SCIENTIFIC ABSTRACT YEFIMOV, V. A. - YEFIMOV, V. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962410005-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S11291621C-00100)110081010~
Formation and elimination of cracks in .... AGOVA127
tor of 1.4 and thus to decrease the tendency to crack formation, The best re-
sults were obtained with a coating consisting of 43% red clay, 26% refractory
clay, 0% fluorspar and 25% lime. The authors comment on the hydrodynamics of
steel pouring, mold design and steel. shrinkage conditions in the mold, factors
that affect the ingot surface quality to a great extent. It is pointed out that
the best ingot surface is obtained with a total casting duration of the ingot
Which is approximately equal to the time of clearance formatioa in the lower in-
got part. The speed and temperature of the circulating steel flow along the
front of the crystallizing metal determines to a considerable extent the thick-
ness or the crystallizing skin. Concluding, the authors emphasi%e that in the
production of large-size ingots, top casting Is to be preferred to bottom cast-
ing.
Card 3/3

S/133/62/W0/004/002/008
A054/A127
AUTHORS: Kuzema, I.D.; Yefimov- L; Chemyshev, I.S.; Grebenyuk, V.P.,
Oleshkevich, T.I.;
TITM Selecting the parameters of large-sized slabs
PERIODICAL: Stall, no. 4, 1962, 312 31.3
TEXT: The geometry of slabs is characterized by the width-to-thickness
ratio (k) and the length-to-width ratio (k1). A k-ratio above 2 causes cracks
in the slabs and renders their finishing more difficult. when forming slabs
with a k = 1,72ratio these drawbacks al-:, eliminated )but the slabs will be far
too thick, while, noreover other difficulties arise: more passes are required
in rolling, more metal is lost in cutting off the edge s,etc. -Tests to cast large-
-sized slabs with a k-ratio above 2 without cracks were carried out by imparting
a wavy shape to the side-wall surfaces, while the effect of the mold shape on the,
solidifying skin was also studied. In slabs with a high k (width-to-thickness
ratio deep longitudinal cracks are mainly caused by stresses developing in the
skin prior to its separation from the mold-wall. The skin is also subjected to 1
bending moments. 'Me higher the k-value, the greater the stresses working in
card 1/2

S/ 133/6 2/or/j- /01, 4 /90 2/D) 8
Selecting the parameters.... A054/A127
the skin. The bending moments, however, could be reduced conSid0rably by giving
the broad side of the slab a wavy shape. In that case the shrinkage of the skin
tahas place progreassively, starting from thf) Angles to tile Contra. If sevoral
waves are formed on -the broad nide of a slab with -.1 high k-valuo the gap forma-
tion is slowed down and the -thin skin plays the part of a reinforcing continuous
beam. Slabs, 5 - 7 tons in weight were 'tested, with width-to-thickness ratios
of 2.3, 2.31 and 2.2, The best results were obtained with slabs on whose sides
the curvature'radiis of the wave crest was not more than 5 mm. In another test
series 11 - 15-ton slabs were tested with 5 - 5 waves on their broad sides and
satisfactory crackfree surfaces wrere obtained in 70% of the output. By improv-
ing the geometry of the waves still further and increasing their depth to 24 mm
the crack formatlon could be elininated completely. When applying waves of the
required length ~nd depth and sufficiently acute angles, it is possible to cast
large-sized ingots with a width-t3-thickness ratio of more.than 2.2. Tnere are
5 figures.
ASSOCIATION: Zavod im. Illicha (Plant im, Il'ich) and Institut gaza AN Ukr.9SR
(Institute of Gas(es) of' the Academy of Sciences UkrSSR)
Card 2/2

3/133/62/000/012/001/012
A054/A127
AUTHORS: YeBjmm,,_~~Candidate of Technical Sciences, Legenchuk, V.I.,
Sivtsov, G.V., Konovalov, I.M., Bykov, G.D., Engineers
TITLE: Top-pouring steel under slag
PERIODICAL: Stall, no. 12, 1962, 1jOT-4 - 1,078
TEXT; To Improve the quality of the surf~oe of top-poured low-carbon steel
ingots, the processes taking place at the contact-surfaces of metal, slag and in-
got-mold have been investigated at the Cherepovetskiy metallurgicheskiy zavod
(Cherepovetsk Metallurgical Plant). The quality of the ingot surface is known to
4epend on the size of the liquid metal meniscus forming at the place of contact
between mold wall and metal. The radius of this convex meniscus depends on the
surface stresses-at the boundary between metal and liquid slag. It was found 7-
that addition of'synthetic slags on the mold bottom considerably improved the con-
ditions of skin formation and, c ;onsequentlyj also the quality of the metal sur-
face. Fox-, if the slowly rising metal is covered by a low-smelting slag layer,
the latter will protect the metal against oxidation and cooling, it will adsorb
Card 1/4-

S/133/62/ooo/o12/oo1/o12
TopLpouring steel tinder slag A054/Al27
the high-smelting reduction prdducts and prevent the creasing of the skin. The.
liquid slag penetrates between the metal meniscus and!the mold wall and forma a
heat-insulating-layer. This will cause the skin of the metal to cool down more
slowly and will reduce the shrinkage stresses. The slag composition must ersure
a heat-insulating layer of optimum thickness between mold wall and ingot. The
greater the meniscus radius, the:thicker the slag crust will be. The optimum
surface tension of the slag must be determined experimentally. The required vis-
cosity of the synthetic slag can be ensured by addition of liquefiers. Moisten---
ing of the mold wall..tends .,to thicken the solidifying slag layer. It is advita-
ble to coat-the mold wall with a substance of high surface tension, such as Aque-
ous graphite suspension or, lime milk. The method has been applied in the top-
pouring of CT-3cn (St.3sP), 3T (3t) and ig.r (19G) low-carbon grades. The
following slag compositions were tested:
A B_ C D E
Components, %
cupola furnace slag go 95 '93
fluorite A 10 5 7
3-0
Grain size, mm 1-0 3-0 3-0 5-2
cRrd 2/4
4~.

