SCIENTIFIC ABSTRACT BAZHENOV, S.V. - BAZHENOV, V. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000204110016-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BAZ IPY, SV,.. ateent; STUIMB V. A.P.. professor;
PETUXBDVSKIr, A.A.,
OThe History of Veterinary "icine in the U.S.S.R.* VXXtropov.
Reviewed by S,B.B"hanov, A.P.Stmdantsev, A.A.Patukhovskil.
Vaterinarlis 33 no-1:83-87 Ja 156. (En 9:4)
1,Xiye,wakiy gosudarstvannyy vsteriaarnyyias~ttut (for
Bashenev).
2.K&z&u8k-t:r
11.0 INART PMDICIXXT"'-'!'

dotsont; GIVOLOZEMY, T-Ta., assistent; LITYIN . N.M.$
starskiy laborant, voterinamy vraekL-
low nasal an veterinary pbarmsaoloj7 (OVeterinary
pharmacoloal.
Reviewed 'by S.V. Bazhozov, I.U. Givoloshokit, X.M.
Lityin).
Voterin It& 33 no.6:88-90 je 156. (XML 9:8)
1. Dafedra farmakologli Uyevskogo gosudaretvonnogo
voterluarngp
Instituta.
(Yeserinary materis, medics, and pharmacy)

BAMENOV. S.T.. doteent.
Task@ of veterinary toxicolog7 for the sixth
five-year plan.
Yeterinarits, 33 ne.9:20-22 8 156. (KLRA 9:10)
1.Klysvskly veterluarMy Institut.
(Vaterinary medicine) (PoIssum-Physiological effect)

400.1 1 VyOvlch^,:~., (=IT 1.4 ir I# SeAe, red.;
CHMMUA# Z*Veg
~
[Voterimiy toiiooili~rl tateriiamia tokolkologila.
UC2.9
impr. I dop. Xaskmg Goo. lzd-" allkhos' lit-as 1958.
392 ~.
(Tatertma,toxioOlogy) (Pbloonal (XIU llt9)

34ZMOTp S.T., dots.
One bundred and fifty years of adTanced Toterinary training. In
the U.S.S.R. (1808-1958). Vaterinariia 35 no.11:74-75 3 158.
I* Ukrainskays skadenlys sellskokhosysystyeanykh mauk,
(Veterinary madicine-Study and teaching)

W.ZNEMV, S. V. Z4-c"~
" About veterinary biographies and
bibliographies."
Yeterinariya, voi. 37., No. io, ig6o, p. 83
U-I!k. a-w - .. k.
6j~"

ROVIONOV, P.V.p prof.; A~~# ~SV.~Pprofq SIASTIONP M.L~ dotment
("V)
lHadicti rAl pUnts smd their use by the people" by M.A, Nosall
I.Me Noul's Reviewed by P.V. RodionovP S,V, Baishenovt
M.I. Slastsone Vrache dclo*no*,3s147-U8 Mr 161. (MM 104)
()30TAR s, MWICAL) (NOSAL'j M.A.) (NOSAL't I.H.)

BIZHSNOV, S.V., doteent
"Biographical diptionary of workers in natural science
and
engineering," vols. 1-2. Reviewed by S.V.Bazhanov.
Veterinariia
37 no,1003-M 0 160, (KERA 15W
1. Ukrainakaya akademlya sallskokboxyaystyannykh nauk.
(Russia-Biobibliography)
(Veterinary medicine-Bioblbllograpby)

RAZI-732,CV, S. V., (Professor,, 11ra5*1an Academy of
Ag7ricultural Sciences)
Valuable work on the history of veterinary medicine. (1)
Vaterinariya vol. 38,, no. 9, September 1961., pp. 87
'In "Trudy Vsesoyuznof,,6 institute ckspcrimentallnoi
voterinarii,11
Y.-XXIIIJ MOSCOW$ 195p,

KALUGIN, V.I., kandovaterin.naukj: BAZHENOV, S.V..,
prof.; KRAPIVIMR, L.M.
History of veterinary-medicine. Vaterinariia 40
no.907-82 S '63.
(MIRA 17%3.)

BAZHENOV,s S.V.0 prof.1 BORSHOSH, A.V.
... .....
Book reviews and bib3iograpby. Votarinariia 38
no.9:87-89
3 161, (M.IRA 16: 8)
1. Ukminakaya akademila sallokokhosyastvennykh nauk
(for
Bashenow). 2. Starshiy vaterinaiVy vraoh tresta
lZakarpatleav
StaniBlavokogo noveta narodnogo khozyay~tva (for
Borshooh).

BA-7=OV,, Bergey Vasillyevich
[veterinary toxicololyl Vetorlnamia tokaikologila. ltd.3...
parer. i dop, Loningradp 11oloss 1964. 375 p. (mm is:n)

RAZMOV. V.
- aftwabL,
How we arpnised tower orme operptions, Stroltell 2
n004-3i2o
Ap-My 156,
(MM 1011)
(Cransel Perrloks, sto)

B&ZHIWOV, V., Inzh.
Simplify the structure of management in the construction
Industry.
Sots.trud 3 no.3:123-126 Hr '60. (NIRA 13:6)
1. Mel truda I zarabotnoy platy Stalinuadekogo scvnarkhoxa.
(Stalingrad construction Industry)

BAZHENOV3, V.
"Surgical treatment of pulmonary tuberculosis; a
inamial for the ,
pmticing pbysiciae by [kand.med.nauk) G.S.Levin.
Reviewed: W
V.Bashanov. Zdrav. Belor. 6 no.4173 Ap 160a (HIPA 3415)
(TUBMULOISIS) (LUNGS-4UWRM) (LMN, G.S.)

7ACC Nk: '1/0209/661000/008/0042/0046
SGUICE COD-' U.
AUTHOR: Koval's Ae(candidato o .ftechnica:L scionce*s);BazhenoV, V.j
Straut., Ye.
ORG: none
TITIZ: From.modol to lunar vehicle
SOURCE: Aviatslya I kosmonavt1ka, no. 8, 1966, 42-46
r.odel
TOPIC TAGSt aerospace conference, lunar surface, lunar surface
vehicle, scale
I ABSTRACT:
The authors'discuss the*development of a mobile automatic lunar
Fstation (MALS), on the basis of papers presented by Soviet
specialists at
the first international space -technology conference, held in France
in June
C
66.
L
Building stands for perfecting the design elements on full-scale
mock-ups will present many difficulties. Therefore, it will be more
ements on MALS models under simu]lated
efficient to develop the design e1
[lunar conditions. In this way, existing pressure chambers and other
equip
ment can be used. Not only the lunar landscape but also the lunar
surface

ACC NRs AP6028568
should be simulated.
Taking the works of professors V. V. Sharonov and V. S.
Troitskiy
.into consideration, as well as data obtained by Luna-9, it
is concluded
that the lunar surface has a hw,d structure; from an
analysis of Luna-9
data* it is possible to conclude that the strength of the
moon' s surface is
about I kg/cm2. During its operLNtion Luna-9 increased its
inclination
6.50 and turned 3*. Although thereasons for this have not
yet been de-
termined, it can be assumed thAt the position change was
somehow connected
.1 with the stoniness of the surface. The lunar surface in
the Luna-9 landing
area is dotted with numerous stones and clods of various
sizes, from several-
centimeters to several decimeters. The Luna-9 landed in an
18-m-diameter
crater with a depth of about 0.7 m. The presence of several
small craters
with steep slopes (up to 55P ) was noted. All of these
lunar surface details
must be taken into consideration in developing a mobile
automatic lunar
station.
The initial scales for modeling are length, modulus of
elasticity,
:,!materials, and acceleration of gravity. All other scales
(i.e., mass density,
speed, forces, etc.) needed to develop an MALS model, and
to convert the
experimental results obtained from the study of an actual
scale model of a

