SCIENTIFIC ABSTRACT BELOVA, L.D. - BELOVA, N.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000204510017-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

PLEVAKO~, YeiAb.;: BELOVA L D
Ythads' for'-th~,* preparation of molasses for yeast
7'PrAdVation). SovremloraWo sposoby podgotovki melassy dlia
dr6zY.?hevOgO proiziodsiva.. Moskva, TSentr. in-t nauchne-
t6khnd'infarmatsi~ pishche,vol promyshl., 1964. 16 p.
(MIRA 18:5)

PROSKURYAKOV., A.V.., kand.tekhn.nauk; EELOVA L.D., inzh.-,
Cluwacteristics of technica3 and economic.calculations in small-
lot production. Vestemuhinostr. 42 noe5t82-85 It 162.
(IMU 15:5)
(Industrial mana ement)

NELITSER., I.A.; LMENKOO M.P.; CRULIU., To.P.j EELOVA,, L.D.
SeaLfohing for more'effective kethods of anticorrosion coating
of yeast growing apparatus. Trudy TSNIIKHP no.8sl72-174 160.
(KMA 15:8)
(Protective coatings) (Fermentation-Apparatus and supplies)

PAKUSHINSKAYA, O.A.,- BELOVA, L.D.
increasing the yeast, yisid'from*raw materials by me%na of growth
promoting aub.3tances prepared from natural producte. Trudy TSNIIKHP
no.10;1.51-158 162. (MJRA 18:2)

YAKOBSON, G.G.; KOBRIKA, L.S.3'..~~IM,,.L.-F.;._.,VOROZIITSOV mladshiy, H.N.
Aromatic nucleophilic substitution. Part 5: Reaction of polychloro-
benzenes with an aqueous solution of dimethylamine. Zhur. ob. khim.
35 no.1:142-145 Ja 165. (MIRA 18:2)
1. Novosibirskiy institut organicheskoy khimii Sibirskogo otdeleniya
AN SSSR.

SHILOV, B.M.; KARHANOV, V.V.: BAaRMOV, B.S.; YHVSETWA, A.M.; LUXOMMYO
I.K.; ROTOVA, M.N.; B9LOT-L, MaTYHOVF V.I.; obahchiy red.;
SHILOV, P.D., red.; VENGERSKAYA, S.R., tekhn.red.
(Economy of Daghestan A.S.S.R.; statistical collection] Harodnoe
khoziaistvo Dagestanskoi ISSR; statistichaskii sbornik. Kakhachka-
Ia. Dagstatizdat, 1938. 119 p. (MIRA 12:12)
1. Daghenten A.S.S.R. Statiaticheskoys upravlen"iye. 2. Statisti-
chaskoye upravloniya Dagestanskoy ASSR (for B.H.Shilov. Karmanov.
Bagramov, Yevoeyeva. Lukomskiy. Rotova, Belova). 3. Naohal'nik
Statiaticheakogo upravleniya Dagestanskoy ASSR (for Hartynov).
(Daghestan-Statistics)

BELOVA., L.G.; FRAMSEVS VJI
Clinical aspects and~diagnosis of bacterial endocarditis comp-
plicating congenital heart defects. Sov.&d. 27 no.7:11-15 J1163.
(KML 16:9)
1. Iz detskogo otdoleniya sordechno-soaudiatoy khirurgii (sav.
V.I.Frantsev) kliniki (zav. - prof. Ye.N.1behalIdn) Instituta.
eksperimentalinoy biologii i meditairy Sibirskogo otdoloniya
AN SSSR.
(ENDOCARDITIS) (IMM--ABNORMITIES AND DEFORMITIM)

GORODETSKAYA, N.M.,--EELOVA, L.G.
State of the blood coagulation system In congenital heart
defects, Trudy Inst, klin, I ekap. khIr. AN Kazakh. SSIR
9t47-50 163o (MIRA 17:12)

Ajtxo-~s iftwft- P-
DJLA".
lLmjko.- 3100so

34
alwa
S.Lry.=
.gpaS #Ubal%Ud fW *A 5th RVI"I
on Bt" I ned %sm. "Mow- 30 AM 1959-

