SCIENTIFIC ABSTRACT FATKIN, N.P. - FATOVA, L.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000412510009-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 22, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Fatlkin, 11. P IT!actures of thc. -Iil,ul~ in horse,,~,tl Trud~ J'.lma-At. vet.-zoot-~kKn.
in-Ta, Vol. V, 194R, P. 2-eq-29
C : U-3566, 15 Mirch 53, (Letopis 'Zhurnal lny~h btatey, NO. 13, 19h?)
0

FM lj'T~', j:. "'.
Fatlkir, N. r. ", rf-,- U tent nr!cl prevnnti,n c,;" is f"ecti(ris ( Imalltr:(!~!rs) ;,,
rs2s or, th~ re,-r ;iir'lact-t of t1in hol,ble;vf Trudy Alpm-tt. vet.-7.notekhn. in-LF,
Vol. V) 1911', p. 230-32
So: U-354:6. 11) flarch .53, (Lotopis 'ZIjurna) InykIi -trtey, INIo. 13, 1949)

- --m-
FAM , N. F. AND ISAEV, S. G., Lecturers.
"Anesthetization of Penis in Bull."
SO: Veierinariia 25 (3), 1948, p 24.
0 0 0 41 41 * 0 0 0 0 0 41 0 0 0 .0 0 0 0 9 0 0 0 0 0 * 0 0

FATKIN, F. 7. , Xngineer
"Achievements of the Work of the Scientific and TechnicAl Seagion on the Modernization
of Equipment 0 Stanki i Instrument, 12, No 1, 1941.
Report U-1503, 4 Oct. lq5l

MITISH. Idmund Ernestovich; UNR~, Alskeandr Ivanovich: FATKIN. 2etr
Fedorovich; AMRIMV, D.P., prof., retsenzent; MMMOT-, P.-r.-.-
`*eon mist, retsenzent; KETT, G.Ya.. dotsent, red.; SALTANSKIT.
A.A., red.izd-va: CHERSOVA. 2.I., tekhn.red.; DOBRIT51M. R.I.,
takhn.red.
Elconomic structure, organization, and planning of a machinery
plant] Wonomika, organizatelia i planirovanie mashinostroitell-
nogo prodpriiatiia. lsd.2.. dop. i ispr. Moskva, Goo.nauchno-
takhn.ixd-vo mehinostroit.lit-ry. 1959. 374 p. (MIRA 12:12)
(Kochinery industry)

KA2iMKIYO T., inzh.1 MEWUVt I., inzh.; PATKIN Yu. insh.
Screen of a photon migine. Ar.i kosm. 45 no*2tl4-a F 163,
(MM l6s2)
(Speas vehicles-4ludlum paver planto)

ACC NR-. A-2700200 SOURCE CODE: UR/0424/66/000/006/0003/0010
AVr11OR: Tokarev, V. V. (Moscaa); Fatkin, Yu. M. (Moscow)
ORG: none
.TITLE: The game-approach to the selection of.the optimum parameters of a dynamic
system
SOURCE: Inzhenernyy zhurnal. Mekhanika tverdogo tela, no. 6, 1966, 3-10
JOPIC TAGS: game theory, spacecraft payload, continuous function, guidance system
,ABSTRACT: The problem is formulated in terms of the theory of antagonistic games.
The given parameiers are the range boundaries of possible maneuvers. It was attempt-
ed to find the parameters of a dynamic system such that it is optimum in a certain
sense with respect to the indicated range of the maneuvers. The game takes place be-
tween the Designer and Nature. The state of the controlled object (or dynamic sys-
tem) is 'defined by a system of conventional differential equations. A maneuver is
defined by a set of boundary values of phase coordinates and time (T). The entirety
of these values is denoted vectorially. The llquality~' criterion for the performance
of a maneuver is the finite value of a phase coordinate x0,
extramum

ACC NR: AP7002687
In the course of the game, the Designer selects his' moves so as. to minimize his loss;
Nature plays so as to maximize the Designer's loss with every move of the Designer.
The game problem is applied to an ideal engine with limited.power for the delivery of
the maximum payload into space. The payload (which is a functional), is pla"ed in
terms of a trade-off function. Several variants are considered, including: a) the
parameters of the maneuvers set by Mature am not known by the Designer, and b) the
parameters of the maneuvers attempted by Nature are in an interval that Ls known to
the Designer. The Same value and the optimum strategies of the Designer and Nature
are evaluatede The relations between the optinum values of the parameters we LUu-
strated in the following table
40 Oj 0.4 Oj
O.Ot OA 0.19 .01 A 0.2 0.4 0.30. A 0.1 0.2 0.4 0.6 0.7 .79-
"0
0.81 0.9 0.09 .41 .3 0.8 0.8 0.90. .210.3 0.4 0.6 0.8 0.9 AA
W 0 0
00* 0.31 0.340. Ot .20 0.28 0.4 a. 5 0. .010.1 0.2 0.4 0.6 0.7 .79
0 " , 0.81 0.9 0. .21 .5 0.0'0.8 0.90. .210.28 0.28 0.6 0.8 0.0 .00
21
ve O.M 0.82 OAMB .350.6 0.7 0.8 0.97 .62 0.630.6 0.50 -.640 09
I
0.18 0.180. .go .376.4310.4 .0.3 0.20. "10 .38 0.33 0.4 OM .36 0: 7~
37
where 0*, we tha parameters of the ameuvers iAdch are'favorabla for Xatvre
Card 2/3

ACC IN R I A!"! ( 0 " 5 37
br, is the game value; G4 is the unique (or singular) optimum strategy of the Design-
x
or; AO = 41 - 40. The loss is measured in units or multiples of payload& Origo arts
has: 32 formulas, 5 figures, 1 table.
SUB CODE; 12,13122/ StMH DATE: 02Apr66/ ORIG REF: 006
. ........ ....
_.'g M
WON

L 6t)9U-6t~ AM/96MI (d )/1PBD/Wr(1)/?R0/9dP(m)/R6*r (m)/EWq(S)-?/FA /WP(C)/fNT(h)/'
7F,~-_:T_k, 715~(m) Pn-h/Pd-1/Ps--L-/Pv-4 MW
AC-CES31014 NRI kp5ol6268 UR/C,258/65/005/003/0531/0536
531-353
AUTHORS: T
2kAwev V.V. (Kosecir); Fatkin, Yu. M. (Moscow)
TITLE: Accumulator of working fluid in the problems of motion optimization with
f inite power
I SOUROE.- InshenerrWy zhurnalg Y. 5., no,, 3, 1965., 531-536
TOPIC TAGSt atmosnl~,ere. ng-loadgair scoopg orbital I~E~cto~
ible airg optimum process.' flow rate
AIWRACTi The fouoviiig probleoi is presented: given the am of times required to-.
fulfill a two-phase maneuver Tg the time for fulfilling the basic maneuver in
determined by the difference between these times and the accumulation time TVs
It is required to obtain the marJmlm payload (~T for a given initial weight G 0.
The orbit for the accumulator is assumed to be circular and in a constant density
atmosphere., The weight of the IM~ ~cld'
lbetween the start of the exoatmo6pherie,
maneuver and its termination is degined by r
Caro,
-1/3.

