SCIENTIFIC ABSTRACT RASSKAZOV, L.N. - RASSOKHINA, L.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001344230003-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 98
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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SOV I ~4- 58-- 10-11 ~G)
-,iyy zhurnal, Mekhan-ka, 1958, 0, 1) 115 (USSR)
Translation from: Referat;%. I Nr I
AUTHOR: Rasskazov- 1.
..................... .....................
TITLE: On the Work of a Round Plate Beyond the Elast.-c Limit (K voprosu
o rabote krugloy plastinki za predelami uprugosti)
PER!OD-'CAL: T r. Mosk. ;n-ta khim. mashinostr. '1957, Vol 14, pp 56-79
ABSTRACT, Examinaton is made of the elast
ic-plastic flexure of a round
plate supported along its periphery in a case of e%,-enly distribu-
ted transverse load. Solution of this problem is based on the assump-
tion that the shapes of elastically and elastic- plastically bent plates
r
a
e identical, given equal deflection. Poisson' s ratio is taken to be
constant inboth'the elastic and plastic zones of the plate. DeSaint
Venant's conditions are taken to be the conditions of yield, In order
to verify the results obtained, the author conducts a number of
R is found that the cal
experiments with steel plates. culated curves
are in good agreement with the experimental ones in cases of deflec-
t;on not in excess of one-half the thickness of the plate, Bibliography-
10 references.
Card 1/1 Yu. R. Lepik

I
UDODOV, P.A.; ROGOV,, G.M.; USLS-WRY). -N,.M.; SHVARTSEV, S.L.; LUKIN, A.A.

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LTUSHINq Sergey Fedorovich; RASSKAZGV, Valeriy Antonovich; SHEYKH-ALI,
Davlet I/iukhamed;i~~~~~~-Rikba-atii:Lovm;

L'UZli---TSCFV, Viktor Anatolyevich; RASSEAZOVA, U.S., red.; ZENIJI, V.V.,

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AUTHORSj Gerasimovskly, V. I., Tuzova, A. MI., Borisenok, L, A.,
Rasskazova, V. S.
TITLE: Gallium'in the Rocks of the Lovozero Alkaline Uassif (Galliy
v porodakh Lovozerskogo shchelochnogo massiva)
PERIODICAL: Geokhimiya, 19591 Nr 5, PP 449 454-(USSR)
ABSURACT: Gallium was determined by the extraction with rhodamine B
without previous separation of the other elements (method
according to reference 4). The results are given in a larGe
table (Table 1), arranged according to the four intrusion
phases of the massif. Furthermore, the results of the spectro-
scopic gallium determination and the aluminum content are
given. The aluminum determinations were carried out by Yu. B.
Kholina. The Ga- and Al-values are given in a diagram as well.
Another table (Table 2) gives the gallium content of indivi-
dual minerals. The galliun contents fluctuate between 3 and
10.10'.3~ 6.10-3%'is the average for the whole massif. This
is more than the usual content of the nepheline oyenites. The
third intrusion phase has the highest gallium content. Gallium
Card 112 is enriched in the later phases, compared to aluminum. Gallium

UTHOR: Rasskazova. Ye.S. -07/5-5z--:;-7 '20
A
TITLEt On the Stratigraphy'of the Upper-Paleozoic Deposits of the
Tunguska Basin (K stratigrafii verkhnepaleozoyakikh otlo-
zheniy Tungusskogo basseyna)
PERIODICALs Byulleten7 Moskovskogo obahchestva ispytateley prirody,
~Otdel geologicheskiy, 1958, Nr 5, pp 92 109 (USSR)
ABSTRACT: The author gives a detailed description of the Upper Paleo-
zoic deposits of the Tunguska Basin and their preeise di-
vision in suites,.bearing local names, identified by fos-
silized floral remainst Such lithologic classification
also facilitates the comparison of the levels of these
suites (Figure 2) with the same.levels in other parts of
the basin. The author sorted out series of the flora cha-
racteristic to each given suite. As analogous flora waa
also found in the Kuznetsk Basin it would be possible to
compare the cross'section of the -Upper-Paleozoic layers in
different regions, The following geologists are mentioned
by the author:.S.V. Obruchev, b4M. Shorokhov, M.F. Neyburg,
N.A. Shvadov,,V,A. Khokhlov, G.P, Radchenko, N~F- Ryabokon~,
Card 1/2 B.A. Ivanov, D.A. Tugolesov, A,M.'Yledvedeva, VI.M, Odintsov,

