SCIENTIFIC ABSTRACT YEMELYANOV, L.F. - YEMELYANOV, M.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962620017-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

1VT ~JlfqR

Diesel-Fuel Filtration (Cont.)'. SOV/6275
evaluation of filter parts and COST and TU designations for filtering
materi. Is. There are 26 references: 22 Soviet, and 4 non-Soviet,
TABLE OF CONTENTS:
Introduction
3
Cho, 1, Contamination of Diesel Fuel 5

U, Wear of Precision Parts in-Diesel-Fuel Systems
C
ho
8
M. The Role of Dieqel-Fuel Filters and Thitf-Basic
Ch.
Requirements 14
Ch, IV, Flow of'Diesel Fuel Through a Poious:ScreAn 21
Chi V. Fineness of Filtering Materials 41
Card 21.8,-r

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ZI-AittINOR
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YMMLIYANOV, L.F., inzh.; ZUDIVA, A.Te., inzh.
Air-entrained lightweight blocko made with mixed binders.
Stoi. mat. 5 no.3:21-23 M.7 '59. (MIRA 12:1R)
(Lightweight concrete) (Building blooke)
i

"Utilization of the theories of elasticity and resistance of material for determining
strain at gravitational cauaeways."
Dissertation for Candidate of Technical Sciences, Moscow Water Resources Development
Institute in. Villyams (MGMI)
Subject: Hydroengineering building and construction
Gidrotekhnicheskoye, stroitellstvo, 12, 1946.

F
ILI e
13 7 - 5 8 -5 - -16 4-48-
Translation from: Referativnyy zhurnal, Metallurgiya.. 1958, Nr 5, p 223 (USSR)
AUTHORS: Layner, D. I., Yemellvanov,. L. G,
TITLE: The Mechanism Whereby Silicon Influences the Processes of
Inhibition of Reactive Diffusion of Iron in Aluminum (0 mckhan-
izme vliyaniya kremniya na protsessy tormozheniya reakfivnoy
diffuzii zheleza v alyuminjy)
PERIODICAL: Tr. Gos. n. -i. i proyektn. in-ta po obrabot.ke f.svetn. inef.
1957, Nr 16, pp 2-17
ABSTRACT: An-effort is made to clarify the influence of various additions
on the reactive diffusion of Fe in Al. Grade AB 000 At %as used
as the base for alloys with added Fe, Si. Be, Ti, Zn, Cr, Ca,
and Li, and these alloys were investigated. Specimens of calor-
ized Fe were annealed, and the structure of the diffusion layer
was studied. Annealing at 4200C for an hour indicated the harm-
ful effect of the Fe, addition of which lead to a darkening of the
surface as the result of formation of the FeA13 compound. Ad-
dition of Si to Al on the other hand proves useful, a-, it. inhibits
the formation of this compound and leads to the formation of a
Card 1/2 more complex compound AlxS2 Fe which requires more time.
y z

137-58-5-10448
The Mechanism Whereby Silicon (cont.
It is recommended that the Al used for cladding contain about 1% Si, since
when the Si contents are greater annealing temperature will approach the
melting point of the alloy Al-Si, and this will increase the rate of diffusion.
Cu in the Ni-Al-Cu system has the same effect as Si in the Fe-Al-Si system,
i. e. , a ternary compound, NiAlCu, se~ irates out in the process of anneal.
The results obtained are confirmed by the data of metallographic and X-ray
structure analysis.
L. M.
1. Iron--Diffusion 2. Silicon--Metallurgical effects 3. Difftiolon--Inhibition
Ca rd 2/2

137-58-6-13734
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 6, p 360 (YSSR)
AUTHORS: Layner, D.I.,_Yernellyanov, L.G.
TITLE: Use of the Electron Microscope for Investigation of the Struc-
ture of Metals and Alloys (Primeneniye elektronnogo mikro-
skopa dlya issledovanlya struktury metallov i splavov)
PERIODICAL: Tr. Gos. n.-i. 1 proyektn. in-ta po obrabotke tsvetn. met.,
1957, Nr 16, pp 18-Z3
ABSTRACT: A description of possible uses of the electron microscope
for investigation of finely dispersed structures of variou'5
metals and alloys; a detailed description of methods of obtain-
ing one- and two-phase prints.
Z. F.
1. Metals--Structural analysis 2. Electron microscopes--4Plications
Card 1 /1

137-58-4-7640
Translation from: Referativnyy zhurnal, Metallurgiy., 1958, Nr 4, p 183 (USSR)
AUTHORS: Layner, D. 1.
TITLE: A Ne%,; Wthod of Annealing Calorized Iron (Navyy metod otzhiga
alyuminirovannogo zheleza)
PERIODICAL: Tr. , Gos. n.-i. i proyektn. in-ta po ohr.,botke tsvetri. met.
1957, Nr 17, pp 47-53
ABSTRACT: An investigation was conducted to establish the pcssibility of
annealing (A) aluminized Fe at high temperatures and very bxief
holding time. The A wa5 performed in a salt bath (50 percent
NaN03+50 percent KN03) at 6700C for periods of 1, 2, 3, 5, 10,
15, 20 and 30 sec. The experiments showed that at 6700 total
recrystallization of the Fe,'ocpurred in 2 sec time, but that the
' itation did not materialize in such a
process of reactive precip
short time, the surfaces of the specimens remaining bright and
gleaming (X-rays of specimens of calorized Fe before and after
A are adduced). Once the possibility of high-speed A of strips
of calorized Fe was established, experiments in the A of such strips
were conducted in d broaching furnace, as fast A in a salt bath
Card 1/2 is hardly applicable to long-term production ope'rations (added

137-58-4-7640
A New Method of Annealing Calorized Iron
plant equipment would be required). The optimum A temperatures (in a broach-
ing furnace) when A is of 30 sec duration are: 6100 for 0.10 mm strip and 6300
for 0.20 mm strip.
A.B.
1. Iron alloys--Heat treatment
Card 2/2

LAYNZR, D.I.1-IRMIYANOV, L.G.
Ways of increasing the activity of skdeton nickel catalysts for a
hydrogenation reaction. Trudy Giprotsvetmetobrabotka no.18:262-277
16o. (MIRA 13:10)
(Catalysts) (Hydrogenation)

