SCIENTIFIC ABSTRACT BELAN, N. I. - BELANOVSKIY, A. S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000204220008-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

229-20-11/12
On increasing the temperature at the end of the deformation
process as a medium for reducing the force of stamping of
large-size blanks. (Cont.)
free forging is substituted by ho~-stampingt it is advisable
to do the final stamping at an inereased-temperature if the
available presses are not powerful enough. Effects of the over-
heating of the material can be fully eliminated by appropriate
heat treatment. Yherefore, stamping of large-pize blanks can
be terminated at hi&hor temperatures than those specified in
the Soviet technological instructioxr;~. Thus, increase of the
final stamping temperature, combined with other measures,
permits reducing.appreciebly the necessary forging forces and
producing by less ponerful equipment a considerable number of
large-size forgings.
There are 4 figures and 3 tables.
ASSOCIATION: TsNIITUA.Sh and Nevsk Works imeni Lenin.
AVAILABIS: lAbrary of Congress
Card 3/3

81526
/,P. 0 SOV/137-59-5-.109.13
Translation from: Referativnyy zhurnal, Metallurgiya, 1959, Nr 5,
p 210-211
(USSR)
AUTHORS.- Snitko, M.N., Bolan, N.I., Navikov, V.V.
TITLE.: Steel for Cast Parts of Steam Turbines
'PERIODICAL: Tr. Nevsk. mashinostr., z-da, 1958, Nr 4, Pp 59 - 7
ABSTRACT. The authors oarried out Investigations of 2OKhMLIC1 with
resplTot to the macro- and microstructure..%I~'e~anicai proper-
tieA( (y , ICY30 6- . ir' i) at-26r - 6500C (after heat
treatmenty, the coefficient 0 linear expansion at 1000 -
6000C, ak at +20 to -1000C after tempering with slow and rapid
cooling, after holding at 4500 - 5500C for-100 - 5,000 hours
and after creep tests;, (Yam and Cr a at 47oo, 5100 and 5500C
were also investigated. The 2OKhML steel was cast Into cross-
shaped specimens up to 750 mm, with wall thickness of 30 - 70 m.
Heat treatment of the specimens consisted in nomalization from
8900 - 910OC; temper1rg at WO - 66oOc, cooling to 3000C in
Card 1/2 a furnace and then in air, It was established that cast
2OKhML

81526
Steel for Cast Parts of Steam Turbines SOV/137-59-5-10913
steel after normalization and tempering 1) had high 6 6,- I
and nj,
b$
which were maintained at a sufficiently high level up to
55008; 2) was not
prone to graphitization in holding up to 6,000 hra at 4500 -
5500C; 3) was
net prone to heat brittleness at 4500 - 5500C in stressed or
non-stressed state;
4) reduced considerably ak at -1000C; 5) had only slight
proneness to temper
brittleness at 4000 and 60000; 6) had, at temperatures of
4700, 5100 and 5500C,
values of Or - 16.2, 6.6, 2.9 kj/mm2 (1.10-5%/hr) and 16e.,
26.0, 14.2, 6.0 kg/
mm2 (100,000shmrs), respectively.
T.F.
Card Z/2

81527
sov/137-59-5-10941
/Y
Translation from: Referativnyy zhurnal, Metallurgiya, 1959, Nr 5, p 215
(USSR)
AUTHORS: Belan, N.I., Novikov, V.V., Kanfor, V.M.
TITLE: Forged 2OXhM Heat-Resistant Steel
PERIODICAL: Tr. Nevsk. machinostroit. z-da, 1958, Nr 4, pp 119 132
ABSTRACT: The authors investigated mechanical properties%,,((5 Y , a
0 b k)
at 20 C and 3200 - 5700C and after holding at -such temperatures
UP to 3,000 hrs; Usm and O~ext at 4200 - 5200C of radial and
tangential forged specimens of 1.5 and 3 ton 2OKhM steel ingots
containing (in %)a C 0.21, Cr 0.89, Mo 0.41, smelted in a basi
electric arc furnace. It was established that forgings of up o
r
145 mm cross-seotion had practically the same mechanical prope
ties in all the zones. Mechanical properties and the micro-
structure of forgings do not change after holding up to 3030 hrs
Card 1/2 at 4200 - 5200C in unloaded and loaded state. At 4200, 4700 and

Forged'2OKhM Heat-Resistant Steel
5200C (respectively) (F (1 10-5% hr)
a ext (100,000 hrs) iss18; iZ - 30; 12
graphical titles.
81527
SOV/137-59-5-10941
is 29.0; 13.5 - 15.0; MI - 6.2;
- 14 kg/=n2. There are 5 biblio-
T.F.
Card 2/2

38707
S/598/62/000/007/039/040
D217/D3OT
/CP op
AUTHORS: Belan N I. Idellchik, B. M., Borisova, M. S. and
-1cu, ~rlo A.
ITLE: Investigating titanium alloy AT6 (AT6) for its suita-
U
bility as material for working wheels of supercharges
operating in aggressivemedia
SOURCE: Akademiya nauk SSSR. Institut metallurgii. Titan i yego
splavy. no. 7, Moscow, 1962. Metallokhimiya i novyye
splavy, 288-293
TEXT: Forgings of the alloy AT6, containing 5.8 wt-% Al and 1.1%
Cr + Fe + Si + B, were studied. The mechanical properties of the
as-received material were tested on probes from the surface and
from the central portion of the forging. In order to choose the
optimum heat treatment of manufactured components and to elucidate
the influence of annealing on the*change in mechanical propefties
of the alloy, two heat treatment procedures were tried out. One
of them, recommended by the Institute of Metallurgy AS USSR, con-
Card 1/ 3

