; CLUXMIN, I.M., kand.tekhn.nauk
LEPIMIN-OL-A., inzh.
Temperature and composition of -.he cast iron in the broken-down
part of a blast furnace hearth bottom [with summitry in English].
Stall 21 no-31198-200 Mr 161. (IIIRA 14s6)
& 1. Magnitogorskiy metallurgicheskiy kambinat i Chelyabinskiy
nanchno-issledovatellskiy institut metallurgii.
(Blamt furnaces--Maintenance and repair)

ZUDIN, V.M.; BABARYKIN, N.V..; GAIATONOV., A.L.; KULIKOV, I.S.
Effect of magnesium on the desu2f*rizing properties of blast rurnace
slags. Stall 21 no.5:385-391 My 161. (MIjA 14; 5)
I. Magnitojo~skiy kombinat i Institut metal2urgii AN SSSR.
(Deaulfuration)

RUDIEVA, A.V.; MALYSHEVA, T.Ya.; SOKOLDV, G.A.; GULITYAY, I.I.;
Prinfma3d uchastiye: GAUTONOV, A.L.; GAMAYUROV, A.I.;
BARARYMIL. N.N.; KOSTIN, T.M.
Changes in the material. composition of industrial sinter along
the cake height. Stall 22 no.1:5-9 Ja 162. (XIDIA 14:12)
1. Institut metaUurgii imeni A.A. Baykova (for Rudneva,
Malyaheva, SokolDv, Gulltyay). 2. I.-lagnitogorskiy metallurgicheskiy
kombinat (for Galatonov, Gama-yurov, Babarykin, Kostin).
(Sintering)

ZUDIN, V.M.; SAGAYDAY., I~I.; YAKOBSOV, A.F.; DOMIANl V.G.;
GAIATONOV, A.L.; IEKIN., P.V.
Preparation of screened ainter and its use in blast furnace
smelting. Stall 22 no.8-.675-M Ag 162, (MIRA 15:7)
1. Magnitogorskiy metallurgicheskiy kombinat.
Wintering)
(Blast furnaces-Equipment and supplies)

CZAPART 1N, ~, , 't-,Ftrld,'
Clmrje. and o:--sg;,,re Aln "blaot '~.,,rn!tcoes. ~:-ql I ;~ 12 rc,. i~:
f y-
, -71Z S 10,1. \."R.,%
(Blast furnqct:s)

IZPIKHIN, L.A., inzh.; prinimali uchastiye: SUFANOVICII, M.A., doktor
tekhn.nauk; BABARYKIN, N.N., kand.tek-hn.nauk; NEYASCV, A.G.,
kand.te),hn.i~tW'k~'*-SltrA'RBrTZ, L.Ya., inzh.; BOGDLNOV, V.V... inzh.;
711ARKOV, P.N., master pechi; PANIN, O.G., master pechi; FEDCTOV,
V.G., master pechi; FEOFAIC)V, N.M., master pechi;SAGAYDAK, I.I.,
inzh., rukovoditellraboty
Evaluating the effect of various method2 of chareing a blast
furnace on the state of the gas flow in its upper part. Stall
23 no. 3,198-204 Mr 164. (MIRA 17:5)
1. Magnitogorskiy metallurgicheskiy kombinat (for Lepikhin).

t'o
21

ITSHIN, F.A.; W-iIATIYKIN,
-
Studying the reduction prucesoeB in a blast
Stall 24 no.11:968-975 N 16141
(I! i .- ? " ~~: 1 )

BABWAIN-Y.N.; GALATONOV, A.L.; SAGAYDAK, I.I.; SHPARBER, L.Ya.;
ZVERLING, A.L.; YAKOBSON, A.P.; DORISi YU.M.; MILO, N.L.;
KOPYRIN, I.A.; OSTROU)MOV, M.Ya.
Experimental smelting with a reduced slag output. Stall 24
no.12r1069-1075 D 164. (KRA 18t2)
1. Magnitorskiy metallurgicheskiy kombinat i Chelyabinskly
nauchno-isaledovatellskiy Institut metallurgii.

CHEWIATIN, A.N.; OSTROUKHOV, M.Ya.; G-1 ~MEL 'FARB, R.A.; VOLKOV, Yu.P.;
BABARYXIII, N.N.; SHPARBER, L.Ya.; GALATON"OV, A.L.
MzBtering of MIK (Magnitogorsk Metallurgical Combine] blast furnace
operations with the use of natural gas. Metallurg 10 no.8:12-13 Ag
'65. (MIRA 18:8)
1. Ghelyabinskiy nauchno-issledovateltakiy institut metallurgii i
Magnitogorskiy metallurgicheskiy kombinat.