ACC NR. W602856,3----
Aunar station, can be deduced from the three main scales mentioned
above
i~ on the basis of the similarity of conditions. To have similar
conditions, it
1,'is necessary that the MALS models an' their undercarriages be
made from
materials with the same Poisson' s ratio and coefficient of
friction as those of
-the full-scale design. The gravity scale is determined by the
experimental
conditions. The final selection of model dimensions and materials
is made,
;,taking into account the overall dimensions and capabilities of
the testing
equipment, pressure chambers. and test ranges. The development of
MALS I.-
models built to 1/6, 1/3, and Ill scales is discussed. -If the
dimensions
of a model are'decreased by six times, it is better to make the
model from
th,e same materials as the full-scale design. For the 1/6 scale
model, the
line ar spe e d "scale - is equal to 1. Running tests as well as
some ope -ri~;',
tional tests of a 1/6 scale model can be carried out in a pressure
chamber
-simulating the lunar vacuum. Due to the small value of the scale
of mass,
I
'',however, the development of a mobile model with such small
overall di-
mensions, while retaining similarity, can create a number of
difficulties.
It is considerably simpler to develop an1VALS model on a,scale of
h/3 or 1/2.- In developing a full-;scale model, the scale of mass
should be
six times smaller than full-scale mass.- In this case, a.fuU-scale
under-
carriage for the model is developed from full-scale materials. The
re-
Card - 3/4

XMI, U.S. [X=, W.D.J; =I=, O.Go Espliger,
H*H.lt-UZMDY. T.A.,
[translator]; BOMMAM. T.. red.; SURMO, K.AO p. red*
TLMTA, N.A., tekbn.red.
EPreparation and usam of standard radioactive
speolmnal Pri-
gotovlanle i.primenanle etalonnykh radioaktivnykh
preparatov.
Kookwa, Gos.izd-vo lit-ry v oblasti atommoi -uU i
tekbn4ki,
1960. 102 p. (KMA 14:3)
Wdloactive substanosp-Standards)

LM17-AVE.
fl. T rZ v
FLUE I BOOK EXPLOITATION SOV/5410
Tashkentskaya konrerent5lya po mirnomu ispol'zovaniyu atomnoy
-energli. Ta-.hkcn&v,, 1959.
Trudy (.raisactlon3 of the Tachkent Conforence on the Peaceful
U:-~s or Atomic Energy) V. 2. Tashkent, Izd-vo AN UzS3R, ig6o.
449 p. Errata slip inserted. 1,500 copies printed.
Sponsoring Ageney: Akademiya nauk Uzbekskoy SS'R.
Responsibla Ed.; S. V. Starodubtsev, Academician, Academy of
Sclence3 Uzbek SSR. Editorial Board: A. A. Abdullayev, Can-
eidate of Phyales and flatbpmatiosj D. M. Abduraeulov, Doctor
of Medical Sciences; U. A. Arifov, Academician, Acad=4 of
Science3 Uzbek SSR; A. A. Borodulina, Candidate of Biological
SGiencea; V. N. Ivashev; 0. S. 1kramova; A. Ye. Kiv; Ye. 11.
Lobanov, Cand1date of Physics and Mathematics; A. 1. I-11colayev,
Candidate of Medical Sciences; D. Hishanov, Candidate of Chc=ieal
S:iences; A. S. Sadykov, Corresponding Renter, Academy of
Sciences
USSR, Academician, Academy of Sciences Uzbek 3SR; Yu. N. Talanin,
Card 1A0

176
.,Tranzactions of the Ta2hkent (Cont.) Sov/541o
OrAndidate or Physics and Mathoriatics; Ya. IM.
Turakulov, Doctor
of Biological Sciences. Ed.; R. L Khamidov; Tech, Edo
A. 0.
Babakhanova.
PURITC-SE . The publl,~ation is Intended for
scientific workera and
:,nei:1alistz employtd in enterprises whRre
radioactive isotopes
ani nuclear radiation are used for reiearch In
chemical, goo-
Rgical, and technological fields.
COVERUAGE: TME col2ection of 133 articles represents
the second
volut.e of the Trani4actions of the Tathkent
Conference on the
Fea~erul Uses of Atomic Fnergy. The Individual
art!-%.'en deal
with a wide range of problems In the field cf nuclear
radiation,
inr.ludlng: protiuetion and cherical analyFis of
radioactive
lsotcpes; Inventigation of the kinetics or chemical
reactions
by means'of Isotopes; application of spectral
analyai3. for the
manufacturing of radioactive preparations; radioactive
methods
for determining the content of elements in the rocks;
and an
anallysis of methods for obtaining pure substances.
Certain
Card 2/20

-,Tranaactions of the Tashkent (Cont.) SOV/5410
17L
Inatrumonts used, such an automatio regulatorz, flowmeters,
level eaurgon, and h1gh-sonsitivity S--=-rclaya, am described.
No porsl=litles are mentioned. References follow individual
artiolea.
TABLE OF CONTENTSt
RADIOACTIVE ISOTOPES AND NUCLEAR RADIATION
IN MIGIN]Mr.10 AND GEOLIMY
Lobanov, Ye. M. [Institut yadernoy fiziki UzSSH - Institute of
Nuclear Physics X~i UzSSR]. Application of Radioactive
Isotopes
and Nuclear Radiation in Uzbekistan
Taksar, and V. A. Yanuahkovokiy [Institut flziki All Latv
SSR - Inatitute of Physics AS Latvian SSR). Problems of the
Typification of Automatio-Control Apparatus Based on tfie U3e
of
Radloactivq Isotopes
card 3A0
7
9

T,rareactione of the Tashkent (Cont,,) SCYV/5410
Crinev, V. S., V. A. or;--zov, and I. A. Korovina Iminiatry of
Health UZSRI. Some Applications of Spectral Analysis 377
Tx,jalmanova, Ye. S., and T. S. Afanaslyev [1111nistry of Health
TIS~FRI. Use of S,?ecial Xoni=tion Chambers for Measuring the
A~.,tjvlty and Controlling the Purity or Radioactive
Preparations 382
Analysis of the
Shlyagin, K. N. 111inistry of Health USSR).
Rallation of Radioactive Preparations 389
Bo--hlcarev, V. V., and V. A. Dazho-nov _111inistry of Health
USSR).
Xs!thods for Mea3uring beZa-ACTIVO Uses- by Ileans of Countera 96
C4-21,utvina, M. M., V. 1. Lovin, and Ye. A. Tikhomirova J-Unis-
try of Health USSR). Obtaining Arsenio-77 Without a Carrier
Frc,m germanium Irradleited by Neutrons 402
Livin, V. I., and N. 0. Serebryakov (Ministry of Health, USSR].
Produaing Preparations With Radioactive Isotopes for Radio-
thera,r~r 410
card -'8/20

de IV 6V )
MiSE I BOOK EXPLOITATION SOV/6333
Bochkarev. V. V., ed.
Tekhnika lzmareniye radioaktivnykh preparatov; aborn1k statey (Teoh-
niques for the Measurement of Radioactive Preparstlahaj Collection
of Articles) Nosoov, Gosatomizdat, 1962. 46-M ooples printed.
Ede.: A. M. Smirnova and M. A. Sm1rn*vj Tooh.'Id.i S. M. Popom
PURPOSBi This boolc Is intended for specialints In nuclear instru
mentation.
COYMU03: The book is a collection of articles on recent developments
in 1)"measurement of the activity and 2) analysis o; the oomposi-
tion of emissions of radioactive preparations. The methodology and
apparatus used in these studles'are described In detail. References
are given at the end of each ar~lale.
TAZZ OF CONTMM:
Card I/Q

41
Techniques for the Measurement (Cont.) SOV/6333
Plgoreva, N. S.', Ye. 0. Solodovnlkova, and V. V. Pokin. Prepara-
tion of Samples for Measurement of the Activity of Certain Com-~
pounds Labeled With CU and HS Isotopes 67
Golutvina, M. M., and X. A. L'vova. Preparation of Specimens
for Measurement of the Activity From O-Emission 72
Levochkin. F. K. Measurement of the Activity of Thiak 0-
Sources 83
Xononenko,.A. M.i V. A. Petrov, and V. Ye. Takhor .,va. Does
t
str4bution, Along the. Axle of a P-Bld tUW PUns Disk 100
b1bgnoyl VO A,., V. V. DochUrev, and T. ~ N. Sokolom Measure-
ment of theiAotIvity of Gaseous Preparations by Means of a
Gas-Filled Counter 115
Turkin, A. D. Radlometry of P~-Bmlttlng (lases by Nbans of End-
Window Counters 124
Card:3/5

