SCIENTIFIC ABSTRACT ZHDANOV, I.M. - ZHDANOV, L.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002064620009-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 19, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

P. 4" *j 14' A.
4!!&- pte4 f P'
00
1 f &00
1-9o
00,
00
too 4411111111~~ Mew
"ua
00 g 6*1
JW V w4 W A awo* _vmt*y*L Up to INV
004 Who can be amorAw OW ssnw fiN
*in& MMW mwy Wnwa A. L
ooi~
V*o
as*
MOO
b0 0
too
$*Nto ;s# cool got
nil a al Is I-T 104, Ail-
40
V:- 0:0** 00 0 0 4 6 0 0 00

Or M-flipt"W" 4 0--v
"i tne)i13 Hook r-~vieTw
Card 1,/ lib. 133 1~1,1`18
A,u thc T-s 1 ~'hdanav, 1. M. , Dr. of Tech. .3c. met
Title ird ~. 7.
:'lanrinj7, of City Tole-hone Networ~,s`
Pori 011i ca 1 Vest. svyazi 12, 32-33, Dec 1954
Abstract I A review of a book b-i E.V. Markhay entitled, "The 11~tses for Pechnicai-FA-.onow-i-
cal Planning of City Telerhone Networks", is ore.-ierv-,ed.
,,Institution
'Subndtted

112-1-2376
'Translation from:.Referativnyy Zhurnal,, Elektrotekhhika, 1957.,
Nr 1, P. 348,(ussR)
AUTLHOR.: Zhdanov., 1. M.
TITLES, Zoning~in.City Telephone Systems.(Rayonirovaniye v gorodskikh
telefonnykh setyakh),_
,~PERIODICAL: Sbornik,' nauch* rabot provodnoy svyazi. Nr 5, Moscow,
AN SSSR,, 195 6., pp. 25 -
.ABSTRACT:. Basic problems of zoning.a city exchange are presented
and-'several new developments for the optimal construction
of a multi-office.city exchange are presented. Subsoriberts
.as well as junction circuits of the multi-office city
exchange are'investigated and calculation methods of their..
length with an even distribution of subscribers and
stations., and also accounting for the influence of irregulari-,
ties are presented. Computation data in respect to systems,
Card 1/1 of various capacities are,given.
From the author's summary.

254): SO'1/135-59-3-9/24
'AUTHORS.- Khrenov, K.K.p Academiciant andAhjAD9y,-J.,9..,- Engineer
An Instrument for Measuring Teqporary Welding Deformations,
(Pribordlya izmereniya vremennykh evarochnykh deformatsiy)
PERIODICAL::. Svarochnoye proizvodstva, 1959, Nr 3, PP 16-18 (USSR)

ABSTRACT. This deformation-meter'"DRV-211 is'designed for the experimen-
tal determination of the deformations taking place during
the welding proceset and the subsequent cooling of metal
frame structures.. The instrument is.of indicator type design
and measures the crosswise deformations of a joint. It can
also measure thelengthwise deformations in slightly heated
. .areas in a welded.joint. Detailed design information is
given and the computations to be made are illustrated by
examples. The measurement errors.caused by the design fea-
tures do not exceed 0.06 4, and can be increased up to 0.25 %
Py an inaccurate betting.
Card 1/2

It
To

Ww W W~L&A=ftr- *ljMLM LUT T-Re
'JA C:77li
111111111 IN H 11 MA 111 4--a1

01
=-7
"Mm
0!"
ztm=
RIM=
4R"p
BM
.,M=-
I W
1.
f-, . 7.
1~1
I:i- .I.
I
I
4

s/lis/62/000/007/002/008
E.1.911/E455
T A-f
AUTHOR. Zhdanov._.
TITLE: A strain meter for remoto measurement of welding
strains,
PERIODICAL: Izmeritellnaya tekhnika., no-7, 1962, 13-14
TEXT., The Kiyevskiy ordena Lenina politekiinichaskiy institut
(Kiyev "Order of Lenin'l.,Polytechnical Institute) has developed.a
meter for automatically indicating and recording welding
strains.* Through leverage, displacement atthe base of the,
-measuring element. This
-:.instrument is transmitted to the strain
consists of a transparent plastic ring of rectangular cross-section
carrying four, wirestrain gauges, two on the inside diameteri
;,two on the, outside, with their centres normal to the direction of
strain of the ring.. The',strain gauges are of constantan wire
'0.030 mm diameter and each has a resistance of 250 ohms, forming a,,
four-ar.m bridge. , Supply is.from a six-volt accumulator and
readings are by millivoltmeter. It is shown that there is a
relationship between tho'change in voltage, the change in
.:."length and the ring thickness and so a suitable value.of.ring
Card 1/2