S/59 62/000/007/039/040
Investigating titanium alloy ... D217%307
sists in heating to 850 OC, soaking at that temperature for 1
hour
and cooling in air. The other consisted in heating to 8400C,
soak-
ing at that temperature for I hour and furnace-cooling to 6000C,
followed by cooling in air. The alloy was also tested for its
cor-
ros4on resistance. It was found that the alloy in the forged con-
dition possesses a high proof stress, both at the surface and in
the center of the forgings, high toughness and a satisfactory
pla-
sticity. Heat treatment of the alloy at 8400C with subsequent air
cooling increases the impact resistance somewhat, without
affecting
the original strength and plasticity. Furnace-cooling from 8400C
to 6000C leads to a slight reductioft in percentage elongation.
The
alloy did not exhibit any tendency -o stress corrosion cracking
during testing with application of ~ tensile stress of 70
kg/min-2
for 750 hours at room temperature in water saturated with H2S.
Al-
so, the general corrosion resistance of the alloy in water
satura-
ted with H2S was found to be high. On bringing the alloy in con-
tact with the steel -)PiM97 (lXhlBN9T) with an area ratio of 1
:1,
t~e corrosion resistance of the steel in H S-saturated water de-
2
Card 2/3

S/598/62/QOG/007/039/040
Investigating titanium alloy ... D217/D307-
somewhat, but still remained at a high level. Under condi-
.tions of short-term testing (700 hours) in hydroge'rr at 1000C
and a
pressure of 60 atm, no tendency to hydrogen embritilement was ob-
served. There are 4 figures and 3 tables.
VY
Card 3/3

ACCESSION NR: AT400705.6. B/2598/63/000/010/0322/0331
AUTHOR: Bolan, N. L; Borisova, M. S.; Idellchik, B. M.; Chikurova, A.
A.
TITIX: Titamium, alloys AT-3, AT-4, AT-6 and VT-3-1 as materials for
compressor
discs operating In various aggressive media
SOURCE: AN SSSR. Institut metallurgil. Titan I yego splavy*, no. 10,
1963.
Issledovaniya titanovy*kh splavov, 322-331
TOPIC TAGS: titanium alloy, titanium alloy property, elevated
temperature propervj,
subzero-twnperature property, AT-3 titanium alloy, AT-4 titanium
alloy, AT-6 titanium.
alloy, VT-3-1 titanium alloy, titardum alloy corrosion, titanium
alloy stress corrosion,'
titanium aluminum chromium alloy, silicon containing alloy, iron
containing alloy, boron
containing alloy, titanium alloy corrosiun resistance
ABSTRACT: The possibility of using titanium-base alloys for
compressor runner discs
operating In air and aggressive media has been investigated. As shown
in Table I of the
Enclosure test specimens of alloys AT-3, AT-4, AT-6, and BT-3-1 have
been used, and
their mechanical properties, thermal stability, compatibility with
aggressive
;Ord I.A

ACCESSION NR: AT4007056
media, and galvanic action with steels have been investigated under
various conditions.
It has been found that: (1) Optimum annealing has practically no
influence on the original
mechanical properties of alloys AT-3, AT-4, and AT-G. (2)
Short-time tensile strength
of alloys AT-3, AT-4, AT-6, and DT-3-1 decreases with the Increase
of temperature up
to 400 C and ductility Increases. (3) Impact resistance decreases
considerably et low I
temperatures, particularly at -80 C for AT-4 at -40 C for AT-6, and
below -80 C for
BT-3-1; however, even at the lowest test temperature of -180 C, the
lowest impact resis-
tance is 2-3kK_,m.. (4) Heating of alloys AT-3, AT-4, AT-6, and
BT-3-1 for 3700 hours ai
CM
200 C has n8m influence on mechanical properties. Heating of alloys
AT-4, AT-6, and
BT-3-1 for 9500 hours at 400 C considerably reduces plasticity and
impact strength, but,
increases hardness and tensile strength. (6) At room temperature
alloys AT-3, AT-4,
anct BT-3-1 have high corrosion resistance to a saturated aqueous
solution'of hydrogen
sulfide, to 6% hydrochloric acid solution, and to an 'industrial"
atmosphere containing
0. 1% SO~ and 0. 6% C02 at 100% relative humidity. Coupling of the
alloys with steels of
the type 1X 18H9T and X 17H2 In saturated aqueous solution of
hydrogen sulfide and with
re'*
steels 40X and IX 18HOT In an 'industrial" atmosphere barely
reduces the corrosio
sistance of the steels. (6) At room temperature the corrosion
resistance of alloys jkT-3v