AUTHOR: I ova, Ye. S. 501/2o-122-1~1-40/.'57
TITLE: The Continental Coal Deposits of the Tungusskiy Basin
(Kontinentallnyye kamennougolinyye otlozheniya Tungusskogo
basseyna)
PERIODICAL: Doklady Akademii nauk SSSR, 1958s Vol 122f Nr 3, PP 465-466
(USSR),
ABSTRACT: Further work in the Tungusekiy Basin (Refs 1 lo).-during the
last years has made possible subdivision of the Tungusakiye
sediments on the basis of plant remains. The geolojical
structure of this region now appears to be far more compli-.
cated than was formerly believed. This is especially true
of the relation between the coal deposits(of the so-called
Katskaya suite) and the Permian sediments. The latter sedi~
ments are most widespread along the southern margin of the
basin (Fig 1). Theyjie discordantly upon various Lower
Paleozoic horizons and dip gradually- toward the center of
the Tungusskaya synclise. The Burguklinskaya suite (Lower
Permian), which conzordantly overlies the Katskaya suite in
the northwest and west, wedges out toward the south and
Card 113 east. Here the Katskaya suite is directly overlain by coal-

SCV/2o-122-3-40/57
The Continental Coal Deposits of the TunguBskiy _Tlasin
bearingg Upper Permian deposits and tuffaceous Triassic sedi-
ments (Fig 2). Many plant remains were found in this area,
Several types are cited by 1. F. Belostotskaya. Unidentified
fish remains and an insect wing (identified by.O. M. Martynova
-ularis Vart.) were also
as PbZloblatta, similar to Ph. ref,
found. Since the fossil plant assemblage of the upper part
of the Katskaya suite in closely related to that of the
Alykayevskiy horizon, the author selects this part of the
section as analogous to the latter horizon. The statements
above indicate, contrary to current ideas, and exceptional-
ly wide distribution of Carboniferous sediments of the.
Katskaya suite in the region of the Tungusskiy Basin. At
the same time, these statements clarify some particulars of
the relations between the Katskaya suite and the higher lying
Lower and Upper Permian sediments (Fig 1). There are 2
figures and 12 references, 12 of which are Soviet.
ASSOCIATION: Geologicheskiy institut Akademii nauk SSSR
(Geological Institute of the AS USSR)
Card 2/3

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PHASE I BOOK EXPLOITATICK SOV/5326
Shparo, L. A.9 T. V, Foki*as T. D. Mirlmova, Z. AG Rassadinaj T. M.
Mellgunova, and K, A. Noskacheva
Osobennosti reaktoli rastushchego organizaa na deystviye ioniziru-
yushah~ey radiataii.. (The Peculiarities of the Reactions of a
Growing Organism to the Effect of Ionizing Radiation) Moscow,
XedgIzj 1960. ITT Pe Errata slip Inserted. 4,000 copies printed.
Ed.: Ye. F. Baranova. Tech, Ed.: No S. Kuzlmina,
PURPOSE: This book in Intended for biologists, physiologists, and
other specialists concerned with
the effectsof ionizing radiation.
on the human organism.
COVERfi-GE: The book reports on investigations of the effects of
ionizing radiation on humans and animals at different ages,
ranging from Infancy to maturity., The total reaction of an
organism, manifested by its general sense of well-being, behavior,
variation in weight, longevity, condition of blood, external
condition of skin, eto.0 an w6ll as the disturbances in Individ-
ual organs, tissues,,and.their functioning are discussed. The
c ard 3./4