8/1.80/60/000/01/012/027
AUTHORS: Belova,-L.M., Mol Idavskiy, 0. .1 and Pronov, A.P. (Moscow)
Nature of Grain Boundariesy -
TITLE: Influence of ton the
Strength of Steel In Solidification
PERIODICAL: Izvestiya Akademii nauk SSSRjOtdeleniye tekhnicheskikh
nauk, Metallurgiya I toplivo, 1960, Nr 1, pp 90-92
(+ 1 plate) (USSR)
ABSTRACT: Grain boundaries are particularly important for.the
strength of cast materials. Sulphur and phosphorus have
a great effect on the tendency of steel to hot cracking.
The authors describe their experiments on this effect and
on influence of different deoxidizing procedures. Armco
iron (0.04% C) and type U? carbon steel (0.67% C) were
melted in a basic-lined 10-kg high-frequency induction
furnace and cast at a temperature 10-15 OC above the
liquidus. Tendency to hot cracking was studied with an
apparatus previously described by Moldavskiy and Pronov
(Ref 1). Grain-boundary structure was studied metallo-
Card graphically and with an electron microscope,
1/3 V_.Ya. Nemykina nd P.V. Churayev participating.
Inclusions were also studied. The influence of sulphur6o

S/180/60/000/01/012/027
Influence of the Nature of Grain Boundaries on the atrength of
Steel.in aolidification
was -investigated duria solidification of technical pure
iron having up to 0.20~ S. The steel was deoxidized with
0.0*3% Al in the ladle or 1.0% silicocalcium added in the
crucible. The effect of sulphur is shown in Fig 1. where
strength on solidification is shown as a function of
sulphur content for the two deoxidation procedures
(curv.6's I and 2 respectively), the effect being
particularly marked with silicocalcium. Fig 2 shows
strength of low-carbon steel with 0.2% S plotted against
alumfulim content, indidating that resistance to hot
cracking rises a little as aluminium-content increases
from about 0.2 to about 0.6, little filrther effect being
obtained. In non-metallic inclusionPO(analyses in
Table 1) sulp xists as aluminium sulphide,
precipitated at grain boundaries (Fig 3) and not as
eutectic layers. Complex sulphides (Fe, Ca)S precipitate
Card as envelopes on silicates, probably without affecting the
2/3 increase in tendency to hot-cracking. The influence of
phosphorus,was investigated during solidification of

S/180/61/000/001/009/015
E071/E433

Belo,%ia:,-- L.M. -0.D. and Pronov, A.P. (Moscow)
~~WTHORS:
MoldavskiX
_
TITLE: The Influence of e IqContaining Compounds of Niobium,
2UZ
on the Resistance of Low Carbon Ste9l to Cracking
a
niye tekhn ikh.
PERIODICAL; Izvestiya Akademii nauk SSSR, Otde iches
nauk, Metallurgiya i toplivo, 1961, No.1, pp.119-121

TEXT.: It was,stated in a number of papers dealing with the
welding of steel that the resistance to cracking of a weld made
-with electrodes alloyed with niobium increases at first and then
decreases sharply, depending on the concentration of niobium in
the weld. The authorz attempted to determine the composition of
the inclusions formed in steel-niobium compounds, their
distribution, their amount and their influence on the resistance
of steel to cracking. Armco iron was used for the investigations.,---
Melts were made in a 10 kg i duction furnacb~i- using a magnesite
L
i
,
ibl
h
d
C
C!
uc
e
eoxidationI
e steel was done
e. T
alloying of th
solely with ferroniobium (which was added into the crucible
2 minutes before teeming) in quantities such that a 0.4 to 4.5%
ntobium content was obtained. Chemical composition of
ferroniobium, %: Nb 54.4o; Si 11.29; Al 5.17; C 0.09;
Card 1/9