AGASHIN, A.A.; 44ARY N, OV, Yu.P.; GALATONOV, A.L.- KRYUKOV, N.M.;
%1N,. k,; VOLY
MALIKOV, K.V.; OSTROUKHOV, M.Ya.; PISHVANOV, V.L.; CHFAN~ATIN, A.n.;
YUSHIN, F.A.
Experimental operation of blast furnaces on mazut and natural
gas. Stall 25 no.5:393-400 Mv 165. (MIRA l8t6)
1. Magnitogorskiy metallurgicheskiy kombinat; VsesDyuzryy nauchno-
issledovatellskiy institut metallurgicheskoy tPplotekhniki i
Chnlyebinskiy nnuchno-issledovntellskiy institut metallurgii.

CHEUTOGOROV, P.V.; BOBROV, A.V.; Prinimali uchnstiye:.BABARYKIN,1T.V.-
.-,- -1
MoliOTETKO, I.P.; VORW, I.?.; KMUYF.VA, F.S.; OKULISKIY. HJ7.,
GALOFMINi I.B.; VASINA, Z.M.; BERNSUrf1l, S.I.; BALINSUT, V.R,
Wfect of foundry iron prepared by a non-blast-furnace method on
the quality of foundings. Lit.proizv. no-7:9-12 Je 16o.
(MIRL 13:7)
(Cast iron-Metallurgy)
(Foundries--Qaality control)

BABARYKIN, S.P. -
Effect of temperature and breaks in the insulation on the per-
formance of the MSP-55 well device. Razved, I prom. geofiz.
no.40:55-60 161. (MIRA 15:7)
(Oil well logging, Electric--Equipment and supplies)

BABARYKIN, S.P.
---
-_ -_ I .. __ 11 -Device for checking the MSP-55 well device. Razved. i prom.
geofiz. no.40t6l-63 161. (MIRA 15:7)
(Oil well logging, Electric--Equipment and supplies)

ACCESSION NRt AP4040707 S/0203/64/004100310458/0463
AUTHORs Babary*kin, V. K. ; Bayar~avich, V.V.; Stozhkovp Yu. I.; Charakhchlyan,,
T.`.N.
TITLE: Latitudinal measurements of coomic-ray intensity in the
.-stratosphere
:SOURCgt---Geome~gn*.ZinMui.,-acronomiya, v. 4, no. 3, 1964, 438-463
11OPIC TAGS% cosmic ray intensity, stratosphere. equatorial belt,
,sounding flight, geomagnetic latitude, extrapolation, communication
!coefficient
:ABSTRACT: The intensity of cosmic rays in the stratosphere was
;Measured on board the steamship "Estoniya~' which sailed from Lenin- i
;grad to the shores of Antarctica. At the same time, observations
..with identical instruments were carried out at Murmansk, Moscow, ahd
'Alma Ata; Data obtained at these places and in the equatorial belt
,in December 1962 are represented graphically. The curves are similai.
!The soundin from which the in-
g flights reached he *ights of 27-30 kma
:tensity of cosmic rays could be determined.at low pressures and at
:various goomagnetic latitudes. Attempts to determine the intensity
Cord 12

ACCESSION NRt AP4040707
iof cosmic rays at the upper boundary of the atmosphere by extrapola-
Ition yielded exaggerated results. Data an the latitudinal distribution
of cosmic-ray intensity are used for computing the coupling coefficients,
Numerical values of the coupling coeffidients for all stations are given
i
lin a table. Orig. art. haR: 4 figures, 2 tables, and 6 formulas.
!ASSOCIATIONt Vos'maya Sovetskaya Antarktichoskaya ekspeditsiya
*AN SSSR (Eighdi Soviet Antarctic Ex0editionsAN SSSR); Fizicheskiy
;institut Lm. P. N. Lobed eva AN SSSR (Institute of Physics,AN SS9R);
iMoskovskiv gosudarstvenny*y. universitat, Institut yadernoy fizikL
!_:'-.-j~(Moscow State University, Institute of Nuclear Physics)
'?SUBNITTEDs 140ct63 ATD Pmss 3o4i ENCLt 00
-JSUH CODE& AA NO REP SOVI .008 OTHERs 002
Lcard 2/2 -----------

BABARYKIN, V.E'.; BARANOV, G.I., m-lzdehiy nauchnyy notrudnik; WiRDIN, G.I.,
utlu~i,illiy nauchnyy sotrudnik; SAKUNOV, G.G., mladnidy nauchny-j sctr-udrik
A-lbedo of the Antarctic ice surface. Inform.biul.Sov.antark.eksp.
no.48:22-24 164. (MIRA 18Q)
1. 'Mentrallnaya aerologicheskaya observatoriya, Arkticheskiy
antarkticheskiy nauchno-issledovateliskly inf!titixt i Gla,,,naya
geofizicheskaya observatoriya.