ACCESSION NR. AT4007056
AT-4, and BT-3-1 to 10% hydrochloric acid solution is satisfactory.
(7) At room tempera-
ture alloys AT-3, AT-4, and BT-3-1 have not shown a tendency to
corrosion cracking under
simultaneous action of tensile stress (80% of yield) and an
aggressive medium: (a) during
600 hours in saturated aqueous solution of bydrogen sulfide; (b)
during 1200 hours In 5%
hydrochloric acid solution. (8) At room temperature alloyi; AT-4 and
BT-3-1 have not
~zhown a tendence to corrosion cracking during 1200 hours: in 30%
nitric acid solution under
simultaneous action of tensile stress J00% of yield). - (9) At room
temperature alloys AT-3.,
AT-4, and BT-3-1 have indicated a tendency to corrosion cracking in
10% hydrochloric acid
solution under simultaneous action of tensile stress (80% of yield).
(10) Alloys AT-3, AT-4,
and BT-3-1 have shown a tendency to absorb atomic hydrogen
at7c6nditions'of electrolysis~ a
45C; simultaneous action of tensile atress (60% of yield) duringthe
process of hydrogen
absorption leads to thd brittle fracture of specimens after a
relatively sh6it'time (20-50
hours). Orig art. hasl -.10 tables.
ASSOCIATION: Institut Metallurgii AN SSSR (Metallurgical Institute
AN sSsR)
SUBMITTED: 00 DATE ACQ; 27Dec63 ENCL: 01
SUB CODE: M4 NO REP SOV.. coo OTHER, 000
Card 3/4..

ACCESSION NIL AT4007056 ENCLOSURE: 01
Table 1 - Chemical composition, dimensions and number of tested
forging billets of titanium
alloys AT-3, AT4, AT-6, and BT-3-1.

Composition, %

Dimensions,
Inm

Number of
AHOY

Al. Cr Mo S1 Fe. B Cr, S, Fe

dia. height

tested billets
AT-3
2.8
0.30
-
0. 23
0. 51
0? 01
1.0
430
110
1
AT-4
4.6S
0.80
-
0.34
0.26
0.01
1.4
430
96
2
AT4
5.62
0.71
-
0.64
0.29
0.01
1.6
430
96
1
BT-8-1
42

0.06
0.16
-

480
120
2

NW
ACC NRt AP6031402 SOURCE CODE:
-?
AUTHOR: Idel'chik, B. M. (Engineer); Belan, N.A. (Engineer)
ORG: none
TITLEz Behavior of titanium alloys applied tv the working
conditions of compressors
SOURCE. Energomashinostroye ye, no. 0, 1966, 37-40
TOPIC TAGS: aluminum containing alloy, chromium containing
alloy, corrosion re;istant
alloy, centrifugal compressor, titanium alloy, tensile
strongthq elongation/ AT-3
titanium alloyl AT-4 titanium alloy, AT-6 titanium alloy,
BT3-1 titanium alloy
ABSTRACT: In a search for compressors materials capable of
working in aggressive
gas atmospheres, AT-3 (2.8% Al, 0.3% Cr, 0.23% Si. 0.51% Fe,
0.01% B), AT-4
(4.69% Al, 0.80%'Ur-,0.34% Si, 0.26% Fe, 0.01% B), AT-6 (5-52%
Al, 0.71% Cr,
o.64% si. 0.29% Fe, 0.01% B) and BT3-1 (5.41% Ai, 1.9% r,
2.34% Mo, 0.06% Si,
oa6% Fe) titanium alloys vere in-v-es-tTgated. After annealing
(AT-3 at 800C,
AT-4 at 850C, AT-6 at.900C, and BT3-1 at 870C vith 7 hr
holding and air cooling)
these alloys had a room-temperature tensile strength ( k) of
69.5, 86.7, 92.4, and
94.8 kg/mm2, an elongation (6) of 17.5, 15.6, 9.z, and 12.4%
and a notch toughness
(ak) of 8.9, 5.5, 5.5, and 8.4 kgm/cm2, respe~ctively. At
400C, the tensile strength
decreased to 46.2, 56.3, 71.8, and 61.0, respectively, but the
elongation did not
change. At -180C the notch toughness for .-AT-h, AT-6 and
BT3-1 alloys vas 2.0, 2.2,
and 3.3-kgm/cm2, respectively. After holding at 200C for 3700
hr the AT-3, AT-4,
Card 1/2 uDc: 669.295.:621-51.001.5

L 02422-67
ACC NRs Ap6o3lhO2
AT-6, and BT3-1 alloys had a 6 of 68 8 88.6. 100.4, and 96.5
kg/MM2; after
holding at. 400C for 9500-10000 tr, the' ~b was 71.4, 93.8,
107.5, and .
107.5 kg/M2, respectively. The ductilily dLnd notch toughness
noticeably decreased.~
For instance, the elongation ~"t hOO 95
after holdin a RO-10000 hr'for these alloys
was 10.5, 5.5, 4.2, and 4.2% and the notch toH~nesslvas 5.4, 2.7,
1 *9' nd
1.9 kgm/cm2., respectively. AT-h and IBM--i are very corrosion
resistaniKin
nitrose gas (8.10% NO-NO2, 6.00% 02, rest N. at 65-75C). AT-4,
AT-6, BT3-1 were
olso very-corrosion resistant in hydrocarbon gas with aggressive
components, and in
45% HN03 at 75C all the tested alloys are_,qorrosion resistant.
Howeverg the alloys
showed low corrosion resistance in sulfur-Ldioxide (7-45% S02*
11.5% 02, rest N2)
and 85% H2SO, at 65*. On the kasi-s-oT-these tests, AT-h 11loy
was selected and used
for manufacturing sLK-100-61-0type centrifugal
compressorfintended for air compres-
sion to 7 atm. It is the first time in the USSR that titanium
alloy has been used
for building centrifugal compressors working in aggressive
atmospheres. Orig. art.
has: 6 tables. [WWI
SUB CODE: ll/ SUBM DATE: none/ ORIG REF: oo4/
hs