IL
r'R v 'Vi
and the payload$ by
VII
+
+
To calculate an optimum payloado a special case is selected where is expressed
,through
The corresponding GjrmMC yields
UPS
i Card.'2/3
-01 1 W-
i-:5 All 1,91-4-00 901"I'M - I. N

...........
IN W~~' - Ml b, M, �R EEEEEEEEEE.. I

TROPIKINKO, T.D., doteent; SULBYMOV, A.A., kandidat mediteinekikh nauk;
YATIZIN, Yu,N,, subordinstor
"J 'i
Disinfect-foW- W the surgeonla hands and sterilization of Instruments
with diocide. Zdr&vJrasakh. 16 no.9:21-23 156. (KLRA 10:1)
(DISINYBCTION AND DISIMPBOTANTS)

TROlPIMZNKO. T.D.. dote.; SULMONOT, A.A., kand.med.nank; ~k
Problem of treating the surgeon's hands and of sterilizing surgical
instruments vith diocide. 1him. I med. no.10-52-54 159.
(MIRA 13:2)
1. Iz kliniki obahchey khirurgli (dir. - daystvitellnyy chlen AN
Uzakhokoy SSR prof. A.N. Byzganov) Kasakhekogo meditainskogo insti-
tuta,
(SURGERY, ASEPTIC AND ANTISEPTIC)
(SURGICAL INSTRUKENTS AND APPARATUS-STIRILIZATION)
(DIOCUM)

- FATIKIN, Yu.N.
Changes in the biological characteristics of transplantable
malignant tumors under the effect of snake venom. Trudy
Inat. klin. I ekap. Mir. AN Kazakh. SSR 8:132-135 162.
Study of the complement activity of blood serum in rabbits
with Drown-Pearce carcinoma. Ibid.s136-139

FATS ~.7 1
J, yll,:I.
Effect+- of rnake vencim .lri th~-. proylertle:3 of malignant tumorB,
Ilest-IN KazqKh.S~-R 19 mo.9.,84-15 MY 86Z ,
~' M I RA - 10)

140) s ov/67 - 59 -5 -7130
AUTHORS: Martyushovj B. I., Engineer, Fatkins, A. M., Engineer
TITLE: Mechanical Properties of Text ;11' -inRx at Low Temper-
atures
PERIODICAL: Kislorod, 1959, Nr 5, pp 26 - 28 (USSR)
ABSTRACTt The above materials (tissue- and paperlike stratified materials)
have a low heat conduction coefficient, and gain more and
more in importance owing to their mechanical properties in
the production of details of low-temperature apparatus. The
mechanical properties of these substances at low temperatures
are not yet known. The Laboratory of Metal Investigations of
the VNIIKIMASh, therefore, made investigations of the sub-
etances at low and hormal temperatures. Textolite of the
PT(GOST 5-52) type, and getinax of the V(GOST 2718-54)type
were tested according to the method GOST 4670-49. The samples
were given a special form in examinations for elasticity which
made them break in the middle (Fig 1). The investigation re-
sults are compiled in table 1. Examinations for compression
were made on prismatic samplesi data are giYen in table 2,
Hence it appeare that both substances have better mechanical
Card 1/2 properties at low temperatures. Textolite, ;ir instance, pro-ved.
V

Mechanical Properties of Textolite and Getinax at Low SOV//67 -59 - 3 -7/"~,
Temperatures
to be considerably more solid at a tension test at low
temperatures whereas getinax was more stable in a compres~icn
test. Textolite did not solidify to such an extent as getin~y..
The following was found in investigations cf the substan,~;_-
at their cleavage along stratification: textolite showed
cracks at random while getinax exactly broke into halvt-.,o-, ur
into few flat plates (Table 3). Further, the resistRro,? to
shock was determined. Both materials proved to be ecua-..-.,
stable against shock (Table 4). At low temppratares, the re-
sistance to shock decreased more Ln the case of textolite
than of getinax (Fig 3). The hardness of the stratified ma-
terial was determined according to tht! mfAhod by KIPLASTMASS.
Both materials reached, at a temperature of -1960, thf, double
degree of hardness (Table 5) in contrast to that attained at
room temperature. There are 3 figureF anU 5 tables.
Card 212

L 59275-65 (c) MJd1JD
~ACCESSION NR: AT5016070 UR/2776/65/000/039/0228/0232
AUTHOR: Gulyayev, A. P., ratkina-A. H - Gudkov, S. I
TITLEi Effect of heat treatmetAon the cold brittlenesl of 06N3 steel
SOURCE: Moscow. Teentrallm. nauchno-issiedovatel'skiy Institut chernoy metallu giii.
,Sbornik trudov, no. 39, 1965, Spetsiallnyye stali i splavy (Special steels and al-
I'loys), 226-232
ITOPIC TAGS: alloy steel, heat treatment, embrittlement, metallographic examination*
imartensitic transformation, impact testing, metal mechanical property, low tempera-
ture research
ABSTRACT: The effect of low temperatures on the brittle behavior of O6N3 steel wash,
studied, by varying the structure and using Impact transition results as a criterion
of brittleness. -Four heats were made by two separ e melting processes, using an
5 an
jelectric furnace and a converter. Plates of 10 mm thickness were hept treated
:by quenching and tempering. Hechanical ere determined for roq# tempera-.,
iture and -1830C, as a function of tempering temperature. Kicrostructures~of the
steel are given for the nowalfte d and tempemd conditions. In the normalized statel
Card 1/2

L,59275-65
ACCESSION HR: AT5016070
the structure consists of ferrite with some
I pe.arlite at the grain boundaries. Af-
!ter quenching the structure is typically martensitic, and tempering above 6000C re-
!sults in reformation of ferrite with carbide distributions around grain boundaries.
,4A series of impact transition curves Wo4n to -18300 are shown for tempering in the
3
~,foO-6600C range. Besides these. curves are platted for the percentage of brittle
Iracture in the impact sample&bCold brittleness in the steels tested depends on
ibeat treatment, the highest transition temperature (worst condition) occurring for
I
ithe normalized state. The lowe6t. transition temperature occurs for samples quenched
I
and tempered at 500-6400C. ror these two states, the remaining mechanical proper-
ities at room temperature are identital. Orig. art. has: 5 figures, 1 table.