AUTHORS: Layner, D. I.y i:3~
29423
S/081/61/OCJ/017/072/166
B11O/B138
TITLE: Problem of the production of catalysts for the direct syn-
thesis of organosilicon monomers
PERIODICALt Referativnyy zhurnal. Khimiya, no. 17, 1961, 325-326, abstract
17KI18 (Tr. Cos. n.-i. i proyektn. in-ta po obrabotke tsvetn.
met., no. 18, 1960, 254-261)
TEXT: The authors studied the catalytic activity of silicon-copper alloys
and demonstrated that it is independent of the grain size of the initial
alloy.- For this reason it is not necessary to obtain a fine-grained struc-
ture in.casting. The authors demonstrated the expediency of using silicon-
copper alloys with reduced copper content for the synthesis of
diethyl dichlorosilane. Ca, Zn and CSi additions have a positive influence
on the catalytic activity of the alloys. Silicon type Kp2(Kr 2) is used to
produce the alloy which is done in graphite crucibles with low ash content.
It was found that ordinary 90~li coke or 75~ ferrosilicon could be used as
contact mass for the direct synthesis of phenyl trichlorosilane.
Card 1/2

0,
PrAlem of the production of .....
[Abstracter's note: Complete translation.]
29423
S/081/ol/000/017/072/166
BIIO/B138
Card 2/2

LAYNER9 D.I.; MLLYSHEVAt L,A.- YEMELIYANCV, L.G.; TROFIMOVA, I.V.;
LOBUSEVICH,.N.P ; G o b Fr ~, -. ~.- -
Rate of cooling silicon-copper alloys. TSvet. =t. 36 no.8z
76-79 Ag 163, (Siliaon-copper alloys-Metallography) (MIRA 160)
(Nonferrous ingots--Cooling)

YEMELIYANOV L.G. (Emellianau, L.R.1; TEMNTIYEV, V.M. [TSIarents'eu,
VV.. I-
Effect of changing soil moisture on the concentration
of cell sap, water content and productivity of tomato
plants. Vestsi AN BSSR. Ser. blial. nav. no.2:56-59 165.
(MIRA 18M)

NLVGTANOV, A.H., akademik; TMM'TANOTjJ..,-XAKAROVAj LoG.
Synthesis of germanium aromatic compounds by means of aryldiazonium
fluoborates. Dokl. AN SSSR 122 no.3:403-404 S 138.
(MIRA 11:11)
(Germanium organic compounds) (Maso compounds)

YKIELIYAN70V, L. 1H.
Yemellyanov, L. M. "On the problem of the stability of deep piles, having
vertical planes of syrnetry", 111auch. zapIsId (1-losk. gidro-meliorat. in-t im.
Villyarasa), Vol. XV, 1948, P- 131-6o.
SO: U-3261, 10 Apria 53, (Lotopis 'Zhurnal Inykh Statoy, 111o. 11, 1949).

y Put Ila mftff-~- - I Ist k" trw C41-M
-
T - -
I
i WC49
, I
I

DISTUMM A DZKMTIOVS OF UKMZMOM GAS PM LUM.
KI S. Wd F4811 L. K. (Ooklady &Ad. Ykuk S.S.S.R.
Zarembo
,
'-u-Ud-.'-195Oj vol. 750 677-MO).
(Rep. Aud. Sci. U.Sd.10
0 OA
*0-4
Toot longtW> and a in use, of 300 u.se and WO'U.u*
pipe
SOAR *I piping Vith welded Into, had elootrical and madmalcal U4,tru-
at*

a
nants Installed to mt tmanerse vW longitudinal d1splacement
00~
fe
VA chowas In Seation, cU of ch&Ws In gas precours, tampsm- goo
Soo tu"i typo of coil, depth f p1pes ate., are described and discuseed.
L)

MOO
roe

foe

-A$ #-1L& - *CTACLOWW" LnU&TWG CAMW
1
z #4"40 -A 1 140s0 4&r OW cat mill the 4WW At#--- goo
-
u a n1 o ul ; A.; A (4 4 1 1 r, Am A s 6 a D -1 W "too TO V
.W
w0 810 V* 0 0 0 0.0 a 0-0 0--op we *1* 0 Ole 0 0 0 0 0 0 0 0 a 0 0 0 0 * *10
O"o 410 a 0 0 * * 0 0, 0 0 4b 0 0 0 0-0-0 *-*-4v *~-* G-O-O O_ojk

-7-1-AiNn Tf-
2. USSR (600)
4. Pipe
7. Caaculating thin-walled pipes laid into the ground. Gidr. i mel. 4 no.10, 1952.
9. Monthly List of Russian Accessions, Library of Congress, January 1953. Unclassified.

-,'YM4EL'YANOV-L-.K- - -)-
zz~~ 2 -;-(Hopkta
Designing ebwtic underground pipes. Stroi, mokh. i rasch. soor.
3 no.ls3j-7 161* (MIRA 34:2)
(Pipo) (Elasticity)

TEKU'rANOV,, L.M.,, dok-tor tekhn. nauk, profo
TV0 types of ooil*preosure In tall containers. Isv. TSMU
no.6tl75-194 162. (MIRA 16:6)
(Soil mechanica)

Introuduction of over-all Stakhanov technoloEy in the manufacture of forged
parts. Moskva, Goo. Nauchno-takhn. izd-vo maohinoetroit. lit-ry, 1952.
9P- (53-35576)
TJ130-N7E5
1. Novo-Kramatorskii mashinostroitel'nyi zavod Kremstorek. 2. Machine-
shop practice.

YEKKUlYidiOV, L.V.. inzhener, redaktor.
[Efficient methods on woodworking lathes; from work erperience
of ?.V.Fedosov, lathe worker and modeler at the Lenin keva
Machine-Construction Plant] RatsionalInye metody raboty na to-
karnykh stankakh po derevu. Iz opyta raboty P.V.Fedosova-
tokaria-modellshchika Nevskogo maahinostroitelinogo zavoda
imani, Lenina. Pod red. L.V.Emallianova. Moskva. Goa. nAuchno-
takhn. izd-vo mashinostroit.lit-ry. 1952. 11 P. OURA 7:3)
1. Moscow. Gosudaretvannyy soyusnyy inatitut Orgtyazhmash'
I (Turning) (redosov: F.Y.)