Lj�~6-66 E14T(J)/FCC/EWA(h) GW
ACCESSION NR". AP5026222 UR/0048/65/029/010/1805/1806
AUTHOR: Vernovi S. N.; Charakhch'yan, A. N 4-qb-amk-i-n.,-!,-K.; B.~MrevLch
_x
Stozhkov. Yu. I.: Charakhch'.Yan, T. -35
TITLE: Measurements of the intensity of cosmic rays in the stratosphere above
Antarctica
SOURCE: AN SSER. Izvestiya. Serlya fizicheskiya, v. 29, no. 10, 1465, 1805-1806
TOPIC TAGS: cosritic ray, primaq~ c~mi(~ ficial
__ray, outer radiation belt, aitt
radioactivity, critictil energy, proton I
ABSTRACT: Simultaneous measurements of the intensity of cosmic rays ill :'A'11
hemispheres are of great importance for investigating law-energy r t ir,
cosmic radiation, temperature effect, disturbances in tlie earth's -,otor v - at i oil
belt, and artificial radioactivity in the stratosphere. AlLhough the criticai
energy in Murmansk is about 100 Mev and in Mirnyy about 10 Mev, measurement% are
carried out in atmospheric layers above boLh places with .1 pressure of 10 ;~IcW,
which can be penetrated by protons with ener itis above 100 Nev. Data obtai-iied
simultaneously in Murmansk and Mirnyy are obtained at different seasons,,and
they arrive from different directions in. the atmosphere. Sounding takes place in
all stations at a given time. Four times a week cosmic rays are measured with a
Card 1/2

L 3646-66
ACCESSION NR:: AP5026222
single counter and two times with a special telescope. Results of measurements
are represented graphically. The difference between Iturmansk and Mirnyy varies,
depending upon the season of the year. The difference is small when the pressure
is between 20 and 200 g/cm2
The difference increases at other pressures. Orig.
art. has: 2 figures. [EGI
ASSOCIATION: Fizicheskiy institut im. P. N. Lebe,deva Akademii nauk SSSR (Institute
of Physics, Academy of Sciences. S; Nauchno-issledo,.vatel'skiy inatitut yadernoy
fiziki Moskovskogo gosudarst~ennogo universiteta im. M. V. Lomonosova, (Scientific
Research institute of Nucleai Physics, Moscow State Univer tty); VIII Sovetskaya
antarkticheskaya ekspeditsiya (VIII Soviet Antarctic Expedition)
StMaTTED: 00 ENCL: 00 SUB CODE: AA,4s
NO REF GOV: G01 OTHER:' 000 ATD PRESS:

--V ---A -- FA-' z - 1~ -- i4z- ~ -Z-- -I- . I . E., --- -
11 -
- . -- -~ .,., . . -, - k -.-I ~ " -~ ~ ~ I~ t~ "- -1-1 -- - -
I - .\ -Y, ~..f Y. j 4 _-- - L,.,. -,-_ I
-. - -.. - - -1 1 ~ --.- I - I , , . ..-
") 1 7
: i~. I

bA v-,j j 6 VA,, Y,
MILINX, X.I.; NUMNA, T.A., kandidat moditsinskikh nauk; BABASIVA,
To.P.; YOKINA, A.I.; KON01107, O.K.; SIVERM. A.Y.
Treatment of mycoses of the scalp with Losovykh solutions No.1
and No.2 without using- Z rVe. Vest. ven. t dorm. no.5:21-22
s-o 154. (MLRA 7:11)
1. rx Kiyevskogo dermato-venerologicheakogo institute, (dir. G.Te.
Koryakin) i Kiyovskogo gorodskogo dispenser& QlaviW vrach A.S.
Ivanov)
(HM, diseases,
fungus die., chomother.)
(FUNGUS DISIASICS,
sealp, chemother.)

MILINIK, M.A.; IVANOV, A.B.; PODGAYSTSXATA, M.G., imadidat meditsinakikh
asuk,, BABASEVA, Ye.P.; LBSTOYSTSKATA, G.I.; XITSINSKIT, N.V.
-W
Treating mycoses of the scalp with OLesovai&O liquids don 1 and 2
without using X rays. Report No.2. Vest.von. I dorm. 30 no.4:52-53
JI-Ag 156. (MLRA 9:10)
1. Iz mikologichaskogo otdoleniva Kiyovskogo gorodskogo kozhno-
venerologichookogo disAansers.
(ANTISEPTICS) (DIRKAT09YCOSIS) (SCALP-DISEASES)

DRYGA, A.I... inzh.; BABASH,, V.G.~ inzh.
Drilling inserted metal element in reinforeed-concrete parts
of ma.0hines. Mashinostroenie no.3:115-116 It-Je 163.
T, . (MIM 16:7)
1. Nauchno-isoledovatellskiy i proyektno-tekhnologichaskiy,
inatitut-mashinostroyeniya Donetskogo sovets, narodnogo
khozyaystva.
(Drilling and boring)

DRYGA, A.I., inzh.; BABA")H,,Y.G., inzh.
Investigating the strength of reinforced-concrete base parts. Ma-
shinostroenie no.41lIO-112 Jl-.kg. 163. (KIRA 17:2)
1. Hauchno-issledovatellskiy I prqyektno-tokhnologicho:.-,kiy insti-
tut mashinostroyenlya, g. Kramatorsk.