;jI )/1L"i i'~ w. 4111 4.
-,A P6 0 3 59 5 1 A SOURCE, CODE: Ult/0129/66/000/010/0034/0039
A11111011: Gulyayev, A. P. Fitkina, A. M.
01' G: TSMIChERME.T
ATITLE: Effect of nickel on the mecha lical properties and nil- ductility transition
temperature of low-carbon steels
SOURCE: Metallovedeniye i termicheskaya obrabotka metallov, no. 10, 1966, 34-39 and
Iappropriate insert facing p. 33
TOPIC TAGS: crvogenid steel, nickel steel, low carbon steel, &4-~ propertypActr
ABSTRACT: Since chromium-nickel stainless steels suitable for cryogenic applicati6ns
are very expensive, an attempt has been made to determine what nickel content would
ensure a sufficiently low temperature of transition to brittle behavior (NDT tempera-
ture). Several heats of a low-carbon steel (0.02-0.05% carbon) containing
from 0.12 to 9.1% nickel were tested. It was found that at contents of up to
5-7%, every 1% nickel lowers the NDT temperature by 20C. Further increases in
nickel content have little or no effect on NDT temperature. Nickel also improves the
strength characteristics. For instance, with nickel content increased from 0 to 92
the yield strength increased from 30 to 60 kg/MM2 at +20C, and from 75 to 100 kg/mml
at -196C. The notch toughness was found to be satisfactory (8 kgm/CM2) with a nickel,
.rd 1/2 UDC: 620.17:669.15t24-194.536.43

L 09996-67
ACC NR: AP6035951
content of at least 6%. Therefore, I the use of steel with 9% nickel is justified on-~Y
in cases where the notch tousthness of steel with 6% nickel is insufficient. The firs
I experimental heats J--S~-eei-~-c-o`n-t'aining 6 and 9% nickel melted and processed by the
Voi=nnA-11usnvy Oktvabr' Plant are being tested under operational conditions.
ON6A steel (0.06% max carbon, 6-7% nickel, 0.45-0.602 manganese, 0.17-0.37%
silicon, 0.02Z max sulfur. and 0.022 max phosphorus) has the following guaranteed
minimum values of mechanical properties: yield strength 45-47 kp/mm2, tensile
strength 50-55 kg/mm2, elongation 30- 2%, reduction of area 70-75%, notch toughnes
20 kSm/cm2' and NDT temperature -180CleON9A steel (0.06% max carbon, 8.5-9.5%
nickel, 0.45-0.60% manganese, 0.17-0.37% silicon, 0.02% max sulfur, and 0.02%
max phosphorus) has the following guaranteed minimum values of mechanical properties:
yield strength 58-60 kg/.mm2, tensile strength 65-68 kg/mm2, elongation 28-30%,
reduction of area 70-80%, notch toughness 25 kgm/cm2, and NDT temperature -180C.
Orig. art. has; 5 figures and 3 tables.
SUB CODE: 1l/ SUBM DATE: none/ ORIG REF: 005/ OTH REF: 006/ ATD PRESS: 5105
1 t'l
21,2

ACC NR, AP7002576 (A, d) SOURCE CODE; uR/o4l3/66/000/023/0073/0073
INVENTOR: Fatkina,_A. M.; Gulya v, A. P.; Ullyanin, Ye. A.; Tyurin, Ye. I.
ye
ORG: none
:TITLE: Nickel steel. Class 40, No. 189152 [announced by the All-Union Scientific-
'Research Institute of Oxygen Machine Building Industry (Vsesjyuznyy nauchno-
!issledovatellskiy institut kislorodnogo mashinostroyeniya))
1SOURCE: Izobreteniya, proaWshlennyye obraztsy, tovarnyye znaki, no. 23, 1966, 73
TOPIC TAGS: nickel steel , zow 7T-1nPFRn'ru46 nirn-41-
'ABSTRACT:
Th*is Author Certificate introduces a nick'el steel with improved a.echanical
properties at subzero temperatures.containing 0.06% tmax carbon, 0.45 to
_~.17:~~ silicon, and 6.0-6.5%.nickel.,
0.60% manglnese, Z_
SUB CODE: 1l/ SUBM DATE: 14Sep65/ ATD PRESS. 5113
uDc: 669.14.ole.41:669-15'

FATKIIEV, M,
Achievemente of road conrtructore in Sterlitamak. Art. dor.
25 no.10:30 0 162. (MIRA 15:10)
1. Nachallnik Sterlitmakakogo doroahno--atroitollnogo uprav-
lenip.
(Sterlitanak-Road construction)

t IIc' t

PAT I MV. V.
Renovation of the S-251 mortar pump. Stroitell no.5:21 My 156.
(xiRk nt6)
(mortar) (Pumping machinery)

F 0
7von
t 1-j C kia
Acadc.,r,ic Dcgree3: /,,..ot i;iven/
--prise (Geoloi-I"i6y pruz,-.=f narou
AffiLiation: Gu3Ij,."jca-.L L;urvey iiatiolial 1~ntei
Pribram vol xX;r.VI, NO 5p
Geolo ricl,211OP
u-nr7ue *Jestnik ustrednilio Ustavu
source: ~- , p
~11;4rj I~J6 ~! 0 of t1je i iddle
'ta~jorphic Complex
Data: tit;~rittij.-,raphic DivisiOn Of the !.,e
v U
Part, Of tile xrusne hory I-Iountains (Brzgebirge)."
A% -CV, E.
y..U-.-OrS: 1)TST'-.
GPO 98,643

SO-E-NOVI P.P.; SHEOUTSOVA, V.N.; LUK1Y.ANOV, D.P.; ZHAROV, A.V.;-S-Lh7DEF.OVICHJ,
M.G.; FATKULBAYANOVA, M.B.
Effectiveness of penicillin and streptomycin in the treatment
of acute uncomplicated gonorrhea in males, Vests dermo i vene
38 no-3:68-70 Mr 164. (MIRA 18:4)
1. Otdel gonorei (zav. - P.P.Semenov) Ufimskogo nauchno-isslrdavatell-
skogo kozhno-venerologichoskogo instituta (dir. ?.N,Sb1t3hkin) i
gorodskoy venerologicheBkiy dispanser (glavny-,v vrach S.M.Rutes).

