SCIENTIFIC ABSTRACT BEKETOV, A. R. - BEKHBUDOV, A. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000204210012-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

L 23515-645 a -fI Lrl
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perature inlerva!. At 6251- and abme the process appenred
autoca-talytic- disso-
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S UBIM I TT E D; 2 4,'.l a y 6 3 ENCL: 00
SUB CODE: IC; 6C- NO REF SOV- 010 OTHER: 013
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~ 2,' 2'

BW~9!,~ P.R.; V.N.; VLASOVP V.G,
Studying the structwe of solid solutions of uranium oxides
In the region oL-UO3 - U308' Zhur, strukt. khim, 6 no.1,7~-
78 Ja-P 165. (WPA 18132)
1, Urallskiy politekhnicheakiy institut. Submitted Fbbruary
24v 1964.

MCFEWOP FD:KL'TGVp A.R,-, VLASOV, V.G,
Raduction of the hexagonal modifIcation of uranium
triwdde .
IV soUd carbon, 1tvs. vys. ucheb, zav.; tsvet. met. 8
noe3t
100-107 165. (KMA l8s~) _-
1. Ural'skiy politekhniChe3kly institut,
fizIko-tskhnIc`heskiy
fakulitet,

L 12150-66 SWITW
A
ACC Mks AP6000689 UR/0080/65/038/009/2103/2105
AUT11OR::Bekotovi A. vlas6vz, V*06
ORGi lons-
ITLB: Thermal stability of polymorphic-urantupt,trioxide,
SOUROB: Zhurnal prikla4noy kh!Lmii, v. 38, no. 9. 1965, 2103-2105
uranium c6ipound,~thermal stability,,phaso diagram
&BSTRkOT: The.artiole presents the results ot'a thermographio, kinetiop
and x.;;ray study of the processes of decomposition ot'amorphous UO
lpha' UO be%&-UOi,, and gama-'UO Amorphous UO was prepared b; cal
-hZ?; at 3500 In a tream of oxygen -with
Inin; gatnium per9xids for 3 0 1 0
tary heating for 1 hour at 4000. Alpha'U03 was prepared by cal-
Ining uranium peroxide in air for 3 hours at 5500.' Bete-UO was pro-.
0
ared by-caloining ammonium diuranate in sir,at 400 for 3 h9urs.
sama-U01 was prepared by calcining previously-caloined uranyl, nitrate
exabydrfite at 55001or 4 hours in air. It was established by chemical-
ALnelypis that the oxides obtained had the following composition:
amor-.
Or- lfoi*
a al,,kinatic band x-ray analysis (results given.in figures) made it
01281ble to understand the phase relationships in the dissociation ,of
1/2 UDO: ~546.'791.3 + _s,41.66

L - 12159-66
'ACC HL AP6M689
knorphous.U03. The temperatures of the start of dissociation for
alpha-,
01, beta-UO and gamma-UO determined by a kinetic method, are re-
p otively eiual to 46o, 4P, and 5100. Curves for the heating -of
P'017-
orphous UO In a vacuum show.that the dissociation process of alpha-
0 progeedi at 575-6130, betaft, at 525-5700, and gamma-U03 at 610-,
9
;0. -The final product of-th d sooolation of all forms. of VO Is the
gO phase. The divergences In the temperatures for the start h dig I :
c2ation, determined from thermographio and kinetic investigations I
are
onnected with-the special characteristics of the methods. The data
ndicates that the thermal stability of polymorphicIU03- Increases In.
the following order: amorphous V03, bet"039 a'Ph&-U030 and gama-VO
Drig.,art, hasso 2 figures. 3
SUB OODB:. 07/ SUBM DATE 2 09JU163/ ORIG RV: 005/- OTH RV 006
ap
-2/2

BEKF','CV A.R.;.VLASDVP V.G.1 STREKAWVSKlYp V.N.
Phase trmnaltions durIng the dissociRtIon of and )(-,fom of
uranium trioxldp-. 7hur,noorg.khizn. 10 no.4:71:-~740 Ap 165.
(M.TRA IM)

MYNKUj P.V.
Pneumatic Tools
Original Nuumatic devices. Avt. trakt. prom., no. 7, 11052.
131'171~-Jx LIST 01-7 RjS310 AW-33TONS, LIBILARY OF CON6MM, UOV 53-,1. 19,r2.
-UNCL%53-FI~,,D.

BALYBERMN, N.; VVI H.
Turbine-ty" exbaust deflootor. Sol'. stroi. no.9312
S 162.
(MIM 15110)
2. Bukovaditelf laboratorli mikrok2inata
mllskokhosyayst"nnykh
Manly Z&p&dw4ibIrxkogc fillmla Akadadi
stroitelletwa, i
arkhitaktury SUR (for Balyberdin). 2. SU"hiy
inshener labors-
tm-ii mikroklimta sell mkoUojWqy#tv9wWkh zdaniy
Zapadno-
Sibirskogo filials. Akadomii stroitalletva i
arkhitaktury SSSR
(for Baketov).
(Derns-Ventilation)

BALIEMIN.. M. ["berdin, M.], kand.voterin.nauk; BMTOV,, M., inzh.-
aanitarnyy tekhnik
Arrangement of vind "curtainsO in dairy barns. Sill.bud. 12
no.010 Ap 162. (MIU 15 18)
(Dairy barns-Ventllation)

TO Y) j)9.
The extatn" 4 f A 69
100' Utir
v'A hd 2
. Tirs Ili . I . mo.
3-809M).-Cond.. viscosity. And of the system SbCl,-,
Sb'~4 ... exAmd. at-.50*, 60 . , 70 and 80'. The viscos-
ity-compn. diagram shows smooth Isotherms, whereas the
.T~Ccjondgompn. diagram shows a max. at about 15 mot. %
t. . cond. declines with rise In temp. The tt,-
xults are 1*stp~ttributed to lbrination of the [on pair (Sh.-
Cli)*(SbClj-. Cf. Weinland and Sphinid, Ber. 38, 1080*
1(19W); 36. M10903). G. M. ~COSDIaPOff--

BIAVTOV. ii. I Dr.
Runskie Uchenye v Tzvetnoi Ustallurgit (Ihssian
Scientists in bc:a-Yerroua
Metallurgy) .
206 p. 1.25
SO: 7bur Continent Book List, APril 1954

MMOT, P.
I-
;
albs - Gas furnace heating. Zhil.-kcs.khos. 3 mlill-14
133. (KM 8%5)
1. Starshly Inxhaner tekimichaskogo uprarlenlya
Movsovet&*
(Gas-Heating and cooking)