DRYGA, A.I., inzh.; BABASH, V.G., in7Ai.
Lateral rigidity of reinforced-concrete beds for heavy machine
tools. Hashinastroenie no.5tl5-18 S-0 163. (MIRA 16sl2)
1. Nauchno-issledovatellskiy i proycktno-tekhnologicheskiy
institut mashinostroyeniya, Krumatorsk.

DRYGA, A.I., inzh.; BABAM, V.G., inzh.
lnvestd,ntina the strength nnd rigidity of the fastening In concrete
of metal inlaid parts of reinforced-concrete base components of machines.
N I (MIRA 17:2)
Vest.mashinostr. 43 no.11:18-20 . 63.

BABASRIV, B. S.
Clinical aspects of pulmonary echinococcosio. Trudy Inst.klin.i
eksp.Wr. AN Xazakh.SSR 5t86-93 159. (MIRA 130)
(LUNGS--HMTIDS)

BAR IIEV B S,
Comparative experimental evaluation of eame methodsTop anesthsAia
in acute radiation si2knebs. Trudy Ipst. kl".,i eksp, khir. AN
Kazakh. SSR 60~-57 160, MIRk 13:12)
(RADIATION SICKNESS) (ANEStUSIL) -

BABASHEV, B. S., Cand Med Sci -- (diss) "Comparative experiizluntal
evaluation of some anesthetizing imethods in acute radiation sick-
ness. " Alma-Ata, 10,60. 16 pp; (Inst. of Physiology, Dist- of Kray
Pathology and Inst of Clinical and Experimental Surgery of -the Acad-
emy of Sciences Kazakh SSR); 300 copies; price not given; (KL, 17-60,
167)

BABASHEV, B.S.
Cancer of the lungs in Mazakh3tU-. Trudy InstAlin.
eksp. khir. AN Kazakh. sr-,R 8s56-65 62. (WRA 17:7)

0
hiAB.,'tSD'-V. B,S~- ROZIJkVA, AJ, GIJI', V1. ft,~; 11;11: KEMV IG , V "
. J,
Prolapne of' thie bi!art from the j-wrlvirdnum Into tne r,leural
c-vJV following a pilmonuctonv. Trudy inqt. kl..'n. -' ekEp.
k1dr. AN Kazakh. SSR 9-.100 ... 103 16-1. (MIRA 17:1Z)

MOGUTUV, S.I.; j"AQuA u &mw
Expand the production of Siberian pine immersion oil. Gid-roliz.i
lasokhim.prom. 9 no.3;19-20 136. (MLRA 9:8)
1. Barnaullekiy kanifolino-terpentinnyy zavod.
(Gums and resins) (Oils and fate)

BABASHKIN, G.
They are fulfilling the obligations they assumed. Prom. koop. no.9t
8-~9 S 157. (XLU IWO
1. Predeedatell pravleniya Monoblprommov*ta.
(Moscov Province-Gooperativ* societies)

BABASHKIN, G.
We improve industrial managecient. Prom.koop. 13 no-3-6-7 Mr 159.
WRA 12:4)
1. Predsedatell pravleniya ob1promaovetn, Moskva.
(Moscow Province--Cooperative societies)

-BAMSHKIN, I.M.
Shifts and working-hours of telegraph operators should be proper.17
arrahged. Vast. eviazi 19 no.7t22-24 Jl 159. (MIRA 13:8)
1. Starshir inshener normativnoy gruppy TSentrallnogo telegrafe.
SSSR,
(Telegraph-ApIpyeos) (Hours of labor)

BABASHKIN, I.M.
--- ----
Use of broad estimates for establishing the number of teletype
operators. Vest. eviazi 22 no.12:21-22 D 162. (NE[RA 16:1)
(Telegraph-Employees) (Telegraph-Accounting)

BABASUN. A.V.
0""0500=ftereffeote of disconnecting the receptory apparatus in the sino-
auricular ganglion in the heart of dogs by means of extirpation of
the interwartebral ganglia of the first five thoracic segments.
Medych. zhur. 23 no.2-27-32 153. (HLRA 812)
1. Oaipenkivskikiy uchitel'alkly institut (Zaporizlka obl.)
(MVOUS SYSTEM, SYMPATHETIC) (RECEPTORS (NEUROLOGT))
(HNART-INIMRVATION)