The Peculiarities of the Reactions SOV/5326
Postnata10ntogeny 8
Characteristies'of the development of acute radiation sickness
during postpatal ontogeny In some types of laboratory animals
(T. V. Fokina) 8
Age associated peculiarities In the reaction of children's
organiams.to penetrating radiation incurred during x-ray therapy
administered for certain Illnesses (Z. A. Razoadina) 49
Ch. H. Age Asoociated Characteristics of Damages to Internal
Organs, Tissuess and Some of Their Fanctions In Growing Animals
Afflicted With Acute Radiation Sickness 76
Characteristics of changes occurb*g in the hemopoetic system
of young rate and rabbits of different ages afflicted with
acute radiation sickness (L, A. Shparo) 76
Age associated characteristics of the functional condition of
the reticulo-endothelial system of experimental animals exposed
to x-rays (K. A. Moskacheva) 95
Age associated characteristics of the changes In the content
of restored glutathione In the blood of growing animals afflicted
with acute radiation sickness (T. M. Mel1gunova) .103
~Card 3/4

SOURCE COD4'--
ACC NRt AP7002546 /q, t~) C64-
A WIENTORS, Rasskazovskiy, A. S.; Belonenko, IA. F.; Koleanichenko, V. I.
ORG: none
TITLE: Quenching aqueoUs solution. Class 18, fro. 189004
SOURCE: Izobreteniya, prorWahlonnyye obrazt9y, tovarr,~rjc znaki, no. 23, 1566, 27
TOPId~-ITAGS: temperingi aqueous solution cooz- IAJ F R 0 b I U n-)
CT:c This Author Certificat e presents a quenchin g aqueous solution for sprayer
;c6oling with induction heating under temperinG, which 6ontains glycerin a.-Id sodium
oride. To'decrease crack formation during tempering and to produce high product
f
'fiax~dness,~the solution has the following composition (involume glycerin 30-40, 1
sodium chloride - 15--20,-and water 40--55-
So CODE: 11/ SUBIS DATEs 16Sep64
Card UDC.- 0 i.784.6.o6i

SO V/1 24-57- 560-56
Translation from: Referativnyy zhurnal. Mekhanika, 1957, Nr 5, p148 (USSR)
AUTHOR: Rasskazovskiy, V. T.
TITLE: On the Analysis of Eccentrically Loaded Columns of Various Cross-.
sectional Profiles (K raschetu vnetsentrenno-nagruzhennykh secheniy)
PERIODICAL: Tr. In-ta sooruzheniy AN UzSSR, 1955, Nr 6. pp 93-101
ABSTRACT: For the most.common cross-sectional profiles of columns made of
brittle materials and subjected to eccentric loadings the author gives
grid-type design nomographs designed to facilitate calculation, accord-
ing to well-known formulas, of the exact proportion of a columWs
cross-sectional area that is subjected t'd compression during the pro-
cess of buckling of the column.
N. A. Rostovtsev
~Card 1/1

(Vibration)

PHASE.1 BOOK EXPLOITATION SOV/5546
Askolld Ivanovich Martemlyanov,,
Ashrabov.. Abbas Babayevich
Tikhonovidh Ranakazovskiy
Tekhnologlya proizvodstva keramzitobotonnykh Welly i abornyys
soyamostoyklye konstruktsil (Production Technology of
Kerawlt-Concrets (Porous Concrete] Products and Prefabri-
'Cated Earthquake-Proof Blements) Tashkent, Goo. Izd-vo
Uzbekskoy SSR, 1960. 161 p.12,OOO copies printed.
A. Hurakayeva; Tech. Ed.; A. Salakhutdinova.
:PURPOSE This book is intended for builders, planners,and
*nglneering and technical.personnel In the building-materials
industry.~
COVER AGA: The book discusses certain characteristics of keramzit
[porous filler] products and the prefabrication of keramzit-
concrete products. Attention in alto given to the use of
precast reinforood-conarete construction elements in seismic
regions and to methods of calculating monolithic joints.
(;ard=i/-3

.Production,Technology (Cont.) SOV/5546
iio'~ersvnalitiss am mentioned. There are 23 references, all
UvIet - (InaluUng one translation).
TAKS 0 CONTM"s I
~'':Introduction 3
..'Produatlon Technology of.Kerawit-Concretis Products 7
]Certain charactoristico'of koramzit production 7
Use of keramit-conerete for supporting elements and
partitions 16
Zffectivenese of using kerawit-concrets In construction