MMOT, P., insh.
~Fe base
JO-7 159.
0 noel/2:7-12
of the Knimetsk Basin. Takh.-okon.biul
NIRA 12:4)
(lusnatak 'Basin--Iron ores)

BMWOV, P.N* inzhener,
...a WConsumption of gas by stovqs for heattag dwellings.
. . 26-27 1 '53.
Gor.khos.Mook.27 A0.113
(MM 6:11) - I
(Stoves, Ges )
I

nah.; BJLODTORSICIY, Yu.N., red.; AXATOTA,
we-st OT, S.Y,, tekbn.red,
(Gervicing boilers operating on I;*@] Obelushl-fanie
kotel'nrkh,
rabotalushchikh us gasovou toplive. Noskvs, lud-vo *-va
ko"OU0
khos.RSM, 1959. 127 p. ($(DLA 131
(Boilers)

1 Nikolaye'richl-TRUSHKIN, V.I., red.;.BALKOVSKAYA,
I.Z.,
redAz -val OKHp F#M*# takhn, red,
[Service of boilers operating on gaseous fuel]
Obsluxhivanis
kotalinykh, rabotaiuBhch1kh na gazovom
toplive.-,Izd.2., 19pr,
i dop. Moskva 96
(;OIzd-vo M-va komm,khos. RSFSR,,l 3. 171 P,
ilers) (Gas as fuel) (MIRA 16M

7v V, /~ 4.
OMIT, V.H.; 61WDaWfCJ1, D.Kh., brigadir sharoshochnogo burantya
(Sokollnyy ruanik); BBINT DZHEXAMHIDZZ, N.M.;
MOO&MY, M.P.; PRIGOZHIN, Te.T., gorW Inxhoner (Retalliche-
skly rudnik); POLISHCMZ, A.D.
Speeches by participants in a conference. Gor.zhur. no.1:20-24
ju 156, (KM 9:3)
1. Vachallnik Proizvodstveuno-tekhnicheakogo otdela Dzhezkazgan-
skogo rudoupravleniya (for Dzbemardzhidze); 2. Nauchnyy sotru&nik
Instituta gornogo del& AN SSSR (for Mochalin); 3. Glavnyy
inzhener Ukrglavrudy (for Polishchuk): 4. Glavnyy inzhener
Bystrashinakogo rudnika (for Guliy); 5. Glavnyy inzhener Salair-
skogo rudniks. (for Bekstov).
(Nining engineering) (Mining machinery)

KHRAMTSOV, V.F., gornyy inzh.; VORONOV, I.S., gornyy
inzh.; BEKETOV
Me, IFV, V.P., gormyy inzh. iFmi~
,,, gornyy inzh.; HAVE
ew ~-',
New method of developing the bottom at the nKaz"
Mine.
Gor. zhur. no.802-33 Ag 164. (MIRA 17:10)
1. VostNIGRI, g. Novokuznetsk.

VORONOVY I.S., gornyy inzh.; KOVAIXNKO, V.A.,
gomy)r inzh:; BEKETOV
..., gornyy inzh.;)MATVEYEVP V.P., gomyy
inzh.,'lf)R I
xslye
nong, gozvqy lnzh.i SHHAKOVI P.I., gomyy inzh.;
CHERKAYEVA,
N.G., gomyy inzh.
Conveying and loading ore with a vibrating feeder.
Gor.
zhur. no.8:28-31 Ag 164. (MIRA 17:10)

VEDUTIN,, V.Y., gornyy insh.; KROPOTOV,, V.A.,
gornyy inzh.;
",.;--NIKOIAYEV, V.P.
Results of studying the-effect of detonating
cumilative
borehole charges. Vzryv. delo no-5.4/11%219-230 164.
_j (MIRA 17;9)
1. VostNIGRI.

7
7
AT4045962 S/2996/64/000/054/62ig/o23o
AbMGR* Vedsitin, V. near); Kim t2v_,- V, IDV
J. (Mining engi. __p2_ --k,(Kining engineer); AAjL
- W
gineer); NAkv1AYsY_._ Y, P iring engineer)
Nining er
_r1T72: Some resuics of an investigation into the effect of the
exTiovion of
shot-hole cumilative char3es
SO MiCE: Nauchno-tekhnichookoya gornaye obahchestvo. Vzry*vnaye dele,
no. 54/11,
1964. Upravleniye doystviyem vzry*va (Control of blasting
opgrations), 219-230
TOPIC TAGS: blasting, mine blasting, cumulative charge, shot hole,
b1a8t hole,
horizontal excavation
ABSTRACT: The authors discuss some results obtained in a detailed
study of the
effectiveness of shothole charges of cumulative effect in horizontal
excavation
work. The study was "sed on the use of a charge with lateral
cutiulative surface,
the characteristic feature of such a charse bein, the- location of the
~iiitc ater active volume
0 ai~ a gre
of explosive material and to employ It more rationally. In such
charges, the
cumulative stream forms along the entire length of the cttarge, while
the direction
of the effect of the stream promotes a more efficient formation of an
bdditionnl
open syyface, The study was conducted under laboratory and field
carelitioam. In
ce 1, a j

7-
D16-65
'ACCESSION NR: AT4045952
the laboratory tests, a determination was vade of the most suitable
form and para-
meters of the charge. The 4iameter of the charge was 40 m to bt used
in shot
holes 46 = in diaMeter. T-hn zro_-~V son Ia~ ar4m of the ct-mulative
cut W&
8 Var
levez-y 0.8 eV-1h an ititirval frea 0.8 to 5.6 c--%2. The charge
leugth was 420 m,
the explosive used being detonite 6A. In the field tests, the wotk
was conducted
in excavations with a cross-sectional area of 4 arA, with rack and
ore strength
reading5 of 14-18 on the scale devised by Prof. Protod'yakonov. In
attempting to
determine the optimal form for the cum-nilative cut-out, six for-%3s
were studied
vith a total of approximately 150 individual blasts oL sheet metal.
The maximum
destructivi effect wao observed in the case of a cumulative surface!
of spherical
iorm. 4aximum efficiency was determined by the au6njors not only on
the basize
-of the "volum- of destructiod" (total destructive effect), but also
by using as a
criterion the specific consumption of explosive material for i-fie-
de-struction 01- T__~
cubic centimeter of metal sheet.
Tables and graphs are given illustrating the de-
pendence of the specific explosive consumption on the croBs-sectional
area of the
cum,ilative gap in order to establiab the form and din.*nsions of the
cunulattve,
ca-vity which will ensure opLi."I rezu-11tis. -1he field tests were
carried out at tfie-1
'Kaz` and "Odra Bash" mines of the Kuznetskiy notallurgicheakiy
kombinat (Kuznets
Matallurgical Combine), using the cumulative charge which tied
displayed the best
results in the destruction of sheet metal. The tests were conducted
ir. 4 m2-excava-
C,,d 2/ 3