DUANY N. R.
Swine
k
Work achievements of swinohexd A.G. Grinchenko. Sots.
zhiv. 15, 110. 3, 1953.
Honthl.y List of Russian Accessions, Library of Congress
June 1053. UIZCL.

L EPVEWT(1)/EP(f)/T-2 WW
'!ACCESSIOR'NRt APS020638 UR/Oi47/65/000/003/0071/0075
1AUTHORi Belan, V.1 Y!rshovA__Y._N
i.,TITLEt Plotting the left branch of ''a pressure-head curve of an'
kial
compressor rotor
,~S:OURCE: IVUZ.. Aviatsionnaya'tekhnika, no. 3, 1965, 71-75_~
TOPIC TAGS: axial comprosear,'compressor stage, i~ompjessor destgq,.
icompressor,rotor, compressor stall
-of a
jABSTRACTI The, Instability of..an axial compressor in the f orm
Irotating stall is determined by the stage characteristics, particular-
Ily the dependence of the pressure head on the flow rate. The rotating
stalA usually occurs.at a flow rate below that which corresponds to
the maximal pressure headp i*eop under the conditions described by
[
the left-branch of the compressor characteristic curve, which is of
interest in calculating vari3ble operating conditions of multi-stage
~compressors. The authors-present a-,method for obtaining the left
'branch of the curve for a compressor rotor with-a relatively large
Caid__l 12.-

ins h* ; KHDDARTV, D.T., Insh.
Results of one year of vork of track sections. Pat' i put.
khos. no.8:
16-17 Ag '59. (MIRA 13:3)
1.11achallnik otdola putip zdaniy I soorushouiy
Itaganskogo otdoloniya
Donstskoy dorogi, (for Bolan). 2.3kchallvik otdola puti,
zdaniV I
soorushoniy Xrasnolimanokogo otdoloniya Donstskoy dorogi
(for Khodarov).
(Railroads-Aanagement)

BEIAN, P. Ya., Cand Agr Soi -- (dies) "Results and methods
of development of Ukrainian saddle-draf t type of horses
(in
du~ No 173). 11 Kiev,, 1957. 15 PP (Min of Higher
Education
Ukr SSRv Ukrainian Order of Labob Red Banner Acad xI Agr
Sail
100 copies (KL, 52-57s 109)
- 83 -

1, XUAN q R.
2. ussR (6oo)
4. 7orging
7, Forge metallurgists struggle to save materials, fuel and
electric power.
Z& okon. *at. no, 4, 1952.
9. Monthly List of Russian Accessions,, Library of Congress,
rAbrua= -1953. Unclassified.

B%Mfrll, 1. -, BOYIp V. - BONSOV, A. -. MMI. V. -
AASIIMM, S.; VINOGRU)OV, V.; VlAfiihnY. A.; V0DW. 0.;
DV~ilN,
S.; NUPARIM, To.; DIMM, V.; DOUZDNOT. N.; ZHURUM, S.;
UINAROT. A.; ITANOV. I.; KIRWOT. X.; XOLTADA. G.;
XOROBOT, P.;
LMOV, A.; LWaCH, L. -. LYUBINOT. Aq KNIUMN. S.:
NMSYNOV. A.-.
PJRTSZT, M.; MRUM, Y.; PITMITT. A.; POPOV* I.; RAY23M.
D.;
RMEMOV, A.; SAPOZHNIKOV, L.; SEW, P.; SOIOLOT. P.;
MOSTAN, I.;
TMONOV, I.; TISHCHEM, S.; 71LIPPOT. B. -. FOMWKO, N.;
SHMOV.
A.; -SMIPJMIIW. A.
7odor AlokoundrovIch Morkulov.. Koko I khtm.no.7:62
'56. (KM 9:12)
(ftrkulov, Fedor AlekBandrovich, 1900-1956)

BARDIN,I.P.;BORISOV,A.F.- Hnff R-V,; y=OLAYZV.G.J.;
VAYSBXW,L.B.;
ZHERF&BIN,B.N.; BORCO' DCHNITSIrZY.1-y-; CffUSOV,Y-P-
DU
SCROKO.L.R.; KLIKASMO.L.S.; PAVIDVSKIY,S.I.;
ZILIBMHTNYN,M.B.;
LYUMMOT.I.S.; NIMMINSKIY.I.D.; BWIIISKrY,I.A.;
SALOV,Ya.N.;
TROSHIN.N.Y.; PSTRINIM,V.I.; ARGUNOV,M.I.; DULIM.F.S.;
BIDULTA,L.N.
GAYRANOV.S.A.; FROLOV,N.P.; VINICEMUO,V.S.; KOGAN,Te.A.
G.N.Kazarnovskii; obituary. Stall 15 no-8:757 Ag'55-
(MLRA 8:11)
(Kazarnovskii, GrIgorii Ifimovich, 1887-1955)

i
BRIA , Roman Vasillyevich ; DENIMKO.. Ivan Markovicb;
SRIMOV, Ye.1-j,
- rm. 3 ,
W1,25 MtOV*r*ftS., tekbn. red*
[Prospects for the expansion of ferroun metallurgy in the
U.S.S.R.]
Parapektivy razvitiia ,cbernod. meiallurgii SSSR. Moskva.,
Ekonomizdat,,
1962. 189 po (HIM 15t6)
(iron inftstry) (Steel iYAustry)