890528
S/180/61/000/001/009/015
The Influence of Oxygen E071/E433
S 0.013; P 0.11. Spe'cimens for the determination of non-metallic,,\
inclusions were cast in steel moulds 28 mm in diameter and 110 mm.
high. Specimens for determining the resistance to cracking were
cast from each heat of metal using'a method described in earlier
work (Ref.2). The microstructure of the steel and the
distribution of non-metallic inclusions were determined
metallographically. In addition, qualitative and quantitative
analysis of inclusions was carried out (by the method developed by
Yu.T.Lukashevich-Duvanova). It was found that the amount of
inclusions, their structure and composition change considerably
with the content.of niobium in steel (see table). The influence
of inclusions formed by aluminium and silicon, introduced with
ferroniobium was described earlier (Ref.2). In the case of.
niobium contents of up to 0.5%. comparatively large inclusions of a
globular shape of a complicated structure (Fig.1a) were
predominant. The above inclusions coagulate easily and consist of*
(NbOFeO). On increasing the niobium content up to 11A, in
ddition to globular niobite inclusions,
there were some
crystalline precipitates of niobium oxides, the proportion of which
increases with inc5~easing niobium content. The latter inclusions
Card .2/ 9

S/180/61/000/001/009/015
The Influence of Oxygen ... E071/E433
were found to be free lower oxides of niobium. With a further
increase in the content of niobium in steel the supersaturation of
NbOFeO solution in niobites takes place leading to the formation
of niobium oxides inclusions in the form of branches and rods
(Fig.1, in addition to niobites. The amount of niobites--
decreases and even totally disappears at a niobium content in steelz..
of up to 1.5%. At a still higher concentration of niobium
(above 1.5%), in addition to blue (Nb02) crystals, dull white
crystals of Nb205 in the form of branches appear (Fig.12)
precipit ting in steel,along the grain boundaries (Fig.IZO
A study of the structure of steel alloyed with niobium indicated
that a noticeable effect appears at an Nb content exceeding 1%.
At first this influence is visible in a more pronounced polyhedric
shapeIof the.grains (Fig.3a,6, B );further increase in the niobium
concen
tration leads to a considerable diminution of the grain size
(Fig-32) The influence of niobium on the resistance of steel to
cracking (Fig.2) is in accordance with the shape and distribution
of niobium inclusions. At a niobium content below 0.5% the
resistance to cracking increases; with the appearance of
Card 3/ 9
0:r

89626
S/180/61/000/001/009/015
The Influence of Oxygen ... E071/E433
independent oxide inclusions of a boundary nature of
tation the resistance to cracking decreases whilst a
precipi
further increase in the niabium content, when the predominant fo
of inclusions are higher oxides (Nb02 and Nb205) separating on rm
grain boundaries, the resistance to cracking decreases to a
minimum. Some increase in.the resistance to cracking at a niobium.
content above 2% is apparently associated with the influence of
niobium on the diminution of the size.of the crystals leading to a
spreading of low-melting precipitates over a larger surface area and....
thus reducing their influence on the properties of the solidified
metal. There are 3 figures, I table and 2 Soviet references.
SUBMITTED: April 1, 1960
Card 4/9-..

S/180/61/000/001/009/015
The Influence of Oxygen E071/E433
y.
Af
"ie V1,117,
'0
N
!Z
Fig.l. a inclusions of niobates-in steel of the composition:
0 - 045'0 C, 0.11% Nb (xlOOO);
rejected inclusions of-niobaites and of free.niobium
oxides in steel of the composition 0.04% C,
.1.09% Nb (x600)
Card 5/9

The Influ S118016110MOO110091015

ez ice of Oxygen
E071/E433

1~ .4 jV.
4P N,
Zot.
,
"
-94

.9

Fig. 1. rejected inclusions of h'bO2 in steel of th '
0.04% C1 1.57% Nb ( e composition
x6oo);
rejedted inclusions

composition 0
04% C of NbO2 and Nb207 in
steel of the
0
3
%
.
S .
9
Nb (x6oo
niobium oxides along the boundaries in ate
l

ard, 6/9
composition 0.04% C, e
of the
3.09% Nb, polished surface unetched
.,

S/180/61/000/001/009/015
."Influence of Oxygen B071/E433
lb 1 V4
47
0j
get
404

L

I
J?
FtS.2. Resistance to cracking of steel Q, kg/mm2 and contents
of niobium oxides in the non-metallic inclusions in % as a
function of the niobi.um concentration in the steel:
1 - limit of resistance to cracking; 2 NbO;. 3 NbO2;
4 -.Nb2O5; 5 total of all the niobium oxides.