Techniques for the Measurement (Cont.) SOV/6333.
Turkin, A. D. Measurement of the Concentration of 0-ftitting
Oaaes and the Determination of Their Isotopic Composition by
Means of Spherical Ionization Chambers 134
Lavrenchik, V. N. Measurement of the Y- and A-Activity of
Aerosols 139
Ivanov, Yu. F., K. N. Shlyagin, and P. K. Fooktintov. Mag-
netic A- and y-SpectrometoV- 156
Ivadov, Yu. F., I A. Humer, and K~ N. Shlyagin. Magnetic.
Spec-
trometer BPP-3 168
(V)
Bazhenov B A , Yu. M. Golubev,,K. N. Shlyagin, P.' N.
_F"o RTfiovf_a_M Q. V. Yakovlev. Scintillation y-Speotrometor
With a Multichannel Analyzer and a Un1t for the Automatic
Plotting of Spectra 182
1 11~
Bazhenov, V. A., Yu. M. Golubev, and X. N. Shlyagin.
Scintilla-
tion Speotr r',Counter WitWAliowaiwe for Dead-Time Effect 202
Card 4/5

PLO fo
nit
I
P.
"lit 1511 1%
ii SH'sn
op r.1 N ~. A
on "1 0.11
I . . 1 14 t-1-.PcM
i If E 17 1q,
1. A"
4 OA: RM
it i
i". 0-
M -:a--

BAZHENGV, V.A.; BOCFJUJW, V.V.
Absolute measta-ement of the activity nf
beta-redioactive
liquids* limtekb. nool:55-57 Ja 162,- (MIRA 3-40.2)
(Radioaetivity--Measurement)

s/113/63/000/002/008/008.
E194^155
AUTHORS: Bazhenovt V*A-2 Bochkarev, V.V., and Sokolova, T.N.
..TITLE: Sorption effects in measuring the radioactivity of
gases
It RIODICAL: lzmaritelinaya takhnika, no.2, 1963, 57-59
iXTs In measuring the radioactivity of gases with gas-filled
J~adlatlon counters, the absorption of A-radiatlon by the walls and
-effects cause errors which have both been thoroughly discussed,
end
particularly in the non-Soviet literature. However, there are also
two sorption effects: some of the material becomes firmly attached
to the walls and remains there after the chamber has been nominally
swept free; and some becomes temporarily attached to the walls
during measurements, so disturbing them, but is afterwards released
and swept out, so that the effect cannot be directly observed.
Tests were made to determine the relative importances of these
A chamber, filled with a gas tagged with a source of
P-radiation, has a thin mica window in one end over which is placedl
an end counter. The chamber also contains a layer of material of
such a thickness as to absorb p-particles of maximum energy.
Card l/ 3

Sorption effects in measuring the ... S/115/63/000/002/008/008
E194/E155
Then if this layer in plAced next to the window without breaking
Vacuum, the counter records only p-particles from substances
attached to the inner surface of the mica and to the surface of the,
layer. It can be confirmed that radiation originating in the gas
filling of the chamber is not being counted by withdrawing the
layer and inserting an analogous layer between the mica window nd
-the counter. This given the background level. After sweeping the"
chamber, the background contamination due to irreversible sorption
can be determined. The actual experimental chamber, made of
duralumin, was 178 mm long and 50 mm diametor with a window of
cm2
A disk with 12 positions could be placed at various
distances in front of the window so that the material of the layer
could be altered without breaking vacuum or changing the gas. The
gas used was CS2 tagged with s35 with a specific activity of
25 milliCurie per gram of liquid carbon disulphide. Surface
sorption was studied on the following materiii1s: teflon, mica,
special lubricant for CS29 brass, aluminium, mothylmethacrylateo
.1 polished and unpolished ebonite, rubber mastic and sheet vacuum-
rubber. The experimental procedures are described in some detail*
The materials were found to fall into two groups: the first
Card 2/ 3

s/115/63/000/002/008/008
!Sorption effects in measuring the ...
E194/EI5.5
instantaneously acquire a certain surface activity which then
'increases exponentially with time (PVC, ebonite, methylmethacrylate
~The other group includes the remaining materials except the rubb:r
;mastic, in which surface Activity instantaneously reaches a cert
value which then remains constant. The relative sorptions of
~samples of the different substances, i.e. the percentage of the
radioactivity picked up by 1 CM2 of the given surface to the'
activity of I cm3 of the chamber was3 teflon 5; mica 5;
brass 6-5; aluminium foil 6-5; m6thylmethacrylate 13; PVC 281
polished ebonite 30; rubber mastic 39; rubber 45; unpolished
ebonite 65. For materials of the first group the calculation is
.made for an exposure time of 26 hours. From these data it is
in particular experiment
Ipossible to assess the sorption of CS2
~equipment. Thus the activity of CS2 sorbed on the walls of th:
!measuring chamber filled with radioactive carbon disulphide: was
!directly measured. A large proportion of the sorption was
~reversible and so is not revealed by'background measurements after
cleaning. The sorption effects are very considerablev and differ
,for different materials., There.are 4 figures,
LCard 3/3

BAZRENOV, V.A.; KHARUK, Ye.V.
Testing the permeability of pine wood to nitrogen and
antiseptic
solutions. Trudy Inst. less i drev. 65t20-47 -163. (MIRA
16tlo)
I
I
I

UGOIEV, Boris Naumovich, dots., kand. tekhn. nauk;
BAMMOV, V.A.,
profs# doktor tekhn,naukp retsenzent;
SEF.GuvSKrr,-r-.-S.-jP
red.
[Testing wood and wood materials) Ispytanija
dreveriny i dre-
vesnykh materialov. Moskvap Lesnaia prou7shl.,
19659 250 pe
(F'IRA 1824)

L AMk&6 Mfr(l )/E--'i',T(m)/FGG/E'JP(t)/ETI IJP(c)
ACC Nits AP6011373 SOURCE CODE: UR/0362/66/002/003/0308/0311
AUTHOR-. Bazhenov, V,_A,; Ivanova, R. N.; Miroshnikov, M. M.
ORCr. none
TME: Determination of the mass of E~O, C02, and 03 in various
layers of the atmosphere
SOURCE: AN SSSR. lzvestlya. Flz*a atmonfery I okeana, v. 2, no. 3,
1966, 308-311
TOPIC TAGS: atmospheric moisture, -atmospheric ozone, carbon
dioxide. atmospheric optics
ABSTRACT: A method Is described for calculating the ma a of
absorbing gases (HgO, C02,
&M 03) along inclined paths which connect any two points In the
atmosphere. The curvature of
the earth and refraction are taken Into account. The vertical
distribution of the concentration
of gues is assumed given. The magnitude of refraction is
determined by the height variation
of the index of refraction of air. A nomogram Is plotted on the
basis of information on the
refraction curvature of an optical ray In the atmosphere. The
nomogram is used to determine
the height of the observer, the height of the radiation source,
the zenith angle of observation,
the zenith angle of radiation, and the distance between the
observer and the radiation source.
If any three of these geometric quantities are known, the
remaining ones can be determined by
using the nomogram. A formula is given for determining the mass of
the absorbing gas. After
Card 1/2 UDC: 551.510.03:551.593.1

NRo AP6011373 1~3
determining the nma of the absorbing gn on the path of the ray
in a given stratum of the
atmosphere. the absorption radiation by the stratum Is
determined. The author thank B
Neporent, Ye. 0. Pedorova, and M. S. Kiseleva for their
important comments while per
Ing this sU*.'6r-lgart. bias: 2 tables. 4 NiZes. and 3 formulu.
SUB CODE: 04/ SUBM DATE: MOM/ ORIG REF: 002/ OTH REF: 006