,--~KULIN, 1.
Iftperience in storing lupine seeds. Muk.-elay. prom. 26
no. 12;19-20 D 160, (MIRA 13:12)
1. Direktor Novozybkovskogo khlebopriyounogo punkta.
(IAVine-Storage)

FATKULIN, K,
Building plan for lupine-processing plants. Mukrelev. prom. 27
no,5:27-28 14Y 161, (MIM 14:0 -
1, Direktor Novozybkovskogo khlebopriyemnogo punkta Bryanskoy
oblasti.
(Lupine)

FATKULIN, KV
The present system for increasing file qualification of workers
should be revised. Muk.-elev. prem. 28 no.5*-31 my 162.
(KRA 15:5)
1. Direktor Novozybkovskogo khlebopriyemnogo punkta Bryanskay
oblasti.
(Agricultural workers-Education nnd training)
(Grain elevators)

BUBLICHNIN . N.L.. HDOOTSKAML, L.N., YATKULIN, R.H.
Considering problems of geotectonic and the orjVLnic
world. Vest.AN Uzakh.~SR 16 no.4:81 Ap 160. (KMA 13:7)
(Geology, Structural) (Biology)

V 2-
C 4r-llot
1"a "
17.0 72
- t-.' 1., 96 -
.10
wo 7.7. SIA,
'ariqla 0
.3. 32-t!
v

0' , ~' id L. a.
Monw, V. ve I
Chemical Apparatus.
Apparatus for determination of presBure and composition of saturated vapor
of layer-forming liquid systems. Zhur. fiz. khts. 26, no. 2t 1952*
1
9. Monthly List of Russian Accessions, Library of Congress, September.1953(.2 Unclassified.

MOVMOI , V: V.*f' ii it's 'f.* 'd'.'
Phase Rule and EquilibrIum.
Vapor pressure or ternary synth* Part 1. System ethyl alcohol - 1j,
2 - dichloroethanebenzene. Zhur. fiz. kh4-. 26 no. 5, 1952.
9. -Monthly List of Russian Accessions, Library of Congress, November .195$2 Unclassified.

1. '.j. %! '.*.:7L~', j_ j'-
. j~
I I___, I
2. uss-ri (6co)
if. Systems (Cher-istry)
7. Vapor pressure of ternary systems. Part 2. System ethyl alcohol-1,2-dichlor-
oethane water. Zhur. fiz. khi!a. 26 no-.* 10, 1952.
9. Monthl List of Russian Accessions, Library of Congress, March 1953, Uncl.

FATHLINA, L. 0.
FA ).4ZT3
USSR/Chemistry - Ternary, System Nov 52
"The Equilibrium of Liquid-Liquid in a Ternary Sys-
tem," V. V. Udovenko and L. G. Fatkulina, Cent-
Asian State U, Tashkent
I'Zhur Fiz Khim,, vol 26, No 11, PP 1569-1572
The authors examined the eq of L. A. Rotinyan and
shoved that in the case of a paraboloidal curve of
sepn. in ternary systems, the nodes can be parallel
to the side of the triangle when the liquid phases
are in equil. On the basis of the above-mentioned
eq, the authors concluded that the critical point of
mutual soly in ternary systems can also be located
at the vertex of the binodal. curve of sepa.
242T3

U SH
a U,
et, A 41, m floats a vik tAttan
1: dv M1110 O"tir. 16.4 1 1) with v Insf
(117,
*OM talcti, by nt"to Ot the VI-Altifilli-M is #q1i linn
homtxpthdaim liblishig r Osit, ck.) Idues L w
of
ti%I%A, Alm %V111111 I At rA OU the sly. With thritio caled,
by mcalls of tho misM, + 4YI. wittiv
1.1 Is Use heal 3141 6.illdithl 11migmtentandyl,
till sets of values am
tcluatiatt + toeftrit +
lok-AgOW/4-tim, + NWY4 + ps'N4 S rtud" Pit, and jet vr*
lite v&tpcr Precincts In the pum Ows, thv &C.111ty tftq.
and tito mesits 4amitut of the jth c6imopment in tlteLlqug 4
phaw, Itisp, Will derivV4. W. Lmbm"4.-i

RAXHIMOV, Kh.R.;--XATKMIMA, L.G.
Viscosity of the pyridine - water - carbon tetrachloride system.
Uzb.khim.shur. no.6:29-33 '58. (MIRA 12:2)
1. Sredneazistakly gosudarstvannyy universitet im. V.I.Lenina.
(Pyridine) (Carbon tetrachloride) (Viscosity)

RUSTAMV, Kh.R.-, FATKnINA, L.G.; NABIKHODZHAYEV, S.M.
Catalytic prnperty of bifunctional cationites. Uzb.khia.zhur.
no.1:39-42 159, (MIRA 12:6)
1. Sradneasiatakly politekhnicheaVir institut.
(Ion exchango) (Ciatalysts)

RUSTAMOV, Kh.R.; FAThULINA,, L.G.; AGZAMOV, K.A.
Effect of solvento.on the catalytic activity of the KU-1 cation
exchanger. Uzb.kllim.zhur. no.2:32-33 161. (MM 24110)
1. Sredneaz-4atakiy politekhaicheskiy institut.
(Ion exchange resins) (Catalysis) (Solvents)

RUSTAMOV., Kh.R.j FATKULINA L.G6; AGUMV, K.A.
Some problemm involved In cation exchange catalynia. Uzb.khim.
zhur. no.4!32-35 161. (MIRA 1418)
lo SredneAsiatokiy politekhnicheskiy institut.
(Catal"19) (Ion exchange)

FITKULINA N.P.
Science based atheistic training in biology lessons. Biol. T shkole
no-4:8-10 Jl-Ag 163. (KRA 16:9)
1. Srednyaya shkola No.2, stantsiya Chelyabinsk Yuzhno-Urallskoy
zheleznoy dorogi.
(Biology--Study and teaching)
(Atheism--Study and teaching)

FATKULINAl Z-
Experimental pr4edure for issuing credit to consumer
cooperatives to finance the turnover Of goods. Den.i kred. 21
(MIRA 16s4)
no.4s4o-45 Ap 163-
(Cooperative societies) (Banks and banding)