Partitions in apartment houses 20
Pr6o"tkeramzit-conerste,construction elements 27
rawilt-concreto products
Prefabrication of ke
3k
Assembling buildings from largo keramzit-conerete panels 49
Profabrioated Earthquake-Proof Construction Elements 59
Special features in the use of prefabricated elements for
Card-2/3-
;;i. Ann -----

'4~
6
t"WESSIOR 04047306
i 7~
funct on o --the~.pre -:the process, Le, of Its
pa 9 mag e the vlb6s~hlstory.of
character during the time when the system Is open. During this time, an estimate
'Of -~ the( error slgnal-varlations.:wlth re Ispect to:the-zero level'is-obtalned. If_
e-arror;, osses,its.zero.-va ue even once r me when the system
t sighal cr I du Ing-the tI
h
,
_
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7 t-$-- zero-yalueAuring-t q em-13--open, -the-regulator
ddies-not cl~ W timiti-the-syst
--in -orditiav- 4-screte:
$i -164 y 7
"a- t- o__ r- -W f which tire shown--
Al secrete bl'-- k -_wIr1ng~:dfagjw4 0
09 r4 V requ the- c 4 A
At
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on In ac-
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whichJ rm
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9
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cordance with the canblnatiot4 of signs of 04411A Ila coo I no as a I ton
"if" Art-thii basic coordinates of the system Is shown In Figure I of the Enclosure.
.-Tests perforined-on this regulator~have demonstrated Its applicability to the con-
-'contaminated. by nolse. Orlgi art. hasi
trol processes whose' error. sl gnals .
,
U r
-3 e9 ations and..,3.flgu as.

'
ASSOCIATION9 Cosudarstvaniiy*~-.Ihstltui,tsVitoy*kh metallov Moscow (state Insti-
'
af Whi-Ferrous Metals)
ENCL-.,: 01. SUB CODE: AE, MM
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~IACCESSIOX NR: AP30,0
,f AUTHOR': R G, I.
assokhin,
.,TrrLE:. Analysis of operation of capacitive parametron
6 no
OtTACE:~ IVUZ- Radiotekhnika, v..; 3, 1963, 239-248
~~TOPIC TAGS: capacitive parametro
IT
'ABSTRACT.- A parametrical oscillatory system arametron) of capacitive type
(p,
1 'at very high frequendes4s theoreti I anal edinthearticle. Semi-
-operab is a caly
YZ
~'~q"nioi,~ctor.diodoo.biase d to cutoff are used ad nonlinear reactive elements..The
p anomena in the'parametron are described by a, set of differential equations;
h' ed and thexesults investigated. The following conclusions are
t
qy are solv
dr M Parametric'osciUations can be act up in a certain ran e of detuning;
TYA: 9
1-1.i-, a~ciibical approximation of the nonInear parameter determines this range better
-~ti~izx'the parabolic approximation I(2)'Eff ect of detuning on the amplitude'of

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MON.- I I a M.L-

S/096/62/000/002/003/008
121 02 C :EJL93/E383
AUTHORS: Rassokhin, NiG., Candidate of Technical Sc:iences and
~Mellnikov, V.N., Engineer.,
TITLE- Corrosion- and erosion-resistance of zirconium alloys
in circulating water,
PERIODICAL. Teploenergetika, no# 2, 1962, 6o 62
TEXT: ~Experience has shown that zirconium alloys provide
most suitable materials forjackets of heat-emitting elements of
atowic-reactor piles, in which water is used asthe moderator and
heat-exchange medium. The efficiency of reactors of this type
can,be increased if the active zone of the heat-exchangeroperates
under conditions of stable surface boiling. Data on the behaviour
of zirconium alloys operating under such conditions are scarce
hence the present investigation concerned with the effect of
various factors on corrosion- and erosion-resistance of a
zirconium alloy containing 0-95% Nb, tested on tubular specimens
(10.3 mm in diameter) in a specially designed apparatus, The
experimental conditions are given in,Table 1, the chemical analysis
the water,used in the experiments being given in Table 2z
Card