XCZ - R. A,~7002769 ejG1j*RC'--* CODZ:
UR/0039/66/O2l/o62/Oi4i/0142':--
AUTHOR: N?chlcArav, V. V.; C~plubovj Yus M.; ~ovlnp 1. Vs,;,
D.
OXG: none
TITIX: Noasuromonts of activity of radioactive Sasas by moans of
spherical
Ionization chainbor
SOURCE: Atomnaya onarglya, v. 21, no. 2, 1966, 141-142
TOPIC T&GS: ionization chamber, radioactivity measurement
ABST13ACT: A spherical, 24-cm Ionization chamber with a copper
barrier, filled with
air under Atmospheric pressure and operating In the -spectrum
enorgy-rant-a (0.15 to
2.20 ~X-v) was uscd fy5lmasgNing the ~Zs activity In experiments
with 13~lxo' C02
(labeled with 14C), Xo, Xr. and Ar gasos. The gas activity waG
dotcroril nod
by means of compensation counters. The order of error was about
2.5%. The results
14C Mr, and 4lAr with simple spectra could be used, while
showed that onl)
133XQ and 131XG,
with their conversion electrons, could not be used. The average
currant magnitudes X p~r particle In the chamber were correlated
with ao thaoreti,cai7-
values and the results agreed within 25 to 30%. Orig. art. has: I
figure and 1
table. CNA-7
SUB CODE: 18 SUBM D&M I9JuI65 ORIG REP: 002 OTH REP& 001
rd 1/1

- - RAZHEWIT, V-A- and v- -Ye.--V
"Tbe Moisture Content of Wood In the Trunks of Deciduous Trees"
Doklady Akad. Nauk SSSR 60, No- 3, 489-91 (1948)
7 S-,rf
) L. ~,

BAZHENOV,, V. A. PA 165T81
CA
Pr6parties of Wood (IJ go'
Dashenoy V. P. Koustantinoval b2st Of ftr.
~I'WUI I"t --Of. - Cmtl. Acad Bel TJBBR
Ak. Xauk OW Vol LUX, No 2, lop 283-286
vorlatilo;n, Cui~~and sip of th
of-.. a
&C, &::rt66 Wof, ImItIon of.flezture
tue ~Ple%Oblsmt` relative to direction o
'Rubmitted'18
Jan.
C I I L 61 6,V. ~;j
,y, Ac~

176736
wInrluonce'of Mmlling Upon Deformation of Pro-
pressed Wood," V. A. Bazhmv, Tu. M. Ivawv, Timber
:Instp ACad BcIAM
"Dok Ak Ikuk SM" Vol 71XT
xo 4., pp 663
110 results of investigation into deformation sM
also strimM of.dry vood first subjected t9 prasoxwe
~~in dry state and then to syell:ing.in vater vith'sub
eloquent &71m .(sogsonlzg)~. . Graphs give defoTIMIation
(m) Ys lcid-Tki) for variou species, stros$ d:LreC.;
tions, ate. Sulmitted 9 J= -50 by Acad V. N. $uk&-'-,
17*36,

BAMMOT, V.A.
-- - --
[Wood perembility to lIqmIds md Its Importance for
pr&ctioal pmrposes]
Pronltsaenoetl drevealrq shidkostimi I as praktichookoe
snaohanis. Kooky&,
lzd-vo AkmAsail nxuk SM, 1952. 82 p. (KLRA 6:8)
(Wood-Perseabillty)

~-Tho w,tv, Of wood. A. Bzzbfbov.

T, Udy All. 1.134, M01.
Tw-m

it. d,til. thr- )V) rk-rini-JOWhy (1) of a .10. C-1
W(AAi ((-A,

~,Inz, ":)IV. U11:1 'llit verkmerAl s:jrfxcr
-,I

te'r 1~ 'to. jj.~S~J, ftt~,l V~Tvinj in 11c;j1h
,

iroo Lvy,-i td with a,.-. i llpC
r.,u ublt rurnitav nk~; I tnd d th:

pl."-t %:,~ lig'Kir
to u rruaapt-l vertical pliss

tuba, tht cohrrCIA tdaccd
i'l a tnmxIco.1lM-tcr,~td the vat,

Of )A j0 %Apor
rvai~,j from the los~cr ciul of thV iest pf"-o -.%.s

drtd. bY Fkb,.1k)n)kjr1h ill ;t ~J,11(1. xj)t JoIn. A

111114Y *01M madt Clf d1k: I of GA I-AMAO,-A
tAUKINIIiAl CUld

r4AJW Cfoh~ $%CIjLloi rtg1tir. 1,0% JW
jjr4jCr r, Iflo

110i Ivirths ut Z~.7i (I -
tani'vilti-4). 35.44

r&JW',. 341.07, Z'0,0r, 209.6p,
20,7s, 21.ar, WAr,

A~d nAIct1l..&1.IGwI~ri(vIsO1u0, 11,
-20. -, 21, 18, S. R, 8.

6, mid - days, the 1110 Ir, the
llvnplts 11so 2-6.0,
S
7
24
0
253
2 1

Z
,
.
.
.0, aj.a, .12.2, 2:1.0, 1r,,t 70.0%, the
,
.
,

reldtivehucildity p,t If,t: NAlont o,.nA of the
mm-le3.3 - 77
'

77, 11, 77. 77. 77, 77, Anti 77%. mA 1~je I :n
r,;6ay

0,077, 0,CW. -. U.004. U03 (~&-
-4

sild O.W. UqcW JW dw tto' pAw thm1b AUY 0 Lhc

A,40%t
s4rrpim, cq thmugh Ix--h or irmple at 11* jl,il 11r,"-

Sul", hut &I ps% lla:C,4zh birth und k-mit TLC

of I an
cortykirreA to bo ijetd. by t~c f4ter-

pit)- ff 110 or
H20 va~oor cand, O!"m9h u btal)(141d 1%1`1PIt

t,t
VQt;j). h1j1j Mt 1:1 AV. 1110 rOtYttAt. Vid fi~

ptrmiability kowl tht-

Jiibutjois Oj ji,0 rclos.,j t~r
1,,Itgth of t!ic gample under tl-.e

tt~t condiUous Otz
Ahwe. jat~ lAke Kt;q.

ENO
" M719' --W(41 to
tilt-
"S lit-
Ji~
it 1~11

rE
11 SS R
JL~ ptnznz,,~, lily wAtjr- un4 1Apd-tr&zppw1ed-p1A*~
wux- w f-t-w-4,iA "Jwims of sodium thl"S. v7A.
Trua-Y hist. llexj, Akad. Nouk S.S.S.-Vv.
(i. wfAug Aw.-The pcrwabuity U
I., I ond 1-h) to salld. NdC1
in cc. per day undcr
I!, Jf,O t-,icn( 46 57A and 15.10 for
it nf~4 III %I 1, %11-1 n.,Ii,,: I I I. 10P., sample k-upl,
1.5 mm. L had a higheT IqA'1
Bjue-stbilwj
1-5 viz-affin at 150' had wi
rwi,:~ of 0.-:.- w and 0.44 cc./day &v.
!I,' ;:.,z, 1, -, , I,; itst period. and 0.070,
t, (,t the 6Aca4y State for
und 31 dayi,

luoittuta coulult of li"I"Ity &M-1 funv-S-Infvctcd
n the brAvs of owinr tro.-S. S. 1. ve'Dill, V. A.
=
1% 1,. ~Iuwtw. T,Pdy Jm4. fera. AW.-
Q. 2!Z,AWYiII53.j.-Diti% ure Xiyrn ou tba-
W"Milro, divributfull *ntl tjtgrec ut fvn)pAI -twck at Iftrio-As
t)ejlu h0shij in &)-o)-Ycsr-,DA ;tF,-cns (1) id"".,j '"01
but,t) i w,'risdi, and in 40-X)rcir-old o;Lks (11) infcctzd
'With PIX5 dryop"'us, P. :,nd P. pcL-jI9j.
I Shl)6%(A tilt! llighktst Of 1120 in tl;c 1-~t take. (A 4
Muck and the it: me 3rd stage; 11 wo rcla
Of 11,0 '" d(:&(" Of IttaCk.
JAu lAke Kcays

