SCIENTIFIC ABSTRACT ZHUKOV, P.A. - ZHUKOV, V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002064920016-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ZMMOVt P. A.
For profitableneBs in mschin,~ construction. Moskva, Cos. nauch.-tekhn. izd-vo
masbinostroit. lit-ryg 1%8. 63 p. (49-52234)
IED9'705 -R9a5

MIME, V.I.; IRUPATKnU, B., radaktor; ULYANOVA, X.,
heskiy redaktor
Dho leading*role of socialist industry in the development of Soviet
agriculture] Vedushchaia roll Botoialisticheakoi promyshlennosti v
vazvitii sellakogo khostaistva, 1954. 62 p. (MIRA 9:12)
(Agricultars) (Industrialization)

GANSHTAK, Vladimir losifovicho doktor ekon. nauk; MUKOV, Pavel
Aleksandrovich, prof.j PETROVp V.V.., inzh,,--re-ts-~B~6t;
-~ed.
(Production potentials are limitlesal Based on the example
of the machinery manufacturing enterprises of SverdlovBk
Province] Rezervy proizvodat-va neisoberpaemy. Na primere
mashinostroitellnykh predpriiatii Sverdlovskoi oblasti.
Sverdlovsk, Sverdlovskoe knizhnoe izd-vop 1963. 207 p.
(FIRA 18:3)
1. Nachallnik Upravlaniya truda I zarabotnoy plaV Sredne-
Urallskogo sovnarkhoza (for Petrov). 2, Politekhnicbeekiy
inatitut imeni S.M.Kirova (for Zhukov).

ZHUKOVS P. 1.
"Fish of the Neman River Basin." Cand Biol Sci, Belorussian
State U imeni lanins 16 Noy 54. (S90 6 Nov 54)
Survey of Scientitic and TeehMeal Dissertations Defended at USSR
Higher Educational Institutions (11)
SO, Sum- N6*.521, 2 Jun 55

ZRMV, V. I.
"I~rl
Discovery, of the spitter (Chondrostom nasus (L.)) in the Henan River.
Vop.ikht.no.4:16-20 155. (mm 9: 6)
1.,Inatitut biologii Akadamli nauk Belorusekoy SSR.
(Kaman River-Pishes)

RAGAVOTI, F.P,, skademik;,PIMU, P.I., kaAdyditt blyalagichnfth nayuk.
Urgent problems In the protection aad development of natnral
resomrcoo in the White Russian S-S,R* Testsi AN BS$R Ser.bLial,say.
e-1:31-38 056. (KM 9:9)
.AWemIya navuk Belaruskmy SM (for BAgavor).
:
(White Russia,--Forost protection)

ZHMUI
Special of fish in the White Russian sector of the Roman.
Vastsi AN BSSR Ser.bilaLuavenool:97-107 156. (KIBA 9:9)
(Naman River-Fishes)

4 UKAU 0. P. 1. , kandvdat 'biyalagichnvkh nAvuk.
Using Naman Basin waters for fisheries (within the boundaries of the
White Rassian S.S.R.). Testat AN BSSR Serebftml.nftT,no,2r83-87 156o
(Neman Valley-Fisheries) (IMA 10: 1)

,ZHUNAU, P.I., kandy"t biralazichrifth navuk,
Developpu$ of Ichtvotaunis in the Xoman Basin. Vestst AN SOBRelere
MIALZAV, U083175-82 036*-, Wu 1011)
(lemsm Uller-Yishes)

Korphological data on tho commercial varletiox of carp In the
Nemn River. Vestsi AN BSOR. Ur, bilal. nay. no.2t85-100 157.
Olemn River--Carp) OGIRL 1099)
if.

Z~~p P.I.
The lifth Academio Conferenca on Studying the InlAnd ifators of
the Baltic- Sea Region.. Vestsi IN BSMI. Sor. blial. nav. no.2,-
143-144 '57. 1 (m&* 10:9)
(Baltiv lkik region--Fisheries)
v

ZHUMOV, P,I,,tZhWmu, P.19]
` 7-T " ,
`
%a?- ~- I . materials on the morphologyof pike and parch from the Memn River*
Vestal, AN BSM. Ser. biW. nav. no.4:141-149 157. (MIRA 11:6)
(NM]q RIVIR-PI33)
(=UN Rita--MCH)

ZHUXO
(Fish of the Yemen Basin; within the 'boundary of White Rul, Its]
Ryby bassaina Nemana (v predelakh Belorusaskoi SSR) Hinek. Akademlis
nauk Belorueakol Mp 1958. 191 p. (MMA n:6)
(Homan Valley--Fishes)

ZMOVt P..l. [Zhuknut P.I.]
1.9, Siarsbanin; on his 60th birthdA7, Yeetfai AN DSSR Ser.bilma,
navt no#4:136-139 158, (MMA 12W
(Siarzhanln, Ivan Xikolaovich, 1898-

&ATICOV, P.1 LZIM21CUU, P.I.]
Vish species in the Western Dvina Basin (within White Russia).
Testsi AN 3SSR.Ser.bilal.nav. no.2:82-90 '59- (14IRA 3.2--9)
(WESTEM DVINk RIM-FISHES)

ZUKOT, Prokhor IvanovIch*,'MRMNIHP IONOP profoo red*; BULATp Oo#
red_._Isd-v&;_3nmO# Net takhnred,
(Guide to fishes of the White Russian S.S.R.; manual for
practical workers] Opredelitell ryb Belorusakoi SM; spravochnik
Me prektiohookikh rabotnikov. Hinsk, Izd-vo AksEl.nauk BSSR,
ig6o. i2z p. (HnU 1319)
(White Russia--fishes)

Lenin's principles and the protection of nature. vsstoi AN BSSR.
Ser.btial.nav. no.2t25-32 160, (MIRA 13:7)
(WATUPAL USOMIS)

ZHUKCV, P.'I.'[Zhukau, P.I.)
Fish spo'cies in the vaoin of Sozh River.
nav. no.2s73-78 161.
(SOZH VALLET4-FISHES)
Ves-taj All.BSSR. Ser. biial.
(MIRA .14t7)

muKOVO P.I.. [Zhukau, P.I.]
Speoias of fishes of the Berezina basin. Tentoi AN BSSR Ser.
bilal. navo no.2999-105 163 (MML 1723)