FJLTKULIYEVI-,Sh.; BUYANOVSKIY. N.I., konsul'tant, laureat Stalinskoy
-- pro-Ri- KORNILOVA, K.I., redaktor: MININ, D.G.. radAktar.
[Drilling rapidly and economically] Burit' bystro i des~evo.
[Moskva] Profizdat, 1953. 27 p. (MLRA 7:3)
1. Nachallnik uchaetka Buzovninakoy kontory bureniya ob"yedine-
niya "Azneftl* (for Fatkuliyev). 2. Zamestitell nachallnika
takhnologichookogo otdela Galvburnefti Ministerstva neftyanoy
promyshlennosti(for Buyanovskiy). (Petroleum--Well boring)

EFROS, D.A. (decsAiped]; PATKULLIN,- A.Kh.; LANITINA, A.A.
Model for studying the oil flooding process in a thick layer,
Nauch,-tekh. abor, po dob. nefti. no.15:26-31 161. (MIRA 1519)
Lb Vessoyusnyy neftegazovyy nauchno-issledovatellskiy institut.
(Oil field flooding)

TATKULLIN, A.Kh.1 LANITINA, A.A.
when uming the flooding method, Naucho-takh. sbor.
po dob. nefti no.16s24-30 162. (MIRA 1519)
(Oil field flooding)

FATKULLIN, A.Kh.; LANITINA, A.A.
Experimental study of the displacement of the water-oil contact dur-
ing floqding. Neft. khoz. 39 no.11:41-46 N '61. (MIRA 14:12)
(Oil field flooding)

KURBANOV, A.K. (Moskva); FATKULLIN., A.Kh. (Makva)
Percolation of a two-liquid mixture. PMTF no.1:160-162 JaF
162* OIRA 15:4)
(Percolation) (Fluid dynamics)

FATKULLINj A,Khe
- I
Comparison of certain theoretical SOIUtiOYIB Of the Problem of
water-oil contact dioplacermt with experimental data. Nauch.-
tekh. abor. po.dob. nefti no.17:22-28 062. (MIRA 17:8)
1. TatarsIdy neftyanoy nauchng-lualedovatel'skiy institut.

14-57-7-14962
Translation from: Referativnyy zhurnal, Geografiya, 1957, Nr 7,
p 124 (USSR)
AUTHOR: Fatkullin, A. 8h.
TITLE: Chernozems of the Bu ullma Plateau (Chernozemy
Bugultminskogo byrta~
PERIODICAL: Uch. zap. Kazansk. un-ta, 1956, Vol 116, Nr 9,
pp 3-59
ABSTRACT: The author describes the physical and geographical
characteristics of the region and its soils. The
soil-forming rocks have a high calcium carbonate
and magnesium carbonate content, a mechanical compo-
sition of clay particles, and frequently changing
lithology. Soil cover is characterized by a sub-
stantial variability brought about by different
degrees of leaching, by a variable carbonate content,
Card 1/2 by the presence of bedrock fragments in the soil

Chernozems of the Bugullma Plateau (Gont.)
14-57-7-11~962
cross section, and by an uneven humus content. The arid climate,
the complex orohydrographic system and the interaction betweEn the
highly carbonaceous soil-forming rocks and the grass cover combine
to produce chernozems. The ordinary thin chernozem is the most
common, but a thin leached chernozem is found in the valleys.
Garbonaceous chernozems are found in a few areas. All these cher-
nozems are found in a few areas. All these chernozems have a high
humus content and freely change from one type to another . The
author has divided the soils into subgroups on the basis of their
crop producing characteristics. A bibliography of 43 titles is
included.
Card 2/2 A. G. T.

FATKULLIIIJ, A.Sh.
Some data on the characteristics of soils influenced Iry the
local reservoir on the Sheshma Riverg Tatar A.'. S. S. R.
Fauch. dokl. vys. shkoly; biol. nauki no.1:189-192 162.
(MRA 150)
1. Rekomendovana kafedroy poch-vovedeniya Kazanskogo
gosudaretvennogo universiteta im. V.I. Ullyanova-Lenina.
(SHESHMA VALIEY--SOILS)

,---YATKULLIN,-
Fablic health system of the Tatar A.S.S.R. on the 42nd anni-
versary of the Oatober revolution. laz.med.zhur. 40 no.5:3-
5 S-0 '59. (MIRA 13:7)
1. Zamentitell ministra sdravookhramenlys, Tatarskoy ASSN.
(TATAR A.S.S.R.-PUBLIC MU K)

FATKULLIN, F.Kh.
\I------------D~~elopment, of the public health network in the oil fields of the
Tatar A.S.S.R. Kaz. med. zhur. 41 no-3:3-6 Pty~e '60. (MDU 13:9)
1. Zamestitell ministra zdravookhraneniya Tatarskoy ASSR.
(TATAR A.S.S.R.-FETROLEUM WORORS-.MDICAL CARE)

FATKULLIN, F.Kh.
Medical control of sports in the Tatar A.S.S.R. Zdrav. Ros. Fedor.
9 no.7:16-20 JI 161. (MIRA 14t7)
1. Zamestitell ministra, zdravookhrawalya Tatarskoy A6SR.
(TARALR A.S.S.R.--SPORTS-HXGIENIC ASPECTS)
I t

FATKUI=, F.Kh.
Problems of tuberculosis control in the Tatar ASSR, Kaz.me(L
zhure no,20-7 Mr-Ap'63 (MIM 16:11)
1. Zameatitell ministra. zdravockhraneniya Tatarskoy ASSR.
t,

USSR/CL,ltiv,,itdd Plants - Podders. m
Alb a Jvur Rof Zhur Biol-, No 18, 1958, 82392
Aut'ior FatkuLILL-111
Inst
Title On the Causes of the Lowerii,,,.- of Alfalfa Seed Yield.
Orig Pub S. kh. Bashkirii, 1957, No 8, 15-18
Bashkortostan auyl k1nizImlyfy 1957, No 8, 14-18
Abstract In the field trials of 1948-1950 in t.e and part of
Bashkiriya, the chief reason for the lo-weri--,-,, of alfalfa
seed yield is an insufficiency of soil moisture duriuG
the staae of biiddiiig to fv.11 blossonin-. A copplex of
agrici.:1tural meastwes is recomeaded for obtai-aint, a
hi0i and stable yield of the seeds: burninG the stt-.bble
in spring, sprayinG with DDT preparation (at the rate of
20 miloE;rans/ha) dtirin3 the period of b,,-dc1iue,, top dres-
sinG with fertilizers (10 tous/ha of mmure, 3 ce-utners/
Ila of P. and 1 ceatners/ha of Kk), st!pplenentary,
Card 1/2