.BKL&.-R I PRAVKIN,- G.A.j, red.; TELAGIN,, A.S..,
tekhn.
:- , red.
[Third rAtanurgical supply centerlTretlia
metanurgicheakaia.
Moskva,. Sovetskaia Rosaiia, 1959. 46 p. (MnA 15:11)
(Siberis,--Iron and steel plants)

VCROBIY]ff, Lee, BIMA p So; X&ILMN, So
Ka Alphstan ple" &billion poods of gmin, Nfto-elov. prm 24
no;4tz-3 Ap 158. (KM& UW.
1, Xinisterstvo khIebqproduktoT,,X&-mAeImy SSR (for
Torobly").
2, Direktor Shortmd'as o olmtora, Luakhetan (for Bolan).
3. Uprawleniye kbUboproduktor Taragaudinskor oblasti (for
Iazwhuk).
(Knakhetan-Orain trade)

BIUS 0 se
VWr,P*VMR%W
At,the ShortandX grain roosiving,point. Muk,-elor. prom. 23
no.4:
16-17 Ap 157. (NIItA 10:3)
1, Direktor Shortandinskogg khlebopriyannogo punkta.
(Shortandy--Grain handling)

IRMOMMSKLI', A.I.; NrKOIA7V, U.A.; UMANSKrY,, M.A.;
BUAV -S
d#IiM, A.B.; MAIMC=p A&Ya*f rimut D~?'.
,6t of andaxit on hwdtW people. vmohddo aomuq-15o
ail
I I . (MIRL l6s2)
1. Kafedra torahlInoy khLmnii i anestesiologii (sav.
- prof,
N.M. Amosor) Kiyevskogo ingtituta usaverohewtvavaniya
vrachey.
(KMWBUUTS)

SHVJMOVA SHM04U. N.D.; RUNq _S~q MF.LINIKMO X.He
-.11-1 - -
Harbioldes and plant.regulators. Part 39:
Synthesis of some
nev derivatives of ur6a containing a carboetboxy
group, Zhur,
ob.khim. 33 no.iN3347-3i4q b 63. (mml 16,u)

BILAN. S.?.. brig4ir.
'-~~~~chard. lauka i pered.op. v sal-"%.Tko 6 no.12:17-19 D 156,
(MI'Rk 10: 1)
1. Sadovodcheskaya brigada kolkhosa T."TU Stalina., Korollskogo
rayon&, Primorskogo krayao
(Maritime .7:,NT-TTZMrruit culture)

Search, look, and check. Wn.nat. no.6:15 Je
'37. (XLRA 10:7)
(Nature study)

GRIGEL, J.; IHNAM, L.; SANDRIKp P.; BEIAN;, V.
On the principle of optizum load of hydraulic
po~sr otations
in a mixed electric power system. Bul EGU
no.lt,3-~8 164.
Programming of the peak load of a hydraulic power
station by
an analog computer. Ibid.s8-12
A method of calculating the consumption of primary
energy in
a mixed electric power system. lbid.tl3-16

AIEKSEYEV'V.A.; BELU,-Y.XU,- BESSMTNEYY, I.I.;
BDZHKO, Ye.l.;
I VA~ILIYW-, N.A. ~
Effect of-the curing conditions of samples on the
machanical
properties of concrete made, vith naturaUy burned
a1"6.
Trudy TASHIIT.no.18t72-77 161. (MMA 18:3)

BELAN Yu.M., lnzh.; GONCHAROV, Yu.G., Aymb.1
DAVIDKOVICH, A.S., inzh.;
:~~~NIISKIY, D.L., inzh.
Continuous auto=tic control of the composition of flue
gases.
Gor.zhur. no-3t6O-61 Mr 165. (MIRA 18:5)
1. Metallurgavtomati~,at Dnepropetrovsk.

SIMM, Z.; BILAIGIC. 1.
Primary carcinomas of the rasseted stomacb, Act& chir.
lugool.
3 no.4:330-342 1956.
1. Xtrurski odjel (predstojnik dr. D. Riessner) i
Rantgenoloski
zavod (predstoinik prof. dr. S. Kadrnka) Opce bolnice Dr.
K. Stojanowica u Zagrebu.
(GASTRZOTOMT, compl.
postop. primary cancer of stump (Ser))
(STOMACH NEOPLASMS. surg.
gastractozy, postop* primary cancer of stump (Ser))

o C! r Urir
LC
list p
k0l cl li3lr ica t"t
to
rc era I ns

1: r3 r t

ca i

C,
:

!

car.-
.
of
I
a c

5, 7,

anz! 26
ect

.
rc t

cc

Y"o S IV
13

~-Stcrn rr

SMILJAIIIC, B.; DFLANGIC, I.; SIPUS.. N,
lieurinoms of the stomach. Acta chir. Iugoal. 11
no.1:59-68
o 164.
1. Kirurski odjel (v.d. Sefa dr 14. Pcl)ov) Zavod za
radiologiju
(Predstojnik prof. dr. S. Kadrnka) i Odjel za
patologiju (Sef
pri, dr H. Knezevic) Opce bolnice fir M. Stojanovic
u Zagrebu.