roll 14
S/13j/62/boo/Oo3/16i/1ql
A16o/Aloi
o2j 0 0
AUTHOR:. -Zhdanov, 1. M.,
TIM: Some experimental data on the development of internal deformations
in the process ofautomatio single-pass butt welding
PM1IODICAL: :.Referativnyy_zhumal, Metallurgiya, no. 3, 1962, 6, abstract 3V.
(Sb. nauchn.,tr. aspirantov Kiyevsk. politekhn. in-ta, Kiyev, 19610,
175 -'182)
TEM, -Investigated are the internal deformations, acting inA perpondiou-
lar direction to the seam,.to which the butt weld is subjected in the process of
metal crystallization during the automatic single-pass Relding of a low-carbon
steel. The development of such deformations is,one of the causes leading to the
formation of hot longitudinal*cracks in welds. The following concluoiona are
drawn: (1) During the slngle-pass welding, whenth.e cooling metal in in~a tempera-
ture range of brittleness, the transverse free temperature deformation will be close
".,to-zero. (2) The transverse deformations (the actual ones) arising during the
process of the actual'butt-joint welding are not generally constrained. They may
change within a wide ranges-depending on the concrete combination of constructional
Card 1/2

S/135/62/000/004/010/016
A006/A101
-900,
AUTHOR: Zhdanov, I. M., Engineer
TITLE: On deformation of the weld metal during the crystallization process
in automatic welding
PERIODICAL: Svarochnoje proizvodstvo, no. 4P 1962, 26-28
TEXI!: Results are given'of the experimental determination of shrinkage
stresses in welding 10 mm thick grade St.3 steel specimen, carried out at the
Kiyev Polytechnic Institute. A simulation system of hindered shrinkage and'
typical cases,of the development of stresses,in natural weld joints were applied.
The model specimens were automatic-butt-welded with Cri-08A (Sv-08A) wire, 4 mm
In diameter, under AH-3118 (AN-348) flux, at 750, amps current, 34 v are voltage,
.36.ifi/hour welding speed. It was found that the system of hindered shrinkage,
which is thb basis of existing concepts on the deformation of the weld metal
during-crystallization.-is not in agreement with the experimental data obtained.
This process cannot be used to explain tensile stresses developing at a high
rate and low rigidity of the weld joint, or compressive stresses in the crystal-
lizing weld, The.experimental data show that stresses of the solidifying weld
Card 1/2

laRINA,, M.S.; ZHDAN Mj-I-&t
l4dioes of antidiptheria immmity in children having proyiously
had measles or whooping aoughp based on the Schick and ihdireot
hemagglutination reactions.' Zhur. mikrobiol.'9 epid. i immun. 40-
no.4sl6-19 AP 163*: (MIRA 17 5)
1,~Iz Khabarovskogo instituta epidemiologii I mtkrpblologii.