L'47747-65 M(M)/EWG(m)/EWP(t)/EWP(b) IJP(c) RDWIn
1ACCESSION NR: AP5010921 UR/6286/65/ooo/007/0104/0104
AMOR: :KudaaLvIteely A A Wabova, R. 1. 1 Ustyugov, 0. P.; Bartasevich, X. K.;
14orozoy. 1. F..--
5i ~0111 7
_0V,
ITITLE: Method of refining telluriuai. Class 409 No. 169793
SOURCE: Byulle ten' isobreteniy i tovarnykh znakov, no. 7, 1965, 104
TOPIC-TAGSt tellurium, tellurium refining, high puritZ ttllurium
!ABSTRACT: This Author Certificate introduces a method of refining tellurium up
ito 99.9999% purity. Commercial grade tellurium is purified by distillation, first
,in hydrogen at 700C and then in a vacuum of 1 mm Rg at a temperature gradually
changing from 800C in the still to 500C in the condenser.
.ASSOCIATFIONI none
'SVDMITTEDt 190ct62
EXCLi 00 SUB CODE: M
ISO REF SM 000 OTM 1 000 ATD PRESSt 4006
Sill
7-

ZHUKOV, Prokhor Ivanovich; DRYAGIN, P.A., prof., red,
~ 1---l ---, : t" 11 --- I I... ..
. [Fishes of White Rusaia) Ryby Belorusaii. Minsk, Haub
i tekhnika, 1965. 414 P. (141RA 180)

ZHUKOVp P.I..[Zhukaup F.I.]
Changes.in the composition of the ichtbyofauna of the watora
of White Russia during the past 100 years, Vestai AN BSSR. Ser.
biia:L. nav. no.4:120-126 162. - (MRA 17:8)
RMP kill Ifill Imil rM Eli I I IFIEVI H IM 191! h"A
alMll R

BARTOSEVICH, N.K.; ZHUXOV, p.j.; MOR(yZOV, I.P.; KUDRYAVTSEV, A.A.
Sulfide method for producing selenium and tellurium. Zhur.
VKHO 8 no.5:584 163. (MIRA 17:1)
1. Mookovskiy kbimiko-tekhnologichoskiy institut imsni
D.I. Mande!eyeva.

ZIFYKOVI P. I.
"The Object and the I-Pasks of the Soviet Theory of. Pbysical Training!) Teoriya
praktilm fizichp-skoy kulltury, Vol XVI,, Ho ll~ 1953, Pl) 7135-792
Trans
K-98, 21 Jan 5 5
~jji ~-i
~7~ 75
q Tly-Ti T- I .-T Jun ny, -Izf,-vr,,
HIRAI hl b6fifid livim IR-A Aff~

Automatic bottling machinee Spirt. prom, 22 no.4:21-25
#56. (MRA 10.-2)
1. Ysevoruir" nauchno-ineledovatellskiy institut spirtovoy
proiWshlennosti.
(Bottling machinery)

ZHUXOV, Pol., inzh.
Reducing the volume of technical documentation. Sudostroenle 25
n0.10:43-46 0 159. (KRA 13:2)
(Shipbuilding--Contracts and specifications)

KAZANIN, Yuiol-FIGULEVSKIYp PA. [deceasedjj SHLYGIM, A.Ye.; ZHUKOVI P.K.
Nev data on fold structures of lower Faleozoic ore enclosing
,formationo of the Dzungarian Ala-Tau. IzvoiN Nazakb.SSR Ser.
goole W*4:8-18 159, (MMA 15W
zUz9
(D aiian AlaTau-4(*M'(Gi*IqA*))

ZHUKOV, Pavel Konntantinovich- KAZABIZI, luriy Ivanovich; KATUFOV.,
ry.tay Kayupovich, IMSALIYOV) KImMm Ibragimovich;
PIGULL-VSKIY, Nikolay Arsenlyevich; SHLYGM, Artem
Yevgenlyevich. Prinima3i uchastiye: BAYMIEV, Sh.A.;
BAYNAZAROVA, G.3 ZORIN.. Ye.S.; KRIKIRIOVA, V.P.; SHUKFIOVO
N.N.; BOK, LLY akadomik,, otv. red.j NESTEROVA, I.L.,
red.; ALTEROVA, P.F~, tekhn. red.
(Basic features of the geology and metallngerq of tbo Koksu-
Tekeli area of the Dzungarian Ala-Taul0anavnye cherty goolo-
gii i metallogenil Kokau-Takeliiskogo raiona Dzhungarakogo
Alatau. Ajma-Ata,, Izd-wvo Akad. nauk Kaznkhskol SSR, 1962.
123 p. MIRA 15: U)
1. Institut geologicheskikh nauk (for ZImkov, Kazanin,
Kayupov, Pigulovskiy, Shlyginin). 2. Yuzhno-kazakbotannkoya
goologichoskoye upravlenlye (for Mursalirov). ). Akader-iya
nauk Kazakbskoy SSR (for Tlok).
(Dzungarian Ala-Tau---Geologyy Econorio)

~Pp med. nauk; EMLEVSKAYA, S. L.
Ruptures of the anterior oruciform ligament and injuries associated
with it. Vast. khir. no.12:66-7i 161. .(MIRA .15:2)
1. Is kliniki travmtologii i ortopedii (nacho - profe 1. Le
Krupko) Voyenno-meditainskoy ordena Lenina akademii im. S. M.
Kirova.
(KNEZ-WOUNDS AND INJURIES)
L7h Rag.
W,

z1fuKov, F. P.
zilumv, P. P. 110n thc problom of smUin,--; tratunallic ctntral iWilocatimu of !"he
hip't, 3bomik nauch. brudov Khallar, voyen. III, Kh.O.arovsk,
SO: U -4393, 19 August 53, (Lctopis 'Zhurnal Inykh 3tattyl, I'llo. 22, 191'4.9).