, L.V. du.
Molding cores in accordance with overall Stakhanov technoloLy; from the
experience of the Ural Machine Buildinr Plant, Moskva, Goo. nauchno-tekhn.
izd-vo mashinostrolt. lit-ry, 1952. 14 p. (54-24254)
TJ86.S9E5

YEMIYAHOV, L.V., Inzhonor Crodaktor); MOSIN. V.V.. elecarl-novator.
[P~rogressive methods in repairing metal-cutting r=hines; practice of
machinist-innovator V.V.Xoain at the Nevakiy Machine-Building Plant inmeni
Lenin) Peredovye metody remonta metalloreshushchikh stankov; opyt alesaria-
novaiora V.V.Kosina na, Nevskom mashinostroitelinom zavode imeni Lenin&. Mo-
skva, Goe.izd-vo mashinostroit. lit-ry, 1952. 18 p. (MIRA 6:7)
1. Revskiy mashinostroitellnyy zavod imeni Lenina (for Mooin).
(Metal cutting)

YMLIYANOV---". --Inzhansr-,-rddaktor.---
[Attachmento and tools for machining; experience of the Stalin Voiro-
Kramatorek Machine-Building Plant (Don Basin)] Prisposoblenits I,
instr=eaty dlia makhanichaskoi obrabotki; is opyta Novo-Kramotorskogo
mashinostroitellnogo zavoda, imeni Stalina (Donbass). Pod red. L.V,
Imallianova. Mookya, Goa. nauchno-tekhn. Izd-TO mashinostroit. i
oudoetrolt. lit-rY. 1953. (KLRA 716)
1. Moscow. Gosudarstyennn sornsnyy institut Orgtyashmash.
(Machine-tools--Dosign)

.MT
,ty',~
OY,
,V." inshener. redaktor.
NOMWA"WPOWW'" .%
(Improving technique of canting drop hammer cylinders-, experience of the
Staro-Mramatorok Plant named after Ordshoulkidsel Usovershenstvovanie
takhnologit otlivki tailindrov shtampovochnfth molo'tov. Iz opyta staro-
kramatorokogo zavoda Im. Ordzhonikidze. Moskva, Goo. rwichno-takhn. Izd-vo
machinontroito i sudoetroit, lit-ry, 1953. 8 p. (KLHA 7-1)
1. Moscow. Gosudarstvennyy soyuznyi institut Orgtiashmash.
(Steel castings)

YMMIYANOV, L.Y., Inzhener. redaktor; SHKELIKINA, S.I., takhnicheekly rednktor.
L&perlenee in using cermic cutting tools; at the S.N.Irtroy Hoisting
and Conveying T-quipment factory] Opyt primensulls, kermicheskikh res-
tzov; na sayode PTO Iment S.M.Kirova. Pod red. L. T.11mellianova. Hookysi,
Go9.nauehno-t*khn.i%d-,vo mashinostroit. i iaostrolk.lit-ry, 1953. 9P.
(Kicrofilm) (KLRA 9:5)
I.Moscow. GosudarstwenVy soyuznyy institut Orgtyashmash.
(Cutting tools)

TZ)ML!TANOT,L.V., Whemer; rodakt4rr; XATVMTA, TO-N., tokhaichookly rodaktor
*MAO,44"
[Precise coordinate boring of holes sm a lathe] Tochmaia koordimatzai&
ebrabotkA etvarstli m tokarzom @tanks. Fed red. LeVoRmallianeve.
Moskva, Ges. sauchno-tokha. isd-ve mashimestreit. lit-ry, 1953. 11 P.
DUcrof i1m] (KLRA 9:6)
l.Mencow. GesudaretyemW soyusVy institut Orgty"hmamh,
(Lathe@) (Drilling and boring)

YEMNLIYANGY. L.Y., inzhener, redaktor; S-WREBROVSKIY, V.3.. inzhener.
[WorkW metals with ceramic cutting tools) CYbrabotka 28t&110T
keramichaskini razteami. KoskTa. Goo. naucbno-takhn. isd-vo nashino-
stroit. i sudostroit. lit-ry, 1953. 13 Pe ()MRA 7:5)
(Outting tools)

Y.M-=-IYANOV, L.V., Inshener, redaktor.
[Ifficieno7 measures for forge press vork] Ratsionalizataiia karnechno-
pressovykh rabot. Pod red. L.Y.Imellianova. Moskva, Goo. nauchno-tekhn.
izd-vo maohinostroit. i oudostroit. lit-r7o 1953. 15 P- (HLU 7:1)
1. Koscov. GosudaretvenW soyusnyy institut Orgtyashmash.
(Yorging)

Y.KSLIYANOV, L.Y., inshenor, redaktor.
[Collection of information on the machining of parts; from the
experience of the 14ningrad "Dvigatell zevollutsii' Metallurgical
Plant and the M2arkov S.M.Kirov Turbogenerator Plant] Sbornik
informateli po mokhanichaskoi obrabotke detalei, Is opyta zavodOT
'Dvigatell revoliuteii". Uningradekogo metallichaskogo imeni
Stalina i KharIkovskogo turbogeneratornogo imeni B.M.Kirova. Pod
red. L.Y.Nmellianovas MoskTa. Goonnauchno-takhn. izd-vo mashino-
stroitA sudoetroit. lit-ry, 1953. 16 p. (MTRA 7:4)
1. Moscow. Goeudaretvanun soyuxny7 institut Orgtyashmeh.
Nachins-shop praotice)

YIMLIYAMVO L.V.
[POver all generalization of Stakhanovite practice; from the practioe
1970r-all goner
of the Ural Machine Construction Yactory] Kompleksnoo obob3hchanle
stakhanavokogo opyta; iz opyta Uralmashzavoda. M,Mashgiz, 1953,
(Machine-shop practice) (MLRA 8:4)