I

BELYAKOV, F.Te.-, BABIN, B.N.; BALI, V.; BOROVKOV, P.N.; VOYEVODIN, I*K.;
GUREVICH, G.M.; GORBUROVA, F-I.; KOYNOV, A.$.; KALANTAROVA, M.Y.;
KASHIRSKIY, A.Ya.; KAZANCHETEV, Te.N.; LEKS1MIN, A.F.; LETI-
CHEVSKIT, M.A.; LOPATIN, S.Z.; MIRSKIT, V.11.t PODSHVALOV, T.N.;
SUBBOTTINA, V.P.; TANASITCHUK, R.P.; FEDOTOV, S.D.; FISE11KO, I.N.;
ELIKIND, I.G.; BOVIN, S.S.; VASIL'YEV, L.T,; DRINKOV, V.D.; DALE-
CHIN,, N.I.; DADAGOV, I.A.; YERMOSHINA, V.I.; XHUKOV. I.V.; XIMIN$
D.A.; IVANNIKOV, A.Yas; KOVALXV, M.K.; LUGAKOVSKIY, N.L.-, NAUVSKIT,
A.F.; SEREZIDUOV, V.K.; SEMIGLASOV, M.D.;. SMOLOV, A.V.; SWANOV,
V.I.; SAKHARIN, G.S.; SAVENKO, P.A.; SOLODOV. V.P.-, UKEROV, Sh.Kh.*,
CHIKINDAS, G.S.; SHCHERBUKHINA, S.N.; DYNKIN, G.Z.,- LYSOV, V.S.;
OSHEROVICH. A.N.; ROKITSINSKIT, Z.V.; BRASLAVSKIT, M.S.; RUIMIKOF
I.AO; ZHUKOBORSKIT, M.S.; ZHDANOV jjq,&; SUSLIN, V.A.; BRUS, A.Te.;
VOLYNSKIT, S.A.: KLYUIEV,
FM; rSTRATbV, A.G.; TIKHOMIROV, I.F.;
BUTYRIN, Ya.N.; VOLINSKIT, S.A.; MINEUT, H.F.; KALITSEV, V.I.;
VILETSKIY, A.F., kand.tekhn.nAuk, glavnyy red.; DEMIDOV, A.N., red,;
KRAVETs, A.L,, red.; KLIMOVA, Z.I.. tekhn.red.
[Industrial Astrakhan], Promyshleannin Astrnkhan'. Astrakhnn't
Izd-vo gazety *Volga-." 1959. )18 p. (MIRA 12:11)
l..Asirakhan (Provincie) Nkononichaskiy adninistrativW rayon.
(Astrakhan Province--Economic conditions)

M"""-W%*fflxP .
Increase the stock of sound insulation materials; Introduce .a

M-11,314

j N -31 P114111M ("11 IMF
-081 FijqT~)/EWT(S) F-IRDY'
=-==SOURCE-, k,- ~_UW k13 16610001015 1019510195-
COD
INVENTOR: danov, K. 1. - Noj I &roakoy,
Zh gtev, L. 14..; Alekoeyev,
ORG: -none
d WTLE: Variable-pitch ropeller~ class 620 xo.,184147
SOURCE: '.Izobret prom obraz:tav zn, no. 15, 1966, 195
TOPkC TAGS. aircraft propeller, propeller blade, propeller pitch control
I.. / j
J-~ I AAAlrO
ABSTRACT. An Author-Certificatgjhas been issued for a variable
-pitch propeller
Consisting of a hub (with blades mobilely attached) and a cylinder containing a
variable-pitch mechanism and'a control unit. The propeller is equipped with a
hydraulic control unit, connected with the aircraft's hydraulic system ~\for the--
automatic control of propeller pitch and the engine's iiii while assuring constant rpm
-and.a minimal fuel expenditure.. Thecontrol unit includes main and emergency regu-
lators with control.valven and'servomechanisms consisting of servopistons with racks
and pinions connected by a7flexible'coupling, une with the propeller's variable-
pitch mechatiism. and the other with.the engine's fuel-supply system. In order to
remotely control propellerpitch and simultaneously adjust the propeller pitch for
thrust, it can be equipped with a servosystem consisting ofa spring-supported control
valve and a tracking,bushing for changing the propeller's pitch. To assure the
Card 1/2 IMC. 29,11-01106

ANM_04-7~ RG"Mr; TE OIL
7tUn/667000/014/0116/
Kuzlmin, A. I.;
Dubrova kiy, D. M. Kaz nakiy, D. P.,
INVENTOR: Z~hi!M
Kulikov, Ye. I.; Bespechnyy, S..P.;-Yevlakhov, Le A,; Meshchaninov, Ye. G.
ORG: none
TITLE; Airctaft-pro test. a tand. Class. 42, No. 186169
'pe
prom 'to zn no. lr 18, 1966, l16
zobrct obraz. V
TOPIC TAGS: aircraft, propeller,': propeller blade, propeller test stand,
-Q Offism" aircraft~maintenance equipment
ABSTRACT:,.An Author Certificate has been issued for an aircraft-propeller teat stand
consistiir~&.of . a pedestal-and;a propeller hub,:equipped with dummy blade roots, and a
hydraulic pump which supplies working -,fluid to the stand's components. To simulate
propeller loadingwithout rotati Ion, hydraulic pistons, installed in the.pedestal's
cylindrical housing, operate.through the dummy blade.roots to simulate centrifugal
force and thrust, To simulate the aerodynamic forces produced by the propeller's
transverse inflow, it is e4uipped-with movable hyd raulic cylinders which consecutively
bend thedummy blade roots. Working fluid'is supplied to the hydraulic cylinders
through a hydraulic pulser containing'spring-loaded plungers; these are consecutively
displaced,by a cam mounted on.'the hydraulic pulser's shaft by.the use of an eccentri-
q UDC: 620.178
Card 1/2
629.13.01106