8/133/62/000/012/031/012
Top-pouring steel under slag AO~94/A127
A B C D
E
Chemical composition, %
CaO 20.0 26-7 24.2 24.2 30-0
S102 15.2 43.2 39-0 43.0 W-5
Al 203 22.8 18.9 17.1 12.9 10.9
CaF2 38.0 - 9.5 4.6. 6-5
FeO 2..0 5.6 5~O 9-7 7-0
1430 M .2.o 1.8 1.7 2.1
Mno - 3.6 3.4 3.9 3.0
Surface tension 425 428 421 402 403
(calculated, dyne/cm)
Slag was fed into the mold prior to pouring, In some tests it was also add ed onto
/
the metal surface during pouring. To accelerate the smqXting of the slag, 'V
the . .
quantity of fluorite was raised to 25%; at the beginniAg of the tests the Amount
of slag'added was 60 - 80 kg, la ter -this was reduced to 40 kg (3 kg/ton), becauss:
when greater amounts were added, the* bottom part of -the ingot deteriorated . The
favorable effect of the new method cEu-i be seen from a comparison of the de feat
percentages of conventional and slag-poured ingot5i the amount of cracks and
Card 3/4:
M.

S/133/62/000/012/001/012
Top-~pouring steel under siag A054/A127
fissures in the latter was reduped by a factor of 4, zhl~'t of scales by a factor
of 6. The labor consumption for cleaning the 13.6-ton'61abB poured under sla&
'decreased by a factor of mote t~a~ 2. The article corit4ins formulae for the cal-
culation of the forces involved in the formation of the meniscus and the,slag
layer. There are 4 figures.
ASSOCIATION: Institut ispol zovanlya gaza All USSR (Institute of Gas-Utilization
of the Academy of Sciences of tho Ukrainskaya SSR) and Choropovot-
skiy metallurgicheskiy zavod (Cherepovetsk Metallurgical Plant)
Card 4/4

KUZEMA, 1,,D.j YEFIMDV V.A.; CHERNYSHEV, I.S.; GREBENYIX, V.P.;
.Selecting parameters of large sheet ingots. Stall 22 no-4:312-
313 Ap 162. (MM 15:5)
1. Metallurgichoskiy zavod im. Illicha i Inatitut gaza USSR.
(Steel ingots)
------ ------
EM
F ~ M~A, LI

YEFIMOV V.A. kand.tekhn.nauk; LEGEIqCHUK, V.I.,, inzh.; SIVTSOV, G.V., inmh.;
I.M., inzh.; BYKOVp G*D.., inzh,; TATWSHCHIKOVp A.G*p
Top pouring of steel under slag. Stall 22-no,12:1074-1078 D 162.
WIRA 15:12)
1, Institut ispolvzovaniya gaza All UkrSSR i Cherepovetakiy metal-
lurgichaskiy zavod. (Steel
Min WIMTA~
w4)a
S~Zcn`3~;
~A'
O~p iJ

YEFIMO.V~. ,V:Lktor Alekseyevich; OSIPOV, Vladimir Prokbflyevich;
CAEDEITYUK, Vladimir Pavlovich; CHEMAKHOVSKIY, Yu.A.,
red.izd-va; ISLENTIYEVA, P.G., tekhn. red.
[Ways to improve the pouring of steel] Puti usovershenst-
vovaniia razlivki stali. Moskva, Metallurgizdatj 1963. 183 p.
(MIRA 17:3)

YEFIMOV., V.A., doktor tekhn. nauk; KUZEMA, I.D.., kand. tekhn. nauk;
=CAJLA) A,V,, inzh,; SAPKOt V.N., inzh.jo KISSEL',, U.N..,
inzh.; CHERNISHEY, I.S., inzh.; ZARUBIN, N.G... inzh.;
STRYAPIN, I.Ya., inzh.; OLESMVICH, T.I., inzh.; SONIN, G.V.,
inzh.; PUKALOV, V*Po, inzh.
Rapid top pwaring of rimmed steel from ladles with a
capacity from 350 to 480 tons. Stal"Q4 no.1:30-32 Ja 164.
(MIRA 17:2)

m
YI'IyIIm()Vv V.A., Inzh.
Replacement of -forged flange colla--s witYi welded one3, Frereit.ix
12 no.2:1.3-14 F 164. (Yra.' 1'7:4'

KOCHO, Valeiitin Stepanovich~ doktor teklm. rauk, prof.; SiZ'.SC;Nr';V,
Grigoriy Vedentino-vich, dok-tor tekhn. nauk, prof.;
STRELICHRIKO, ,Ueksandr Grlgorl7evich, kand. tekYzi. nauky~
KI.SLyy, Pavel Stepanovich, kand. tekhn. nauk; YEFIEOV, V.A.,
doktor tekhn. nauk, retsenzent;
(Continuous liquid steel temperature control In tho finishing
period of open-hearth smelting] Depreryvnyl kontroll tempera-
tunj zhidkoi stali v period dovodki martenovskol plavki.
[By] V.S.Kocho I dr. Kiev, Tekhnika, 1965. 226 p.
(MIRA 38:4)
1. Chlen-korrempondeziL All Ukr.SSR (ror Samoonov).

takhn. n9luk
alag ~,74-776 Jl-Ag 165.
(KIRA 18:10
:L. IlLiti'Vit prrb-lf)n, j,it'-ya AN Ulcrr-SR.