NAJMANp E.j OBFMTER$ V.j BMANCIC, I.; OBERITER,.B.;
DUGAN, 0.
-Abnormalitiso of the ureteral orifice, Aota chir.
i~gosl- 9 no.3/4-.
254-264 1620
1. Djeoji o4jel (Sof dr 3. Naiman)p Zavod %a,
radiologiju.(Sof prof. dr
F., Kerfroks) i Uroloski odjol W dr B. Barao) Opce boWce
"Dr, M.
StoJ&novio* u Zagrebus
(URETER)

BJWGIC, Ivan. Dr.
,144"molft WasatA144
Corr*cted cholecystograp,17 with changed position of
patient.
LiJec. vJese 78 zio,.11-12:550-554 Nov-Doe 56.
1. Is Zavoda x& rentganologiju Opce boluice dra.
Stojanovice u
Zagrebu.
(CHOLWTSTOGRAPHr
corrected witb films taken in charged positions (Ser))

BEWCICp.lvan; KORNF=t Mario; SAMOSCANSC, Slavko
Contribution to the diagnosis of chloro-leukemia. Radovi
med.fak,,
Zagreb 7 no.2:93-310 159.
(IMKOSARCOMA diag)

SIPUSj Nikola, dr.j STANCI"ROKOTOVI Fedor, dr.;
BfZANC1G,-jmLat-&.
Congenital intracranial arteriovenoua. aneurysm an the
cause of
hydrocephalus. Lijeon. vjesn. 83 no.8:795m799 161.
1. Iz Zavoda za patologiju,, Kirurokog odjela i Zavoda za
rendgenologiju
Opoe bolnice "Dra M. Stojanovica" u Zagrebu.
(BRAIN blood slipply) (FlSTUIA ARTEFLIOVENOUS compl)
(HM)ROCEPHALUS etiol)

BASIC, Marko,, dr.; BEWGIC, Ivo, dr.
Post-cholec!ysteotomy syndrome in the light of modern
cholangiographic
data. Ujocn. vjesn. 8.4 no.7:649-659 162.
1. 1z Z,-.-:oda za radioloCAju Opce bolnice "Dra Mladona
Stoj.'Movicau
u Z%Vubu. I
(Ciloix CYSTFCTOMY) (CHOLANGIOWAPHY)

;YUCOSLAVIA
PIr -A F)r Tvo otpuctment t;f S-iraery vid
--ent3er
Oic Cf-~vIc.11 vndrc: it
Vol ',ct 062; rp 10,11-1020.
-!tO7 : Study C'r 23 -,,ttientp. of :11tse,
d1'."Itred conslierbly on the 2
ov, r cr cuiZ le ai ri 1) with vcrc ir.~ 1 a,, (h~~t 1
-~Onca).
I.-mrs) than on I-roth of c-crvir-At r1t. 3vrgical
of rib and conEldtn(~d 056e,itii,,i-
r.3;n s , I Y u I P, ~., 1 8 1 -d 5 Ln r c f e r P, 7.

POPOV, Nedeljko, dr.; BMMOIC, Ivo, dr.
Some observations on the problem of the cervical rib
syndrome.
Lijecn, vjeon. 84 no.10slOn-1020
1. Is Kirurskog odjela i Randgenolookog inatituta Opce
bolnice
."Dr MI. Stojamovica" u Zagrabu.
(SCALENUS ARTICUS SYNDROME)

'CIC
BMXN(;J,',. 1w.. d~ 7.01 '(JT 0 IT , PC, J 0 r , d rK 07;
1 C
dre
A techr.1- of nay.-cjw band serlog--aphy. Li'e,,..,i.
vltsn.. 8 no.5a
Ell-618 my
3 . lz 7svod a za rad I o I og iju 1. nukl(-,qrru i c. im
-a ! 147 F7UT 5kOff
c..'Jelt, Opce ?-Dv. MI-Lden

BORCICP S.; BILMIC-LIFOYAC, V.; SUNKO" D. B.
Secondary b7drogen isotq*s offeet* III* Acetolysis of ando- and
exo-norborny1;5,6* p-bromobensenei OUlfona too, qrMLAbam act^ 33
no.105-39 ! 1.
1, Institute *Ruder Bookovial" Zagrob,'Croatia Yugoslavia. 2.
Edi
torial Board, "Croatioa chemica acts, members Ifor Borcic and
Sunko).
(Hydrogen) (Bromo-derivativen(Organic chemistry))
(Acetolysis) (Sulfonatao) (Benzene)

BELAYISYVILE, G, V. GEORGAMEP G. YA.
Turnors.
Yodifications of leukolytic capacity of blood In cases of
induced tumors
in hamsters. Medych. zhur, 20,, No.'6,. 1951-
Monthly List Russian Accessions,, Library of Ccngross, August
10,52.
Unclassified.