Card 7/9

s/i8o/6i/--
The Influence of Oxygen E071/E433
FAYVV~_o
V
JS-
.kv
~%N-
2
obsir. 3. 13immme Nb no mRKp0cTpy;mypy jjaAoyrjepoA"croA eTsAm: a-011% Nb. 6-0-96%
a - IV% Nb.
&09% Nb; Tpaimemme Witoll HNO. X 100)
Influence of njobiUM on the m
icrostructure of low-"carbon
0
steel: a - 0.11% Nb, 0.98% Xb, IS 1.83% Nb, a
otched w1th 3%.HB03
(XIOO).
3-09%
Card 8/9
0,

s/i8o/6i/ooo/ooi/ooq/oi5
Th'.'-Inftuen'ce.of Oxygen E071/r,-433

Kim
COAeP)KSHMG OK wi I Ilewam"ImeCKIM
"W6

V
0'r VwTow"Noro 1weTa"I 0KCIIA"We

IKA104"NX

%

O ~40
C~UMA 0"C

Apo 111to6ox
A.10 0.085.. 0. 0025 0.00200 0.08950 so

0.11,
0.072'
0.0074
O.M3
0.08153 63
40.50 0.056 0.0184 O.LO300 0.07740 44

0,022
.0.0170
0,01450 05,150
0. 25

-1.09
0.030
0.0117
0.01200
0.05370 25

.57 0.009
0.0470
0.01080
.0.08(80
30
,
1.83
0.015
0.0310
0.05700
0.1090,
45
O.OU4 0,0210 0.08200 0.10700 40

p0lkef[M OT BCerO K0.71MCM HKA104e I OCTSAblloe A1103
B q
Fe0)-
S10,
Table
. Legend: (1) Nlobium in the steel, %; (2) Content of
.
niobium oxides in the non-metallic inclusions, % of the
dissolved metal; (3) Niobium oxides total;
Oxide inclusions of niobium.
Card .9/9

URdi-_ ___W6
ACC NR, AP70021431 (A) So CODE: 219/66/000/012/0021/002
AUTHOR: :Vasillyeva, Ye. V.; Prokoshkin, D. A.; Rq~oyAj -L. M.
ORG: Ins titute of Metallurgy AN SSSR (Inatitut metallurgii AN SSSR)
TITLE: The structure and properties of niobium-tantalum alloys containing tungsten
and molybdenum
SOURCE: Metallovedeniye i termicheskaya obrabotka metallov, no. 12, 1966, 21-24
and inserts facing pages 48 and 49
TOPIC TAGS: niobium, )tantalum alloy, molybdenum 'containing alloy, tungsten containing
alloy, alloy structure, ai&vjF-#p_ro_p_e_~
.00TR A rT
The efiect of tantalum (0.5,1,5.16 or 15%), ~ol~e'n*u*m' and tungsten
(5% of each) on the microstructure and room and high-temperature hardness
of niobium-base alloys has been investigated. The alloys were melted from
99.4%-pure niobium, 99.75%-pure tantalum, 99.65%-pure molybdenum and 99.952-
pure tungsten in a nonconsumable (tungsten) electrode, vacuum-arc furnace
in an argon atmosphere. Alloy ingots were annealed at 1700C for 50 hr.
It was found that the microstructure of cast Nb-Ta alloy had the typical
structure of a single-phase solid solution. With increasing tantalum
content, the substructure became more distinct. As-cast Nb + 5% Ta + 5% Mo
iind Nb + 10Z Ta + 5% Mo alloyp also had a sin le-phase structure with
Ca .rd 1/2-.- UDC: 920'.-17:bb9.293-29412T-21J---'-'