SOSNOV, K.A.; GNEDOV, N.P. I mov P.P
The P1 unit for pickings.nd preparing,coal.samples from railroad
car .a. Biul.takh.-akon.inform.Goe.nauch.-isal.inst.nauch.i
tekh.inform. no.Ils29-30 162. (WRA 15:11)
(Coal-Testing)
rAM% 14i'lu 110-9919M UNU IRSUI 41 sit gi L IrR WGIM4 It FWUh

ZHUKOV, P.P.(Leningrad, Tavricheolays ul. d. 27, kv, 44
Intraosseous matal ostaosyntheslo of infected fractures of the
hip; experimental data [with summary In Xnglish. p.158] Vast. khir.
77 no.2:41-48 7 156 MU 9: 6)
1. 1z kafadry ortopedil (nach. prof. X.L. Krupko) Voyanno-
maditainakoy ordena Lenina Wmdemii imeni S.M. Kirov&.
(HIP, fract.
causing infects# intra,-osoeoue metal osteonyntheals,
exper. reoearc data)
(FRACTMM
hip, causing infect.. intra-ouseous metal osteosynthesis
exper. data)
-ATE
BOU 42-1 iPrjUi3'V'X -

M"079 P.P.; kand.med.nauk (Uningrad.. Yakovskaya.ul.p d.3.3j, kv.10)
B=o. and autoosteoplasty in the treatment of poeudarthroffiO6
7estkhir. 83 no.3207-72 D 160,, (WA 101)
io,lz.kafedry 6rbopedii I travmatologii (nach, prof* IA9
Kriipko) Toyemo-meditsinakoy ordena Lienina akademii im. S*M.
Kirova.
(PMDARTHROSIS) (BONE GRAFTIM)

ZHUKOVI P. V.
Garlic
Variability in garlic during its vegetative propagation,, Agrobiologiia, no. 6, 1951.
g. Barnaul, Altayskogo kraya
Monthly Llat 2f Russian Acc2saigils, Library of Conp-Tess, May 1952. n, CLASSIFIED.

=M%-P,,~-,"oselok Lezhnevo Ivanovskoy oblasti)
Unusual observation of hepatic eavernoma. Khtrurgiia no-3:67 Mr 155,
(MLRL 8:7)
1e Iz khirargicbeekogo otdalentya Ijazhnevskoy bollnitey.
(LIVERi neoplARM80
angioma)
(ANGrOMA
liveri

f~5
Obl-Garm Realtb Resort. Zdrav.l!adzh. 7 no.lt23-24 Ta-7 160.
(KIRA 13
(CBI-GARK)
-W- ---T if- -1- 71 -Ul --T
j -IT ~T~- T

WMOV, R.P.. kandidat taMinichankM nao-.
Ways of economizing electric power. Prom.en-,grg.11 no.12:14-15 D156.
(KW 10: 1)
(Mleatrie power)

Z[WKOVj,.,R,N,#--Ieytenant meditainskoy sluzhby
Group incidence of tonsillitis. Voen.-med. zhur. no.2:63
1650. (MIRA 18:11) : I

WUNWj - P.A.19inzhe po tekhaike bezopasnosti sluzhby puti; ZHUKOV, R.P,;
inzh. ---------- -
We are providing for safety. Put' i put.khoz. 6 no*5z44 162.
(KM 15 4)
L, ABhiiwkaya distantaiya KuybyBhovskoy dorogi.
~(Induotrial safety) (Railroado-Employees)

NIKITIN, V.; ZHUKDV, S.
Detach-aTre -fr-a"m~ ior driving piles. Stroitell no.2:9 7 158.
(MIU 3-1:2)
l.Nachallnik stroitellno-montazhnogo uchastka ITo.l tresta Sredvolgo-
vodstroy (for Nikitin). 2.Starshiy proizvoditell rabot atroitelluo-
montazhnogo uchastka Wo.1 tresta Sredvolgovodstroy (for Zhukov).
(Piling (Civil engineering))

ZHM~~. ;5,.A..mayor,, voyennyy ohturman pervogo klasna
Determination of navigation elements should be highly
precise. Av. i kosm. /+8 no.12:57-60 D 165. (14IRA 18:11)

L 07811-67 IETT LjPW -in'46~'/-Em
ACC NRi A116017495 SOURCE CODE: LrR/0137/66/000/001/1082/XO82
AUTHOR: Zhukovi S.A.; Shadskiy, 1. A.; Zhukov,
43
TITLE*. Durability of some alloyo at biSh frequencien
SOURCE: Ref. zh. Metallurgiya, Abe. 11559
REF SOURCE: Tr, Kuybyshevsk. aViatB. in-t, vyp. 19, 1965. 399-1404
TOPIC TAGS: alloy steel',-durability, vibration teat
ABSTRACT: The authors studied the effe~`cj(of va,?:ble #gh-frequen~y loads on the vi-
bration strength of scoop materials, LSAP,1 VT3-1,
~ 'and gi6l7)/.' Fatigue tests
were done on an installation of thl-rer=ance type with an electromagnetic system for
excitation of oscillations from 200 I;o 2400 cps. Thermal conditions were vwied dur-_
ing testing from room temperature to 5500C, It was found that increasing the load
frequency increaseo,v for all materials studied.- VT3-1 alloy showed the greatest
increase in a.. V. Ivanova. [Translation of abstract]
M CODE: 11
Card 1/1 me I=; _669.Ol8%295:620a7____'_

mmov
H~UK ~Ser
General Shteifon. Hasbivesti, 9 no.36:1-3 A& 151. (HI.U 6.7)
(Shteifon, Boris Aleksandrovich)

Zifulcov, S.A.sjn~zb,
Welding In 6 water vapor media* Svar* proizv. no-3:26 Mr '62.
i (MIRA 15:2)
1. SXMZ im. Ordzhonikidze.
(Electric welding) (Protective atmospheres)