=10.9 MOM MOM MAN ---
YEFIMOV, V.A., inzh. (Sverdlovsk)
Testing the heat-supply main from the Stredne-Urallsk
State Regional Electric Power Plant to Sverdlovsk for
estimated temperature of heat carriers. Vod.i san.tekh.
no.4:23-25 Ap 165.

doktor to-khn- muk; LUZAN, P.P. , kand. teVyll. nauk;
KILAN, B.Kh.., tekha. nauk; K(,qTYhKO, o.S., kand. tekhr,.
nauk
Scientific an6 technical conf6rence on the theory and practice
proceosege Lits proizv. no.12:33-34 D ,65.
of founding (MMA 18:12)

ANTIPINY I.P.; YEFDIOV,-V.I.; SAVCHENKO, M.K.,- EDELIMAN, I.S.
Effect of mechanical deformations on the domain structure and
hysteresis loops of thin magnetic films. Izv. AN S&SR. Ser. fiz.
29 no.42620-625 AP 165. (MIRA 1825)
1. Inatitut fiziki Sibirskogo otdeleniya AN SSSR i Krasnoyarskiy
gosudarstvennyy pedagogicheskiy institut.

YEVIMOVY V. D67-C ~2----
USSR/14etallurg7 - Nonferrous Metals, Plastic Substitutes
nConservation of Nonferrous Metals," V. Yefimov, Supervisor of Technical
Standardization Group, Dorogomilovo Chemical Plant im Frunze
Za Ekon Materialov, No 5, pp 63-65
Discusses various substitutes for nonferrous metals, mostly lead, used at
chem plants. Most essential substitutes are textolite and faolite. Latter
Is used, in addition to other purposes, for facing cast iron which replaces
bronze in some valves of 1 to 4-inch size. Mentions expt6 on replacing lead
lining in some chem apparatus by graphite plates impregnated with phenol-
formaldehyde resin.
Source #264T60

Yurmov, V.
Electric record playing systems for radio-and-phrmograph setz.
Tekh. est. 2 no. lOtl6-17 0 165 (MMA 19:1)
1. InalUtut radioveshchatellnogo priyema i akustiki.

VSS~l Electronics Radio receivers
Card 1/1 Pub. 89 19/40
Authors 1"Efimov; V.
Title Radio receiver ItKievig-211 (Kiev B-2)
Yeriodical I Radio 10, 25-26 Oct 1954
Abstract- I A-radio-receiver set "Kiev B-211, designed by a group of engineers of
a Kiev radio factory,is described in detail. The set is an improved
"RigaZ5 -91211 type radio receiver manufactured by the A.S. Popov Radio
Factory in Riga. Coil-windings data are tabulated. Illustrations;
~circuit diagram; table...
Institution: ....
Submitted:, ...
.-OP"IR
A,
INM-40

. . . . . . . . . .
ysqa/ Electronics So und re cording
/1 Pub.: 89 - IA12-1
-2Yefiffiov':V..
Title s 11agpetopbones ',Dnepr-511 and "Dnepr-811.
Periodical-. S Radio 7, 37 42, Jul 1955
1batract I The-mass production of sound recorders and reproducers "Dnepr-511.and the
'portable "Dne-or-811. is announced by the~Kiev Radio Plant of the Ministry
of Consumer Goods andFuel Industry, Ukr. SSR. The structural and quali-
tative characteristics of the recorders are described. Tables; diagrams,
illustrations.
Institution
Submitted
~N_ "N_X 5 -
;T':~~"V~'-~' -V-
4
IN

mum lllm~wll-lll
YEFINOV, V. (Kiyev)
4-4-WOMOMEMOV"
mRadiocombine.* Radio n0-3:15 Kr 156. OURA 9: 6)
(Radio-Receivers and reception)

~-rF\m 0\/IV
AID P 5029
Subject USSR/Electronics
Card 1/1 Pub. 89 14/14
Author Yefimov, V.
Title Universal radio receiver "Ukraina"
Periodical Radio, #9, 63 and inside cover facing p. 64, S 1956
Abstract The author describes the radio receiver "Ukraina"
designed and built by the Kiyev Radio Equipment Plant.
The receiver was exposed at the 1956 World's Fair in
Leipzig, Germany, and at the 34th International Fair in
Milano, Italy. One connection diagram, 1 photograph.
Institution None
Submitted No date

Ye

AUTHOR: Yefimov, V., Kiyev 107-9-36/53
!~TITLEt The "Dnepr-g" Tape Recorder (Magnitofen "Dnepr-9")
PERIODICAL: Radio, 1957, # 9, P 46-48 (USSR)
ABSTRACTt One of the Kiyev radio plants developed and will start the
production of the now tape recorder "Dnapr-g", utilizing for the first
time the standard tape spools 1118-Hiland 1118-11". The now "Dnepr-
911 tape tecorder, corresponds to 'IrOCT 8088-5611 standard and
represents an improved version of the "Dnepr-5". For recording,
tapes of type 1 (fic'e) for~1-70-6,000 cps and the type 2 ("CHI')
for 50-8,000 cps may be used. The senbitivity of the microphone
input is 3 millivolts, the input remiL.!.-ance is 3 kilo-ohms; the
sensitivity of the pick-up input is 2(;0 millivoltep the input
resistance is 150 kilo-ohmej the senaitivity of the relay (or
radio) input is 10 volts with an input resistance of 10 mega-
ohms. The nominal output power is minimum 2 watts for the type
1 (IICII) tape and minimum 2i,5 watts for the type 2 ("CHI') tape.
The non-linear distortion factor does not exceed 5 % at the
frequency of 400 cps. The relative noise-level is 35 db, the
peak-value of the total detonation is 1-0.6 %, the detonation
Card 112 at individual frequencies in the band of 0.5-300 cps is t 0.2
_33