1- 7
Lao w P. .41

A 2 H E-1 /~,
0."0 it tr of WWO at an Ar..4,i:Kut
s!, 01V io.m; ch~iiit;,I rt,,I,t i I i.-j V. A. It.q1tellov. Frif-h
11, t, 111C I sib- aml
'(4. rill.)
i t-I ful a i~G. (4 fiv Icrigill v, it liciffit of mil
I IjLMl-' - -A IJLAIJ ~~?,OW ;A :V,`0 1110 tUlUO"
10 ;q'prox. U1,091 at .91,110 1180
T.vl i"-1 "wist. %vith I&WIVa4lix H30
1 rlir,1111, %.Ith lcmp. froul '_,f) to I(W. I for
11 twi uk (glq. 1147 1. aisd
il'~j ~1), rVII).; (Ut the S;IlllC .1
3 ',,1 1 C4 .1,43,8m. e(Wrt,
-A., Ic. i i, -%ill were 107 1, INK!,
(.,; L,",k). gkna
y A- if,4 i~ v'" t LL~14ijwcag1h wercO.3WS.

eA1HF1V6VV, A
I
USSR/ Chemistry of at&-molecular Substances F.
Abs Jour : Referat Zhur - Khimiyaj. No 4, 1957, 11927
Author ; -Bazhdnov V.A.
Inst : Academy of Sciences USM
Title : Piezolectric Properties of Wood and Cellulose-Products
Orig Pub : Izv. AN MR, Ser. fiz... 1956., 20, No 2., 226-230
Abst.lact Considerable piezoelectric effects have been detected in
all
varieties of wood., and the harder varieties have lower values
of piezoelectric modulus. The same piezoelectric properties
are exhibited by plates of oriented, fibrous wood cellulose,
while in unoriented plates a piezoelectric effect is absent.
SlIgbtj but well defined piezoelectric properties were found
In non-fibrous films of cellulose hydrate and nitrocellulose..
Equal symmetry of piezoelectric texture.,%_1 : 2, in all the
investigated samples, provided a basis for theoretical gene-
ralization of the experimental results: in an the investi-
gated samples it is the cellulose molecules that bring about
the piezoelectric-properties. "Grains" of piezoelectric
Card 1/2

BAZEMY, T.A.
OPrizoiples aid method* of anatomical research in wood.*
A.A.Uteasks-
Mmelevskil, Reviewed br V.A.Bashonev. Bet.shur.41
se.2t284 7 156.
MVIA 9t 7)
I.Institut less Akmdsmii zzuk SUR,
(wood research) (Utseake-Mmelevskii, A.A.)

17
USSR/Physical Chemistry Crystals. B-5
Abs Jour: Hererat - Zhamal Minim No 2, 1958, 3704.
Author V.A. Bez-henov.
Inat
Title Wood Pulp as Fiezoelectrical Texture.
Orig Pub: Krist&Uograriya, 1957, 2, No 1, 108-114.
Abstract: The influence of cellulose orientation in cell capsules
or
vood cells on the piezoelectrical properties or vood pu4
as or apiezoelectrical structure is discussed taking into
consideration the form and the laminated structure of cells.
card 1/1 -38-

BAZHIMOT, Valariv "AM a- 9 Yu*Ho, profeg otvarede;
MUNTGOVA, 7s,B*# red,lsd-va; ASTAFITWA, G., takhn.red.
(Piezoelectric properties of vood] Plasoolaktrichaskis
avoistva drevesiny. Moskva, lzd-,wo ftd.nauk SWRI 1959.
238 p. (MM 12:12)
1. Cblen-korrespondent Akadamii arkhitaktury i stroitel'stva
SSM (f or Ivanov).
(Wood-11sotria properties) (Piesoolootriolty)

leri'v llfhfi U-5, v ..! -I- --- - -- -- -
-C;-V.LUU
"Piezoelectric Effect Of Wood."
report to be submitted for the Fifth World Forestry Congress,
Seattle, Washington.,
29-1o Sep 6o
Deputy Director Inst. of Forestry & Wood Processing., Siberian
Dept., Acad. of Sciences
USSR, Krasnoyarsk.

BAZHENOV, V. A., Doc Tech Sci (dies) -- "The
piezoelectric properties of wood-
pulp, and the connection between them and Its other
physical properties and
structure". Moscow, 1960, published by the Aced Sci USSR-
30 PP (Min Higher
and Inter Spec Educ RSFM, Moscow Forestry Digineering
Inst), 175 copies
(KL) NO 10., 1960, ILM

BAZHDOV.--I-I-- doktor tekbn. nauks prof., otv.
red.; IDSKMOVA,
I.P., red.; SIKLMA, G.S.p tekhn. red.
[Studies in the field of chemistry and chemical
technology
of wood] Iseledovaniia v oblasti khImIJ i
kbimichaskoi
tekbnologil drevesirW. Moskva., lad-vo AN SSSRO
1963. M P.
(MM 16:12)
1. Akademiya nauk SSSR. Institut lose i drevesirq,
(Wood-Chemistry)

BAZHENOV, V.A.; XYTHANOV, A.V.
Symmetry of the piezoelectric properties of normal. and
compressed
cellulose. Kristalografila, 8 no-5s791-793 S-0 163.
(KIRA 16slO)
1. Institut, lose i drevesiny Sibirskogo ot,deleniya AN
SSSR.

0.%ACH, Nikolay A eksandrovich. Prinimal
uchastiye KOBU.IUKIN,
F.K., xand. fiz.-mat. red.
[Permeability and conluctivity of wood]
Pronit5aerost' i
provodimost' drevesiny. Yjoskva, Lesnaia
pror,-jshlennoBtl,
1964. 1F0 p. (MJRA 17;9)
1. Zaveduyushchiy kafedroy fiziki Ukrainskoy
sel'skokho-
27aystvennoy 3-kademii (for Kobushkin).

0 0041 BMWW* TAO
OdAbUt" buft fm 40jos"d tedft of artkaw MA
ustwiduo a - 29 MOT42345 A '0(0s
OM 381U)

17 00562-~>& )1W( )lEwp /f )/E~p(
ACCESSION NR: AR5014702 TJR/0l24/66/000/005/V070/V070
Ref. W. Mekhaniks Abs. 5V587
SOURCE.
AUTHOR:. Bazhenm V.- G..
TITLE: Stress concentrations in turbine disks
CITEDSOURCE: 9b.'Vopr. mekhan. I mashinostr. Kiyev,
Kiyevsk. un=t,,.J9641 88-9,2
.TOPIC TAGS. Mmetric
gas turbine disk, stress concentration, contact point effect say
disk, ei-tended disk hub
J
~~TRANSIATIOK.- Its author reports the results of an experimental
analysis of the stressed
istnte'of'A.yeal gas-turtJAq.0tak. The disk is asymmetrio, with a
diameter of 146 nun. t
-was cast complete with blades aiid'ha&-an. extended hub, -whJ&
deseendg Jpto the disk seat
in the form of a conical shell. The zneasurementF~
employ*it'rA1n-1?uge resistor se"
I - slnr -- -.
elements (baue 5 mm, resistance 60 mm), glued witil-BF-Z Wheslyd in
radial and fangun~
ps of tracing paper simi-
tial patterns, Cumeeting wires were fastened to the disk Wi_tri
larly glued on. - The gluing method was reliable at velocities up to
350 m/seo. Wications
of each pickup and of the current collector channel corresponding to
it were subject to
~..;_correctton defined from differences between readings prior to
istarting and Immediatcly
car

00562-wO
ACCESSION NR; AR5014702
.0
after the disk stopped. This method permitted compene~ of changes in
resistance~ of
the bridge extension arms attributable to heating darinra rot,
g rotd of th disk and the current
collector housing, Thte effect of heating in the latter to dic tat=
thee accompanying
significant Increase in the resistance of thin assembly wires within
t. Experimental re -
sults were compared with calculated data obtained with conventional
methodgwhjch assumei
:.symmetry of the profile and Ignore deflection of the disk and
possible stress con~.entrationd'-.''w
at points of contact (i.e. seat and hub, etc.). It was sho%Yn that
actual stresses can excbed
'calculated values to a significant exteft: For example, at points of
transition from hub to
dIBk seat and at the point of contact between blade and rim, the
measured stretuses were
30qi, bigher than calculated values. V. P, Rabinovich
--SUB CODE., AS ENCL: 00
7, q