l
A-t
l~

IC

US' .R/ I'Aledicine -I Zf. ur ol -.; 1,;y
card 1/1 Pub. 22 - 49/49
Authors I IkAbvw~ln, A. V.
Title i Histological chonges in dorsal intervertabral ganglions after
inflicting chemical trauna on the skin innervated by DI D6
int,rVLrtebral ganglions,
Periodical t Dok- ANT ssc~R 101/3, .581--584, Mar 21, 1955
Abstract I Experiments were condueted on dogs and guinea pigs to observe the
histolo~icnl changes occurring in the dorsal intervortebral ganglions
after inflicting chemioal trauma (formaline emulsion) on the akin
inrmrvat-ad by the DI - DC intervertebral ganglions. The results
obtained are described in detail. Illustrations.
Institution I State Fedf.1gogleal Institute. Osipenko, Zaporozho Region
I
Prosented by i Academician A. I. Abrikosov, August 26, 1954

USSR/bijr1liology of Man and Animals - Vascular System. S-5
Abs Jour : Ref Zhur - Biol., No 6, 26494
Author : Babaskin, A.V.
Inst
Title : Perincural Sheaths of the Cardiovascular System.
Orig Pub : Nauk. zap. Melitopol'sk. der7li. ped. in-t, 1956, 3:
151-168.
Abstract : Perineural sheaths (PS), morpholo(Acally not connected
with the elements of lymphatic system, were revealed
in the aorta,, the pill nary artery, the venae cavae
and other vessels in canine and feline hearts. PS co-
ver certain intramural Ganglia and fibers as well.
The system of PS ends blindly and the myelin sheath
faile to penetrate throudi the end of IS. PS consist
of the inner epithelial membrane and a thick outer lay-
er of argyrophile cells rich in fibrillae;
Card 1/2

HARASKII(a A.V.
Tathology of the Intercostal ganglia in healthy dogs. Firiol,zhur.
[Ukr.] 4 no.1:131-132 Ja-F '58- (MMA 11*3)
1. Helitopol'skiy podagogichniy institut.
(IDO(VOUS SYSTSM-DISMASMS)

AHMOSOV, I.I.; ~AYASjIXIN.,P.G.; GRECHISINIKOV, N.P.; YffIEMIN, I.V.;
KAIPYROV, G.S.; PHYMISHNINOV, V.K.
[Industrial and genetic classification of U.S.S.R. coals;
basis for classification] ProrVshlenno-geneticheskaia klas-
sifikatsiia uglei SSSR; osnovy klassifikatsii. Moskva,
Nauka, 1964. 174 p. (MIRA 17:11)

L o5o8o-67
r--XCC INR,
LWT (d) /FSS-2
AP6013306 SOUPOE CODE: UR/0413/66/00Q/008/0098/00913
AUTHORS% Izhint M. 1.; Alekaeyev, L. A.; Babashkin, V. 1.
ORG: none
TITLE: A method for discrete summation of signals.,f/ Class 42, No. 180858
V
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 8, 1966, 98
1
TOPIC TAGS: signal coding, signal processing
ABSTRACT: This Author Certificate presents a method for discrete summation of signals
associated with the encoding of information with a fixed weight. The method increases
the interference-free nature of the process. Binary symbols of the code group, which
are accepted simultaneously on N channels, are linearly added with subsequent limita-
tion of the sum to N levels by clippers of the sum. The solution in regards to the
transmitted code grou is taken by detecting the specific number of the largest (based
on the number of ones5 or smallest (based on the number or zeros) values of the sum.
SUB CODE: 09/ SUBM DATEt 10Yay65
1/1 fV UDC: 681-142.621-374

GlAZh--')V, P.G., inth.; SLADY05111TYEV, V.T., k~jnd.tekhn.nauk; TFLLSJV' 6.J4.'
inzh.; OFENGENDEN. A.M., imb.; STRELErSy kand.tekhn.nauk;
RURZOV, Y.P., inzh.; Prinimali uchastiyc: YALALling 'A.V.; DIRUFTNIN,
I.I.; YELI)SOF, AN.; YFVTUSHU-JPD, V.B.; OSIFOV, V.G.; bttBAShB'__---
Yu.Z.-- SLITY0, A.N.; ZELENOV, S.N., G~NKIN, V.Ya.; FITAL, N.V.;
VYSOTSY.1,YA, T.M.
Invc:-tirating the operation of multiple-pit continuOUS 5teel Cac;t-
inr arrangements. Trudy Ukr. nauch-i,-sl. inst. met. no.7:133-1.42
(MIRA 14: 11
(Continuous casting-Equipment and supplies)

SHAFOVALENKO, V.G.; BABASKIN, Yu.Z.
-4,
Bottoii pouring of oteel without stoppers, Lit.proizv. no.l+t43 Ap 163.
(Foundrioa-Equipment, and suppliee) (MlFtA 1614)

F I'VJ'Al , IN-V - , VIIIIn - LCJ lln. flauk ' IIAIJA: Xl:;,, Yia.Z. , inzh.
Iml,.roving the tociumlogy of casting IKHSN9~1'1. stevj, Variilijo-
st-oenlp nci.1:59-61 JB-F 164. l?:7,