The "Dnepr-g" Tape Recorder 107-9-36/53
AVAILABLE:
Card 2/2
The frequency of the recording oscillator is at least 35 kilo-
cycles, tho network po Wor consumption does not exceed 100 watts,
the tape-speed is 19.05 cm/sec, the speed deviation from the
nominal value 1 1
The acoustic quality of the tape recorder was improved by
utilizing 2 loudspeakers of 112U-S" and "lrA-9" types and by
introducing separate HF and LF tone controls (max. 8 db at 60 cps
and max. 12 db at 1,000 cps). A visual '16E5C" type indicator
is utilized for determining the recording level.
The amplification of the recording is realiged by a 4~stage
amplifier containing 2 "6HBC"double triodes. The "6116C" type
output tube operates in the supersound frequency oscillator for
recording and erasing.
The noise-level reduction is also described in this article.
The rectifier has a full-wave circuit containing the 116L15V
tube. The windingdata of the other parts are given in tables
3,4 and 5. The matn deficiency of the new tape recorder is the
cable drive of the control knob and the mechanical stop mechanism
of the "Dnepr-5". The magnetic clutch systems used in foreign
models give much better results.
The article contains 4 figures and 5 tables.
Library of Congress

PTIMV, V. (RA6KhAB): MAMITAYUK. V. (RA6KhAA)
."Day in thn field." Radio no-7:15-16 J1 159. (14IRk 11:9)
Ondio, Shortwave-Compet it ionp

TIFIMOVI V.
Old shortcomings in the now machinery. Okhr. truda i mots. strakh.
no.8:42 Ag 160. (MIRA 13:9)
1. Starshly inzhener po tekhnike bazopacnosti zavoda "Penztekstill-
mash, 11 g. Penza.
(Metal cutting-Safety measures)

Composition of the agricultural labor force and technological progress.
Biul. nauch. infoxm.: trud i zar. plata 4 no-3:37-45 161.
(MIRA 14:3)
(Agricultural laborers) (Farm mechanization)
'41 q, 4Z-,~~ I L A
?

SOURCE CODE: Ull/01413/66/ooo/022/0101;/0104
ACC NRI AP7000342 IV)
INVENTOR: Yefimov, V. V.
ORG: 1%one
!TITLE: Device for controling air-flow rate. Class 42, No. 188700
SOURCE: liobreteniya, promyshlennyye abraztsy, tovarnyye znaki, no. 22,
1966, 1o4
ITOPIC TAGS: flow control air flow, flow rate, count rate meterp rZoW
ABSTRACT: An Author Certificate has been issued for an air-flow-rate
control device, consisting of a housing, a sensor made in form of a
spring-loaded membrane (with lower and upper rigid centers of differentl
effective area) with movable contacts, and an adjusting device. To
improve the reliability of this device and decrease its size, the
iadjusting device consists of an elastic element with one end connected
to the membrane's lower rigid center and with the other end to the'bas
of the housing. Orig. art. has: 1 figure. F_
l
ISUB CODE: 13/ SUBM DATE; 19jun65

Y-vFlt~iov.,-V..V-;-,GOPICHAROV, V.M.; FEERANIDI, K.I.; TROIMSKIY, Yu.L.
Ifole boring by means ol electric core drills witb flushing in
two Karaganda Basin mines. Ugoll /+0 no.12.-6.1-62 D 165.
(MLU 18:12)
1. Karagandinski-y nauchno-issledovatellskiy ugolInyy inntitut.

TE-FIIAOV, Y.F., inzh.; IYAUOY, A.A., inzh.; LRYTIN, G.S., inzh.; PAYLOTA,
Te--.U.-, inzh.; TMIT, O.H., inzh.; ZHOGOIXT, T.S., inich.
(Road and building machinery nnd mechanized Intilding tools;
catalog-reference book] Stroitellnyo i doroshnye mashiny i
melr.hani2irovannyi stroitellnyl instrument; katalo"pravochnik.
Moskva, TSontr.biuro tekhn.informatsii Vniistroidormasha, 1958.
471 p. (MIRA 130)
1. Russia (1917- R.S.F.S.R.) Gosudarstvennaya planovaya komiasiya
Rooglavtyazhmnshanabsbyt. 2. TSentrallnoye byuro tekhnichookoy
informataii Yeesoyuznogo nauchno-iseledovatelinkogo iustituta stroi-
tellnogo i darozhnogo mashinostroyeniya (TsBTI YNIIStroydormash)(for
(Building machinery) (Road machinery)
Room=

KUKUYEV, YO-H-;- YLTIMOV, V-I?-; MORIM, B.S., otv.red.; VALENTINOV,
-d -
AgMe, M ,* ABIWAR-,A.A., red.; MEM, Y.A., red.; METLIN,
V.A., red.; ANHWYEV, G., tekhn.red.
(Handbook with nomenclature and prices for materials and equipment
used in the coal industry] Nomenklaturnyi spravochnik i toany na
materialy i oborudovanie, primBniaemys v ugollnoi pronyahlennooti.
Moskva. Group 2. (Nonferrous metals] TSvetnye metally. 1950.
275 P. (MM 13:4)
1. Russia (1923-~ U.S.S.R.) Ministerstvo ugoll.noy promyshlennosti.
(Nonferrous metals)
(Coal mines and mining-Equipment and supplies)
'2~ i ca~' 10 TIE