L 12016-65
ACCESSION NR: AT4045962
tions, with the charges in the shot holes located in such a way that
the curilative
effect of their blast coincided with the direction of their line of
least resist-
these. 7ba authors found that, to all cases, the break-througb
distances (radius
of effective destruction) were greater for ct=ulntlve charges than for
conventional,
with the destruction between charge holes being more intense than with
conventional
charges. On the basis of the opti=l LLR values, three different
arrangements for
the shot holes were testod: witb a prismatic cut, with a central
circular cut and
with a circular cut and bombined charges. The practical effects of
these different
pacternB and of Lhe possible variations within each are considered in
detail,
particularly from the poi--t of view of pressing and other
efficiency-related fac-
tors. Drig. art.lhas: 4 tables and 7 figures.
ASSOCLATIOR: Vost?TMI
SULMTT"'ED: 00 MCL: 00 SUB CODE: WA
NO REF SOV: 000 OVIERIPODO
cord 3/3

25524 B7!,i'Z?,'Vt V.
1, 1
Sovi-emonnyt, antenny detsinv'rovy1ch J.
santirmtrovykil voln.
Voon. svyazist, 19/.8, No. 7, s..30-36.
SO: Lotopis' Zhumnl Statey, No. 30, ~bscow, 1948

C~ / 00
AUTHORS;
TITLE:
87367
S/120/60/000/004/006/028
E032/E414
Abov. Yu.G,,,_1eke1oy,-x,& , Gul7ko, A.D., Yermakov,O.N.,
Krupchitsk P.A., Taran. Yu.V. and Shatlovskaya, N.S.
Production of Polarized Neutrons by Reflection From a
Cobalt Mirror
PERIODICAL; Pribory i tekhnika eksperimenta, 1960, No.4,
PP-51-55
TEXT: The method of obtaining polarized thermal neutrons by
reflection from magnetic mirrors was described by Hughes and
Burgy (Ref.1) and Akhiyezer and Pomerartzhuk (Ref.2). In order
to
obtain neutrons with practically a single spin state it is
necessary that the component of the. induction B which is
parallel
to the surface of the mirror should be greater than a certain
minimum value. When this condition Is satisfied practically all
the reflected neutrons will have spins parallel to B . In the
case of pure cobalt it can be shown, using the data of Shull
and
Wollan (Ref-3), that B,)t 11200 gauss. Strictly speaking, this
is the condition for the quantity B -H where H is the magnetic
field in the gap of the magnet. According to Bozort (Ref.4)
the saturation value of B -11 is 17900 gauss. As a result, the
condition for complete polarization of neutrons reflected from
a
Card 1/4

87367
S/l2o/6o/ooo/oo4/006/028
E032/E414
Production of Polarized Neutrons by Reflection From a Cobalt
Mirror
magnetized, mirror of pure cobalt can be written down in the
form
(B - H) > 63% (B - H)
The: present authors have used these ideas to produce polarized
neutrons. The apparatus employed is shown schematically in
Fig.2.
A narrow vertical neutron beam was formed by a collimator whith
was
1.2 m, long and had a rectangular $lot of 110 x 3 mm. The
neutron
flux at the exit of the collimator was 4 x lo7 neutrons/cm2 sec.
The cobalt mirror-polarizer was fixed between the magnet. poles.
The Inagnet-mirror system could be adjusted to the required
position
and in order to obtain a definite separation between the direct
and
the reflected beams a special brass screen, which could be
adjusted
with the aid of a micrometer screw, was provided. The cobalt
mirrors employed were 100 mm X 500 mm x 40p. The cobalt was
deposited electrolytically, on a 5 mm thi-.k copper plate. The
analysing mirror was held in another magnet and was also
adjustable.
Card 2/4

s ; 7.~ 7
S/12o/6o/ooo/oo4/oo6/028
B032/E4!4
Production of Polarized Neutrons.by Reflection From a Cobalt Mirror
In order to separate the beams reflected from the first and second
mirrors, special cadmium and copper screens placed in front of the
second mirror were employed. The neutrons were recorded by a
Ili h-efficiency multi-wire proportional counter filled with
BF3. A cadmium slit, 1.5 mm wide and 60 mm long,
was placed in front o:V the counter. It was found that the degree
of polarization obtained with arx angle of incidence of 8 minutes
was. 75 ;t 2%. 100% Polarizations were obt4ined at greater angles
of incidence. Mirrors made of an alloy of cobalt and 7% iron were
also investigated but the maximum.polarizations obtained did not
exceed 60%. In the case of the pure cobalt mirrors, the flux of
polarized noutrons at 0 = 8 min was 3 x 1o5 neutrons/cm2 see
at the centre of the beam, the halr-width of the beam being 8 mm
and the height 100mm (magnetic field in polarizer magnet = 600 Oe).
The total intensity was 2 x 106 neutrons/sec. -Acknowledgments
areexpressod to Yu.Ya.Garrison, A.K.Du 'basov, N.M.Regentov and
A.I.Savushkin for their assistance and to T.B.Nova for valuable
advice. There are 4 figures, I table and 9 references: 3 Soviet
Card 3/4

S/120/ d bbo/oo4/006/028
E032/E4.L4
Production of Polarized Neutrons by Reflection From a Cobalt Mirror
and.6 non-Soviet (3 of which are translated into Russian).
ASSOCIATIONS: Institut teoreticbeskoy i eksperimentallnoy fiziki
AN SSSR (Institute of Theoretical and Experimental
Physics AS USSR) all authors except Yu.V.Taran;
Ob"yedinenny-y institut yadernyl-ch issledovaniy
(Joint Institute for Nuclear Studies) Yu.V.Taran
SUBMITTED: April 9, 3.960
ca -44
it IF, ctexwo
A4
0;
0 0 o 0
C'
CM
Card
P11C. Z. Cxema YM1100HIS

S/120/61/000/001/056/o62
E032/Ell4
AUTHORS: Peke~ov,-Y-,,A., Selektor, Ya.M.9 Zombkovskiy, S.M.,
and Aynutdinov, M.S.
TITLE: Vacuum-Tight Glass Windows for Liquid Hydrogen
Bubble Chambers 6
PERIODICAL: Pr ibory I talchnika eksperimenta,
19636No.l,pp.182-183
TEXT; One of the most difficult problems In the design of
liquid hydrogen bubble chambers is to produce a reliable vacuum-
tight union between the body of the chamber and the glass
windows
through which the working volume is photographed and
illuminated.
Existing designs (D. Parmentier Jr., A-J, Schwemin, Ref.1, and
V.Z. Kolganov et al. Ref*2)'are said to be sither unreliable for
chamber diameters in excess of 25 cm, or require replacement of
the sealing elements after one or two successive working cycles.
The present authors have used the design shown in the figure.
The copper gasket I is inserted into a groove in the body of the
chamber and is in contact with the teflon ring 2. In the upper
part of the copper gasket there is a rectangular groove
carrying a
further teflon ring 3. When the arrangement is compressed by
Card -1/3