YMLIYALOV, L.V.
~ yj.~, ~ -
(The use of production potentialities in each vorking location; fron
the practice of the Ural Machine Construction Factory] IspolIzovade
rezeryov pro12Vodstva na ka-zhdom rabochem meste; iz opyta Uralmaob:--
zavoda Im. S.OrdzhonWdze. 11,Kwhgiz, 1953. (miak 8 t 4)
(YAchinery industry)

~LITA~NOVL~.V., inzhener, redaktor.
(Introduction of 'lathe operator innovator V.A.Kolosov's method;
experience of the S.Ordshonikidie Ural Heavy Machinery Yactory
and the Stalin Ketal-Kachining Plant in Leningrad] Vnedrenie me-
toda tokaria-novatora V.A.Kolosova. Is opyta Uralmashsavoda, imeni
B.Ordzhonikidze i Laningradskogo metallicheekogo zavoda imeni Sta-
lina. Pod red. L.V.Imellianova. Koskva, Goo.nauchno-takhn. izd-vo
mushinostroit.i sudoBtroit. lit-ry. 19.53. 22 p. (MLILA 7:4)
1. Moscow. Gosudarstyannyy soyuzny7 inetitut Orgtyashmash.
(metal cutting)

YBOLOYANOV, L.Y., inzhanar, radaktor.
[Perfecting'ihe technology of machining; experience of machine-building
plants] UoovershenStTovanis tekhnologii mekhanlchookol obrabotki; iz
OpYtS 2avodoy mashinostroaniia. Moskva. Goo. nauchno-tekhn. izd-vo
mashinostroit. i Budostroit. lit-ry, 1953. 31 P. (KLRA 7:6)
1 , (Machinery industr1y)

YMLIYANOV, L,V., rodaktor,
LStakhanovite methods of marking out bulky parts; from experience
of the Neva Lenin Machine-Building Plant, the Leningrad Stalin Metal
Plant, the Novo-Kramatorsk Machine-Building Plant (Donate Basin) and
the *Russkii dizal" Plant] Stakhanovskis metody rasmetki krupnoga-
baritnykh detalei. Iz opyta Nevskogo mashinostroit. zavoda im. Sta-
line, Novo-Kramatorskogo mashinostroit, zavoda (Donbass) i sayoda
'Rueskii dizell." Moskva. Gos. nauchno-takhn, izd-vo mashinostroit.
lit-ry, 1953, 42 p. O(T-R A 7 t 3)
(Xachiner7-Dreving)

JA*W*j &xArLCA"'.LJU"VT# -*T-, L7V;.LC&J6WWEj wwj~Lww * M*.u 4 ,
rodaktor.
[Improved equipment and instrument for machinery layout] Usovershen-
stvovannye prisposoblenila I Instrument d1la razmetkle Moskva, Goo,
nauchno-tekhn,izd-vo mashinostroltelinol lit-ry, 1954. 63 P,
(Machine-shop practice)

GRKNDVSKIT. G.I., prof.. doktor takhn.nauk; BUSHUTEY, S.M., tokarl-
skorostnik,- CHUDINDV,-, BYKOT. P.B., tokar'. deputat Verkhoynogo
Soveta SSSR;- nXILITANOT, L.T.
Publishing the first Issue of "Naahinostroltoll "a Hasbinostroitell
no.1:44 N 156. (MIRA 12,-1)
1. Avtozavod Imi Likhacbeva (for Bushvvev). 2. GlavM7 Inshener
Vaeanyusnogo-proyektno-tekbnologicheakogo inatituta (for
Temellyanov). (Journalism, Technical)

TZMEL'YANOV, L.V., inth.
--------
Development of the technology of mechanical production course
in heavy-duty machinery industry. Vest.mash. 1371 no.11:75-82
N '5 7. (PIRA 10: 10)
(Machinery industry)

1 4 11 ,I ~
r- r- I- ~_ T - -
J- - II_V_ - - - __ - .,, ___ - - __ - - - , - - - __ __
VCMOrAYHY, Ivan Stepanovich;j3M!YAHQV,.I.V., inzh., red.; STEPANCHENKO,
I U.S., red.izd-ve; GKRASIHOVA, Te.S., tekhn.red.
[over-all mechanization of small foundries] Komplekansia mekhanizatBiia
malogo liteinogo teekha. Izd. 2-oe, dop. Moskva, Goo. nauchno-tekhn.
izd-vo mashinostroite lit-ry, 1958, 108 p, (MIRA 11:4)
(Foundry machinery and supplies)

Va~olye~vlc-h,, ZHIVOTINSKIT, Lev Abramovich; -V
d I
Leo~ r 0
"M-g~GOIV~~ P 6h; TYURIN, V.F., nauchnyy red.;
IONOV, V.N., red.; DORODWOVA,, L.A.,, tekhn. red.
[Auxiliary~ equipment f6r welding; an album] Vopomogatel I noo obo-
rudovanie dlia evarki; alfbom. Mookra, Proftakhisdat, 1962. 123P.
(Welding-L-Equipment and supplies) (HIRA 16:1)

SHZRDWj Vaoil1y Alekseyerich; SHIUOVV V~acbejqlav Nilovich; PAVLOVICH, Pavel
ModentovichiNUZENTONVp VON,f lbabs, rotoonzant; YEaLtYANOV I L.V.p
inzh.p red.1 TIKWOVt A*Yaof tolfte r6do
(Mechanisms# 4evidee knd-auxiliii7 equipment for forging and dis-
stamping proosibed; an albi;ml Makhanizmyt prioposobleniia i ared-
otva makhanizateii ku2neohno-precoovogo proitvodetval allbom. Ho-
skm# Gos;mauchno-tekhn.'fzd-vo maohinostroit. lit-ry, 1960. 93 p.
(MIRA 14:6)
(Forging machinery) (Sheet metal working ;naehlxmwy)

UU)
LaborAtory of the RiOiWftnomic Council engaged In research in
an produotkon economicso Vope ekone novB:145-147 159.'
W'RA 12M)
(Rostov-1conomio research)