AUTWH; Ieflmovo V. 0.0 Maj SOV/80-%--u-31/37
TIM: The Time for Making Bombing CalculAtions Can Be Reduced (Vreqm na
MschetY d1A bombotetaniya, mozhno sokratit')
PZRIODICAL: Vestaik vozdmahnogo, flota, 1958, Nr 11, p 87 (UsSR)
ABSTOM: The author describes'~:,Iefly a method by vhich the computation of the
slant rft" can. be made more easily and rapidly during an offset bombing. One
diagram-
Card 1/1

YEFIMOV, V.G.
--------
Attachement to a stand for testing plug-type relays Avtom.,
telem.i. sviaz' 7 no.303-35 Mr 163. imIRA 16$2)
1. Starahiy inzh. kontrollno-ispytatellnogo punkta stantaii
Syzrani Kuybyshevskoy dorogi.
I (Railroads--Signaling)

0 al 0 0 o 0 9 0 o 0 0 0 0 0 0!0 0 0
0 0 o 9 0 0 * 0 0 0 0 0 0 & 0 0 0 0 0 0
1 4 mm st; it m u u is )& 1) N 19 41) At a 44 04 AV U TS
Xf!
0
0
W.V11 -of,
000609 .'
~
7s 00
00 so
60-1 D 00
00= 00
0 0 0
0 00
r 00
so
of
go
jai, -11malWI I a
FT01
4-nontrpow V
:J, 00
",r 00
0o-! I go
Go
go
3 it itampalvan a is m: A( aw a 1z cr it an Iffm &I wil nil fill 11 It N I g 9 s
a at -s at 0 4) s e

UL'YEV, Petr Voeillyevich; YZFI)40V, V.I., red.; KRASHENIIRIIKOVA,
V.F., tekhn.red. - -
[Pages of the Stalingrad chronicle] Stranitay Stalingradskoi
Istopisi. Stalingrad, Stalingradskoe knizhnoe izd-vo, 1958.
190 P. (MIRA 12:8)
(Stalingrad-Reconatruction)
W ffmghsmla~g
1 MW M MUMM
7PP!
5:p
n
t, -4A
K

XWYAKOV, N.V.; SBITNZV. L.P.; ROMNOVSKIY, V.2.;
YU100y1j,
KHOLIN, I.R.; POPOV, V.I.; OSIPOV, G.P.- PISXUMV, V.S.;
9
AGLYWOV, Te.F.; DORODNOV,_P.G.; STRMCHIT, V.I.; ZLYTaV,
TU.A.
A.A.Cimovl a book "Blectricity In animal husbandr7s" Reviewed
by V.I.Efimov and others. 111ektrichestyo no.9:87-88 S 156.
(KLRL 9:11)
1. lafedra primenenlya elektricheskoy energii v sel'skom kho-
zyaystve Stalingradakogo sellskokhozyaystvennog instituta (for
Wimov, Khudyakov, SbItnev. HomanovskiyjAholin). 2. Kafedra
primeneniya elektroenergii v sellskom khozvaystva %Zratovgkogo
inatituta makhanizatail selleikogo khoiyaystva imieni Italinina'
(for'Popov Osipov, Piskarev, Agafonov, Dorodnov. Strukachav,
Zaytoov). ~Zlectricity in agriculturs).,(Stock and stockbreeding)

7111 DIN, B. F4, inzh. YEFIMOV, V.I., inzh.
Throe-dimersional dociqns. Shakb".strol, 7 no,5t25-26 My '63.
"MTRA 17:4)
1. 'Dongiproshakht.

~7 -v~z
LAZAREV, Anatoliy Abramovich; ROZET,, Isaak Yakovleviah; OV).-
V OV
i YJ AM r).
kand. tekhn. na
-mZUKUADWMOT,--N-.A-., red.; YEWAKOV, N.P., tekhn. red.
[KDM-100 engine; its design and operation] Dvigatell KDM-100;
ustroiatvo i ekspluatatsiia. Izd.2. Moskva, Mashgiz, 1963.
257 P. (Die#el engines) (MIRA 16:9)
aE

LAZARET, Anatoliy Abramovich; ROZET, Isaak Takovlevich; 7K~.IXOv-,-V:Lktor
Ivang,Fich; PICHAK, F.I., knnd.tekhn.nank, red.; TBRXAKOY. M.P.,
tells' red.
[The XM-100 engine; construction and operation] Dvigatell
KDK-100; ustroistvo i skspluatatsiia. Moskva, Goe.nouchno-takhn.
izd-vo mashinostrolt.lit-ry, 1960. 254 p. (MIRA 13:5)
(Diesel engines)
msqn raw