S/096/62/000/002/003/oo8
Corrosion- and, .... E193/E383
corrosion productsand hard-water constituents [Abstracter's note:
calcium salts] were present in water flowing over the test piece,
the encrustation in the convection zon%qnj%~jhjj of the corrosion
products, that formed in the surface-bcxjLling zone comprising
mainly the mineral constituents.
5) Localized (even of very short duration) disturbances of the
normal heat-transfer conditions which caused the temperature oft
the test piece to,rise above~the permissible limit brought abou
localized corrosion. On returning to normal conditions, the
process of corrosion did not cease, spreading to previously
unaffected portions of the test piece. There are 2 figures,
2.tables and 4 references- 3 Soviet-bloc and 1 non-Soviet bloc,
The English-language reference mentioned is. Ref. 2: R.T~Esper.,
W.E. Hopkins, Cb~, Jacklin, J*H. Phillips Proc. Amer. Power
Conf., Chicago, Illinois, vi20, 697 708, March, 1958.
ASSOCIATION- Moskovskiy energeticheskiy institut (Moscow
Power- engineering Institute)
Card 3/6

S10961631000100510051011
THORSio.t:,.~,;'..."Raasdkhin-'Aif"',4 'Candidate of-Technical Sciences
-~Eji 'ineer -Mellnikov, V4,N#, Engineer
=T ng ;~en j 9.
-,TITLE Heat, transfer during' surface boiling in narrow annular
'
d cts~
U
.-PERIODICAL.i..Teploenergetikei i: no 5.,1, 19 3 ,56-6o
6
:,-TEXT*.,-:,~ "he'tests were" made"wilth pressures p in t e range 5
h 0 to
~`~at, m f low rates~ h 0.26 1 6 to 1.5 x 106
q;-i~-~ W t 6 ~.range
x 0
2
zi. hour, rate 'of'. water'~biiculati6n ~w of 2'to 8 M/sec and
f-wat
dir bat ng o er-A e ow..,saturation temperature) '6tH- of
0 C. sts wer6~:`
'made~ih a-do ble-tube heat exchanger
Th e tL u
~and~; the- duct size was,altered by Altering -the diameter of the
zlnfi~ between 4 -10" 15
.5 and i mm, the outer tube inner diameter
9::' 4 MMO 'The-inner tub6:was heated by a heavy electric
ji
n
C,,urrent It is e stimated-.1that"thio wall temperature determination
,was. Accurate to within - 2 influences 'of various paramdters
'on.'tfie h6at-tjransfer~ doefficii-ent studied in'turn. The'
l.experim6rital results show that durlngwsurface boiling in'an annular
`ddet there,aj~e'two regi ns.:~ a region of undeveloped surface
o
~boiling*in'which the wall t-emperature-rises as the liquid
A

5/096/63/000/005/005/011
transfer during surface,-,... E19VE455
emp e- rat -a n ~'f
t ure rl s'e regio .,a -developed.surface boiling in which
"'the, waII.temperature Aremainsj`c_,onstant~ when the liquid temperature
;J; For'both regions th cheat_
r ses,~ coefficient is higher
than; thA t for convective heat-'-iransfer, without boiling, For the
on' -devel -pe'd surface-',boilin .g the-heat-transfer coefficient
1:; r e g 0
a giyen:,by-1he following,,-
7 0.35
t4o, 1 3 di
00
Nu 1450Pe- -
k~
:nternal diameter!--,~oV' I d
annu ar uct, ',d5 equivalent
of annular .' duct region of undeveloped boiling
by them following'.'
0 7 0
U. Pr *3yO-55 dl.) -0-35 (.1 2)
T-2 N 3PO',
Y
The' water.temperature t h ch';, transition from undeveloped surface
W I
-developed takes`..Place..~maybe determined by
ar

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LLL'
T-W-1
S/096/63/000/005/005/011
er during, surface B,194/E455
5/dl~O 31
5!
75,
7 1 8P.0 pi.
(13)
3
a
Rat6~e~bf-fld* had no-ihf luence`-,~6n heat transfer-coefficient for
ith' f
er -regions 0,~ As, -*il 1bw seen-' rom'Ihe above expre ions, the
a
:----,,'d t Thore
up, geometry influences th6:.heat transfer coefficient.
f1gure a
P, h
E"""'ASSO. IATION: MoskoVskiy.energetidie kiy,institut
C
itute)'
osd6w -Power',`En~jlneering Inst
-T,
g;' A

-----------
------------
15267 Electra-Machl"ninj Metho& for Metals. A' L
tjvsWti and V. Ya. PA=kWn. Ey;giacm' Digest. v.
I=, p.- 42943%'(7Mlff6dIrom Stanki I fastrument, v.
no. 11, Nov. IOK p. 12-17; v. -26. nc~ J. jam IM V. 8-12.)
Review of machfuling by Am*lc Mak. ekoTic lmpu)L% wwde-
i mecitanical, eleW(e contact, and cleexo-mechanical methodt.