L OZ~01-67--PCk)/EWr(d)/EW(1)/W(m) (If)JW(V)/PWP(t)JVT lip(c)
ACC NRl
AR6017329 SOURCE CODE: UR/0264/66/000/001/AO13/AO13
AUTHOR: Zhukov, S. A.; Shadskiy, I. A.; Zhukov, N. D.
TITLE: Strength of certain alloys at high frequencies
SOURCE: Ref. zh. Vozdushnyy transport, Abs. lA72
REF SOURCE: Tr. Kuybyahevsk. aviats. in-t, -vyp. 19i-1965, 399-404
TOPIC TAGS: fatigue strength, alloy, fati gue test., ME d4110F-
&09 b e-
ABSTRACT, Thn otudy con4rned t~of h~ih frequen4 variable load fati
K' ' leffec al4l gue
limit of blaZ materials~(SAP' oy d a
, IELI, ET.961 and E1617W Fatistue tests e
resonance setup, using an -r
e e etic system to excite oscillations from 200 to
2400 cps. Test temperature varied fr 0M t perature to 350C. It was established
thatthe fatigue limit improves for jai Ctoes edemmaterials as the loading frequen
St
increases. Beat improvement in fatig5e mit was noted for alloy VT3-1. [Translation
of abstract] 4 illustrations ana-STMography of 3 titles4 V. Ivanova
SUB CODE: 11,01
Card 11lh-iIAL,- UDC: 620;1
"Talk-MMMIM 0"IMMOM13 KRIM, IT1111bMill ffill INIM 4111 ! U1 IMI 11 1HIM11VIM Is I VV I ;i I WN. 'M I! CISMEMVNI M 5

SUBBOTA, M.I.; ZHUKOV, S.G.
Gas zones of the northeastern part of Central Asia. Neftegaz.
geol. i geofiz. no. 12:26-32 163. (MIRA 170)
1 Viesbyuznyy nauchno-isoledovatellskly geologorazvedochnyy
n;ftyanoy institut, Moskva.

-7
PORTYANXIH,I.A., polkovnik; XONONYXHIN.N.M., polkovnik; ZHUKOV S.I.P
polkavnik; RUDIN.M.Z., podpolkovnik, rodaktor; KOS .0
tekhnicheskiy redaktor
[For the glory of the Soviet Motherland; examples of the valor
And heroism of Soviet soldiers] Vo slavu sovetskoi rodiny; primery
doblesti i geroizma sovetskikh voinov. [Soot. I.A.Portiankih, N.M.
Kononykhin, B.I.Zhukov.3 Moskva, Voen.izd-vo Hinisterstva obor.
SSSR, 1954- 342 p. (Microfilm] (KLRA 9:1)
(Russia--Military history)

MIR/Aircaraft - Kt,terials 1947
... Aircraft - Wood construction.
."Fatigue Characteristics of Wood ana lamirmted
'WoodI" S. L. Zhukov, C=didate, Technical
Sciences, 5 pp
"Tekbnika Vozduehnogo Flota" No 7 (232)
Diacuss'es fatipue characterlotica of varicras ~woods
=der loads. Mnti=s GOST, V-226-41 stanrjara,f=
plyvood 'which consists of ten layers of wcbd vith
each layer having its grain at right angles to
the next one. This applys to birch. Tables and
graphs of tensile strength of birch, acacia:., ~.etc.
Refers to work by Prof Simin kly, F. P. BelyanIcin
.......................
usm/Aircraft VAterialo (Ccntd) 1947~,
ct ion
Aircraf Wood constrL
ISoaking --:Ood in a phenol-foroaldehyde solution!
increases Ito tenzile strength.
16T2

46 1
60 a vi
04,
3&-20, Determination of W1
6r Ught Alloys on the BasAs
3.j.,i__MUkQv. 7AY*dsk$Ys YAI
Oot.-1947, p. 1245-12528'--,_-
'
Possibility of Co"ol
investigation *f a large am
I p4ovelopownt of correlation D
slightly from that for stooli
AiSIL.ILA 61TALLupoical UNATU09 CLK
U It it! 0) it! 1-F it a-
0-41 0-10 Is 4 0 Is 0.10 0 0
0 0-41 0-0145-0~41 is 0--o-WO-0 0
once unit ouring Ritp*ated Pending of steel .160
W Their Tensile Strength, (In Russian#) 1.00
trator
Iya (Factory laboratory), vo 13p .00
60
.00
4on of. endurance limits and tensile strengths. .0
it of date froa the literature resulted In
2
=gas. The formula for light alloys diffors .00
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XOO
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A

KUTAYTSEVA, Ye.I.; ZHUKOV, S.L.; BUTUSOVA, I.V.
- Effect of technological factors on the appearance of a
macrocr7stalline rim in alloys of the systems Al - Mg - Si.
Alium. splavy no.3:27-35 164. (MIRA 17:6)

S/853/62/000/000/008/008
A0061AI01
AUTHORS: Zhukov, S. L., Skladnov, 1. K., Lapitskly, Yu,"A,, Novikov, M. S.
TITLE: Investigating the scale resistance of heat-resistant alloy sheets
SOURCE: Termostoykosttzharoprochnykh splavov, sborn1k statey, Ed. by
N. 14. Sklyarov Moscow, Oborongiz. 1962, 165 - 169
TEXT; The suitability of sheet materlafs for the manufacture of combustion
chambers was tested on a machine designed by the authors (Author's Certificate
no. 89849). The machine makes it possible to check and inspect the sheet materi-
al as if under operational conditions. The specimen iz heated by passing elec-
tric current and cooled by an air jet. The thermal cycles are automatically con-
trolled and their number is registered by a special electric counter. The whole
heating-cooling cycle lasts from 30 see to 2 minutes-and more, and depends on
the given conditions. One- and two- beveled specimens were tested at temperatures
ranging from 200 to 900 0C. The specimens were made of alloys X20HBOT3
(Kh2ON8OT3) X2OH8OT (YhP_ON8OT) X18H12M2 (Xhl8Nl2M2) X18H11B(Kh18N11B),
and chrome steels with 27% Cr and with 5% Ni. The number of thermal cycles until.
Card 112

S/853/62/000/()00/()08/0()8
Investigating the scale resistance of... A006/A101
the breakdown of specimens was almost twice as low for one-bevel a4 for twobnvol
specimens; it decreased with h1fShor quenching tbmperAturea. At Close quenchIng
temperaturAn, AllOY Kh2ON80T Wad found to be more resistant to the effect of
thermal cycles than the Kh2ON8GT3 alloy. The apecimens broke down along the grain
boundaries without noticeable0plastic deformation. Higher quenching temperatures
Increasing from t050 to 1,200 C "caused the growth of solid solution grains in
alloy Kh2ON80T and Increased ductility at room temperature; ductility was reduced
at elevated,temperatures, The number of thermal cycles until t1ie appearance of
cracks was aharply reduced at higher quenching temperatures. There are 3 tables
and I figure.
Card 212