L 36199-66 EWT(1)
ACC NR: AP6011455 SOURCE CODE: UR/0109166/0111004/07'48/0'IF50-4~
.AUTHOR: Vzyatyahey, V. F.; Belanov, A; S. 4
ORG: Moscow Power -Engineering InstiLuLte
~Moskovskiy energeticheskiy institut)
TITLE: Ma)dmum energy concentration in a circula-r dielectric
waveguide
SOURCE: Radiotekhnika. i elektronika, v. 11, no. 4, 1966, 748-750
TOPIC TAGS: dielectric waveguide, circular waveguide
ABSTRACT: A brief analysis is presented of ene rgy- concentrating
characteristics
of the dielectric waveguide in which a round dielectric rod acts as
a guiding
structure. W. M. Mallach's numerical results (ETZ, 1955, v. 8, no.
1, 8) are in
the region where the Hankel-function approximation is liable to
great errors. In
addition, the authors believe that the concentrating characteristics
of an open
transmission line should be evaluated on the basis of the spatial.
distribution of
~Card I/Z UDC: 621.372.829.09

L 36199-66
ACC NR: AP6011455
energy. Two simple formulas are developed which permit calculating
minimum
'diameters of that field region where 99% of the transmitted power
is concentrated;
the required waveguide diameter can be determined from known
dielectric
constants of the media involved. "The authors wish to thank N. A.
Valyus for the
;statement of the problem and his constant interest in the work. "
Orig. art. has:
~Z formulas and I table.
~SUB CODE: 09 SUBM DATE: O5Ju165 ORIG REF: 000 OTH PLEF: 004
.-Card- Z/Z

? SU00y, V.I., zootekhulk.
I
Toronesh statlop for the brooding and artificial
insemination of
animle. Shivotnoyodntvo 20 no.402-53 Ap 158* (KM 210)
1, Stantelya po plemennom dolu I Itkusetyannown.
osemeneuiyu.
(Tbronesh Provinoo-Artificial insaiduation)

BELAROV, V.M.; INDUTNYY, V.P,
Characteristics of the pf7rical properties of or."talline
rooks
In.the northwestarh part of the Ukrainian Shield. Geofiz.
abor.
no*9:30-38 '64- (MIRA 18W
Is Institu't gooflztkt AN UkrSSRO-

L 45988-66 EWT(1) 0214 0215
ACC NRt Ap6030161 SOURCE COD3: UR/0120/66/000/00
AUTHOR: Belanova, A. A.1 Nasledov, D. N.; Sreseli. 0. M.
ORO: ~bvico-Technical Institute AN SSSR, Leningrad
(Fiziko-tekhnichesAr institut
AN SSSR)
TITLE: Thermostable Ran generators
SOURCE: Pribory i takhnika eksporimenta, no. 4, 1966, 214-215
TOPIC TAGS; Hal.1 generator,, Hall effect
ABSTRADT: Materials in the manufacture of Hall generators and
characteristics of
the latter are described. Source material: GaAs having a
concentration f
0
(3--8)10:L6 per c0 and a mobility of 3000 cm2/v see. Sides ratio: 2
to 3; plate
thickness, 0.12--0.2 =; nonrectifying contacts. Characteristics:
temperature
coefficient, 0.01-0.0,4 per IC within O-W. Voltage sensitivity,
10-50 UT/00;~*~N
Plots of output voltage vs. magnetic-field strength and output
voltage vs.
temperature 10-300C) are shown. Orig. art. has: 2 figures. [031.
SUB CODE: 09 / SM DhTE: 13Jul65 / ORIG REF: 000 ATD PRESS: 5087
pb M)C-. 621.%,82.61

EWT(A)/WW-2j,M(h)'
2p/65/MO/003/000i/'OM
A CMION IM o AT502211
AMHORSs DO S.t Vaulkov, A& A. Ki lues TO Stavibskiyo - TUG TAS
ir 7'
TITM Absolute determination of absorption arose sootion for 24 Key
neutrow
SOMCHo ObnInsk. Fisiko-energeticheskir institut- IDOkIMY19 n6s 31
1965'0
ALb&olyutvyy& Ismeranlya sedheniy pogloshobenlya, neytronor a
onergiyey 24 keye 105t
TMC TAM "neutron absorbarp neutron arose sebtion, neutron
absorption# neutron
captorep neutron counterpneutron deteotorp Monte Carlo method
ABSTRACTs The Influenoe of a particular experimental method used in
the determina-
tion of neutron absorption cross section on.the magaitude of the
cross- section was
studiodg and neutron absorption orose,aeotiona for 18 different
metals for.24 Key
electrons were determined. The data obtained were compared with
those reported in
the literature, The neutron eouroe was (Bb - Be), The arose
sections were deter-
mined by the spherical geometry transmission method& The
measurements wer.eloarried
out using two different oounting arrangementev viz3 an all-ways
long counter ind-a.
water tank equipped with a'systen of dividing chambers, An
wMerimental, procedure
similar to that of HW' WG Sahmitt and 0,. W. Cook (Nuol. Ptqs. 200
202t i96Q) was
uzede The effeeUcf resonance blocking on-th* crone section
magnitude was also
Investi tede All experimental results were treated saeording to the
Monte Carlo
Cwd I;f