S/120/61/000/001/056/062
9032/9114
Vacuum-TIght Glass Windows for Liquid Hydrogen Bubble Chambers
the brass bolts the copper gasket is squashed and the teflon rings
provide the vacuum-tight seal. In order to achieve a uniform
transmission of pressure to the glass a further copper gasket 4
is placed between the glaso and the flange 7. The copper gasket
1 was 3.1 mm wide and 7-5 nun high. The width and height of the
teflon ring 3 were I and 1.8 mm respectively. Glass windows
up to 40-50 cm in diameter can be produced In this way.
There are 1 figure and 2 references: 1 Soviet and 1 non-Soviet.
SUBMITTED: , December 10, 1959
Card 2/3

FEM I BOOK MMWITATION 455
Baketow, Vikker IVSAMWIOh
AxtGwW MAMYSOMM diastat (SuperhIgh-fraqwmacy Antennas) MOSew.,
VWVR- IZd-
To Wn-va abor. SSMS MT. 3.19 p. (RadialMmtelouneWs tekhnike.)
M . KIMS I., A. P.j. ft9Iwer4bJOr; Ttch- K-: BIGASUM., YO., N-;
PURPOSZ: This monograph is Intended for officers engaged In the
operation of radio
facilities, It can also be consulted vith profit by a vide
circle of readers
desirous of detailed information an the operation of Individual
units and compo-
nents of radar eqmlpmmzrto
COMM This booklet In pait of the "rise "Radiolokatelowmiya,
Tbkbnlka" (it
Techniqw) p0lishad by the PUblishing House of Xilitary
Literature. 7he editor's
i:orevord claim that there is a list of the monographs and their
titles consti-
tating the series an the 1wide back cover of the monograph. No
such list sneers
In that or any other VIA" in this booklet. Mw sonogmph Trel"Mts
in a forn
accessible to the general public the operating principles,
design and utilization
of superhigh-freqpency antennas, Considerable attention Is gIy=
to the pbysical
processes taking place in such antennas. The rapid development
of superh1gh-
Card 1/1

SuperbIA-fMimmer Antmom
455
frtqwmcy tochnique In ftesia &rIng %rld ftrnmd especlaW In the
post var
years In brIefly revieve& Mapter I Is an introduction to
terminolagy an& basic
COMOOPU In the theory and tedbnIqua. of antenna desIgn. Mw
rest of the booklet
Is concerned vIth the desW and operating principles of various
tMps of on-
tonmas used In commaloations and radar techniquee fte ptoblaw
of somming-
antenna radiation patterns #ad of anterm svltcbos have not
been treated since It
is as - d that the readers 'an already familiar vith these
subjects as vell an
vith the operation of feeders and resistance transformers frm
other brochure& of
the merles. Mw Soviet solaktists V*V9 fttarlmov,, Sol.
Nisdanankop and V*Ne XemmMh
an mutiamed as havin dimloped a method for Incre"IM the rawtor
vidt-band
antennas by reducing their vm Impedancee 2he "N&4~nkp dipole"
(the vide-band
horizontal dipole, ~Ue 13) has found vide application as a shf
matenns. 2he
Soviet scientists rl-Av Uptsar and M~A. Donah-BraVevich are
mationed. as having
discovered and developed a synthertic d1electric used In the
prodaction of delay
I en s (p. 75). X. S. My is mutioned as being the first* to
use slots as an-
tannam-iben doiM research an radiation from mull slots In
cavity resonatorme
Tvo other Soviet scientists., A.A. PUtolIkors; and Tae N.
relld did further re-
search an alft antennas Ve 92 )9 There are no referencese
Card 2/7

20070
S/108 61 016100310021006
AUTHOR; .Beketov, V. _1,,_Mf=ber of the Scientific and Technical
Society of Radio Engineering and Electrocommunication
TITLE; Taking account of the topological characteristics of the
grid factor in designing four-element antennas with
equiphase excitation and attenuated side lobe
PERIODICAL; Radiotekhnika, v. 169 no. 3P 1961, 13-21
TEXT: The present paper was read at the Jubilee Session of NTORiE
Imeni A4 S. Popov, on May 18, 1960. Fig. 1 shows a symmetrical
grid
consisting of four "olementary" antennas. The directional diagram
F of sucli a 9yatem is determined by the following formula: P
Ck Ixa tj 0
'r 0(0) Cos k_2 sin 1-1) % ). Fo(%~) is the directional diagram
of each
individual. antenna in the plane investigated; 1A is the angle in
the
respective plane formed by the direction to the point of
observation and
the normal to the plane of the antenna; x . 2n/A. I i.e., the wave
number. A selection of the grid parameters according to formula
(1)
Card IA

.0
311081611016100310021006
Taking account of the topological B116/B205
is only suitable if 1~1- 0. If, however, the directional
diagrams of the
individual antennas have the form of Fig. 2, it is better to
start with the
space-directional characteristics (Fig. 2a) of the
individual antennas and
the topological diagrams of the grid factors. The latter
case is dealt
with in the present paper, and applied to four-element
antennas with equi-
phase excitation. At the points 1 2v 3t and 4 on the
circumference of a
circle having the radius r (Fig. 3~ antennas with equiphase
excitation are
located. To find the directional diagram of such a grid, it
is sufficient
to determine the total field at a certain point of
observation P (the
antennae are assumed to be non-directional). The following
formula is
derived for the space diagram of the grid factor P p(i~):
FP(%~)
f T Xr ff
co, XrV2 sin '4% sin n/4 *Cos sin sin(n/4 + (5). Here,
1 2 1 2
m is the number of antennas. For ft 2m R (m being 1, 4),
formula
1xrV2
(5) may be simplified to F N') - COT -2 sin i~ (6), and for
- m
p 2
(m - 1, ..., 4), the author obtains F D(1~) - cos. sin v~ M.
2
Card 2/
3,