2 10
AUTHORS:
TITLE:
38982
3/137/62/000/006/123/163
A05WA101
Kutaytseva,.Ye. I., _Zhukov, S. L., Butusova, I. V., Filippova, Z. 0.
Fatigue strength of aluminum-base alloys
PERIODICAL-. Referativnyy zhurnal, Metallurgiya, no. 6, 1962, 58 - 59, abstract
61349 (V sb. "Deformiruyemyye alyumin. splavy". Moscow, Oborongiz,
1961, 150 - 157)
TEXTt Mechanical properties and 6'Vjof alloys of the Al-Mg-Si system 1y1rZ
on the sections parallel to the sides Al-Mg and Al-Si of concentration triangle
were investigated. All alloys had a constant content of 0.35 - o.4% mn and
0.17 - 0.2% Cr and were prepared of AOO Al. The ingots, after having been poured
into a water-cooled mold, were diffusion-annealed for 24 hours at 4700C and
pressed at 470'- 4900C in rods 22 mm in diameter. The heat treatment consisted
of 40 min. heating at 5200C in a saltpeter bath, water hardening and artificial
ageing at 1500C during 15 hours. It is shown that an increase in percentage of
M92S' phase in the solid solution leads to a continuous increase of 6b and de-
crease of S. An excess of Si at a constant Mg and Mg2~i content increases sharp-
Card 1/ 3

Fatigue strength of aluminum-base alloys
1y 6b and decreases S. In this case 6,, increases from to 11 kg/mm2 only In
alloys with O.N, Wi. An excess of Mg of up to 0.1% in alloys with O,N Mg;jpi
contributes to an increase of 6b and to decrease of at a practically constant
TW. A further increase of Mg content results in a drop of T 6, and a rise of
S. In alloys with 1.4 and 1,9% %~i an increase of Mg to Wdewcreases sharply
6b' and increases S. An increase of Ma content from 0.3 to 0.6% in alloys of
6061 (1.1% Mg + 0.6% Si) and AS (AV) (1.0% Mg + 1.2% Si) types, leads to an in-
crease of Mb and 6w. The most rational AV alloy composition securing the stabil-
ity of properties of pressed products is suggested: 0.8 - 1.2% Si, 0.6 - 1.0%
Mg, 0.4 - 0.9% Mn. Comparative fatigue 'strength teats at a cantilever bending
of smooth and notched samples carried out 'on standard AD (AV), AMr 3 (AMG3),
Al (DI), A 16 (D16), 8 95 N95) and AK 8 (AK8) alloys have sha,,m that AY.8, D16
and V95 alloys have maximum (!Yw. 6w of D1, D16 and V95 alloys Is in a direct
dependence on ageing conditions. In the case of V95 alloy maximum Is reached
after 16 hour ageing at 140 C. An addition of Mn or Cr to Al-Mg-Zn or A1q,1'g4n4.1,
alloys con-tributea to an increase of 6b- 6,'1 and to a sharp decrease of S. How-
ever, in alloys with Cr, 6b and & are lower than in alloys with Mn. A siraul-
taneous presence of 0.35% Mn and o.16% cr in V95 alloy makes it possible to ob-
S/137/62/000/006/123/1-6
A052/A101
Card 2/3

Fatigue strength of aluminum-base alloys
tain high 6~ and c~ at a satisfactory
[Abstracter's note: Complete translation]
3/137/62/000/006/123/163
A052/AlOl
E. Kadaner.
Card 3/3

38513
S/123/62/000/oil/003/011
A052/A1O1
API,
AUTHORSt Kutaytaeva, Ye. I., %kov, S. Butusova, I. V,, Filippova') Z. 04
TITLE Fatigue strength of,aluminum-base alloys
PERIODICAL.! Referativnyy zhurnal, Mashinostroyeniye, no. 111 1962, 24,
abstract 11A151 (V sb; "Deformiruyemyye alyumin'. splavy". Moscow,
Oborongiz, 1961, 150 157)
TEM The effect of structure and of alloying elements (0.3 1.1% Si,
-5-- 2% Mg) on the fatigue strength of Al-alloys of Al-Mg-Si system was studied.
These alLoys are applied as a material for longerons or helicopter blades. The
results have.shown that an increase of percentage of Mg-phlase within its limits
of solubility in the solid solution increases the tensile 15'% and decreases
The maximum,fatigue limit have AX 8 (AK8), A16 (D16) and P95 095) alloY6,
6.1 depending directly on the conditions.of ageing. B 95 (V95).alloy has good
6'_1 characteristics, but at the same time an incteased sensitivity to stress co-n-
centrations which reduces 6_, in ready products.
(Abstracter's note: Complete translation]
Card 1/1
4~

35027 '1/000/OCO/020/07'
D205 D703
/a 62
.kU,m-,O-S: Ku-',?.ytsevap Ye.I.p Z'j:wkovj, S.L.
Z.G.
,TITLE: Fatigue resistance o. alloys lbased on A'
SOUHCE': F-ridlyander, I. IT. ,V.I. Dobatkin, and lro."). Zakharov, C-rls.
Defor2-i,-uyemyye alyuminiyevyye splavy; sbornik stuatey.
Moscow, 1961, 150 - 157
TDXT: A study of the influence of structure azid v.-.::--ious al.Ioyinr-
elements on -'V-he fatigue resistance of alloys in the system.
The main characteristic lahich -those alloys shou10- pos hi --h
4$ aligue resistance during t action of mo,24a. T`10 S-Dec-'
.~ 11 -he -1 -
-
1~
.1 o
fie aim of this 1,voi^k was to establisT the influcnce of Si and T
Al-T-Tf--C'i alloys. v7ere =es bir,
the --Fatigue -limit, o f the ZI ...U - 10 alloys ~ U
3 corresponding to the quasi-binary section Al Si excem-,
Si and 4 with excess vii t- -c-spect to the cuasi-bi-,~.-Y section. 1
alloys had a constant content of 0.35 0 4 12n t,-q d 017 0. 2 0
Card 1/3