L 505 5.1-615W, (1 -2 T. WWPW~
IJP(c) JD/HW/GG
Acccisrazi KR: APS011444 UR/OO4a/6S/a29/0Q4/G62O/O625
JAUMOR: Antipin.I.Ps; YqfIMov.,VI.;
MIX: Do=in structure ard hVstereala loopa of thin ferr2g1gnet subjected~
to strain /R-epart, Second -All-Union S-j=po5itv2 on the Physics of Thin Ferromagnetic
Films hold in Irkutsk.10-15 JuIv 10-6V
SCUI;i=: AN SssR. rzvestiya. Serlya fizIche:qkmya, v. 29, no. 4, 1965, 620-625 1
I TOPTC IIAGSi ferromagnetic thin film, nagmtLc property, hroteresils loop, permallo
Iron, cobalt
ABSTRACT: Uachinical stresses of some magnitude (dopendit4; on a number of factors)
are Inevitably present in ferromagnotic filwa depioatted on substrates. These
str-osses must necessarily affect and alter tho magnotic propertlas and behavior of
the filw . Obviously, for investigating the magnetic characterintiza ol films it
is Wpartant to know the effects o.* such st:~esses, yet hitherto there have been
only a few studies devoted to this factor. Accordingly, the preizent, study was
und,3rtaketn for the specific purpose of dotaiminiag the effects of strain on the
darniin structure and hysteresis loope of Pessalloy (50% Hi 50% Fe) iron and
Card 1/3
- WE
rq,
1"K,

L 5o961-65
r-A(MS,1CM -HR-- A*PS011444
6~ - -tid- aw tion-_
bait--- Iiif-Th~FIHOO_-_
-dimensions
terial onto-20 x 20 maglass substrittes havatel to-2600C. Tbo
rdt',Posited films were 15 x 15; the thickness varied in the rango from 400 to 1000 A.1
The teruAle stress was applied to the filma by bending the suLAitrate glass plates;
the value of the stress was calculated on the basis of the deflection, length of
tile plate between supports, and the elastic moduli of the film and glass. The
d(rwin structure was observed by the pcader patter technique; the hysteresis loops
wore recorded o-Rcillugralihically or. a setv.p utilizing the Faraday effect (at 50 OP4.
A ntuiber of powder patters and the correaronding hysteroaia I(xjpa am reproduced.
The !,nforence is that by and large the domain structure in thIn films behave., in
the tianii way as the domain structure af btILIk specim-ons. qhero no change in the
CHMain- utructure under-:9tr &-. cfecurs th& re ina the. same,
tP.1t the coerCive force Increcteesr, prestmattly owing to increase of the wall energy
becamse of Increase of the effective aniscitropy constants of the film. After
mearrangement of the structure under strorg-atress, the Initial easy direction
baccima the hard direction and the loop acquires the corresponding "hard direction"
Plmpe. To avoid the influence of Ntreases one must use a material, auc-h ELs 80% Mi
Pka-_=illoy, with near zoro magnetos t r ict ion. Orig. art. has: I formula, 5 figurea,
cmd I table.

~L 50961-65
ACCESS ION HR: i AP5011444
ASSOCIATION: Inatitut tiziki Sibirskogo otdolenip Akademit mauk BSSR (Mys
'Institute, Siberlaa Division, Acadmay of Scianceis, SSSR) Kraimoyarskly
--Rate Papdagogical
1gosudarstvennyy pedagogieheakiy Inatitut (Kraa-n-oji-r-a-k Itut
jhMITTEW 00
Mch: 00
SO CODES EM, Sc
-5,

T" ri-
r -fi faunil b:-jd P-calogry of --c-du-r-~42 !r, t"G
r th
region. :".Zv. -'.N~ Turl-.
naulc noo~z.51-515
MUMMUMIMM

7~
o
-210
IOP:E(; TAGS: animl.. white ratp poloniumi single radiation dose,, radiation
alckwss, retiouloendothelial system,, Trypan bluep unithiol
I A13STRACT: In a serieS of experiments on 120 male rats vith ra4LLatlon sickness
induced by polonium-210,, a colloidal Trypen blue solution was used to block the
reticuloendotaelial system and unithiol. (C-,.,3-dIwrcaptA)propanL- rodi= sul-fonate)
z vamp used to form with the polonium a untersoluble caq)lex compound excreted
thfough the kIdneys. Po-210 (0.1 m:Lcro=Ie/kq) was injected aubautaneously and
Trypan blue (10 mllkg) in the form of a 1 or 2P sol-atitn2 was t3jected intravenously
W 4 bra-before polonlum adminlIsIAmtiott or 1-1.5 hre after imd was followed by
2
2
a abconA Intraperitoneal Weation, on the 9th, 18th or 27th &V of tbe experiment.
Unithial (2% solution) vw injected w&cuimiaously in a 100-mg/kg do" twice
daily for three UV of the Istp 2d., 4th, and 5th weeks* Experimental and
L50rd 1/2

'77
L 57752-65:'
ACCMION'IM:'. AP5010365
0
kilbed-M-Ift h- 10th. -and 30th day to
-4-4
FiMIngs dhoir that in all _c~ei --Tr-ypazL:b1ue_-
FjubE.eqw-at polonfirm deposits In the retialloandotheelial orgaw apparently as a
result of partial reticuloendothelial system blocking. The blDeking effect Lents
up to 30 days after a single Trypau blue injection. The surviral rate of
"blucked" animals was approximtely the sam as that of control animls. With
*71nn blue and uaithial administration, the mwwival rate of aalmals UU8 1.3--l-T
tiws Less than for aulaela receiving only unithiol vithout a prelim! ary Tryl.=
'blwt Injection. A conclusion In drawn ttat und r condltiow of polonium
Lnd-zced radiation demaot blocking of thet reticuloandotbelial s7stem vita-a Trypaa
t blue intensifies the course of ra4latiou sickness deupite a owtain reduction of
Pb-210 deposits in the reticuloendotbalial argawo OrIge art. bas: None.
AMOGIANOBF: gbne*
GUEMIPM
1 OV4363
HR EV MVo OM OTHM 000
L Card
'z