2MO
S/108/61/016/003/002/006
Taking account of the topological B116/B205
Since a - rY2 (Fig. 1), formula (6) corresponds to formula (1). Fig.
4
shows the nomogram for determining the grid factor F (4) in the
planes
2m - 1 M - 1 p
and q " - . (In the upper section of the y-axis,
4 - .2 2
Fp(4) is given in db, while in the lower section the angle tX is
shown.
On the x-axis, the 22 sin4 values are given in radians.) In the case
of
2
a known 4 and at given r/tv it is possible to pass over to the
argument
xr sin 4 in the lower section of the nomogram, and from here, to the
2
corresponding IFp(4)1 in the upper section of the nomogram. The
dashed
curve is construct...' from formula (0')# the full curve follows from
formula (7). The different course of the curve as dependent on the
angle q makes it necessary to know the space characteristics of the
grid
factor. It is of advantage to represent it in topological form.
Thereforet
the cylindrical coordinate system ?, T, z is used. On the radius
vector,
xr siO is plotted, and on the z-axis, the values of F (-$) as
oalculat-
? - 2 P
ed from formula is taken as azimuth. The zeroes of F P(J) are
Card 3/~

20070
S/10 61/016/003/002/006
Taking account of the topological B116YB205
located in theplanes z - 0. The geometric loci of these zeroes are
determined by F p(4) - 0. This results in
2 (2n 1)% (8), where n is the ordinal number of the zero
.i .4 .
2 2 sin
(IT 1 4
of F p(4), (n - ig 2p *.). ? is the radius vector mentioned
above. (8)
is the equation for a family of straight lines normal to each
other.
Fig. 5 shows the topological characteristics of function (5) of
the
grid factor of a four-element antenna: rith equiphase excitation.
This
characteristic is obtained from formula (8) by drawing the
respective
z const J 0 sections corresponding to the different values of
0 IFp(4)1< 1, and projecting the lines of intersection onto the
plane
z 0. The numbers on the isolines of Fig. 5 indicate the values of
attenuation 0, given in db, (P - 20 logIF p (0) 1 ). The value I
Fp(4) 1 in
the maximum was taken to be zero db. The signs in each square (+
and/or
denote the phase of F .0%) referred to the phase of the radiation
lobe,
Card 4/91
'D

2WTO
3/1 08J61/616/003/002/W
Taking account of the topological ... B116/B205
the maximum of which-is located at the point 0. The dashed
iconcentric circles with the central point p 0 correspond to the values
Ar
t The regions with P-being at least 20 db are black. The assumptions
of the author were checked experimentally and proven correct. In order
to bring about a necessary attenuation of the side radiation,
simultaneous-
ly in both planes (E and H)p the author recommends to mount the
antennas
at the tips of the rhomb (cf. Fig. 7), and not in the way shown in
Fig. 1.'
The above considerationr, also hold Yor systems consisting of more than
four antennas. G. Z. !yzenberg is mentioned in the paper. The author
thanks V. M. Sidorov and It. A. Muravlyeva for their help. There are
7 figures, 1 tabl., and 8 references: 7 Soviet-bloc.
SUBMITTED: April 20, 1960
Card 5/9

. BEKSTOVP V.I.
Measuring impedances. lam. takh. no.9t42-46 8 163.
(MIRA 17: 1)

13ty,-r;'i:cjv V.
.Analysis and synthesis of poiarizillf,
f"ll-A 1'702~
19 no.10:22-25 6 164. 'k - f-l
1. Deystvitellrtyy clilen ob-slict..estva
radiotekhniki JL clektrosiyazi Imen! Fcpcva.

Ilishener.
'~U~v valawl,
Modernizing the M bpt-stripping sAchime. Der.prou.5 no.'3:
21-24 Wr 156. (nn 9..?) 1
LIcustruktorskeye 'byurt Glavfammpichproma.
(Bark peeling) (Match taftetry)
I
~ 5

BIMOV.-VAt.-in honer@
F---
Xachinery for crosscut saving of logs. Der.prom, 6
00,6121-23
je 157. f nn 10: 8)
I.Konstruktorakeys byure TSentrallnoy
nauchno-iseledevatellakey
laboratoril spichachnoy promyohlennosti.
(Woodworking machinery)

V~, ~ k~ C- N Q -4, \) - N-N
BZCMV, V.M,
Design and modernization of matob Industry equipment
dur1mg Soviet
rule. Der. prom. 6 no.1100-31 N 157. (KIM lor1l)
(Katches)

BEMOV, Valentin Frokof lyevich, inzh.; RCIIMIKOV, F. j, red.
,,, --
[Amazing transformations) Udivitellnyo prevraghchaniia.
Lipetsk, Lipotskoe knizhnoe izd-vo,, 1963. 57 p.
(MIRA 17:7)
. 0

BAMJO A.S,; BXXNTOTAI AOGO
Iffoot of the fourth co~oonent on solubility of sodium chloride
and benzene in dioxime - water mixtures. Uch,zap. BGU no.29:
222-232 156. (MIRI 11:11)
(Systems (Chemistry)) (Solubility)
r-7

.BM'rOVA., A.A.; KUZINj AJL -...
- Affect produced by gonadotropin on the state of DNA in
the thu-24 of
I- sexually immature rats. Dokl.. AN MR 146
no.5s1201-1202 0,462.
(KERA 15:10)
1, Mskovskiy tekhnologicheskiy institut myasnoy i
molochnoy
promyshlonnosti. 2. Chlen-korrespondent AN SSSR Mr 1win).
(OONADOTI(OPIN) (NUCLEIC ACIDS) THYKM GLAND)

BEKE70VA, A.A.; KUZIN. A.M.
Effect of gonadotropin on the state and synthesis
of DNA and
on the intensity of cell division in the thymus of
sexually
i=ature rate. DokI. AN SSSR 155 no. 4:978-980 Ap
164'
(MIRA 17:53
1. Moskovskiy tekhnologicheskiy institut mpenoy i
molochno
promyshlennosti. 2, Chlon-korrespondent AN SSSR
(for KuzinT.

L 37001-66 XWPQ1)/DM(d)/EWT( (h)ZT-2/EWP(w)/EWP(v) IN
ACC NR, Ap66721488 SOURCE CODE: UR/0413/66/m/on/oi4o/ol4o
INVENTOR: Belous, Yu. V.; Bilyk, 0. P.; Beketoya, L. A.;
Levochkin, P. A 0
ORG: none
TITLE: Aircraft doozA. Clue 62, No. 182527
SOURCE: Izobreteniya, prx)nWshlenWye obraztsy, tovarnyye znaki,
no. li, 1966, 14o
TOPIC TAGS: auxiliary aircraft equipment, aircraft door,
(vMPwjU0-v'r 1-Y
ABSTRACT: An Author Certificate has been issued for aircraft
doors, such as under-
carriage doors, consisting of hinge plate joints, door Jack (3),
push rods (5), and
Fig. 1. Aircraft doors
1 - Door; 2 - balance; 3 - door Jack;
4 - rocker arm; 5 - push rods; 6 - support.
UDC: 629.13.o14.