S/u S (V61 /0,00/000/020/0;;
Patigue rocistance of alloys based on Al D205/D-10~
AOO (AOO) alurninum was usedo "Llie inGots %-tore -.,,vepc~-ed, ;-~,t 700 - 710 C
nomogenized -at 47000 durinZ 24 hours --yv! press6d inzo 22 mn rods -nt.
470 - 4900C, heated in a salt-poter bath -for 40 -ci.nutes, ciucrched in
V -ed at 1500C dur.-Inp. 15 hours. liechanical te-s-
y7a'er and artificially %L,)
tir.;~- follovied.' The increase in-creases -.'Ine strength
of 1~12S' content
limit and decreases the relative elongation. At ConS'tn_jjt and II r! 3i
-~2
contents, an increase of Si sharply increases the strengt1i lii.-iit.
cess of I'-, will'a respect to 'he axiount in 1-1[-Y2S'I
I u (I increases thc
L)
sturength limit and does not influence the fati-ue limits and an in-
crease in the relative elonr;~~tior_, Tlhe strength lirit of t-he (_,W)
alloys ranges from 32 to 42 To stabilize the aec. 0
pr
part, es it see-Lis desirable to raise the lower limits of Ll" anO Si c on-
'he contents at 0.8 - 1.2 5 Si and 0.6~- 1.0
tents and na4ntain V
The influence of 1,!n and AV and 6061 t-w aljoirS -,,,a,. examined, fiIA4,1,
6 Lron 0.3 to -4 increases lu*.,~ strer.,6.;th and fati-
U14a~ a I.In inc:7e,-se - o.6 P
Zue limits. Ti had no effect or, the mechanical of-~, the al-
loys and Cu was not needed Jin the alloy, its albsence beir_,~ compensa-
ted by 1,:n. The alloys AK8, D16 and B95 (V0,5) have -~he maximu.M. fati-
Card 2/3

?ati~;uo rcsiotance,of alloyo bascd on Al D205/D303
6ue limits of about 15 licrjrum It vm~i shown th~,t th.- jL114, ic
r~ - U V
directly dependent or. the ageing re-ine. 'Pica, insttmce, -tl-w V05
has t'he tnaxinum :E'atigue 1-J.-At a-fterua-ein- at 1400C over 16 '
hours.
Any chai-.6e -E'rovi thJ s -ar.,e causes a co:asiderable decrease i-,-. the
tigue linit witliout affectim- 'he strength lim-i-t. Tho ii,.fluence of
U
Cu, Kn and Cr on the. f_-tigue limiit of V95 lia's that both
bard -Cr have a beneficial effect on the meclianical ~.,roperties. Thc
timum composil",ion is 2 1,', Cu, 3 5 isg,t 6 %~*, Zn, 0.35 iz') 1,1un and 0.16
There are 2 firuresi 5 tables and 4 references: 3 Soviet-bloc and 1
non-Soviet-bloc.
'Card 3/3

25967
I Ll 00 S/535/60/000/129/005/006
B193/580
AUTHORSt Sulima, A.M., Yevatigneyev, M.1o, Zhukov, S.L.,
Candidates of Technical SOienc*S1"JTFAd8kiY, LA, and
Zhukov, N.D., Zngineers
TITLZ_t Investigation of endurance of titanium-base and other
heat-resistant alloys tested an the 13VIY-l MAO-BAAM
(VIU-1 MAI-VIAM) machine under high frequency loads
PERIODICALt Moscow. Aviatsionnyy inatitut. Trudy, No.129, 196o.
Issledovaniye fizikomekhanicheakikh i ekspluatatsionny)&
aveystv detaley posle obrabotki, pp. 92-111
TEXTt iThe object at the investigation described in the
present paper was to determine the endurance limit of a titanium
alloy B'r3-1 (VT3-1) and two nickel-base alloys of the 906t7(EI617)
and XG(bK lZhs6K) type, and to study the effect of the frequency
of alternating loads on this property. The main shortcoming of
the conventional fatigue testing methods is that the tcat conditions~
bear little relation to the conditions obtaining in service; in
addition, they are time-consumingf 4-5 months of continuous work
being required to construct on fatigue curve. It was for these
reasons that a high frequency testing machine (VIU-1 MAI-VIAM) was
Card 1/9

25967
Investigation of endurance of S/535/60/000/129/005/006
E193/E580
used in the present investigation, The machine (whose detaile
description in given) is of the resonance type and was designed
for single-plane bending fatigue tests which tan be carried out
under the conditions of both imposed and resonance vibrations.
The vibrations, generated by a powerful electromagnetic system
consisting of an amplifier and a transformer, are transmitted to
the test piece through a heavy beam, capable of producing alternat-
ing loads which are sufficiently high to break standard test
pieces or even actual components, such An turbine blades. The
auxiliary equipment consists of a microscope used for setting the
test piece and for measuring the vibration amplitude which at high
temperatures is measured with the aid of a cathetometer, and an
electrical resistance furnace for high temperature work. Before
testing, the test pieces were heat treated according to schedules
given in Table 2. The tests were carried out on cylindrical test
pieces of the cantilever type. The gauge length of the test
pieces varied depending on the load frequency and test temperature,
and was calculated from the formula
1.8751)'
j
Card 2/9 2 Ty f -ril

25967
Investigation of endurance of 04. S/535/60/000/129/oo5/oo6
E193/E58O
where f in the jibration frequency per sac, 0 the modulus of
!elasticity (kg/mM J Pa moment of inertia (mm ), and m mass per
'unit lgngth (kg.see /mm, ). -The tests were conducted on a ba s0 7
N = 10. cycles in the case of the E1617 and ZhS6K alloys, and 10
and 100 cycles in the came of the VT3-1 alloy. Each fatigue curve
was constructed from data obtained on eight test pieces. In the
first test of each series a stress equal approximately to 0.5 Ob
was used, where a b is the U.T.S. of the alloy testedl i each
subsequent test the applied stress was lowered by 2 kg/mm The
vibration amplitude, A (mm), of the free end of the test piece,
required to produce a given stress, was calculated from the
formula 0
Ed
where t and d are the length and diameter of Pe specimen,
respectively, E the madulus of elasticity (kg/mm ), and a the
applied stress (kg/mm Th2 results are reproduced in F118-10-13,
where the stress a (kg/mm ) is plotted against the number of
cycles to fracture. The fatigue curves in,Fig?10 relate to
alloy Z1617, tested at 200C under the following conditions:(l)teBting
Card 3/9