FIRSEN, N.V., kand. tekhn. nauk; BA4AqN1jL,-Xu&Z.0 inzh.; ZHILYAYFV, A.P.,
inzh.) TUROVSKIY, V.P., lnzh.
Selecting optimum temperature conditions for smelting and
teeming of Kh18NqTL steel. Mashinostroenie no-5928-29
S-0 164 (MIRA IS t2)

ACGE&SION Nn: AP044249 8/0128/64/000/008/0041/0042
AUTHOR- Fikaon, N. V., Dabaslcln, Yu. Zj_ Zhulynyov, A. F,, ShWvalenko6 Ve 06 j'.'
Turovskiy, Vb P.
TITLE i Manufacture of IChl8N9TL stool in an Induction furnace by resmolting with
oxygen
60tMCE: lAtcynoye proizvodst-vo, no. 8, 1964, 41-42
TOPIC TAGSt steel manufacture, Induction furnacoo IChl8N9TL stool, stool smolting,
oxygen rosmolting, docarbonization, blast furnace, tuyero blowing
7
ABSIMACT: The technique of blow-ing oxygen into the metal, the oxygen pressure, and
We composition mid temporature of the metal an factors in decarbonization and chromium
Ibuin-up were Investigated fix an attempt to develop an optimum technology. for manufactur-'
Ing low-titanium, high-quality lUiIBNDTL staffilens steel (with a carbon content not abovo
0. 06%) from Wo plant's steel wastes and rolled scrap by remelting In a 250-kg oxygen-
Ib1asL Induction furnace. By varying the proportion of stainless steel wanton and high-
carbon scrap In Vie material from 0 to 100% and t1io prco-blowing temperature from 1680
to 1660C, with a post-blowlixg temperature of 1800C# an efficient tochniquo was developed
in which the pro-blowing charge contains 47% of carbon stool scrap, to which 27% of
L

ACCESSION NR: AP4044249

stainleso steel wantea (with respect to the molt weight) Is added after blowing. Both,
of the two tested blaBt proceduroo - tuyero blowing and blowing through a submerged pipe
wF,ro found to be effective, the latter being more economical. Remelting with oxygen
given a bettor product than remelting without oxygen. Orig. arL his- I table.

ASSOCIATION: Donotskiy zavod 49cl1skokhozyaystvonnogo, mashinootroyenlya (DonoW

Agricultual Machinery Plant) 7

, 00 j,
SUBMUTE ENCU 00
D
sun ODDEI MM
.
"
004 OT11ER1 000
NO =j? SOVi

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ACCESSION NR: AP4045806 S/0128/64/000/009/0003/0005
AUTHOR: Fiksen, N. V.(Candidate of technical sciences); Babaskins Yu. Z.
(Engineer)
TITLE: Effect of titanium on structure'formation and pressure tightness of
armature castings made of Khl8N9TL steel
SOURCE: Llteynoye proizvodstvo, no. 9, 1964, 3-5
TOPIC TAGS: titanium, titanium alloy steel, steel casting, pressure tightness,
steel casting pressure tightness, armature casting, steel structure formation,
Kh18N9TL steel
ABSTRACT: The development of modern branches of engineering has Increased the
requirements for thin-walled armature castings made of KhI8N9TL stainless steel
which can be used In aggressive gaseous media under pressures of 5 atm. and mores
However, the usual production methods do not ensure the required properties, the
main defect being high porosity. It Is known that porosity In stainless steel
depends on the metal shrinkage, dendritic structure, and the high content of gas
and flaws In the liquid metal ap casting temperatures. Addition of titanium
affects these properties In various ways. The present authors Investigated the
relationship between macrostructure formation, pressure tightness of castings and
technological factors (casting temperature and titanium content). Castings were
'1/3
Card i - .. __ - ' ' . . .. I

ACCESSION NR: Ap4o4506
made In a 430-kg Induction furnace with magnesite lining using ladles pre-heated
to 800-900C. The effect of metal temperature and titanium content on the fre-
quency of macroinclusions Is shown In Figs. I and 2 of the Enclosure. Increasing
the metal temperature from 1580 to 1620C lowers the Inclusions In the castings
somewhat, while between 1620 and 1660C the frequency does not change. The titanium
content has the opposite andgreater effect than metal temperature, and the cast-
Ings have no Inclusions only at 0.3-0.5% TI. In contrast, the oxygen-and nitrogen
content In the steel drops as the titanium content Increases. All data Ind1cate
that an Increase In titanium leads to a higher porosity and lower density In the
castings as well as to lower plasticity at high temperatures. The unfavorable
effect of titanium on castings was confirmed by studies on the relative elongation,
Lowering the titanium content to 0-30-0-50% thus Increases the pressure tightness
greatly. OrIg. art. has: 6 figures and 2 tables.
ASSOCIATION: none
SUBMITTED: 00 ENCL! 01 SUB CODE! MM
NO REr sovt o08 OTHER! 000
Card .2/3-