+1 4i
+1 44 *1 o" 44 't 44

ir-j. hijo " 14- , 7 *, f, ,
jj~~~, ISI K ,
YPMZKIY, X. I., KA7AC11KOVS1aY, 0. D., ARWITIOV, G. A., - mR W1
OV
A. 1. , GAIZOV, V. I. , STAVISKIY, Yu. Y. , SnIOUH, E. A. and
SM111W, L. Ye.
"Effective Gross-Section Measurements of Fast Veutron Radiation
Capture."
paper to be presented at 2nd UN Intl. Conf. on the peaceful use
of Atomic
Energy, Geneva, I - 13 Sept 58.

AUTHOR: Belanova, T. S. sov/56-34-r3-7/55
-----------------
TITLE: The Measurement of the Absorption Cross Sectiork of
Fast
Neutrons: (Izmereniye secheniya pogloshcheniya bystrykh
neytron
nav)
PERIODICAL&, Zhurnal Eksperimentallnoy i Teoreticheskoy
Fiziki, 1958,
Vol. 34, Nr 3. pp, 574-578 (USSR)
AMTRACT: The abd6rptibn ctOes . e6ftimS -of .-Vh6t'cqjj~%
ViWenq ' es ' f:
r9i 0,
25., 220,, and 830' 'k'*-V were determinea -f or 20
*e`1qm"'e'nts by the
Aeutron tr=ihJizjoft"~'"tjM dsjnam3bWa1 et
fflele;uW6 sourse was
mounted inside a spherically shaped absorber, whieb exoludes
an
immedia Jn43 lance e elastii:~ scattering. Dirett iff66t of
'e1aj3tia~';"`aVrojs'Tn*tcome obaervablep because an
a1l--waVe-
counter is used as neutron dateator. Thus here by, relative
measure=
ment4w the absolute value of the cross sections of
absorptions, of
neutrons is determined. First the experimental equipment is
dies
cussed at a'figure.. Here the 3 photoneutror. sourcesr in
ball shape
Card 113 (Sb - Be), (Na - D920), and (Na - B-~) were used.
They formed

The Measurement of the Absorption Cross Section of Fast
Neutrons; SOV/56-34-3-7`/55
g.7preparations of Sb or NaF with 25 3o mm diameter., which
were
fixed in an 8 mm thick special. target of Be or D 0 The
charac-
teristics.of these neutron sources,are given in i iable'. The
r-ext paragraph deals with the computation of the cross
section
of the absorption, a respective formula is given and
explained.
Then the control tests and corrections are discussed in
detail.
The resuIts of the 'Itere discussed measurements are;
compiled in a
table. The method used here has the advantage that it does
not rem
quir&- aror absolute measurevents. of the neutron currents
and of the
a - activity of the samples, besides it canalso be used for
isom
topes, which after the capture of the neutrons:remain
stable, With
some isolated exceptions the data of this work agree well
with the
absorption cross sections obtained in various previous
works. Furn
ther the author tried to estimate the increase of the cross
section
of absorption which was caused by the elastic and inelastic
collis
sions of the neuttons. The here discussed method permits-for
neutrons
with energies of 25 and 22o keV the estimatiom of the
absorytica.
cross section with an accuracy of from 3 - 150/o, and in
case of
neutron energies of 83o keV the here obtained values of the
cross
section of absorption are too high by 2o - 3oO/o. The adthor
suggests
experiments with a detector which has a more constant energy
depen-
Card 2/.7 dence of the sensitivity at neutron energies
belowl MoV. But this.

BOV/56-34-3-7/55
The Measurement of the Absorption Cross Section of Fast Neutrons ,
.-
i~ purchased with a deterioration of the characteristic for
higher energies.-
There are 1 figure.,.2-tables,, and 18 references,, 1 of which
is Soviet,,
SUBMITTED.* September-28,,.1957.
Card 313

'~ZT.,ANOVAI. 1~5
till
tilt-
31
fit I
H

t
l1

i

BELLNOVA, T. S. Cand Phys-MAth Soi im.- "Cross -seotion of
4gim absorption of fast
I
neutrons by matter," Mos, 1960 M, 1-61, 178)
-4-

S/089/60/008/06/07/021
B006/BO63 82308
AUTHOR: Belanova, T. S.
TITLE; Past Neutron Absorption Cross Sections Iq
PERIODICAL: Atomnaya energiyaq 19609 Vol. 8, No. 6, P- 549
TEXT: Three neutron sources were used to determine the
absorption
cross sections mentioned in the title; (Bb-Be): 2413 kev;
(Na-D20):
220�20 kev; (Na-Be): 830�40 kev. The results, which were
corrected for
neutron scattering from the walls of the casing, for the
finite
dimensions of the sources, for the finite distance between
detector
and neutron source, and for multiple neutron scattering, are
given
in a Table (in millibarns):
Card 1/3

Fast Neutron Absorption Cross Sections
S/089/60/008/06/07/021
B006/BO63 82308
Element
Neutron energy in kev
24 220 830

Si
42t8
105
20t10
S