FAIKULL11ft KH. N.
524. Vosdalyvaniya vmpletrAkh tray v bmsWrli. Ufa. Bashkir.
Kn. lpd*, 195L. 68s. a ill. 20m. 3.000 eks. 85k. -
633.2/3 (47-83)
30# KnlzhrAmra Istopisp Tole 1,, 1955

RU13ACHICV Georgiy Nikoloyevich; FATKULLIK, Mukhtar Rhurmatovich; KHAHMAN.
Malik Kaiorovich: PLYUSNDT.O't-Vfe-Pg*16,rn'a",-"][(WkZVA, A.A.. redaktor;
PMWM, A.S., takhnicheakiy redaktor.
[Advanced practice in using submerged electric pumps] Peredovoi opyt
primeneniia pogrushnykh alaktronazonow. Koskva, Goo.naucho-tekhn.
izd-vo neftianoi i gorno-toplivnoi lit-ry, 1956. 52 p. (MIRA 9:4)
(Petroleum--PwTIng)

FATKULLIN, M.N.
Tona daily variations of the magnet4c field based on observations of
the Kazan Observatory. Geomag. i aer. 2 no-4:746-748 J1 162*
(MIRA 15:~~O
1. Kazanoldy gosudarstvenr4ry universitet.,Kazanakaya magnitnaya,
oboervatoriya.
(Magnetism., Terrestrial-Diurnal variation)

ACCESSION TiR: AP4001830
AUTHOR: Fatkullin, U. N.
TITL9: The nature or irregular
S/0203/63/OD3/006/1065/1072
fluctuations in diurnal sapetio variations
SOMCEt Geomagnetism i aeronomiyal To 3t no. 6# 1963, io65-1072
TOPIC TAGS: geophysicap geomagnetiamp magnetic variation, diurnal magentio varia-
tion, diurnal magnetic variation riuctuationg Earth magnetic fieldt ionospheric
Imagnatic variationg magnetic variation measurementj magnetic variation computation,
I k; layer magnetic variation# F layer magnetic variationg magnetic variation irregular
:rluctuation
!ABSTRACV: The problem of irregularity effects of the B-layer structure an S
q
,variation has been discussed analytically. Maxwell's electromagnetic equations are
,written for an E and H field of the current density and Ho of terrestrial magnetic
fields The plaama is asrjmd quasineutral. end aninotropio and the field fluotua-
tions are giveR br_._
AH LX B-L) +' (gradvii X (h X E )) +
+ajL(Holprady-Hodlvv)+amlHorot.w.-(grad(hiC'V).XHJI).,:
:Cwd 1/2

ACCESSION HH: AP4001630
'It is shown that irregular changes in the terrestrial magnetic field are created by
I
:,local variations in upper atmosphere conductivity. The differential equation above
Us cast into a general Poisson, form and integrated for the case of an isotropic
conductivity with an exponential variation in the nonhomogeneity of space. It is
ishown that this nonhomogeneity in the lower atmosphere gives rise to an irregularity
!which departs by a magnitude.of 5-7 gMWs from the smooth diurnal curve. Calcula-
;tions are extended to the anisotropic conduotivityp and it is shown that the fluc-
ituation magnitude in the horizontal component of the S -field variation reaches
1
110-13 gauss. "The author thanks ff. P. Bentkova,,Yu. YN;hnerevskiy and K. G.
)Ivanov for their advice and help." Orig. art. hast 21 equations and 2 figures.
;A5bOCIATION: Institut zemnogo, vi%petizma, ionoefery* i rasprostraneniya radiovoln
i
;AN SSSR (Institute of Terrestrial Magnetism, Ionospherej and Radio Wave Propagation
;AN SSSR)
,,suB=EDs i3yay63 DATZ ACQs iV)oo63 EUCLs 00
!SUB CODE: AS. 10 REP SM 007 8 008
Cmd 2/2

Ace-&.3sio:4 HR, K40131.45 S/0203/64/OD4/001/0115/0123
AUTHOR: Fatkullin, K. N4
TITLE- Electrical conductivity of the upper atmoophereo le Middle latitudes
SO=Z: GeomaGnetizin i aeronomiya,, V. 4. no* Ij 1964a 115-123
1'01?I(; TAGS: electrical cofiductivitys upper atmosphere,, anisotropy,, B., F2~ E
layer, F2 layer, anisotropic conductivity, Hall conductivity,, transverse
conductivity, longitudinal-conductivity, affect conductivity
ABSTWT: The author h as ana3,yzed the height distribution of the various
coefficients of anisotropic conductivity in the upper atmosphere, Determination
of these coefficients for various models of the upper atmosphere has shown that
tae longitudinal coaLponent, the transverse component, the Hall component, and the
effective conductivity (depending on the model) change between wide limits (tenfold
and more), ospecially above about 130-140 km. All models show a similar increase
in the longitudinal component with height, but the rate becomes much slower at
higher altitudes. Above 350-400 lam the increase becomes very slight. The trans-
verse component decreases with height, but not uniform3y, exhibiting two unsymmet-
Card 1/2

ACCESSION KRs AP4013145
rical maximuris in the E and F2 zonesand a minimum at about 250 km. The Hall
conductivity reaches a maximum at about 100 I= and then decreases to a height of
about 200 lari. The height of the Hall maximum in the 9 zone is independent of the
model of the upper atmosphere used. Any evaluation of Hall conductivity above 180
km is unreliable. The effective conductivity also reaches a,maximum at about 100-
UO km and then decreases to a height of about 200 km. The unreliability of
detemination above 200 km is related to the indeterminacy of the Hall component,
"The author thanks N. P. Benikova for guidance in the work and V, F, Vinnikova for
progran-iing the problem." Orig. art. hasi 6 figure,s, 3 tables, and 1 formula.
ASSOCLkTIUN: Institut zemnogo magnetizma, ionosfery* i rasprostraneniya. radiovoln
X1 SSSR (Institute of Terrestrial Magnetism, Ionosphere, and Propagation of Radio
Waves AN SSSR)
SUB1,11fTED: 07Jun63 DATE ACQs 02Kar64 ENCL: 00
SUB 60DE: AS, PH NO REF SM 010 OTMs 017
C,rd 2/2
rmn~ -7 7 777- Y-
%
R
10011, Al
I
A i

FATKULLIN, M.N.
Heating of the ionosphere by current systems* Geomag. i aer.
no-,4:767-768 JI-Ag 163, (KIRA 16:11)
1. Institut zemnogo magnetlzma., ionoofery i rasprostranenlya
radiovoln AN SSSR.