V.7906
9( SOV/107-59-7-9/42
AUTHOR: Yemel?yanov, 14.
TITLE: For the Home-Town Plant
PERIODICAL: Radio, 1959, Nr 7, p 11 (USSR)
ABSTRACT: With the help of a DOSAAF committee and other public
organizations a radio amateur club was organized
at the Eksper-imentallnyy nauchno-issledovatellskiy
institut metallorezhushchikh stankov - ENIMS- (Ex-
perimental Scientific Research Tnstitutes for Metal-
Cutting Tolachine Tools) and at the plant "Stankokon-
struktsiya". The Deputy Chief Designer of ENIMS,
Laureate of the Stalin Award, Georgiy Ivanovich
Zuzanov, praised the work of the radio amateurs
which they performed during the 18 months since the
foundation of the club. These achievements were
shown in an exhibition on the occasion of Radio Day.
The institute and its experimental plant are working
Card 1/2 on metal cutting machine tools with program control,

05906
SOV/107-59-7-9/42
For the Home-Town Plant
whereby the program is recorded on tape. In this
connection, the author mentions the work of Mikhayl
Razbitskiy who designed special six-track recorder
heads for machine tools shown at the Brussels World
Fair and in New York. There is 1 photograph.
Card 212

'~Ll I
YlVEL"i'ANOVp MIKPAIL ANDRLYEVICH Y4
Samarskaya Luka. i Zhiguli (Samara bend and tl-,e Zh-guli) Krayevedcheskiye
Ocherki. Kuybyshev, K%Wbyshevskoye Knizhoye izd -vo, 1955.
289 P. illus.

it
AUTHORs' Yemel Iyanov, M.A.
~/I 23/6 I/OOC)/O 18/004/015
Aoo4/Alol
TITLEt :*Gang jigs'and fixtures for the-milling, broaching and turring of
machine parts
PERIODICALI Referativnyy zhurnal, Mashinef,royeniye, no. 18, 1961, 1-2, abstract
18B3-(v,sb. "Frisposobleniya'dly'a grup. obrabotRi detaley". Lenin-
grad,.Lenizdat, 1960, 13.o - 158)
TWI The author points out that multipurpose setting-fixtures can be de-
,,veloped not only for a gang of technologically simila4; parts but also for parts
which,-,during the machining, have some similar bases to earry out even one opera-
tion, owing to whioh7 the use .of multilr%Arpoae setting fixtures Is possIble for
tens and, sometimes, hundreds of different parta. The author citA4 6oxe examplis
of technologicaily different parts which cap. be machinel.~n the same flAY.-I.j.-o3a
provided they possess iaentical. bases. A desarlpticL of various mult-1;rirpo3e
setting fixtures is given: piunger jig, gang jig for the maohining of pir. holes
in levors and pull rods, pneumatic jig for the boring of peripheral holoe and
there. There are 23 figures. 1. Dd a kuzazn
Abstrpbter's notel Complete tranalatl')n]
E
d 1/1

USSR Genernrl Biology, Gcno=l Hydrobiolo3y.
Abs Jour Hof Zhur - Biold' , No 140 1950, tra 61975
Authors :,_Yo=Ljyzaou7-44r-A.; Kharin, A. N.
Inst Smolensk State institute of pedcagogics.
Title Investigating the Rusarvoirs of the Floodlands of the Kuban'
Rivor. I. Soil Wposits of Old Kuban'.
Orig Pub Uch, zip; Smolenskogo gos. -pod. in-ta, 19560 vYP. 31 241-263
Abstract In the years of 1931-1932., soil deposits of Old Kubmil in the
floodl-,nds of the Kub=I Fdvcr vore investiFted. In the
central part of the racervoir the basic soil mass is repro-
sonted by small nineral particles. There) silts present
(according to structure percentage of various fractions)
cilt-containing sandy clay. Organic remnants of the soil
(10-12 percent) consist of dotritus and dead miir~al plankton.
Soils of near-shore zones are characterized by their con-
t.%inina largo mounts of eand fractions. They are
card 1/0

YAMITANDT, M#Do
Treatment of parenchymatous tonsillitis vith Intramuscular henotherapy
with penicillin. Vast. otarinolar. 13 no.2:79-80 mar-APr 51. (CM 20:8)
1. CwAid&to Medical Sciences, Lt-Col, Medical Corps. 2. Or Hospital
(H*ad-I.S. Moskulemko, Colonel, Medical Corps).

D ----- --
YEMLI TAITOVe H
NTbe InfUmce of Respiration Characteristics on the Inflow Into Lympbatlo
Vessels of the Inner Ear in Response to Oubarachnoidal Introduction of India
Ink." Sub 26 Kay 47, Moscow Medical Inst, XW*try of Usalth RUSR
'Dissertations presented for degrees in science and engineering In Moscow
In 1947
GO: Sum No. 457, 18 Apr 55

YEMEL'YAIIOV, M.D.
On the etiolog7, pathogenesis and treatment of
lar M eal and nasal diseases from the viewpoint
theor7. Vest. otorinolar. 13 no-329-11 Ma7-June
certain wi-ral,
of Pavlov's
1951. (CUIL 2C:11)
1. Candidate Medical Sciences (Tambov)..

YEMOMOV, M. D.
Nose - Tmors
cases of malignant neoplasms of the nasal cavitY. Vest. oto-rin. 3.4 no. 1, 1952.
9. Monthly List of Russian Accessions, Library of Congress, April 195A Unclassified.

Y$.XBLIYANOV, KoD.p kendidat me&Itsinskikh nauk
Inflammation of the middle ear. Zdorov's 2 no,12:23-24 D 156.
(19AR--DISUBBS) (MIRA 9:12)

YNHHLIYAIIOVt 140DO - 'I ~ 'e. - - ~ z~.,. ,
Wj .1 ~' 17 ~~ ~, - ~ ~ ,
Cotitis modial VoispaleniO orednego ukha. Hooleva, Hadgis, 1957.
(BAR-DISHASIS) (111RA 110)

.-, I
YAMIL'YANOV, M.D., kand.med.nouk
Rhinitio. 74orovIc 4 no,1:14-25 Ja '58- (MIRA 11:2)
(CATARRH)

CHOIJOSOVY2OVS V.A., prof.; MML'YAIIOV, M.D., kand.med.nauk
~ -1 -- 7,'
Vibration. Zdoroyl a 5 no.5:14-15 MY '59# (KIRA 12-:11)
(MRATION--PHYSIOTMICAL ]MGT)