Investigation of endurance of ...
25967
S/535/60/000/129/005/006
B193/E580
machine of the r3wn(GZIP) type (bending of the revolving specimen),
load frequency f = 50 cycles/sec'; (2) testing machine of the n -39,
(P-391) type (bending of a revolving specimen), f = 200 cycles/see,
(3) testing machine VIU-1 MAX-VIAm (single plane bending),
f = 1000 cycles/see. The fatigue curves in Fig.11 relate to
alloy ZhS6K tested at 209C, the testing conditions for curves 1-3
being the same as in Fig.10. The results, reproduced in Fig.12
relate to alloy VT3-1 tested under the following conditionst
curve 1 - testing machine VIU-1 MAI-VIAM, f - 1100 cycles/sec,
t = 200C; curve 2 - same as for curve 1, except f = 420 cycles/sec;
curve 3 - testing machine GZIP, f = 50 cyclea/sec, t = 20%;
curve 4 - testing machine VIU-1 MAI-VIAM, f - 420 cycles/sec,
t w 400*C.- Fis.13 shows the fatigue curves of the VT3-1
alloy,- tested at 20"C on the VIU-1 MAI-VIAM machine, curves
1-3 relating to tests carried out at f -- 450, 1100 and
1650 cycles/sec, respectively; these are the most significant
results of the present investigation, showing that the endurance
limit of the~alloys studied increased with increasing load
frequency. Metallographie examination of the fatigue test pieces
in the region of fracture revealed no changes in the microstructure
Card 4/9

25967
Investigation of endurance of 8/535/60/000/129/005/006
2193/Z580
due to increased loading frequency, The fatigue cracks were
trans-crystalline, and only in the zone of final fracture were
intergranular cracking and some degree of plastic deformation of
the grains observed. It was concluded that both the equipment
used and the method employed by the present authors are suitable
for fatigue testing under high frequency loading and give
reliable results which can be used as design data in the production
of turbine and compressor blades, operating under high frequency
loads. There are 15 figures, 5 tables and 6 references: 1 Soviet
and 5 English. The English-language references read as followst
Lomas To, Ward I., Rait, I., Colbeck E., International Conference
on Fatigue of Metals, London, Sept., 1956; Krouse Go, Proc. ASTMI
34, 1934, 11, 156; Jenkin C. and Lehman Go, Proce Roy, Soce, 125,
1929, 83! Wade A and Grootenhuis P., International Conference on
Fatigue of Metals, London, Sept., 1956.
Card 519

SULUIAp A.M., kand.tekhn.naukj YEVSTIGNEYEVt* M.I.; bwd.t4khn.n&uk~_=&QTP_
&,~L,q Ik,=dotekhn.nauk; SHADSKIYj I.A. j inzh,; 2=OVp N.D. inzh#
Investigating the'66"ength of titm iun and heat resistant alloya
at high-frequency loading on the VIU-1 MAI-VIJU4 testing unit*
Trudy MAI no.129s 92-111 160, (MIRA 140)
(Titantium alloys-Testing)
at resistant alloys-Testing)

ZHUKOV S. N.
"The procedure for veterinary procesaing of poultry for pullorosis and
tuberculoois."
SO: Veterinariya 27 (12), 1950, p. 27

MAGNITSKIY, Konstantin Pavlovich. Prinima-li uchastiye: GOSUDAREVA,
A.G.; PANITKIN - V.A.; BEIYAKOVA, N.G.; KAFUSTYANSM, A.U.;
ZHUKCYV,-,�.jj,; NIKULDIA, F.F.; BALABANOV, B.G.; VISHNYAKGVAOYe.,
iFed.,-R~RSOVA, A., tekhn. red.
(Control of the nutrition of field and vegetable crops] Kont-
roll pitaniia polevykh i ovoshchvjkh kulttur. Moskvas Mosk.
rabochii, 1964. 302 p. (MIRA 17:2)
1. Nauchwjye sot-rudniki laboratorii kaliya Nauchnogo instituta
po udobreniyam i insektofungitsidam (kor Goeudareva, Panitkin,
Belyakova,, Kapuatyanskiy, Zinikov, NT.Ulina, Balabanov).

AUTHOR: Vollkenchteyn$ U. V., Doctor of Physico- SO-V/30-56-9-41/51
Mathematical Sciences
TITLE: Investigation of Mechanical Properties of Ron-Metals (Izuche-
niye mekhanicheakikh evoystv nemetallov) Conference in Lenin-
grad (Konferentsiya v Leningrade)
PERIODICAL: Vestnik Akademii nauk SSSR, 1958, 11r 9, pp. 109 - 111 (USSR)
ABSTRACT: The Mezhclunarodnyy soyuz chistoy i prikladnoy fiziki i
kkademiya nauk SSSR (International Society of Pure and
Applied Physics and the AS 'USSR) held a conference from
May 19th to 24th. A.F.Ioffe, Member, Academy of Sciences, USSR,
made the opening-speech. Further reports were delivered by:
.S.N.Zhukov on the influence of time and temperature an the
strength of a great variety of materials.
B.V.Deryagint M.S.Metsik an the part played by electric
energies at the cleaving process of mica.
A.V.Stepanov an the destruction modes of crystals.
R.I.Garbert I.A.Gindin, L.M.Polyakov on the characterization
of plastic deformations by means ot. the micro-fissures
Card 1/4 occurring.

InvestiEation of Mechanical Properties of Non-Metals. SOV/30-m;8-9,fi/~1
Conference in Leningrad
Yu.N.Ryabinin on the results of researches on plasticity.
A.K.Orlov, Yu#M.Plishkin on the resulto of theoretical cal-
culations on stability conditiona of a cryatal model.
T.A.Kontorova on the influence of anhsrmonio ovoillationg
of a lattice an plai;tie dafoTzaticn.
M.Y.Klassen-Rekly-udovat Y.A.Indenbom, A.A.Urusovskaya, G. Ye.
Tomilovskiy on the results of optical crystal research.
M.P.Shaskollskaya, Sun'Zhuyfan an observation of plastic
deformation in rock-salt.
A.A.Chernov on a kinetic equation for "steps" an the crystal
surface.
G.G.Lemleyn, Ye.D.Dukova presented a film on the formation
of displaced growth centers and the vaporization of crystals.
V.N.Rozhanskiy, Yu.V.Goryunovs Ye.D.Shchukin, H.V.Pertsov
observed the emersion. of dislocations on the crystal surface
as well as the development of fiesures.
R.I.Garber, Ye.A.Tsinzerling, M.A.Chernysheva on Problems
of mechanic twin formation of crystals.
Ye.N.Yelletratov gave values obtained by radiographic examinations
Card 2/4 of mixed crystals and metallic alloys.