V.G., inzh.; KOZLOV, I~A., kand. tekhn. nauk
Using straln gauges for eotcrmllning stressed state in
contentration
areas, Yashinostroonio no.500L-92 S-0 165. MRA 18:9)

L ~~J-616
--I j IfY65/000/009/1157/1160
ACC NR, AP5024782 SOURCE CODE: UR/002
'AUTHOR: Pzsarenko_, H._SO-PL erWOL'.S~ (Academician AN UkrSSR),-,
a - j 0 0
-Bazhenov, V. H/_ Bazh nov a. o ov, I. A.
2f a oflaterials, AN URSR
ORG: IMAJiLMSe of tba Xjpb_jjtaj thl SgiRnc
(Instytut problem materialotnavst v& AN URSR)
TITLEs The stress concentration around eccentric openings in operating
turbine and pump disks
SOURCE:.AN UkrRSR. Dopovidip no, 9. 19659 1157-1160
.TOPIC TAGS: turbine diskl,"44isk opening, stress concentration,
stress
calculation, stress
ABSTRACTi Theoretical formulas presently used to'calculate the-stre
9_1
concentration around circular openings located in a rotating turbine
or a pump disk at a distance from its center are analyzed and compar:d
with formulas derived from e:.parimental da ta. Theoretical value 8 of
the'strfiss-conceAtratiou factor were as much as 30 34Z lower than the
exp trimenta-1 values 9 regardless of the diameter of the openings -or
their distance from the disk center or rLm. On the basis of the
experimental data,,corrective coefficients for calculating the radial
:and tangen.tial stress concentrations were derived which reduced the
difference between the thooratic.al and experimental values of the
r~A 1 19

ACC NL APS024782 C)
stress concentration to 17-30%. Thus even improved for=ulao cannot
be used to calculate all'the factors which affect the stresses near
an eccentric opening. Thus It can be concluded that in-an operating
rotating turbine or pump disk, a maximum stress concentration can
appear at any point of an.accentric opening, depending on the location
of openings and the effect of various other factors. Orig. art, has:
1 figure and 10 formula*, Ems]
SUB CODEs OR91CI SUBM DAM 260ct64/ ORIC REFa 001/ OTH REFs 00
ATD PRESSt
ICwd 2 1.2

KOZIXO I*Aojp kand, tekhn,
nauk~_--BAZ1MNOV,,-V,,G,, insh.
Investigating stress conoentration in rotating
disks beyond
elastic limit. Vast.. mashinostr. 43 no.12s.15-3.7
D 163.
(MIRA 17:8)

KOZWVv I.A., kand.tekhn.nauki BAZHENOV, V.G., inzh.
Testing stand for rotating disks of turbomachines.
Hashinostroenie
no.ls25-28 Ja-F 164. (MIRA 17:7)

KOZLOV, I.A., kand.takhn.nauk; BAZHENOV, V.G., inzh.;
LEEFDF.V, I.V., inzh.;
MATVF.YEV, V.V., inzh.
Effect of stress concentrators on the strength of rotating
discs.
Energonashinostroonis 10 no.105-37 Ja 164. WRA 17:4)

Apho=94 S/0304/64/00()/001/0025/0028
ACCV>SIoN NR:
AUTRORS: Koslovj L A. (Candidate of technical sciences); When". V. 0,
T3TLEs Stand for testing rotating turbomachine disks
SOUJZGEs Hashinostroyenlyaj, no* 1. 196h., 25-28
TOPIC TAGS: test stand,, turbine wheel stress., destructive testing,
generator PN
)400, generator FN 290, gonerator A61 4, tachometer lCh6,,
osci3_1oE;raph 30 7
ABSTRACT: A stand which permits testing of disks under stress,
plastic deformatio4
and destructive stresses at speeds up to 60 000 RPYs is desdribod,
The testing
installation is compartmented to permit easy changing of the
different parts. A
schomatic of the installation is shown in Fig, I on the Enclosures*
The tested
disks are driven by a D,Ce =Dtor.PN-400 throuSh a two-stage gear
reduction (4-ratio-...
1:4 and 6 ratio ls3,5) which permits speeds to 90 000 IRPN, although
in practice
the speeds are restricted by-ball bearing limitations* The test
section is
connected to the drive through the coupling (9) and. is contained
in, a steel testv
chamber (16) which limits the.size of thetest disks to less than
2000 xm In

ACCMION NR: AA020094
diameter. The mounting detail of the disk is shown in Fig. 2 on the
Enclosures
and includep a cooling system for the supporting bearings with
compressed air,,
water" and oil. The test facility is instrummted, to perodt dynamic
stress and
temperature measurements* The construction of the test facility
permits experi-
mental work on a large range of disk sizes and under different
stress and temper-
ature conditions, Orig, art* hass 2 figures.
XSSOCIATION: Institut metallokeramiki i spetseplavov AN 'USSR
(Institute of Metal
Ceramics and Speoial A4oysj, AN UkrSSR)
SUBWTMs 00 DATE ACQt 3DIar64 - ENCLs 03
SUB CCDE: IE NO TW SOV 3, 000 OTISR t. 000
Card

ACCESSION NR 8 APhO2OO9h
card 315
To card
INCLOSURZ

ACCUSION MR: APII020094
To card 315
zNcLwvRz 02
W
3~
W-4W
)A61-4T
U I I
WEV
mz== 0
Fig. 1. Sr-'iematic of test stand for turbine disks, a_ mechanical
part, with control oonsolej b- principal electrical pwt.
Card 4/5

mmosum 03
Fig. 2. Disk
support,*
A=SSION NRt AP4020094

ki
uri-t,
TOPIC TA G S gaB uin-a, -:ta-~bine cilsk, stresS corcen~r-at3c)n,
Stalic Le6; -cLzu.'-'
an cz
state in OT
oif V& w0
c,btaL.-ad bir st=dard- nam-thods. The tests i-e-r-8 .
stitat-, of cenrnett'
51---- lavov AN i-qzSSP j7~ij
~,enais apd &Deciai Adlays AN -,-SS Z~
Mat
SUB CiDDL: PR

I
PISARENKO, G.S. [1~rsarenko H.S.), akidemik; BAUIZOV?
V.G. i J,*V-
KOZLOVS I.A. PAP ,
Concentration of stresses around eccentric holeo in real
turbine
discs and plimp discs. Dop. AN URSR no.9:115?-1160 165.
(MIRA 18t9)
1. Institut vroblem materialovedeniya AN UkrSSR. 2. AN
a-rqSR
(for Pisarenio),

ACC NRt 5028882 (,ff
AM Monograph UJR/
Kozlov, Igor# Andreyevich;-�IzJW
,12:~dimir Grigorlyevich
Limiting carrying capacity of the parts of
turbomachines-(Predellnaya nesushchaya
sposobnost' elementov iurbomashin) Kii~, iiau6va dumka, 1965.
166 p. iUuo,,,
biblio. (At head of title: Akademiya nauk Ukrainskoy SSR.
Institut problem
materialovedeniya) 1300 copies; printed.
TOPIC TAGS: turbine. turbine design, turbine disc
PURPOSE AND COVERAGE: This book is Intended for engineers and
scientists
concerned with the i~~n ~hllf machine parts, as well as for
professors and
students at technical schools of higher education. Methods,
based on experi-
mental data, for determining maximum safe load of turbine
parts are presented.
On the basis of their own experimental data, the authors
attempt to analylLe
methods for determining load-carrying capacilties and to
evaluate the errors
resulting from the use of conventional premises and hypotheses
for calculating
strength. Recommendations, based on the authors' experiments,
are offered
to enable a more correct determination of the maximum safe
load of structural
members. Some of the equipment used for conducting the
experiments are
described. The experiments were carried out at the
High-Temperature

IM
NR-- AM5028882
Strength Department of the Ins
Academy of Sciences USSR.
TABLE OF CONTENTS (abridgedl
Ch. I. Theoretical methods for determining load-carrying capacity
-- 5
Ch. M Experimental methods of investigating load-carrying
capacities 32
Ch. U1. Load-carrying capacity of rotating disks -- 60
Ch. IV. Effect of stress concentrations on the load-carrying
capacity of structural
members -- 115
Ch. V. Load-carrying capacity of pump impellers -- 146
Bibliography -- 164
SUB CODE: 13 09j IOUBM DATE: 08Jan65/ ORIG REF: \ 043/ QTHREF:-017