L 37001-66
ACC NRi AP021488
C>
rocker arm (4). In order to decrease suction forces in flight
and to Improve the
aerodynamic performance of the aircraft, the doors are equipped
with aerodynamic
balances (2), also in the form of doors, which are hinged to a
fixed part of the air-
craft and kinematically connected with the doors (1) by push
rods (5) through the
rocker arms (4). In addition the kinematic connection
guarantees the balances'
deflection in the opposite direction from the deflection of the
doOro. EWS I
SUB CODE: 011 SUBM DATE: lojun65/ ATD PMS:,5-4F36_

SEMOVA, V.N.
Application of a permanent autare in paronychia and in
otber suppura-
tive diseases. Sov. nod. 23 no.3:.115-117 Kr 139. (KM
12:4)
I
1. Iz polikliniki No.1 (glavW vrach V.N. Shugayeva)
Moskovskogo
gorodskogo, ot4qla zdravookhraneniya.
(PAJOKYONAt surgerYe
I permanent suture (Rua))

PBZEMNTSIT, K.K., insbener; TCRONIN, N.M., Inzhaner,
naucbnyy redaktor;
MXMMWTOTA Ke. redaktor; DAWOTs V.Se. tokhaicheekly
redaktor
[Sconowles, grganization and planning In the
construction Industry]
31konomika. orgsnizatsila i plantrovaule
strottalletva. Moskva. Goo',
lad-vo lit-ry po stroit. I &rkhltekturs. Pt-3-
[bailding materials
Industries] ProisvodstyearWe predpriiatila* 1953. 150
p. [Microfilm]
(building materials Industry)' (MLEtA 8:2)

. SA-4DDATIN, Ye.T.; STRONIN, S.S... ngmchM7 redaktor,
inshener;BAKM7A,
To H' r. . .'
~W,klredaktor; VMNIX, X.P., takhnlchoskly rodakto: ,
Agne., tekhnichookly rodaktor,
Cftgs.de decoratical Otdolks fasadov sdanil. Moskva,
Goe.isd-vo
lit-ry pa strottellstvu i arkhitekture, 1953. 78 p.
[Kicrofilml
(ftgades) (HLRA 8;9)

IPSRTM, A.L., Inshoiler, nxacbr47 redaktor; AMEITOTA, 7 re-
daktor; MMITAKOTA. X.T.. tekhnlob~evkArm"llk"ll&
[Cranes for mItletory residential and mmiolpa ometructIQ
Mramy dll& smogostazbnogo shillabobnoge I graxbdanskogo strol-
tollstva. [Nauabn. rodaktor A.L.kahtsin] Xoskvs, Gn. Isd-40
lit-r.v po stroltellstvu I arkhitakture, 1933. 142 P. (W2A TiB)
1. Mosaaw. Vsosoyttmi7y mmobno-looledavatellakly imtitut
organis&tell'i u"s"liateli strottolletya.
(Cranes, derrio-kB, *to.)

ANUCHW. Pergey Andreyevichl BORIK, Alsks&Adr Galashlyloh; SHMOTAP
Sins, T"Illyomm; XUM. G.N., doktor takhnichaskikh nauk, professor,
rateensent; OVA, Te.X., rodaktor; ALIXIIIA, X.X., takhnichookly
redaktor
[Design &zA servicing of twisting machines used in cuprone sanutao-
tureJ Ustrolstyo I obalushivAnie kmtllOuykh mahla kapronovago
prolmdetya, Xoskra, Goo, nauohno-tekhn, Isd-yo Ministeretya
prosyshlenrqkh toyarov shlrokogo potrebloulls, SSSR, 1954v 99 pe
(SPInning saabinery) (NM 7110)
(*ion)

LIMM likolay Nikalayerich; PIKOV8lIT# GeL. retsenzent;
IMKITOVA, Te.K. e
redskUrl NOMAWYAp 0.1., tekbnIcheakiy redaktor.
(Aroduetlen of tvisted goods; basic tbeories of twist] ImUllios
pr*lxvodotvo; oenov7 teoril ovivki. Moskva, Gosemauchm-tekbue
ltd-ve Mialsteretva, proWuhlenuykh toyaroy shirakogo
potrablenlia
$SM. 1.954. 94 p~ (XLRk 80)
(Rve) (Spinning)

TASILITIT, Origorly Vaell'yovichl BEMOVA, Ys,N.0 radaktor; NIMMOVA,
0.1., takhMaheskly radaktur------M~
[Water gwply and sewago disposal for enterprises of light Industry]
Todoenabshoule I kamallsatells, prodprilatIl laCkol prorqmblennosti..
lid. 2.. parer. I dop. Moskya. Oos. mauohno-tokhn. Izd-T'O Minister-
sty& prox7shlewWkh toyarov shirckago potrablenlia, SSSR, 1954. 234 p.
(Vater sVp ly engineering) (XLRA 7:10)
(Beverage)
Nc'to* and trade waste)

AMASHVp Anatolly Orlgortyevlchl PARILOTI S.Asq rateensent; ENKITOVA.
Te.M., redaktor; ILIKINA, I.M-l takhnicheskly r&daktorffiQ*A*'jjS4
[Design and servicing spinning machines of the cotton industry]
Ustrolstvo i obelushivanle priadtltnykh mashin khlopehatobumzhuoi
promyshlennosti. Izd. 2-e, dop. I perer. Moskva, Go*. na-achno-
tekbu. tzd-vo Mintsteretva, promyshlennykh towarov shirokogo potre-
blentla SSSR, 1954. 167 p. (MM 7.4n)
(Spinning machinery)

1. SE99MVSKIY. D. N. -. OBUKHOTP A. N.
2. USSR (600)
4. Botany - Dictionaries
74 "Encyclopedic dictionary of medicinal, essential-oil and poisonous
plants*"
G. S. Ogolevots. Reviewed by D, N, Beketovskiy, A. N. Obukhov. Bot.
zhur. 37 no.
3', 1952
9. Monthly List of Russian Accessions, Library of Congress, January
-.1953. Unclassified.