:ACCFMION NR: AP4031634 5/0203/64/WVM2/0295/0300
'AUTHORs-'Fatkullins X*'Ke
TITM Electrical conductivity of the upper atmosphere
SOURCE& Goomagnetim 1, sexonomiya, v. 4# no. 2. 19640 295-300
TOPIC TAGS: electrical conductivity,, upper atmosphere,, ionosphere., vertical
atmospheric sounding
ABSTRhCT: This is a continuation of the author's previous work (Elektroprovodnost'
verkhn atmosfery* L Sredniye shiroty*. Geomagn, i aeronomiya,, 1963,, 3., No, Is
ey
;13,5). The author has examined the height distribution of anisotropic conductivity
i
.of the ionosphere at a low latitude (Puerto Rico). He used data on vertical
sounding in the ionosphere from Je W. Wright and L. A. Fine (Mean electron density
variations of the quiet ionosphere. I - March 1959, Nat. Bur. standards Teethn.
i Note ins
,, i96o, No. 40-1) and computed trij, crj. , a-, and (rff for adiffereni models
lo;r the upper atmosphere (as described in his previous work), He discusses the
diurnal changes in conductivity anisotropy at low latitude& during the equinaxese
Card 1/2

Accwsiox NH: AFW31634
The results of his calculations show that the diurnal changes in (rils a,-.p (r
and
aff are asymaetrical relative to local noon. nThe author thanks N. P. Ben1kova
for guidance in the work." Orig, art. bast 4 figures and I table.
A55MIATION: Institut zemnogo magn tizma, ionosfery* i raspro-straneniya radiovoln
AN S= (Institute of Terrestrial Magnetisms, the Ionospheres, and Propagation of
Radio Waves AN SSSR)
!SMMTTED; 07JU463 DATE ACQt 3CApr64
:SaB CODEs ES NO REF SOV3 001' OMR3
00, \N
Cwd 2A

FATK[TLLIN.,__M,N_,,;, Fr.LIDSHMYN, Ya.l.
Quiet solar diurnal variation of the geomagnetic field during IGY..
Part It Relations between S -variations and the ionospheric parameters.
Geomag. i aer. 5 no.2012-JH Mr-Ap f65. (MIRA 18j7)
1. Institut zemnogo magnetizma, ionosfery i rasprostraneniya radiovoln
AN SSSR.

L 53764-6~ E7#T(I)/EWG(v:~/FCO/EEC-4/EEC(t)/L'*NA(h) Po-4/Pe-5/Pq-4/P&e-2/Peb/Pi-4.
I ACCESSION NR: AP,5Ol4l04--'------j- UR/0203/65/005/00310435/0441---I
550-388.2
.5
AUTHOR: Fatkullin M. N.
7.
TITLE: On the correlation between the Eg and the electrodynamic conditions in the
ionosphere in middle and low latitudes
SOURCE: Geomagnetizm I aeronomiya, v. 50 no. 3, 1965, 435-441
TOPIC TAGS: E. appearance probability, geomagnetic lields ionospheric plasma,
ionospheric current, magnetic equator
dependence of the a-ppearance pr day,
ABSTRACT: The obability of the Es layer in the
time upon the geomagnetic field Is connected with processes within the ionos
pheric
plasma and the geomagnetic field there. Currents may be created in an undisturbed
ionosphere only in the basic E-layer where a force is developed which tries to re-
arrange the charges. An interrelation between the Es-layer and the Sq currents is
evidenced by the formation of the Es-layer and the irregular fluctuation of Sq vari~
ations. A graph represents the correlation between the probability of the appear-
ance of Es and the valae of the Sq variaticna. In middle latitudes Sq variations j-,
are characterized by the geomagnetic H and D variations and Es by the c, h, 1, and i'
f types; the c type predominatesin the daytime. A table in the original article
1. Card

L 5~764_6~
ACCESSION NR: AP5014104
shows the correlation coefficients between the.probability of Es appearance and the
Sq variations of the vector of the total geomagnetic field. The sporadic 1,','s-layer
is connected with Sq currents in the ionosphere, and the probability of the appear-!
ance of Es depends upon Sq variations of the vector of the total magnetic field.
At the magnetic equator, the q type of Es-layer predominates in the daytime, whieb
reflects and absorbs electromagnetic waves. Orig. art. has: 3 tables, 3 figures,
and 12 formulas. [EGI
ASSOCIATION: Institut zemnogo-atagnetizmao ionosfery i rasprostraneniya radiovoin
Ali SSSR (Institute of Terre9trial_Magn~etism, Ionosphere, and Propagation of Radio
Waves, AN_~S_S_R)__
SUBMITTED: 29jun64 ENCL: 00 SUB CODE; F-S
NO REF GOV., OOT oTHER: ATD PRESS 4M9
".F1
a.
Cd 2/2
X'~ V
N., IN

L 222�5-66 ENT(1)ACC GW
ACC NRI AP6019298 SOURCE CODE: UR 0203 5 005 004 0735
AUTHOR*. Fatjw=.__ M. N.; Fell sht9n, Yho I.
ORG: Instff'uVr- "Niiesirlal ftmetism. the I2posphere and Radio Wave Propagation
55H)
(Institut iem'nogo.magnetizmaj ionoefery i rasprostraneniya tadiovoln AN 5
TITLE: Quiet solar-diumal variations of the'geomagnetic field in the IGY period.
Noncyclic variations on magnatically quiet days. Seasonal changes of field
values in the,nighttime hours
SOURCE: Geomagnetizm i aeronomiya, ve 5. no* 4, 19659'735-739
diurnal variationt geomagnetic field
_ABSTRACT: A study..hae been made of noncyo3io (N,,,) var-lations of the elements
'-bf the 'zoomagnetir, magnetically quiet days for threb seasons of
the ICY., Also, dis eis,thwvarihbility of near-midnight levels of
;the magnetic field components, -Data were used for middle- and lov-1ati"
tude magnetic obsetrvatories. 'The noncyclic variations were detirmined'i
for the three elements D, H, Z for'winter, summer and the equinox. In.,%
the D and Z components tematic changes
Nc aresmall.and there are no eye
!of these elements giving any particular pattern on a planetary scale.
."These componentd therefore are not-discuised.- The planetary distribution
of Nc' in- the- H component in winter is shown in a map (Fig. 1). ~ The Nc
uis near the equator,-decreasing, northward and south-:
ffield has maximum val
NaWfrom the equator. The direction of the vectors is approximately
]perpendicular to the geomagnetic parallels. In the first~approximation',
it is'shown that~Nc7on magnetically;quiet days reveals an axial symmetryk
[The axial,ey try in the distribution of Ne is disrupted by smalli,valu's
Card JL2 UDC,. 550,385.4
--------------------