4 -'T n r~ ~z -J, i~ P
ONITSYNA, T.A., dotsent; yT~,,pI,,;jOlj, V.I., vrach
Ose of the cytojogical method in the diagnosis of esorhageal
cancer. Sbor. nauch. rab. Sar. gon. med. inst. 44:260-266 164.
(114EU 1.8-7)
1. 1z fakultetskoy kh1rurg'Acheekoy kliniki (zav. - Prof. Pop3v,yan,
I.M. [defaeased]) Saratmkogo meditsinskogo instituta. (rektor
dotsent N.R. ivanov).
M"vf~ 21 W-t4 F~
-:T,5 Z.
ZZ2
flu, -V-~'M --A
E- i'~ F-M -
W,
i;S
R~
HE
RM

A rig J nV V ,V *JX*
Khirurgiia ':4:
Case of a perforation of the duodenum with a fish bone. no.
86 Ap '53. (KLRA 6:6)
1. Khirargicheakoye otdoleniye Zelenchukakoy rayonnoy bollnitsy Stavro-
pollskogo kraya. (Daodenum)

YEFINDT, Vol instener; OBINODY, V.I., inzhener,
Damage to the bearing gasket in the TGY&25 tuvbogenerator. Blek.sta.
27 no.2:56 Ir '56. (Electric generators) (MIRA 9:6)
pi,

L 61`537-~`5
ACCESSION UR: AP50178A UB/We~f ~ /6'd()()0 /011/0058/0058
621-521 c7,
55
AUTHOR: Melyshey, I F Wbas. K P ~__7~~v _B_ -A-, -Yafimay -V--
91=4
or.- e orat titanWf.`-- Cl _27-v'lo-~~--,171500
-801JECE: Byulleten' izobretenly i tovarnylt mnakov, no. 11, 1965, 58
'TOPIC TAGS: evaporation device, titanJum evaporation
~hxz=Axrt -Ica _t7jt;affjUjjj-j---
ti6~n-b~i~~', -1--_ fti ni
-E~-MAM., f-.e eetron-~beam:-.heat~ifg n sorp- on-ion c-pumps. Tlfd-de ice contains an i
Van-goten cath
neandeseen ode-andItitanium co'n enser. Tb assure complete and uni-
t
form evaporation and to prevent overheating, the condenser from the side cathode Is
equipped with a refractox-1 tantalum.. substrate. Orig. art. has: 1 rigilre. [A-Z)
AsSocIATION: Prodpriyatiye gosudaratvennogo komiteta po ispollzo-mniyu atomnoy
energii SSSR (State Co=ittee on Atomic Fn2M UtUization, SSSR)
SUBMITTED: 10J=63 ENCL: 00 SUB CODF: MM., NP
NO REF SOV- 000 OTHER, 000 ATD PRMS: 4049

1 8 r I F III it U If III a It N a a a if a a v a IV a 41 a a a M:C
eG___
1 9 F CL_ a x V n a '1* A44 Wil .12 0 A A I A
14T
0 PROCCIMS AM F11CF141115 WOf 8
skadmi ttm awww"
I 40AM, Doe..
06, P=. It. 11934i A& saM.-
prdbnWwy trratment with (OH)t we
treated with 501. HIO b renmtd by evapts. and Me
water-free product treated with cameotis NH.. .00
.00
see
sea .00
Gem
0 0.10
goo
"Do
MTALLUNK&L LFTINAIVNI CLASUPOCAIM Is
b400
2 life
1s1063 Zv Qmv cat 1521121004 f4ral OXON, M Joe
DID
U AV a a it 0 d K it I*g a, It I'[ Ko Il 1 6, 1 1 a 0 8 1 ff N 9 a 4 2 0 V
lp F-num
0 0 0 0 0 0 0 0 0 0 0 & 0 0 0 0 0 0 4 0 0 0 * 0 0 0 0 0 0 0 0
10 0 0010 0.0-0 0 0 0 0*.0 0 0 0 a 0 0 0 0 4 6 4 0

.for 0 4 ~,q 0 0 9 0

16 0
00 : : : : : : 1: : ~ ::1 0 : 04,04,4,00000
1 4 1 a 9 )a it 12 13 w is m IT It x I a, 12 a U D Is 27 is 29 30 A) 12 J3 A4 is it v A 10 w $I A; I) a 10
A 9-0 1: To .1 a I- A-4t __P__ a -1 a- -1 -1- 7 1to I I z
4 colcf.l
V
.
[ .40

00

Nedorstive and cliffoolicon-iresistant costingoo
'
'
-00
+
titimv. l
"Imik 20, No. 7. M
x 111111. thick j"Uved top 1'e')( It...1 41--.K -
live as we)) stmo valm, Im Cis. an-I Ni-
jol.61C.1 (1,1111-11vill, oil rlrv. hiv-1,11" -0 0
1%d". aff(lattire, "old omillAt a "oomfig 1.1
itilled no) gal wrlmgr thliNigh Its rod'ovs. CI V,willx
:
-0 11.(X)1-0.(Kr. most. thick w2s oriti, prutectim agaiust. thu
.1rtructiou of the underlying Cot or Si hav Isy gawi. Cr =0 0
'1106112% twef O.M." Print, thick muld n,)s Ise pirshluced Iov-
cAlsw they ft-RIM tiff Af."llt Willi the lintleorlying C11 allil Ni.
00 11. Z. Kostslio. 'h
00 zoo
*0 -a .,!Zoo
00
~00
_-Oq

so
A 1 0 - I L 4 Of lJi LbPOC&C LITIERATLOPE CA. AMFICAMN to 0

-
'

AT It
A A do A# 0 1 Ad l do
4
0::0000,00000000:00*000"o 000000000000410000. 0 .,w
09 000 0 0 0 0 0 0 411 0 0 0 0 0 * 0 0
s 0
0 4 0 0 00000 41 0 0 0 0 00 0

V- a-; V~ M.
Elektrovozni Transport Na Otkritich Gornich Razrabotkach (Flectric Locomotive
Transport on Open Surface (Strip) Mines, Moscow, 1950.