, NP

I
A P

Dr
Wl

-4
C, Kiev)

.

q~

c n 8

TI

s 'eformation

stres

on rl

05 3rt3

7, -1

V E~r S

of rei,

Cord 1/3

11 5*7052-65
corrospond--n to the ideal plast.Lu the~DU cunre C, tk-;aory of
sv.~dl
elastic-plastic deformations-) w,.d curve B, to 4xperiments.
Theue results shaj that,
t aqtilpatts thG ef rutatioms at which plastic defer-
atllan sets in for disyB. On tne dr:Zormration theory;,
9 qLf t, e!. r ,zr c c-3rii n~, t ':ie 311y
r 1 1
ASSOCLAT103i Institut problem matwi&1ovedeni-ja AM UkrSSR (Inst
Ltute for Frotem
D-1 studv Of yatari-,"Is k;
SU --nm !T i, ED I150ct6L 2 0' 5ji3
I-Card 2/3

NtOi-; --- AP
3L ca
4--t.
Fig. i
Cc~rd 313

A%A. MKI AP5028983 SOME CODES UR/0122/65/000/009/0009/001
AUMORS8 XD310V* It Ae (Candidate of toobnical sciences);
Bazbenov, To 0. (Candidate
of te'.4mical soiencos)
OROS
TITM Failure 0
SOURCES Vestnik sashinostroyaniyap no. 9v 1965, 9-12
TOPIC TAGS: turbine rotorl pump impeller# mechanical failure,
material failure
?n"A-K"4 PAIU1141
ABSTRA,Ms~ To determine the relative merits of using the maximum
normal stress CT y
max
(calculated on the basis of elastic deformations) or the average
stresses dair mid
av t
e r (baaed on complete redistributionof stresses) in predicting
the failure of
rotating disket experiments were performed with flat dicks and
with complicated rotor
chapes such as shown in Fig. I (turbine wheels) and Fig. 2 (pump
impellers). The
experiments were performed an the apparatus described previously
by the authors (Stand
dlya. ispytaniva vrashohayushchikbop diskov turbomashino Sb,
Maahinostroyeniyep No 10
ITIp Kiyevq 19
%4) with flat disks of aluminum (AL4-T6)9 out irong
zetalloaersaLe~%nd
organic glass'pand with complicated rotor shapes of
chromium-nickel7iO. Flat disks
Card 1/3 UDCt 621-2290001-5153 .9-41

L-ca

Figs 2o Pump IMellor shapsio

ACC NRe AP5028983
with ceqtral and eccentric holes were.used. Y4r the lattery -the
theoretical a rasa
ay at the stream concentrator N. - 3 O-r/a-t) and the effective
stress :I
k k
kef - 1.
kT
were calculated, The plasticity of the material waa specified
by.the residual
elongation .8 . The ratios of the above-mentioned stresses (where
applicable) to the
yield stres's a' bwere tabulated At failure. It was found that: the
relative strength
Cr Y a' of the turbine rotors (6 - 3-0P was the same (-- 1-43) as
that of flat cast
LX/ b
iron disks (-6 0.25)t indicating the importance of geometry on
strength; the high
ductility (8 12) of the impellers Lpermitted a much higher value Qz
1.85) when the
stress at the stress concentrations was used as LT Y ; the stresa
O'ef , calculated
max
with consideration of the plasti6 properties of the material,
agreed well with the
yield, stress (d- ef /T,
max, b - 1-09 0-95, and 1.11 for aluminum, cast irong and steel,
respectively) but this calculation is impractical with complicated
shapes; d"y- is
MaX
exact only for very brittle materials 0), while d- "" or d- "' are
good only for
t r 4
ductile materials (d ;P 3-4%); stress concentrations must be
considered regardless of
ductility, Orig. art, hast 4 forwalaeg I tablep and 6 figures,
tbB COM 13 1 none/ SM REP& 0061 OTH REPs 001
I Card ~/3 SM MATE

NMU)V, I.A. V kand. tekhn. nauk; V..-G.--p kand.
tekhn. nauk
Evaluation of the strength of turbine disco,
Snargomashinostroanis
11 noo9:28-30 S 165# (Him 18 110)

ALE; NRs ATW8674 -SdUMck CObEt tM/0000/6VOOO/Obqo~ 94/0304
- e3
AUTHORS: 'Calov, I. A- (Kiev); Uzhenov, V. 0. (Kiev);
Leshchenko,_Y!_M. (Kiev)
ORG: none
TITLE; Investigation of the stressed condition and strength of e2
turbine disks-
SOURCE: Vaesoyuznoye soveshoban e po voprosam statioheakoy i
dinazmicheq~coy
__p~ochnosti materiii~Wl-'Woiitruktsl~ ifii 6-~'j 1
pi
...... .4A Termoprochnost' materialov i konstraktaionnykh elemen ov
qmT~!ra 1_3
strength of materials and conetruotion elements); materialy
soveshebaniya. Kievt
Xa.ukova dumkaj 1965, 294-304
TOPIC TAGS: turbine blade.. turbine wheel , gas turbine, stress
analysis, fatigue.
strength
ABSTRACT: The stress conditions and strength Qf -ord -nick-el gas
turbine cUgko of
complicated profile were experiummtally investigated and compared
with theoretical
results obtained by dividing the disk into circular sections (G. S.
Pisarenko, i dr.,
Nekotoryye voproV' prochnosti lopatok i diakov gazovykh turbipp
Izd-vo AN UkrSSR,
1962). The disks were oaat'integral with the turbine bladeej4Strees
profiles were
obtained~at 18 000 and 24 000 rpm, and maximum discrepancies of 18%
with calculated
values were observed (curves of the calculated.and experimental
stress profiles are
presented) for symetrioal disks, and of 150--160% for conically
shaped disks. Stress
profiles were also obtained for the two V"s'of disks just prior to
failure (at
Card 1/2

L 24451-66
ACC NRi AT60013674
44 500 and 54 000 rpm respectivelyl for.196- and 148-1= outside
diameter).* It was
found that -the maximum stresses at failure were different bY 50%
from calculated
values.. It is concluded that present theoretioal methods are
inadequate for prwUot-
ing the strength of cozplicated turbine disks;, Origs art. bast 10
for=Llas and 7
figures.
M CODE: 13P 20/ SM DkTRi 19Aug65/ CRIG MWt 011
%.arc ~f cia A.

P

_1 24463-66-- WWLE_WPN)LEWPW/EPF(n)-
AT6008676
ACC NRi
SOUICE CODES uR/oooo/65/000/000/0311/0316
WN/W(M/jf#jCZ)/RM ~' V
AUTHORS: P4.yuk, A, D. (Kiev); Bazhenov, V.~' G. (Kiev); Kozlov., ~o
A# (Kiev);
77
lj~tyeyqyj Ve V. (Kiev)
ORDt none
A
TITLEt On the investigation of vibration damping of turbine hlada& on
rotetiag
disks at high temperatures
SOURCE: V
strongth,of materials and construction elementa)j materialy
soveshchaniya. Kievp
.Naukova dumka.. lq65.,_3l1_3i6
TOPIC.TAGS: -turbine blade,.turbine rotor, vibration damping$
vilbration stress,
high t6mperature effect
ABMACT: The experimental apparatus used for studying the damping of
turbine.blades
on rotating disks at high temperatures is described. 7be disks are
mounted on an
acceleration stand, as suggested by G. S. Plaarenko, and I. A. Kozlov
(0 nesashchey
sposobnosti bystrovrashchayushchikhsya diskov, Ukrgostekhisdat,
1962), which has a
special electronic speed indi6ator-regulator and which can be heated
to 870-970K
before starting the test* The damping curves are obtained- on an
N-102 oscillograph
1 2