Card'.

ACC NR, AP602998$---- - (41 Al -SOURCE--CODE:-~n/o4l3/66/060/615/0195-/Olg
INVENTOR: Zhdanov, K. I.; Kazanskiy, B. Pe; ~Ukharevj V. I.
ORG: none.
TITLE: Variable-pitch propeller. Class 62, No. 1841h6
Izob
SOURCE. ret prom obraz tov.zn, no. '15, 1966, 195
TOPIC TAGS r aircraft propeller, propeller.blade, propeller pitch contro; hydraAlic
device
ABSTRAM. An Author Certificate has been issued for a variable-pitch propeller ton-
sisting of a hub, blades, a ~ydrau,lic melchanism with a piston for changing the pitch,
constant-rpm governor. To Prevent the appearance of negative thrust in flight
in the event of the simultaneous action of,several defects in the power-plant system,
-the piston is equipped with a h_ydr ulic sliding_ supportliconsisting of a spring-
supported,slide valve. The.valve has a regulated pressure chamber connected by a
system of.channels'v.ith a pressure regulator having power, altitude, flight-speed,
4and ambient-air-temperature transducers. [KT)
SUB, CODE:610:. i3/1 S'UBM DATE: 3CPec6,4
jj:~~ nSA.
Card um 629.13.01106

P
V ywt;' P
'' -- XI t 0
04 3/6 00 015 01
ACC NR, Al-6029980 OUItcle, C001.1, L It
INVrNTOR: Zhdanov, K. I.; Zarkalenkov*,.,A. 1.
ORG'. none
TITLE: Stand for the a~eLoy amic balandng of aircraft propeller blades.. Class 42,
No..183984
SOURCE: Izobret prom obraz tov zn, no.:15, 1966,.192-193
TOPIC TAGS: ~propeller'blade, aircraft propeller, aircraft maintenance, test stand,
ABSTRACT: An.Author Certificate has been issued for a stand for the aerodynamic.
balancing.of aircraft. propeller.blades, which contains a layout block mounted on
Fig. .1. Aircraft propeller-blade balancing
stand
1 - Lock; 2 --lever with counterweight;
3 - rotatable support; 4 - indicator;
5 - levers with holders; 6 - stirrups;
7 - flat holder; 8 - support-gib levers;
- lever lock.
9
Card_ 1/2 ~UDC: 620,176.629.13.01/06

--- ~ - - --- I) I I fiv, fi #P - 11 - -
.4 ~j , .,. , , .1 If.. .- - I
~. 41. ; ,
. . ttv.44-1

~i I! :

USSR/ftscellaneous-MetallurjW
properties
Title t Annealing of malleable cast iron controlled by the magnatic
Periodical s Lit. Proizv. 1e 29 - 30p Jan-Fab 1954
Abstract z The-substitution of-the-hardness control of malleable cast iron wolds
with a more industrious method of controlling its maMetic properties
is discussed. The Instruments (coorcive force metern) leveloped for
that purpose are presently used in foundrieFi. 'hgir -.-DrMng principle
is as fol.lows: the casting is magnetized by a rragn,~tlc fleld of ILn
attached electro-magnet, then demagnetized by a revarne order field
then the coercive force is measured. The Pnttrg *-ontrol r7raceng re-
quires about 7 seconds and is determined rratrily ~Ty thn -table period
of the galvanometer dial. The instrument Lndic~itioni c-inclde with
the hardness measures of a Brinell press.
Institution: ....
SubrAtted