XUMVSKIT. DeN. (Kra4mods )g OBOWT. A.I. (Krasnodar)
Ifts shemixg the distritutlem of the magn Important medicinal
plants of the U.S.S.R.' AoS.G&mermm, IJU.Shass. Reviewed IW
D.N.Boketsysidl, Ael.Otukhov. Bet.sbar.40 ne.3s"3-735 5-0
135.
(KLVA 9s 4)
(Notmay, Ylodlma) (Gammiorman. A.Ifo) (Sbass. Isekill
Mllovlab)'

Couatry y
CATZGORY
Jaip'. RzBiol . 195~ Fo.
AUTHOR D. N.
INST,
If !E'
TIME 4 1
ORIG. M. L;adcvotstvc,
No
A33T?.Ar.T ::If
CARD:

BEMITOVSKIY- D.N. (Krasnodar); OBUKHOV, A.S.
(Krasnodar).
'Vitamin plants" by N.I. Roshkov, NX-SmIrnov.
Reviewed by
D.I. Beketovskii and A.N. Obukhov. Bot.zhur. 42
no.6:944-945
Je 157. (MM 10:7)
(Vitamins) (Botany, Iconomic) (Roshkov, X.I.)
(Suirnov, N.I.)

.BRMOVSKIT, D.H. (g.Krasnodar); OBUEHOV, A.D.
Q.Krasnodar)
"Vegetable raw materials of the U.S.S.R. Vol.l:
Technical plants.
Vol,2: Plants utilized In their natural state.n Reviewed
by D.Ne
Beketovskiiq A.N. Obukhav,, A*N, Bote shur, 43
no,,6:897-900 JS '58-
(MIRk 11:7)
(Botany$ loonomio)

B)"'Leovaly, D.lt,, prof.; OBUXHOVv A-N*l prof.
(Krasnodar)
"Ifedicinal plitnts of tha U,,S-B-R-* by
S.R.Zamlinekli. Ravlowed
by DeNeBekotovskil, A,No(Ybixkhov. Apt.delo 8
no.4:91-93
jl--Ag 159. (K= 12:10)
(BOWIT, MICAL) (MMUNSKII. S.M.)

BXLMVSKIY, D.N.
Xorphological correlations in plants. Biul. Glav. bot.
sada
no-34:57-66 159 (XIA 13:3)
1, Xubouskly sel'okokhoz7aystvann" institut, g.
Xraanodar.
(Botany--Xorphology)

BZWOVSXIT. D.N.; OBUEWV, A.N. (Xreenodar)
Bibliograpby,of literature on nedicinal Plante;
index of
Russian 11teratdre by L,A.Utkin, A.Y.Gamsersan,
T.A.Novskii.
Reviewed by D.N.Beketovskii, k.N.Obukhove Bot.shure
44
no.9:1354-135? S 159. (MIRA 13s2)
(Bibltogmphy--Bota3W, Medical)

D,kr.; O-RUKHOV, A.N.
'IS' planta" by H.P, Brlnl,, Rovlewee, by Dell.
Bakotovakil, A.N.
Bot.zhur, IJA My 159. (mi-LI lp-:Il)
1. Xubansldv eel Is,cokhozyavstvonnyy inatitut, Krasnodar.
(Spio-is) (Brie,.C, N.P.)

aw.Toyarr, s.N. (Baketovalkyi.. s.N.]
Chromatographic studies of ame amino acids, Nauko
pratsi
UASHN 17 no.12:156-158 160* (mm 16-.7)
(Paper cbromatography) (Amino acids)

z
Tjp
Gn/ Z4
NA: A150111636 0000 (>4 t; r)-,D -,Orcl r-6 3 1..!3
A L7 HUR:
6 t&,nXQ. ji. K Bv~"h A Vartav"Ch vkov, F. N.; Pr!stL,:.a,
L. Ya Mikhaylov, G A
T 1-1 LE: Ferrite mi-morie~'of rhe (-TMShN -"cnines
M. 62;-ItffS-n-Ltnyye elementy
-7
~Til-~melthantu, ftmeftatel'noy 1 C sIftel noy tekhniki (Xagnetic ele-
ments of aut,>matic control, remote control, measurc~nent and computer
ergineering);
trudy 9ovesbchaniy-,&, Kiev, Naukova dumk-a, 1964, 631-635
TOFIC TAGS: ferTite memory, address shaper, key eler-ent, record ".o
&hapaer, address
network
ABSTRACT: This purely descriptive article presents circuit diagrams,
blc~ck udia-
grams, technological characteristics, end constr-,ji: t im) decal IF -f
III.-
I t 'and on r r
~!T g. a:c. has 9 f ;z t-;

ACCESSION WR: AT5011636
AMCIATION, None
SUBMMYD: 29Sep64
No P:.:y 60V: OW
I
Lcor-d__2.12. ___ ____ _ _

- --------------
!7
A 7 -rFV 0000
save-Anchanive Do maznitn'm. clcxnentam avto:,2tiki, telemeknani-
[,!1 '7, 1
cr siuiu~-,
TOP--C -,AGS; f3s: memory, semiconductor controlked mei~i. r.
L I v i ar-- ,decoding ttsae
11, B IST KAI C71 :I'le operstion of Memories is usuAlly
characrertzed by the reversal time,
t . ng ,,f t~-- cov~nn,ients: the time A' r"rptiol,~ arj of lttze
addrese,
'Lr~!Ieval tUre, and th.-~ regeceratioD Fir-st and mc,niti ~ncd
coTL.
,.-cmrn-, taken together, are teris of ttmes longer than the time
needed for thr--
sviich;ns of ferrites. Consequently, furtber incree5cs in the 6pe~d
of ferrite
rnemorie-; may be achieved by a better equalization of the
magnitudes oi the three
I Card V2
77"7777~,

uni
ASSC-CIATIGN: None
SUM=ED: Mep64' zyfcL: 00 SUB COM DF, EC
NO FEF SCV., DO I
card",- 0~0-"

EWT(d~/TWP(1) IJF(c) rrG/DMt:jD
.T6017031 SOURCE CODE: UR/0000/65/000/006-fO-O59
AUTHOR: Babenko, N. K.; Bekh, A. D.
ORG: none
-3f
16c/
TITLE: Increased access time to ferrite memories through
improvement of
discharge circuits
SOURCE: AN UkrSSR. Kiberneticheskaya tekhnika (Cybernetic
techniques). Kiev,
Naukova dumka, 196S, S9-70
TOPIC TAGS: ferrite core memory. memory core, memory access
technique
ABSTRACT: The article deals with the overall problem of
increased memory
element response speed, with particular attention to maximum
operating cycles
for the address and discharge circLzitry. Increased response
speeds for direct-
sample ferrite storage devices are to be sought primarily
through improvements
in the discharge circuitry. The effects of discharge -induced
noise amplitude on
the useful signal-to-noise ratio are discussed in detail
together with storage ele-
ment sensitivity and response speed. The discharge noise may be
reduced by
separating the signal coil into two sections and coupling them
in phase opposition
for purposes of discharge noise compensation. This principle is
examined at length
Read-out amplifiur circuit diagrams are considered which
provide for a reduced
Card