CHUDROSOMOVp Valentin Alskoeyeviohp prof.1 YM43LITANOVp Mikbail Dmitriye-
vichl EIXHATWVM=p Met redel
[Intubation wA ito uos in diphtberia of the larynx] Intubatoiia i es
primensuis pri difterii gortani. Makbnobk,&3al ~sgeBtanskoe kniabnoe
isd-vol ig6oj- n3 p. (KERA 34s7)
~.S~~~MtBATION) (DIPUTHEUA)

Taking off in a plane. Zdorovle 6 no.801 Ag 160. (MIU 13t8)
(FLIGHT-PMIOLOGICLL A"WS)

--- --- -- - ---- - - - - - --- I ~
YEMELIYANOV, M.D., kand.med.nauk (Moskva)
Roentgenography of the.temporal bonos as io.method of diagnosing
otitis media. Zhur. ush., nos. i gorl. bold7 21 no.5:39-40 S-0 161.
(MIRA 15:1)
. (WTORAL BOIZ--WIOGRAPHY) (ELR-DISEASES)

29HRL'YANOV, Mt-D and, mod. nauk; KUZNMOV# A. .G., doktor mad.
nauk (Hositl-~'
Role of the interactions of the-vestibulars visual and proprio-
ceptive analyBorn In the formation of some illusory perceptions
in fliers. Vest. otorin. no.3:63-69 162. (MIRA 15:6)
(VESTIBULAR APPARATUS) (VISION) (OPTICAL ILLUSIONS)
(AERONAUTICS-PSYCHOLOrd)

"New Methods of Investigation Vestibular Function" - P- 55
Voyenno Yleditsinskiy Zhurnal, No. 10, 1962

GENIN,, Abram Mloiseyevich..- GUROVSKIY, Nikolay Nikolayevichj
XEML!YAI[O,Vl,-Mikbail-l)zitr,iy.evich; SAKSOI-IOV, Pavel
Petrovich; YAWOVSKIY, Vladimir Ivanovicb; NWKU# K.Ly
tekhn, red,
Ad- $JAWN
0 . j
(Man in space] Chelovek v kosmose. Moskva, Medgizp 1963.
159 P. (MIRA 17:3)

Accrssiol; iR: AT4042700 9/0000/63/000/000/0339/0343
AUTHORs Lebddinakiy, A. V.; Arleahcherdco, N. I.; Bucy*gia, V. Te.1 Vartbaranorg'
R. A.; Vtpelov, A. S.; Volokhova, N. A.; Grigoilyev, Yu. G.; yes'
KAlyqova, T. V.1 Kry'lov, Yu. V.1 Pollskov, B. 1.1 Farber , Tu. if."'
TITM Xffects of Coriolis accelerations on the human organism
SOURCE: Konferentaila po aviatuionnoy koomicheakoy maditalne, 1963-
Aviatnionwya I koomiches3kaya neditaina.:(Aviation and space medicine); materialy*
konferentoii. Moscow. 1963, 339-343
TOPIC TAGS: vestibular analyzer, cosmonaut selection, cosmonaut training, semi-
circular canal, acceleration. rotationginystagmus, optical analyzer,
Coriolis acceleration
ABSTRACTs Studies of the effect of prolonged Coriolis accelerations on the human
6rzaniam must be made as a preliminary step toward the creation of artificial
ravity in spaceships. Studies were performed In a slowly rotating HBK-1 chamber
cylindrically shaped.roon 2.1 m In diameter and 2-3 a high, equipped with two
K
armchairs). In the first series of "rimentst 4 healthy persons we" muUjeots d
Card 1/2

ACCESSION NR: AT4042700
to prolonged rotation of I to ~ hours at an angular velocit4 of 5JR/aec. In the
second series of experiments, 4 subjects were rotated for 2 hours at angular
velocities of 5-3, 10.6, and 21.20/sec. Coriolis accelerations were created peri-i-'
odically by tilting the body and head in a:pl no perpendicular to the plane of
rotation of the chamber at the rate or I move:ent/cec. Prolonged stay of subject&
with n rm&l vestibular sensitivity under conditions of rotation at 5-3, 10.6, end
21.evoec reculted in functional changoo in the condition of the central nervous
system and the cardiovascular system, azA in disruption or the body temperature
control and the balancing function. The degree or T*getative di6orders was found
to be directly proportional to the speed of rotation wW the degree of vestibular-
sensitivity of the subjects. During cumulative action of Coriolis accelerations,
the majority or the subjects developed an adaptation which was noted from I to 5
hours after beginning of the rotation. On'the basis of the results obtaimed, tho
method of prolonged slow,rotstion, is,recomminded for tndmisg purposes.
ASSOGIATIONt tons
SUM4177EDs 278op63 ZMCL: W M CM1 Ll
NO REr SOVI 000 0=11 000
Card 2/2

VOLYNKIN~ Yu.M.; YAZDOVSYM p V.I., prof*; GENIV, A.M.; GAZENKO,
O.G.; GUROVSKIY, N.N.; TRELIYANOVj MO.; 1-!IKWWVSK1Y,
G.P.; GORBOVI F.D.; SERYAPIN, A. .; SKIY' a.m.;
ALTUKEOV, G.V.; XOPANEV, V.I.; KASIYAN, I.I.; WA,%J1KOV,
V.I.; TERE21TIYEV, V.G.,- HRYANOV, I.I.; FEDOROV, Ye.A.;
FOMIN, V.S.; ARUTYMIOV, G.A.; ANTIPOVI V.V.; KOTOVSMA,
A.R.; KAKURIN, L.I.; TSELIKIH, Ye.Ye.; USJIAKOV~ A.S.;
VOLOVICH, V.G.; SAKIS01,11OV, P.P.; YEGOROV, A.D.; NEUMYVAKIN,
I.P,; TALAPHIp V.F.; SISAKYAN, N.M., ukademik) red.;
KOLPAKOVA, Ye.A., red.izd-va; ASTAFIYEVA, G.A... tekhn.red.
[First group space flight; scientific results of med1cal
And.,J)Jological studies carried out during the group orbital
flight of manned satellites "Vostok-3" and "Vostok-4]
Pdrvyi-gruppovoi kosmicheskii polet; nauchnye rezulttaty
mediko-biologichoskikh issledovanii, provedennykh vo vremia
ftuppovogo orbitallnogo poleta korablei-sputnikov "Voatok-3"
i "Voskot-4." Moskva, Izd-vo "Nauka," 1964. 153 P.
(1-1 IRA 17: 3)