16
Iff-ij,9
WAN'
12
All
a
9
oils
T-5 E
A
A
14
IA
.4 do I
All To
.40

2LLi
AUTHORv LZh"iwvg L.-A- SOV150-60-1-3120
TITLEt Trajectories of Cyclones and Antioyclones in the Southern.
Hemisphere
PiRIODICAM ~:Xoteorologiya i~gidrologi- 1960l Nr It pp 10-17 (USSR)
ya
'~-Gensral rul e asre~given.here concerning the cyclones and.
anticyclones-in -the southernhemisphers during the.summer
1955/56 and'the:winter-1956* For this purposep information of
the southern hemisphere stations on world maps (coz~pilsd since
1953in the TsentraltzWyAnetitut,prognozo* (Central Institute
of Forecasts)) was.analyzed. The synoptic maps of the, let
so ilt Antarctic Expedition, the daily bulletins of the weather
bureaus of some countries of the southern hemisphere, and the
0 ~.1:ations of the radiometeorologlool centers in Canberra,
D& Pretoria.9 Tananarivo,-and Wallington were made use of.
Hersi.thesouthern hemisphere was divided into thrie sootorst
AtlantiogIndiant and Pacific. On the:basis' of ajdint
investigation of the.ovolone displacementaIn wintir and summer
(Pigs I and 2) the following is stateds (1) The trdiectory bundle
of cyclones which is very clearly observable in sudmer does not
Card'1/3 appear an marked in winter# so long as a more rjtro~gly marked

67172
Trajectories of Cyolonee, and Antioyoloneo in the SOV/50-60-1-3/20
:~Southq_rn'xenisphere
meridional oirouiation. occurs durir* this period (2) In th
Indian -sectorp -the cyclones pass by sore to the sodth in su=er
than: in.-winter# The axis of the trajeotory~bund16 shifts from
north to.south as from Decemberto January-Fobruiij, (3) In the
Pacific sector, the winter oyclone trajectories diverge in two
direotions~from the area 6008 and 150CES the ones to the Rose
Be& '# the others. to.the central area,of the Southern Pacific, In
_'wintir,:these trajectories exhibit a larger merldic'nal component
than in su"er~-,(4) It isay be observed from the tw6 schemes
(sumrier and inter) that the dense trajeotbrybundes of the
oyoldnes reach the South Pole area in the following places:
ln.t~e region of the Weddell Seal west and east of Enderby
Islaidl, west-and,sast of the Davis Sea, Ad6iia Lan4p Rose Bes,
and,north-of'tho Bellingshausen Sea, The comparivo
between
anticyolone data In winter and summer yields the fqllowing
results, (1):In winterl.the trajectory bun4le o f :qbtropical zone
anti6yolones shifte,to,the north (se,compaied to -Ammerl by an
average of 50). (2) In winterp subtropical zone antioyolones
shiftL faster than in su=er. (3) -Polar* outbreaks occur In the
Oard 2/3 Course of the yearfrom 'various regions,of the South Pole areas

---'ACC. NRt
ATOO _~0011 0111
3 19 -111~O~~141011
~19 ~SO~ --,~O=DR--
AUTHOI~.:2hdapov,' L.-_A,1~4~
ORG:. none
Atmospheric virculation over, the Antarct1c
AN SSSR. Mezhduvedlomstvennyy geofizicheskiy komitet. Meteorologi-
...,cheskiye issledovaniya, no. 1,10, 1966, 43-125
TOPICTAGS: atmospheric circulation, Antarctic climate, cyclone, anticyclone
.:,ABSTRACT: On the basis of the study of atmospheric circulation In 196 2, and of
comparisons, made with other' ye4rs, the following conclusions have been reached
concerning the weather conditions And cyclone and anticyclone trajectories in the
Atlantic and in the, Southern hemisphere. Approximately 45 pages of maps of the
mean monthly pressures, the tropopause and the cyclonic and anticyclonic trajec-
tories for 1962 are presented, and the velocities of the movement of the cyclones
and anticyclo.nes is shown. :A brief aerom eteorological characteristic of the
Mirnyy area is also presented. Areas offormation of Antarctic cyclones are
card 1/2 UDC: 551.501082),