T 'Z, !F",
--------------
YEFIMOV V M.; ROOKS, I.Kh.
Lnprovement of shale gas generators with lateral flow of
heat carrier. Gaz. prom. 6 no.12:18-20 '61. (MIRA 15:2)
(Gas profteers)

Shale distillaticn gurei'&' t-'-! r I er
A -io, - 0 ~
icw. te.~!. gor. slr--. p~e,;(I. kh pere: . r . ~. :
120-1'~14 162.

YEFIII/IOVP V. M.
Conference on the further improvement and dutomatia control
of shale gas generators. Khim. i tekh. gor. elan. i prod.
ikh perer. no.10014-317 162.

YEFIMOV, Vam,
Heat efficiency of air in a generator process. Khim. i tekh. gor.
slan. i prod. ikh perer. no.11;136-142 162. (MIRA 17:3)

YEFIYDV, V.M.; LILLE, Yu. [Lille, J.); PIYK, E. [Piik, E.); TULIP, M. [Tulp, Y1.1;
IM
A.
Results of the heat treatment of Estonian shales in a small test gas
generator. Khim. i tekh.gor.51an. i prod. ikh perer. no.12:90-105 163.
(14IRA 17:2)

YEFIMOV, V.M.; 10,TSIK, R.F.
Dependenne oP- the calcimn chloride content- in the generator tar
and tar water on the technological conditions of gas generators.
Khim. I tekh. gor. slan. i prc4. ikh perer. no.10~,2?8-284 162.
(ICRA 1-1;5)
W ~Wg
i.z-- lug- Lai

44~ ~'U.
PlYKY E.E. (F-111irp 'Fl.'); YE-FIMV, V,M.; TULIP, M.Yu. (Tulp, M.1
Tar recovery fron the vapor-ans mixture in the condensation
sections of gas producer shops. Khim. i tekh. gor, slan. i
prod. ikh perer no.13:108-13.9 164. (MRA 18:9)
R
-.6

YEFIn~L ~.Ij- Novosibirsk)
Determining the time interval betueen control operations b7 the
probability criterion for the outlet of controlled parameter from
the zone. Avtometriia no.lilOl-Ill 165. (MIRA 18t7)

.4253_46&---F.WT(-d) jp
z-2z.-
~R,
-ACC SSION NX: -AP50 18461 UR101 15/65/000/005/0063/0005
681.2.088.001.1
AUTHOR:
Xefimov, V. Me
q,6
TITLE. Sel erpolation formula which Increase's the time interval
ecting the int
b t
e ween two measurements of a stationary random process
SOURCE: Izmeritellnaya tekhaika, no. 5, 1965, 3-5
TOPIC TAGS: random process
ABSTRACT: When sorhe a-priori data about the measurand is available, the
measurement should be made in time intervals T of such duration that the
measurand value couldbe determined, with a specified error, at other moments
of time. This near-optimal formula is recommended for the case of low arroz
Values,*
2m) yi - 1) y - I.).
Card
----------
L

PR

KARANDEYEV., Konstantin Borisovich; KARFYUK, Bogdan Vladimirovich;
KASPEROVICH, Aleksandr I'Ukolayevich; FUSNIOY, Boris
Mikhaylovich; RABITIOVICH, Vlad5mir Izrailevich; SINITMI,
Boris Sergeyevich; TVERDOKHLFB, Petr Yemellyanovich;
TSAPENKO, Mikhail Petrovich; Pr-i*niMaAfwimh*"#evA%mOV,
V,M..p,,jmWmxFaotr p M&TU.SHKIN t YG. 0.-p
(Electrical*methods'i'n~automatic control] Elektricheskie
metody avtomaticheskogo kontrolia. Moskva Energiia
1965. 383 P. WRA 18:8~

YEFIHOV, V.M.
Comparative evaluation of two methods for the quantization
of a measured magnitude by time. Izv. SO AN SSSR no*6. Ser.
tekh. nauk no.2:W-144 165. (MIRA 18-.11)
1. Institut avtomatiki i elektrometrii Sibirskogo otdeleniya
AN SSSR,, Novosibirsk.

YEPIMOV3. V.M. (Novosibirsk)
Interpolation of random varying qjantities with discrete zeasure-
ment, and control using the Lagrange polynomial. Avtormetrila no.3--
19-25 165. (MM 19: 1)
1. Submitted Feb. 25, 1965.

--YEFIWV, V.M. (Novosibirsk)
Methods for determining time interval between readings during
digitalmeasurement. Avtometriia no-3:118-121 t65.
1. Submitted Feb. 9, 1965. (MIRA 19:1)
C~

L 9455-66 :,.Yrr (m)/E'.'IP (j RM
ACC NRt AP502503-1 SOURCE CO IDEs UR/0286/65/000/016/OCrt5/0075
44 lIq 1//
AUTHORS: Takhtarov,_G, N.,; Trofizovich,--D. P I Gerlakh, L. R,,; PodshibyakiM, G. S.;
Zaborina.,W. B.; Lazovskaya,_R. A.; Yefimov? V. M.; Kalachey, V. A. Wayorov, D.
. ...................;.........
ORGS none
TITIZ: Foam generator for an installation for continuous mixing and foaming of Patex I
mixtures.-Ma-i-A.-No 17 9111-