M~WMMIR
ACCESSION NR: ATW3768o F,/2865/64/003/000/0080/0088
AUTHOR: Ynzdovakiyp V. I.; Yemollyanov, M. D.
TITIX: Problems of the physiological interaction of analyzers applicable to
space flight
''!I SOURCEt AN 555R. Otdoleniye biologic~eakikh nauk. Problemy* koomicheakoy b1ologuo.
v- 3, 1964, Bo-88
ol
TOPIC TAGS: manned space flight, physiology, weightlessnesag vestibular analyzer,'!
visual analyzer, proprioception, vestibular function
AMTRACT: To assess the dynamic effects of space flight on the human organism
Ycmellyanov and hi~ co-workers performed a series of experiments to esiablish t2he
Interaction of space-flight conditions on the veatibular,'visuall and proprioce toe,
analyzer systems. The nature of muscular activity (proprioceptor afferentation5
exerts a considerable effect on the.threshold of sensitivity of the vestibular
organ and also on the threshold of-sensory and motor vestibular reactions. Static.1
muscular tension, especially on the side opposite the stimulated labyrinth, lowers i
~Ivestibular sensitivity. Upright balancing, characterized by oscillations of the
11center of gravity with respect to the gravitational verticalp brings about the
7-
.. 77 -7-

O'AcCESSION NR: AT4037680
i! opposite effect. Straining of the eyeball muscles also has an effeett fixing the
vision on motionless objects inhibits the vestibular motor repctions, while opto-
kinetic stimulation increases them. Inhibition of the vestibular functiona by I
fixation of the eye on immobile objects depends on the distance*ofthe object and
the angle of vision. Vestibular-spinal reflexes, which deter 'mine,the tone of
O,or ab'senco
skeletal and ocular musculature, are affected by the presenc of visual
function. In the absence of gravity a confllc~,can arise between visual and vea-
tibular information. If mqn has a fixed base 0 support, he can acquire some of
the sensations of Gravity.' Thus, objects seen moving in the visual field will not':
icause a conflict in perception of the external world as long'as the man,thinke he
knows what the,direction of gravity is. However, if he loses his concept of.gravi-'
tational orientation, then moving objects in the visual field cause a disorients-
tion and are sometimes accompanied by vegetative reactions. Flights along parabo-
lic trajectories are characterized by a more or leas prolonged period of the after-~
effect of the vestibular stimulator which is caused by the excess acceleration
which preceded weightlessness. For that reason, vestibular reactions related
to
';the short period of weightlessness do not disappear and in some cases become alwa" .
vated, which may be due to the absence of*tho inhibiting effect from the motor
analyzer. More research is required in this area# The vestibular system of train.
ing cosmonauts for space flight was based on these experiments,'. Primsry'atteation~

~~;ACCESSION NRs AT4037680
iwas given to the Aependence of vestibular phenomena on visual stimulation and
muscular effort. By prolonged training It was possible to Increase significantly
the resistance of cosmonauts to,vestibular stimulation and, as axesult, no vege-
disorientation reactions were noted during their flights., This was also
!confirmed by the use of occulograme. It was not possible to obtain evidence of
~Jnyatagmus, either spontaneously or in conjuction with vestibular testa.
ASSOCIATION: none.
SUBMITTED: 00 ERCM 00
,IZUB CODE., NO REF SOV: .020 OTHERt 017-
'~ard
-----------------------------

YAZDOVSKIY, V.I.; YEMELOYANOV, M.D.; VASILIYEVV P.V.; KOPANEV, V.I.
Some results of medical and biological studies conducted during
training and flight of the astronauts. Probl. koam. biol.
4:237-247 165o (MIRA 180)

sm
RON

I . . r
I I I .
. 1 -1 , ~ ,
I I m
Cord .1 , 1

A . ~ : & , : 1~ . I I r.. e

--L--14268-66 FS3.2/Wr(1)jFS(v)-3 -DDIRD
ACC NR: AT6003835' SOURCE CODE: UR/2865/65/004/000/0010/0016-
AUTHOR: Curovskiy, N. M*;'ysmoltyanov~~.; Karpov, Ye. A.
ORG; none-
TITLE: Basic-principles Of special cosmonaut training
SOURCE: -AN SSSR. Otdeleniye biologicheskikh nauk. Problenw kosmicheskoy
b1ologii, v~- 4t 19659 10-16
TOPIC TAGS: cosmonaut training, vestibular training, manntd space flighto
centrifuge training# space physiology, space psychology, space flight
simulation, spacecraft capsulep flight disorientation, physical fitness
ABSTRACT: The individual char"a'de ris tics of healthy humans are not stable; external,
and internal stimuli may produce drastic nonpathological deviations from
-physiological norms. Resistance tg-external stress,, however, may be
5~ , WI,
grPatly increasdd by training. z
Special cosmo n ut ff6difilfig-16 babed on analysis of those Uctors whiC
Most substantially affect the cosmonaut and his activities In fliaht. Flight
factors fan into four groups: 1). eXtremal environmental factors (vacuum.
Card 115

L 14268-66
ACC NR; ATWOM
ionf zing radiation, low temperatures); -2) dynamic flight factors (noise,
;vibration, acceleration, weightlessness, prolonged vestibular stimulation);
ship environmental factors (cabin microclimate, restricted movement,
special foods and clothing, time-deficit worldng conditions, -emotional
itension); and 4) factors associated with landing (especially when the
ejection-parachute descent method is used). Since protection against ex-
treinal factors (group 1) is provided by the ship, it is with factors of the
last three groups (2, 3, and 4) that the special cosmonaut training program
is concerned.
The aims of special cosmonaut training, which simulates on the ground
1 the conditions of flight, are twofold: 1) to provide a basis foi- the selection'
or elimination of cosmonaut candidates, and 2) to Increase the resistance
tual flight.
nf. the candidates selected, to the unavoidable stresses of ac
Since certain factors (prolonged weightlessness, the unique psycholog-
ical "atmosphere" of flight) -cannot be reproduced on Earth, the training
program must include a number of nonspecific exercises designed to increhse
,the general reslstdnce of the organism. Special methods are used to in-
q
crease tolerance to psychological stresses and predict behavior of candi-
dates in flight.
Card 2/5