--T IV , V.V., inzh.; SHOLENINOV, V.M., inzh Prinimali udnstlye:
KONSTATITINOV., VoG.; LEVIN., L.Ya.; GRIGOR'YFVYK111, G.F.;
Z-AIGIA-ROVO V.N.; 2RDANQII, LlApj PU71NOV,, N.A.; SSUMANOV, V.I.;
VASIL'YEV, A.N.- ZHELEZNAYA,:P.T.; TUGARTNOVA, Ye.A.; LvVKIN,,
AWS.; MOXIYEVSKIYR N.M.; SHAKHALOV, V.; SMIRNOVj, A.I..
Developing. the technology of produr..'Ing -a -high-basicl ty,

ZHDANOY~~-on--id-- S--e - XIMMM - --W-ikoiay Ivanovichl Summi, - ---
rgeyevichl 10
NOPOP
I ~ I ~ - - . reds, i KUZNZTSOVA#- 'Yeae'-p-iodo; PLAKSHEt L.Yu., takhn. red. . -

25 W 28(l) SOV/146-59-2-13/23,
Zhdanov, L*V* Engineer
TITLE: Analysis.,of Errors~Appearing When.blultiplying on
"Ural.. Machines'
:.PERIODICAL:.- -~Izvestiya-vysshikh uchebnykh zavedeniy pribo,rostr,oy-
eniye, 19599,N '2t.PP 76-82 (USSR)
"STRACT: .Performing.multiplication on~the automatic computing
.
11U
machine r- it
~-i: it. metimes that the results
al happens so
obtained are~systematically wrong. It iB,to be ex-.
plained.by the'fact that the machine has a-continu-
ous~working cycle determined.by the impulses sent out
from the magnetic drum. In some cases, the process
of multiplication ends later than the signal of round-
off, that is, theend of operation, is received, , In
the control,system-of "Ural" machines, two multipli-
. -cation operations are provided. The first operation
for computing expressions of the
U _'1 is.intended
.
kTnd.a.b + c dt where a - is a number in the arith-,
metical register device AU; b is a number in the
Card l/3 .:operating sum-storage NMB; c is a number in the

SOV/146-59-2-13/23
ppearing.When Multiplying on "Ural" Machines,
'Analysis of Errors A
adder AU~ d is the operation result remaining in
the,adder, The.,second multiplication operation U.
2 perfo amb.-
rms~oomputing of expressions of the kind:~
d. i0peration-of the machine consists, on'the:whole',,
llowing,sta m The magnetic drum is.pro-
0 9
vided with three:ring.digit paths with magnetic mark-,
ings. -When reading the marking8 by magnetic heads,-
three series-:of impulses are obtained. The, first of
these series, S-.2046, contains 2048 impulses distri-
buted in Alour-groupe,with 512 impulses in eache- These
impulses are used for marking of accumulator storage.
location-The-second series S-53 contains-53 im-
:Pulses following each-other with intervals~.of 190
mesec. :..This series serves as a base for working out
the impulse series S-120 of 120 mcsec, S-100.,of 100
mosec and..S-50,of 50 mosee duration. From the im-
pulses of;series S-120,. the basic working impulses
1-1 1-21 1-31~~1-4 and 1-5 are formed. The'thi~rd'
series 8-4 -consists of.four'impulses; it is 'Used
Card 2/3 when viorking4ith outside accumulators. A diagram

SOV/146-59-2 13/23
Analysis of Errors Appearing When-Multiplying on "Ural" Machines
showing the placement:of series and working impulses
is given in. Fig la. The position during the,process
of multiplication depends on the accumulator storage
location which~keeps~the multiplier. To eliminate
the.error8.that arise when using the "Ural" machine,
:a correction-devide hasbeen constructed (Fig 3).
The value of error that may oSgur when applying the
correction device is Z~ =, k.12- where k - is the
value formed by six high-order,digits of the multi-
plier. Recommended by.the Kafedra schetno-re8hayn-
shikh priborov (Chair of,Computing-Solving Devices).
There are 3,diagrams and 1 Soviet reference*
ASSOCIATION: Leningradskiy institut tochnoy mekhaniki i optiki
(Leningrad Institute of Precii3ior Mechanics-and
Optics)

3IJBIAITT
ED: March 12-
1959

Va
C rd 3/3

7