ACCESSION NRI AP11045806
%
80
to
C
>
40
FFT7~
084"IM NJV. file NM-AW V
Fig. I. Incidence of Inclusions In
relation to temperature. Ordinate
relative frequency of Inclusions
I.- In
Cold. 1 3/3
ENGLOSLUt 01
If
ou 41
re ErV
Fig. 2. Incidence of Inclusions
I.n relation to TI content.
Ordinate - relative frequency
of Inclusions In

'Y' V.11. , I. r"Ai . j ~V. '~-K( " , A . *- . , --'r; . ; :~ " .'. -K TI I . i ': ~~h -
1. - f -
SOK i k'F(I, L. A. , in-1h.
fl-)'lo 1 r.-I, -~ , L i v, ij'o r- - q :i ti rij, !-, t ! i I ti I f, :' .'. f~ "t , ; - , 4~ ; : ~ . I ~; t r ~ t~~ ,,, i c, ~4', . i -
.;u-~ (1.11RA

mmozov, V.,)... '. .!
BABASUIN, Yu,Z., -inzh., ';'Uf--OVSKIY,, V~,, 'rizh.;
SOKIRKO, L.A., InA.; 1fP-SY,-',7.PT0, A.~*.. inz,'-..; II.N. Inzh.
p p
Obtaining compaot stainles~4 steel chs~ings. Magh-,nostroenie
no.3;29-30 My.-Je 165. (MIRA 18:6)

FIXSEN, N,V,; BADASKIN, YU.Z,
~~ffect of titanim on tho forMtioh or tho struature and airtightneas
ot Khl8N9TL atoal pipa pipe tittitig bantingo. Lit, proitv, nb.913-5
SO 164, (MIRA lAtIO)

FDLSEN, N.V.; BABASKIN, Yu.Z.; ZHILYAYEV, A.P.; SHAPOVALENIKO, V.G.;
TUROVSkTY, V.P.
Making Kbl8N9TL steel in an induction furnace by the remelting process
with the use of oxygen. Lit. proizv. no.8:41-42 Ag 164. - (MIRA 18:10)

ACC NR, AT7000964
SOURCE CODE: Ult/0000/66/000/000/0122/0133
AUTHOR: Babas La~u.' Z.- (Candidate of technical sciences); Muravlycv, V. N.
ORG: Listituto of Casting Problems, AN UkrSSR (Institut problem litlya AN UkrSSR);
Donetsk Institute of Ferrous Metals (Donotskiy institut chernykh metallov)
TITLE: linpiovenients in the technology of fabrication of thinwalled stainless steel section
castiligs
SOURCE: MN Uh-rSSR. Porolci stalInykh otlivok i metody ikh ustraneniya (Defects in steel
castings and methods of their elimination). Kiev, Naukova dumka, 1966, 122-133
TOPIC TAGS: stainless steel, metal casting, titanium, nonmetallic inclusion / Kh18NqTL
stainless steel
ABSTRACT. The cxpcrience of the foundry shops of a number of plants in the Ukrainian SSR
showed that the adopted method of melting Khl8N9TL steel in induction furnaces (the revolting
method) does not assure the density of thinwalled section castings designed for the transport-
ation of gases under high pressure, as demonstrated by their pneumatic tests, which pointed
to the presence of three types of microflaws: shrinkage porosity, accumulation of nonmetallic

ACC NR: AT7000964
inclusions along crystalline grain boundaries, and "titanium porosity" (Fig. 1). This is attri-
-7
C3 Cd
0 Cd
U
C)
u) 4~ Cd 0
V 41 0
0
Cd C>
A..
x
Cq 0
x
X 0
rn
rn :!4
R 0 C-) 0
04
IL
g
ho CO
E-, 0
0 '44
7 0
44
0 b0
93 Q
14
P4

ACC NRi AT7000964
butable to the contamination of these cas 'tings by gases and refractory nonmetallic inclusions
the bulk of which forms as a result of the secondary oxidation of metal during casting. Owing
to their considoraWo lengthwise dimensions, those inclusions dotormine Lhe probability of in-
stances of that mutual alignment of microscopic defects of metal which disturbs the continuity
of the entire cross sectional area of the casting. Hence structural defects in stainless steel
castings can be largely eliminated by reducing the amount and changing the nature of nonme-
tallic inclusions. In this connection the authors investigated the effect of the teeming tempera-
ture and titanium content of the metal on the castinfT of stainless stc(,l fittings with wall thick-
ness of -10 min and found that the percentage of inclusions along grain boundaries varies in -
significantly with tciiiperaturo-and significantly with titanium content (as the latter increases
from 0. 10-0. 25 to 0. 80 and highor). Ti produces this effect because it reduces chrornites and
silicates and forms compounds (oxides and nitrides) with soluble oxygen and nitrogen; the re-
sulting nitrides of titanium, in particular, may, owing to their tiny dimensions, act as crystal-
lization nuclei and become ingrown in the crystals of the metal during solidification. The accu-
mulation of noranctallic inclusions along crystalline grain boundaries is chiefly due to the frag-'
ments of shattered films that had formed on the surface of the jet of metal during pouring, with;
the intensity of formation of these films being a function of Ti content. The reduction or more
rigorous regulation of the Ti content of stainless steel reduces the intensity of the film-forming'
process and hence also leads to improvements in the physico-mechanical propei--:,~s of castings,
Cord- 36