Investigation of Mechanical Pr.operties of Non-Metals. BOV/30-58-9-4/151
Conference in Leningrad
D.U.Viaillyev.examined micro-voltage occuiTing at plastic
deformation in crystals.
M.I.Bessonov, S.K.Zakharov, G.A.Lebedev, Ye.A.Kuvahinakiy
on the strength of amorphous bodies, espeoially polymers.
B.N.Zhurkov, V.A.Marikhin, A.I.Slutsker on the submicroscopic
porosity of deformed polymers.
A.B.Akhmatov, L.Y.Kos;lakova, M.V.Vollkenshteyn, A.I.Kitaygo-
rodskiy on defective orystallic states.
A.F.Ioffej Member# Academy of Sciences, USSR, closed the
conflerences
Card 3/4

ZRURMV, S.N.; MUMIN, V.AO; SLUTSIMR, A.I.
Study of-the submicroscopic porosity of deformed polymers.
7ixetveratela I noe7:1159-1164 JI 159, (MM 1312)
le Lenirgradakiy fisiko-tekhtichookiy inxtitut AN SSSR-
(Polymers)

LITTINIC R.I., insh.; ZH=T, S.P., elesarl
Jw~
'Readframe for driving ground electrodes. Suggested by R.I.
Litvinichevi,S.P.Zhukov. Rats.i lnobropredl.v etroi. no-13:30-32
1590 (MIRA 13:6)
1. Montuhnoye upravleniy-e Ho.75 tresta, TSentroelektromontazh
Mini.oterstva stroltel'otva ROSR, Moskva, 3-y Grokhol,leklyperos 6a
(Zlectrio currents--Grounding)

country - USSR
CatcGury: Cultivated Plants. Grains,
Abs Jrjur: P=iol-, No 11, 1958, No 48866
Author Wukgv_p S-Ya.
Rcs,
-Uni Inst. of Corn
Titiq DevGlopwant of. C m S in China.
wins
Orig Pot, Byul..,, Vau. n.-i.,.in-to kukutuzy) 1956, No 2,
41-46
Abstract: A- large niamber of:-,varleties.arq'cultivated,under
the vmriegmtcd~soil and climatic conditions of the
~country. -.Officially, the,.classification by regions
has not yet been.completed; however, 177.of the
bestvarietics have been,sepaxated. Flint wheat
is produced on. fto'. of the. entire saving ama. Chiefly
tha dent variaties.are gro7wn in-the northern regions.
Card 1/2,
-M-24
Card 2/2

T
ZHWV, Tikhon Mikbaylovich; ARLAMINEDY, H.P., redaktor; ANDRX=O, Z.D.
TATWIMMUMMOMMYA, L.M., takhnicheskiy redaktor.
(Operation of an antenna group of a radio receiving center]
Opyt raboty antennoi gruppy priamnogo radio-tsentra. Roskya,
Gos.Izd-vo lit-ry- po voprosam aviazi i radio, 1954..25 p.
[Microfilm) (MLRA,'9:1)
(Radio--.Antennae)

ZHUyOV~ V. Eng.
Electric Lines
Practical calculation of low-voltage lines according to a tables Nov, nauk. i tekh,s)
No. 2s 1948.
Monthl List of Russian Accessions,, Library of Gongressp October 1952. UnclAssified,

1-7.
I- ----

"Vessels-Atowla Propalsion" an article in the publication
Fro'blems of the Use of Atomic Energ.__ October, 1956., Moscow

- - -
ZMMV V and ASTASHKOVO P.
Combat Helpers of !~Mrs. 1956. (Boyevyye pomoshchniki letchikov).
M

MUM "
Y I I ,
Floating center. Mauhlnostroltell noo43Z5. Apf6l, (KIRA 17:7)

ZHUKOVj, V's, inzhaner-mayor, krmd. tekhn. nauk; EFLOVA, Toy Ir-Mmer-
-- o""URMMOg.
Polymers came to the field. Tekh. I vooruzb. no,6161-63 J064
(MRA 17:7)

iJ H U-~ "~ 's ~ v.
Improved elw)t-b~aettrqf: IIL.7,!2.5 JI 26-/.
( m it ri ~ 1,7 2 8 )

LYUBIMOVO V.A., insh.; Prinimali uchastiyet GULYAYEVA, R., laborant;
YEVDOKIMVA, V., laborant; KHRUSTALEV, P., rabotnik;
.V., rabotnik; CHUMAKOV, M., rabotnik
Automatic AT2-250-Sh loom for woolen fabrics. Nauch.-issl.
trudy TSNIIShersti no.17:76-85 t62. (MIRA 177:12)
1. TSentrallnry nauohno-isaledovatel'skiy institut sherstyanoy
promyshlennosti (for Gulyayeva, Yevdokimova). 2. Shuyakly
mashinostroitelvnyy zavod (for Chumakov).

ZHIJKQV) V., inzh.
.Optical device for evaluationg UIP quality of tho roughoned
surface of rubber. Avt. trannp. 43 no.605 J0 165,
(m1w,

ZHUROV, V.
innovators at the Kirov Flant, Vashinostmitull no.31ill-12
11 t 64 - (MIRA 1812)

ZHUKOVp V., inzh.--91aktrik
Prepare carefU13,y cards 1"or the exchange of technical Informa-
tion. Muk.-elev. prom. 29 no-402 Ap 263d, (MMA 16:7)
1. lenlngradakoye oblastnoye uprarleniye khleboproduktov.
(Grain.-eilling machiner7)
Fk-
NM H i
ME

ZITUKOVP V,:
Impove the packing of Bliding-type gateo on high-pressure
lock chambers. Rech. tmnsp. 21 no.10152 0 162.
(KIRA 15:10)
1. flacbalinik Vorkhne-Svirskogo gidrousla.
(Iocks(Hydraulic engineering))