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minor---
n ustrial processes
V~!~A Misciellaneous
1/1,1~.. Pub. 103 5/24
uthois
Livshits, A. L.,.
and Rassokhin, V. Ya.
Title
Modern state and perspec ives for the development of a technique for
dimensional machining of metals,by electrical methods
~~-;Pdriodica3.' Stan. i instr. 11, 12 17, Nov 1954
"ii~~ac t The electrical methods of metal machining include such processes during
the realization of- which the removal of the metal or change in the structure
of the surface layer appear to be the result of thermal, chemical or com-
bined thermal and chen-dcal effect-of the electrical current fed directly to
the object and tool bypassing the intermediate phases of transforming the
energy of electrical current -into mechanical, thermal, electromagnetic or
other types of energy. The conditions required for the realization of
dimensional electrical machining of metals are listed. The method of con-
-trolling electrical,machining processes is described. Two USSR references
(1951). Tables; illustrations.
Institution
ted

o'k H
E ineering ?t I wor ing
nq IV a k
6,A Pub 10'3 312~
q,
uthors j RassoYhin, V. Y and.Livshits, A0 Lo
I Proven" status an plication of
Otspectives for the industrial op
P
electric Mnathoda.of working metrils
I -Stan.-i Instr. Jnn 1955
~,N:4bn act ing
7The pr ofil and mae hinine of,cuttinG tools by electric means is
disaussed. and a a-
'description is presented of clectric-s9ark, electri
-xechanical. and vlcctrIc-cent3ct pittine =thods.
impulse, anode
Technical data is also pittin,
given on newly constructed
--copyinC
m3chines of the type VKZ-18, 4A722.and 3000 ENrj,:$. produced by the
-for I
Design Bureau of the Minist* -lachine Construction ond Tool
AUTHOR., RASSOKHIN,V.Ya., RURAX.A. PA 3616
TITLM Fore gn Xjff'~Moya fcr Xetal-Woricing Cutting Tools. (Z&rubexhqy,-
marki. tverdykh splavoy d1ye, meWlorezhushchego instrumentat Russian)
PERXODICAL: Stanki i Instrument, 1957, Vol 28, Nr 6, pp 19-22 (U.S.S.R.)
ABSTRACT: First foreign (Gernan, Americant Swedish and Austrian) hard metal
alloys are enumerated and desoribed. IWW of them are described
being superior to Russian ones, particularly as regards their bending-
and compression strength. After -a critical evaluation the authors,
arrive at the following oonclusions:
1.) The large number of existing foreign hard alloys permits better
utilization of their properties.
2.) Foreign tungsten- and titanium-tungsten alloys are superior to
Russian ones mainly because of their high bending- and am*-
pression strength, which makes it possible to use the= with
success for impact stresses, which is of importance particularly
in the came of multi-tool automatic machines. The author% are
of the opinion that this is one of the reasons why in Russian
industry bard alloys are being used less frequently than in
other countries.
Card 1/2

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JUSSOXHINAS LO-I
Age-changem in the pulmonary lMhntlc system [with sumcwxy In Xnglishl'
Arkh.mat., gist@ i embr. 35 no-5:19-26 S-0 '58 (MIRA 11:12)
1. Xmfodra normallnoy anatomli (zav. chlon-korresporident ANN SSSR
prof, D,A, Zhdanov) I Mookovskogo ordensi Lenina moditainakogo inatituta
lmeni I*Mo Sechanova. Adres avtora, Moskyag Molchovyaya ul., d.11
I Mookovskoy ordena Lenina meditain;kiy institut im. I.K. Sechenova
korpus teorsticheakikh kafedr, kafedra anatomil cholovoka.
(LUNGS, onate & histol,