..ACC NRs AP6019298
'!Nc in the Pacific Ocean'.' Fig. 2 is a map confirminj this fin'din`go Axial
a
. t k _4oweverp is the.most distinguishing char.acter.istic of
*,T". ry

L 29122-66 EWT(I-) /FCC 1W
;~ACC N4 SOURCS CCM; OR/ 085810W
AP6%W, 02013~0~ 5/
',66
~!00
AUTHOR i -ft -Faildimmo TA. Ii
.ORGt Institute- of:Ter"#44 Masmetiam. the 12mahm W Radio Wave Kations
AN ;S (Institut samnogo n4patism. lonoafery 1'rasprostranonlys radlow In AN SSSR)
eolar-ft~ "riatione In the
TITIR i Wet 1116 Primipal obarsaterss
istics of ths'planataa distribution' of 9 sub q variatioqs In the mIddle ad lov
latitudes
Geofteratim.1 aei4wawiYas ve So no* So 1965P 8"7.
TOPIC TAGSt goomagnatio field diurnal variation
ABSTRACT t This - is - Part 1111 ~'Of. a paper by the same authors (am Coomsgnstiza 1. Abrono-
WIVA. 3. n0s. 2. Ana 4#-11965) il This part gives now results of Investigation of quiet
tAdlij-diurnal variatims of the woomantiaMeld in t1a mums and low latitudes oil
the basis of ICM datAs In partioulart the.ihthors have determined the ooordinatm of
the foci of S current systems wA the equatorial electrojet, at different UT* Thuy
also discus 1h; selactionlof a coordinate system applicable for an analytical repress
Bentation of the planstar7 distribution of % variationse It follows 1roA an snalysia
of the morphology oZ S variations that the field of 3 variations possesses neithsr
q
geograodo nor geomaRti7c apmtr7i The vathors have oonstruated the i2olinee -of
variatione and briefly diBouns the principal types of such isolinese. Also ooni;115
is the problem of the relation between the equatorial olectrojet and Sq ourrent sy
The authors express, thanksto.N. & Rudneyva and X* Ve Wr shavow fdr their help it
materials of. th observationvi'Orige arti heat 4 figares and 4 tsbles~
ing the.
'SM Mot
Q7
MM RSF1 007 jkj0THjF
Ws

FATKULLIN, Kh-,', OYKS, G. N.; ANSHELES
test stand the method of circulating vacuuming
Testing on a izv. vys.ucheb-zave; chern.met.7 no. 5:53-57
of liquid steel. (141RA 17-.5)
164-
splavoVe
14oskovskiy institut st&U '

L 21136-6,5 EPA (s) -,)/ZYIT W/40(b)/T/ ZWA (d)/Z',-$'P (0/0WP(t) A5D(=)-3/A3(MP)-2
WH/JD
ACCESSION N.R.- AP40456155 S/0133/64/000/00910805/0808
AUTHOR: (?Zks, G. N.; Matevosyan,'P. A.; Ansheles, 1. L; Fatkullin, 0. Kh.;
'Selivanov, V. M.; S~ury*gin, G. D.; Sivkov, S. S.'; Fedan, A.'
TITLE: Results of vacuum castin ball-bearing ste!Ll~ by different methods
SOURCE: Stall-,- no. 9, 1964, 805-608
TOPIC TAGS, vacuum casting, ball bearing steel, degassing alumina rich
brick lining
ABSTRACT: A new method involving vacuum casting by gas circulation was
developed by the authors in collaboration with B. S. Petrov, M. N. Kullkova,
Ye. N, Ponomarev, Yu. 1. Ponomar va, R.'M. Zimina. V.* L edorov and
K. V. Dely -!be new production process was compared to the- iiieiBod em-
ployed at KrasM O~~abrl Plant comprising vacuum casting in the ladle which
was found to be ineffective in the treatment of 20 to 30 ton charges. Therefore.
the plant metallurgists tried out degassing of the steel in the jet as well as
c
irculation vacuumcasting. The specimens were adequately d6gassed with the
Card 1/2

---- - ------- -
L 21136-65
AP4046665
ACCESSION NR.
steel giving up gas at arate of 200 to 300 1/min. Hydrogen contents decreased
from 43 to 54%. In the process of vacuum casting steel in the ladle, the speci-
mens displayed greater amounts of oxide and sulfide inclusions than in circula-
tion vacuum casting o r vacuum casting during reladling. The.greatest number of
globular inclusion. was identified in specimens producedby vacuum casting in the
ladle. The appearance of this defect is'attributed to the increased contact of
lightweight melts with chamotte, refractories., The authors give preference to
.,,--irculation vacuum castin despite globule formation and suggest that the use of
9
Wumina- rich brick for the lining of the vacuum chamber through which argon
is blown and for the sleeve coil lining would substantially improve this process.
However, it still remains to be tested on a mass production scale and with heavy
weight melts. Orig. art. has: 3.f1gures and 2 tables
ASSOCIATION: None
SUBAUTTED: 00 ENCL: 00 SUB CODE: MM
NR REF SOV: 003 OTHER: 002
Card 2/2

FATKULLIN,__Q,,Kh.; CHUEJILOVp V.I.; OYKS, G.N.; ANSHMIS, 1.1.; SIVKOV, S.S.;
FEEDAN, A.T.; FEDOROV, V.I.; DANILIN, V.I.
Deoxidizing ball-bearing steel with vacuum treatment by ferroaluminum.
Metallurg 10 no.12:20-22 D 165. (MM 18:12)
1. Zavod "Krasnyy Oktyabrl" i lAuskovskiy 4nstitut stali i splavov.

-L,10452--67--M-1TWZ=W,&TT TJR(a T-DA70 1-3 3760-50TO 64763-27M-2 _8
Cu. RR, M%022507
j
AUTHORSj CVkAt_G. K.; li~~tevoqp Ps A.; Anohelear I. L; FatkuUinj 00 DO; V/
j__ 'Vo
Selivenovp V. X.; Petrovp B* Be; Sivkovt So'-S-.; re-60-royp V. IS
CRGI none
TITLE: Experimental smelting of ball-bearing steel by using a refusing method
employing a now technology
v SOURCEs Stalls no. 4t 19669 327-326
TOPIC TAGSa alloy steel, ball bearing steel, metallurgic research ShXh15 alloy
steel