V 1426&66
ACC NR: AT6003835
In addition, the training program includes exercises designed to deirelop
motor habits and sIdIls needed In flight and to train the cosmonaut In the
p?rformance of actual flight operations,,
The methods discussed are: 1) parabolic dirplane flights. 2) isolation7'
in an echoless chamber, 3) cabin mockup flight simulation, 4) thermo-
!chamber. training, 5) centrifuge training, and 6) special physical and
vestibular training.
The brief duration of the weightlessness created by parabolic flights
ilimits their usefulness for training, since adaptation to brief periods of
weightlessness does not necessarily help an individual withstand the pro-
longed weightlessness of spaceflight
rivation of e
Prolonged isolation in-an echoless chamber with dep xternal
info~ 'ation'is a useful tool for neu'ropsychiatric studies of individuai ability
-M .
to perform assigned tasks under novel conditions, circadian physiological
rhythms, the ability (with sudden stimuli) to, pass quickly from the sleeping
to the waking state and back, and memor , attention,* and so forth.
Y.
Card 315

L~ 14268-66
7 ---- - --
ACC_NR: AT6003835
Even though space cabins are air-conditioned thermochamber training- J
is useful in discovering hidden pathologies and studying individual stress
reactions.
Centrifuge training is espec a y important, both foriamlifarization
'and for increasing resistance to spaceflight accelerations. The most care-
ful-m-onitoring is re_q,4irqd during this training, since existing information
on .the cumulative effects of acceleration is contradict-ory-a --- nd u- fi-c -e- r- t -a7
in
The cosmonauts themselves are emphatic about the usefulnessand importance
of this type of training.
Mockup training is-blithei''im-or'e important in view of the fact that
-training flights with an experienced instructor, such as are used in training
drivers or pilots, cannot be conducted for space crews. All training must
thus be accomplished.on,lhe ground.
A program of special v6sfi&uli~ training was instituted after tbe" flight
zof G. S. Titov. who experienced,some autonomic maladjustments as the
-result of vestkbular stimulation in flight. This training is directed at 1)
increasing ve6tibular resistance to a wide v~rfety of external factors and
'2) reinforcing ~he functional interaction -of the vestibular, visual, and
Card 4/5

L 14268-66
ACC NR: AT6003835
kinesthetic analyzers in order to eliminate postural-spatial illusions under
conditions of altered gravity and to increase inhibition of tho vestibular
function. This program must be custom-tailored to compersate the indi-
vidual vestibular weaknesses of each cosmonaut; which are identified
beforehand by determining semicircular canal and otolith thresholds for
adequate and Inadequate stimulation.
All'speclal training must be supplemented by general physical training
designed-to-improve -the--cosmorrauts-physical-condition-and-perfect- the---
visual-motor coordination required by spaceflight.
The total program must be-adjusted to the needs of the individual cosmonaut.
The sequence, alternation, and spacing of the various kinds )f special
training are important here#' CAMPRESS: 4091-F)
SUB CODE: 05, 06 SUBH-jATEt none
Card 5/5 -------

_2/EWT(1)/EEC W--2/V#A(d)----SCTB- -_TT/DD/RD/GW
VIM FgS-
ACC-NR, AT6003858- --..SOURCE CODE:, -UR/P-865/65/004/000/0237/0247
UTHOR: Yazdovskiy, V. I.; Yemellyanov, He Do;
~ORG: none
TIME: Some reaults of nedicobiological studies conducted during
preparation and flight of the astronauts V F, and V. V*
Tereshkova"
SOURCE: All SSSR. Otdaleni-ye biologicbeskikb nsuk# Froblemy
kosmichookoy biologii, vo 4. 1965v 237-247
TOPIC -TAG IS :-----space --modiolne j, -space -medicine equipment. space physiologyp
astronaut
ABSTRACT: The program of study is described and results of medical
observations during June-14-19, 1963 are reported* The study program
incliades the long term effect of co3mic flight on the human organism,
psycbophysiologic capacities and working capacity of humans under such
conditions, reactions of the femele organism, the 24 hour physiologic
processes during conmio flight, effectiveness of methods for selecting
training astronauts, analysis of the medical-biological monitoring
;system in the cabin, the microclimate of the spaceship, and the

ACC-NRi --AT6003858
effectiveness of systems providing for survival and safety, In select-
ing astronauts the compensatory work of the organism was most important.
Under simulated cosmic conditions, women wQre seen to react least during
the proliferative phase of the ovarian cycleo with some reaction during
ovulation. Training increased resistance to the effect of cosmic
factors and strengtbened will power and the neuropsychic system,
Radiation was low; the dosimeters showed about 80 and 14 millirad
respectively. The astronauts receivdd food In amounts of 2500-2900
calories per day. The microclimate in the cabin was satlafactorily
maintained as to temperaturep pressure and oxygen (13-26 Go 250-60%
humidity, 22-28% oxygen, to 0-50% GO and 740-780 mm Hg pressure).
Medical controls included EGG, EM, hin galvanic reaction# respiratory
and pulne rates, tests for vestibular and vegetative insufficiency and
observation by television* Before and.at the start of flight the
respiratory and pulse rates increased from 68 and 84 to 137 and 144,
during the first minutes of flight they inoreaped to 154 and 157, and
then they returned to normal after several hours. The ESG showed 9
tendency for substitution of low froqueney',waves and a later decrease of
amplitude of.bioelectric,rbytbms;.in tbs.-woman an-inoroase W--- -
WOO
_qP!
~da tor, aif-'mid I or
d al-a- or-wotwri Iff fully
reaction'64, ~ Orig. di-t' b*Wt none,
S'
tim