ACC - -NR,.-X177000964
-1
Compared with the regular method of remelting in induction furnaces, partial remelting with
the use of oxygen (Fiksen, N. V., Babaskin, Yu. Z., et al. Litoynoye proizvodstvo, 1964, 8)
is preferable, since this process ussures a high stability of the C and Ti content of the metal.
Orig. art. has: 8 figures, 3 tables.
SUB CODE: 13, 11, 20/ SUBM DATE: 23JuI66/ ORIG REF: 016/ OTH REF: 002

Y,AKIINOVSKIY, I., kand. sellskokhoz, nauk; GUZEYEV, G., nanahnyy sotrudnik;
GALINSKIY, V.; OCHFRETENKO, Ye.; VOLGINA, T.; MULLIN, S.;
SAFIULLIN, M., aspirant;-._AABASYAN, A.
Use of toxia chemicals. Zashch. rast. ot vred. i bol. 10
no.8i2l-24 165. WIRA 18:11)
1. Sredneaz4.atskiy institut lesnogo khozyars'.va, Tashkent (for
Ma'khnovskiy, Guzeyev). 2. Zaveduyushchiy Kabardino-Balkarakoy
tokeikologichoskoy laboratoriyey, Nallchik (for Gallnskiy).
3. Zaveduy-ushchiy kafedroy zasachity rasteniy Kamenots-Podoll-
skogo sellskokhozyaystvennogo instituta (for Ocheretenko).
4. Starshaya 'Laborantka Kamenets-Podilakogo sellskokhozyays'Lvennogo
institute, (for Volgina). 5. Nachallnik Tatftrokoy s,,antsii zashchity
rasteni,v (for Mullin). 6. Kazanskiy pedagogieheskiy in8titut (for
Safiul";in). 7. Zaveduyushchaya Irkutskoy tok5ikologicheskoy
laboratoriyey Vaesoy-uznogo nauchno-issledovatel'skogo instituts,
zashchity rasteniy, Irkutskaya cblast' (for Baba3yan).

BABUYAN, A.M., nauchnyy sotrudniic
r-
Disinfectants for wheat weeds. Zashch.rast.ot vred.i bol. 5
no.3s28 Mr 160. (MM 16:1)
(Irkutsk Province--Wheat-Diseases and pests)
(Irkutsk Province--Smuts) (Seeds-Disinfection)
-1 .11~ .V -.

I
PABASIAN, N. Z.
"Competition in Cost Reduction. At the Kutaisi Leather Footwear Combine,"
Leg. prom., No.1, 1952

~: -I ~-I? k -I--
~-' - , , 1. j - ). , .
Lcathnr indu5try - Kut;,Y,,:-"-
11
- t1w ~ no. -1 , 19: ~
", Q, f"11~1 ", ; on '~ r t:". ;,ii L ty~~J 1, ~: . r :1 ~ 1 -s',ou - i ~ , n-, - I " 6 - P1101111.)
I ". I - 14 -1-
2
9. Monthly List of Russian Accessions, Library of Congress, Novcmb,r-1953~ Unclassified.

k-, T! L j, - ~ ; _~_ 'i -
BABASYAN, N.Z., inzh.
I,eather and footwear industry of Georgia during the sixth five-
year plan. Log. prom. 16 no.8;14-15 Ag 156. (MIRA lorl2)
(Georgia--Shoo industry) (Georgia--Imather industry)

BABASYAN, X.Z., inzh.
Prospects for the expansion of the shoo Industry in the Georgian
S.S.R. Kosh.-obuv. prom. no.8:11-13 Ag '59. (KIRAL 13:1)
(Georgia--Shoo industry)

BABASTAN, N.
Xeeting the requirements of the Soviet consumer. Kozh.-obuv.
prom. 2 noo4:38-39 Ap 160. (MrRA 13:9)
(Shoe industry)

ELUAS
!~, Z ,
Organization of a centralized clicking of materials for sole
pafts. Kozh.-obuv.prom. 3 no.8:13-IlAg 161. (I,',IRA 14: 10)
(Shoe manufacture)