M
ACC NRo AT6008676 1;
which'raceives signals from special high4paratup resistance strain
gages (heat-
treatood con3tantarrw:Lre) bonded with L-A cement. V~,The blades are
excited by a bullet
from a small caliber-gun which can be fired-t7e-ntimes during a run,
Circuit diagrams
of the speed indicator, gun triggeringp and oscillograph triggering
circuits are
givenj and a sample trace of free,, damped vibrations of a blade
travelling at 3W
rad/sec at 570K is presentede Qrig* art* has 1 5 figures*
SUB COD93 21., 20/ SUBM DATIt 19Aug65/ ORIG RErs 0051 OTH REPt 001

1 ACC NRI (M) . I - .-I
AT7003567 SOME COM UR/i240/66/000/001/0103M071
,AUTHORS: Bazhenov, V. G.; lCoalov, I. A.; Leshchankop V. X.
iORG: Institute for Problems in the Study of Materialst AN UkrSSR
(Institut problem
!materialovedeniya AN UkrSSR)
ITITLE3 Investigation of stressed oondition in rotating disks
w.Lth stress
concentrators
SOURCE: Kharkov. Politekhnichaskiy institut. Energeticheskoye
mashinostroyaniye no. Ii
11966. Teploobnen i gazodinskmi (Seat transfer and gas dynamics),
103-107.
ITOPIC TAGS: stress concentration, stress distribution, turbine
disk
ABSTRACT: The stress distribution in a rotating disk with
eccentric holes is investi-;
gated experimentally. The ocefficient of stress concentration is
defined by
d get
'Ke =3
where b is the closest distance between holes. 'The investigation
is carried out with
a tux-bine disk as shown in Fig* 1 e The stresses were estimated
by means of strain
gauges and plotted graphically as a function of x/
The calculated stresses at the.
!three points 1, 2j 3 were found to be 9o25 and 1~% lower then
seasured valuesto The
;experimental data show that the highest stress ooncentration
occurs at point 2 for
1which Ka 2.65
Card 142

ACC NC--J~fM-561
Orig. art* has' 4 figwes and 3 formul".
!SO CODEs 20/ SUBX DATZs am*/ ORIG RUs 002/ OM RIPs 001
Fig@

KOZLOV, Igor' Andreyevich; BAZHENOV Vladimir
Grigorlyevicbj
I -
"YTNIK$ P.K., red. --. - - '-
(Limiting carrying capacity of the parts of
turbo-
mac,rlnee] Prpdollnaia nesushchaia sposobno3t'
alementov
turbomashin. Kiev,, Naukova, dumka,, 1965o 166
p.
(MIRA 18:5)

- BAZMOV.* V.1 - HODESTOVA, T.A., retsenzentj
ZAVIYALOVA, A.K., red.;
1.0., tekbn. red.
[Guide to textile materials in the clotbing industry;
abstracts of lect=-es]Shveinoe materialovedenie;
konspekt
lektaii, Moskva, Hauabno-metodicbeskil. kabluets
Ptsle(Textile
fibarolTekstillrye volokna. 1960. 80 p.
Pt.2.(Tecbnology of
textile manufacture]Tekbnologiia tokstillnogo
proizvodstva.
1961. 114 p. (Textile industry) (MIRA 15:9)

BAZIMOV, V. 1.
[Study of clothing witerials] 3hveinoe
materiallovedenie.
Moskva, Vses. zaochrWi tekhnikum legkol prowlshl.
Pt.3.
(Composition,, 3tructure and properties of textile
fabrics)
Sostav, stroenie i svoistva tkanei. Izd.2. 1963.
62 p.
(M1RA 17:9)

BAZHENOV, Vladimir Ivanovicb-- KOBYLYANSKIY,
D.A.j, retsenzent;
1UzdMIAvvA,, A.R.-.7"Refe;nzent; MUMMA, N.A-p
retsenzentj KINEIEVA. V,7.. retsenzent:
POD"YEMSHCHIMMA.
T - V, . re taenzeni ; :GAMA, D.M. , red.
(Study of materials used in the clothing
industry) Mate-
rialovedenis obveinogo prolzvodstya. Moskvao
Legkaia Jn-
dustrila,. 1964. 374 p. (MIRA 18:4)

BLZH%NOV, V. I. and 11. A. 14IASOEDDI.I.
-----------------
Hadiomaiaki. Chest' 1. Moskva, 1935.
Title tr.: Radio beacons. Part I.
NCF
SO: Aeronautical Sciences and Aviation in the Soviet
Union, Library of
Congress, 1955.

~V.
BAZHENOV, V. 1.
Terminologiia, po radiotekhnike na chetyrekh iazykakh.
'Moskva,
1935. 96 P. (TSAai. Tekhnicheskie sametki, nb. 68)
Bibliography; p. 96.
Title tr..- Nomenclature of radio engineering in four
languages.
TL570.M6 no. 68
SO: Aeronautical Sciences and Aviation in the Soviet
Union, Library of
Congress, 1955.

PAMMOV, V. 1.
- -
MineralogY and formation of the columnar
mineralization in the :2)
Andreevskoys deposit* rsv. Tpr 9os85-95 158. (MrRA 12
1, Predstavlenp profesaorom doktorom Y.N. ShakhovYme
(Mia)cass Autonomous Province-Mineralogy)

Iffect of enclosing rocks on the distribution of columns-of-ors
in the Sarala ore deposits. Geol. i geofis. no.2:148-143 160.
(KCRA 13:9)
1. Tomskiy politakhnichaskiy institut.
(Sarala region-Ore deposits)

BAZEUM V.I.
Age relationships of dikes ancl ores in the Sarala ore
field (Kuznetsk
Ala-Tau). Trudy Imt.gool.i geofiz.Sib.otd.AN SSSR
no./+:IU-120
160. (MMA 13: 7)
(Swala region-Gold ores) (Dikes (Geology))

BAZHENOV, V. I.
Cand Geol-Min Sci - (diss) "Geology and mineralogy of the
gold-
ore quartz lodes of the Saralinskiy Ore Field." Tomsk,
Pub.
Tomsk Univ, 1961. 18 pp; (Ministry of Higher and Secondary
Specialist Education RSFSRj Tomsk Order of Labor Red
Banner Poly-
technic Inst imeni S. M. Kirov); 150 copies; price not
give.-A;
(KL, 6-61 sup, 202)

Ito 'trigger a flip-flop. The poiLtive pulse from this flip-flop is fed
to a'synchm-
nous detector which Is also supplied with a 87 Hz modulation voltage
through a phase
inverter and a phase-shifter. A Helmholtz coil and a ZG-10 generator
are used for the
low frequency modulation of the magnetic field. The signal from the
synchronous detec-
tor is limited, differentiated and Is used to trigger a flip-flop whose
positive
pulses are integrated by an RC circuit. As soon as the voltage across
the integrating
network exceed a certain level, a multivibrator is switched and the
contacts of a re-
3AW which feeds the stepping switch are opened, thereby changing the
frequency of the
autodyne. After 10 markers am obtained, the system returns it to its
initial state.
Another group of relay contacts closes the input to an electronic
recording potentio-.
a-ster and calibration markers am recm%ded on the chart. The maximum
rate it which
the field Is covered Is'determined by the sensitivity and by the
reaction time of the
system, by the frequency of modulation and by the distance between
markere and is ap;-
proKimately 1.5 9ec'11. The accuracy of the markers depends on the
stability_of the
autodyne frequency and Is 1.910-2 cersted wben the stability
Ls'5,,16-5* Mw circuit
diagram with all, component values Is shown an well as.a typical
recording of the elec-
tron pWM&grAtio resonance VOCUVM* OriSs Orto baS: 2 figUrQ4*
Pon DA721 '"KMZ*5/
ORIC RCF: 002/
OTH MErs 003

RAKHTIUs Ye. A.9 YAMFOISKIYs T. C.$ Insbop BAZHEWVII Vo P, s InShop
Vr=V.LWS pop*$
Insh.
Vsew~.uzWa Kontora Tipovogo Proyektirovadya 1 TddudehookiM Iseledmay
(rM) MirAyazhstroya
V6Utl.IY&tOrAYY* QX~~
Page 53
SO: Collection of Ann2tationg of Scientific Research Work on
Construction. ccmRleted
In 1950. Moscow, 1951