L 38186-66
ACC NRs AT6017031
affect of discharge noise on cycle duration. Thc most promising
are 4-.'rcuits of
the differential amplifier type, in -,-hich case the maximum
cycle of the storage
unit is determined only by the cycl,-. of the memory core. The
circuit diagram of
such a reading amplifier having 31. operating cycle smaller
than that of the signal
coil is analyzed In detail, The response speed of ferrite
memories of large capacity,
is shown to be limited by the operating cycle of the read-out
amplifier. The use of 1
,time-selection circuits at the amplifier input makes it
possible to design a memory
with a cycle equal to the maximum cycle of the ferrite core. By
dividing the signal
winding into parts a reduction in the operating cycle of the
ferrite core can be
achieved. Orig. art. has: 7 figures.
SUB CODE: 09/ SUBM DATE: 28JuI65/ ORIG REY: 004/ OTH REF; 000

BV,H, G.
Economists working on a volunteer basis. Fin. SSSR 23 no,7s
76-77 -T1 162. (MIRA 15t7)
1. Zamestitell naohallnika otdola gosudarstvennykh dokhodov
Sverdlovskogo oblastno finansovogo otdela.
Isoverdlovsk Province-Finanea)

BEKHO
Observe a strict 'economy regime in administrati" expenditurest Bring
violations in the staff discipline to an and. Fins SSSR 38 no.1:71-72
A 164. (MMA 17:2)
1. Nao Inik shtatnogo otdola Sverdlovskogo oblastnogo finansovogo
otdola.

BUR, N.D.
Isolated subcutaneous rupture of the pancreas,
Xhirurglia
no.3&131-132 163. (HIU 1615)
1. 1z khiruvgicheskqo otdeleniya (zav. V.D.Bakh)
Dzhezkazpmskoy
rudnicbmoy bollnitay (glavrq7 vracb V.P.Bilich).
(PANCRM-RUPTUR19)

r-~"!. krov`
At, "WHA 16 6%
(zvr. 'LD.Relh)
f3l
A'. t-~y klip
RT

BEEKH,_LD. (Ivano-Frankovsk, ul. Darvina, d.6, kv.2)
Teabnique of intramedullary ostoosynthesiB. Ortop.,
travm. i
protez. 26 no.2164 F 165. (MIRA 1895)
1. Iz travmatologicheskogo otdeleniya.(zav. -
N.D.Bekh) Dzhez-
kazganskoy rudnichnoy bollnitsy Karagandinskoy oblasti.

BEKH, N.D.
Una of preserved bons tinvue of human fetuses. Vast. khir.
no.10:
126-128 164, (KRA 19:1)
1. 1z khirurgichaskogo otdaleniya (zav. - N.D. Bekh)
Dzhezkazganskoy
rudnichnoy bollnitay (glavnyy vrach - V.P. Bilich).

BFXII,I,',D._,-(ivano-.vrarikovsk, ul. Darvina,
d.6., kv.2)
Attachment to the plaster cast in fractures of the
humerus.
Ortop.0 travm. i protez. 27 no. lt82-83 A 166
(141RA 19tl)
1. Iz Khirurgicheskogo otdeleniya ( zav. - N.D.
Bekh) Dzhaaaz-
ganskoy rudnichnoy bollnitsy KaragRndinskoy oblasti.
Submitted
March 8, 1965.

BUHALOT, V. It.
WorkWC out principles of the- overall mechanization and autem-
tion for oasting pipe fittinas. Sbor. trud. NIIST'no.10171-.98
162v (XM 15:10)
(pipe fittines) (Founding) (Automatic control)

BMMMV V. I.; PINDTUM.. Yu. VO; VAYSKAN,, 0. 1.
Generalising about the experi6hae of foundries with casting
parts of heating boilers'. Sbor. trud, NIIST no.10:99-1~5 162.
(min 1~1 10)
(roanding) (Boilers)

SKULISKIY, Yu.V.; -T7SHW, V.I.; REPINO N.N.;-.~EKHAlPYv-V.N.;
KUZNETSOVA,, Z.1.
Nachine for the veldbig of cast iron pipe joints and fittings
for sanitary engineering systems. Avtom. aver. 16 P-o.11:72-
77 N 163i. (MM 17:1)
1. Insti"t alaktroevarki igni Ye.0, Patana AN UkrSSR (for
Skullskiyl,.Tishura). 2, NiMbhno-iseledovatellskiy institut
sanitarnoy tekhniki (for Repin, Bakhalov, Kuznetsova).

UEUWV, V.S.. kandidat tekhmichaskikh ",stsir.
Deformation of radiator core@ and ways to avoid It.
Lit.prolsy.
no.1;8-10 J& 156. - (K6RA 9:5)
(Corewskinc)

128-58-5-2/16
AUTHORs Bekhalov, V.N.,Candidate of Technical Sciences
TITLEs Casting Radiators by the Surfaeo-Crystallization Method
(Otliv-
ka radiatorov metodom poverkhnostuoy kristallizatsii)
PERIODICALt Liteynoye Proizvodstvol 1958P Nr 5, pp 2-4 (USSR)
ANTRIM A new casting methodp developed by NIISTj is described. A
ra-
diator mold (,without core) is attached on top of a drum contain-
ing molten cast iron. The assembly is then turned 1800 and the
mold filled. Finally - after a definite timeneeded for the
crystallization of iron on the mold walls - the unit is returned
to the initial position with the mold on top. The remaihing
molten iron flows back into the drum. This method is suitable
for the production of other hollow castings. An experimental
installation for this casting method was fitted out in 1955 at
the Stolbovskiy,chugunolitaynyy 2avod (Stolbovskiy Iron Foundry
Plant). The article gives the technology of the method, the
design of runner systemst a formula, and a graph for calculating
the parameters of the castings. Tests of 1,000 experimental
radiator-section castings demonstrated a much better density
Card l/ of metal and.a. oonsidarably higher heat-transmission
coeffi-

Casting Radiators by the Surface-Crystallization Method
128-58-5-2/16
cient, than is obtained by the usual casting method. The qua-
lity of the new radiators is equal to the USA "Arco" and German
"Xlassik" and "Baloll radiators, cast with the use of cores and
oil binders. The great economic advantages of the surface-
crystallization method are pointed out. It is said that
40,000,000 radiator-section castings are now annually produced
at specialized foundries of radiator plants, and that this number
will be increased to 100 million annually by 1960.
AVAILABLEs Library of Congress
Card 2/2

z BEOALOV, V.N.
_-~- - -1-
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