Xtt NRI AP7002431'-
elongated grains and traces of dend~iti*c""s-'e*"g'r~'g~iio'n-."'-g-i~o-t:C~~ble
segregation of impurities was observed in Nb + SM + XY and Nb + 10% Ta + 5%
alloys. The respective hardness at 20 and 1000C of Nb + 10% Ta alloy was
180 and 105 RV. Additional alloying with 5% molybdenum or 5% tungsten in-
creased the hardness to 198 and 127 HV or to 192and IM HV, compared to 150 and
90 RV for unalloyed niobium. The creep rate (calculated from the results of
hot hardness tests) of alloys containing molybdenum and tantalum was the
Fig. 1. Composition dependence of
.0 creep rate (Ul of Nb-Ta, Nb-Ta-Mo
I V1 I I and Nb-Ta-W alloys at 1000C
A I I I
-;4s~ -LL
lowest and that of alloys containing tantalum and tung!ten thi highest
(see Fig. 1). . Orig. art. has,. 4 figures and 2 tables.
SUB CODE: l1/ SUBM DATE: none/ ORIG REF: OOB/ 01% REF: 003/ ATD PRESS: 5113
Card 2/2

L 64668-65
ACCESSION NR: AR5016645 UR10299/65/0G0/0I2/M0I7/M017
591.169
SOURCE: Ref. zh. Biologiya. Sv. t., Abs. 12MI02
A57
AUTHOR: Belova,,Lj M.
TiTLE: Regeneration of the central nervous system in the earthworm
CITED SOURCE: Sb. Vopr. genet. i zool. Kharlkov, Kharlkovsk. u-n-t, 1964,
33-38
TOPIC TAGS: worm, central nervous system, nerve regeneration
TRANSLATION: The tests comprissed 1500 earthworms belonging to 2 species. In.
the first series 6-7 front segments were removed; in the second, the dermato-
muscular sac was dissected and only the suprapharyngeal ganglion (SG) was re-
moved; and, in the 3rd series, half the SG was removed. Regeneration of the
suprapharyngeal and subpharyngea" ganglia derived from non- differentiated cells
appearing as a result of the degenerative processes. Cells migrating from the
pharyngeal epythelium took part in the SG regeneration. When only half the SG
was removed, the above sources of regenerative material were supplemented by
,Card 1/2

I SUB CODE: I-S ENCL- 00
5!

BELOVA,L.M.
Rogeneration of the brain in mamml after mechanical in-
jury. Zhur. ob.b~oi. 24 no-3:215-220 MY-Jet63. (MIRL 16:8)
lo Department of Zoology of Invertebrates# AsHoGortky State
University.,,, Kharikov,
(RWENMTION (BIOLOGY)
(BRAIN--WOUMS AND INJUFLEES)

BELOVA, L. No
Nbcidation Zone of Hydrothermal Uranium and Sulphide-Uranium Deposits in
the USSR"., by Go So Gritsayonko and L. No Belova
Report presented at 2nd UN Atoms-for-Peace Conferencel Geneva,, 9-13 Sept 1958

- -2MVA, L.H.
1 ,41,,,~~~
Arsenuranylite is an arsenic analogue of phosphuranylits.
Zap. Voss. min. ob-va 87 no.5:598-602 158. (MI]U 12:1)
(Areenuranylite)

NRt AP7002972 -dotiRd-'C-6iiE. Wi6413/~-6/0-00/6:i4-/o668/60~E~
-INVENTOR: Peschan4kaya, R. Ya.; Gorelik, M. V.; Belova, L. N.; Felldshteyn, M. S.
ORG: None
TITLE: A method f~r sulfur vulcanization of raw rubber. Class 39, No. 189566
,(announced by.the Scientific Research Institute of Rubber and Latex Products-(Nauchno-
i
,Iissledovatellskiy rezinovykh i lateksnykh izdeliy)]
]SOURCE; Izobreteniya, pronWshlennyye obraztsy, tovarnyye znaki, no. 24, 1966, 68
iTOPIC TAGS: vulcanization, rubber, sulfur, compound
ABSTRACT: This Author's Certificate introduces a method for sulfur vulcanization of
raw rubber in the iresence of sulfenamide accelerators. Two increase the scorching
resistance of rubber stocks and to produce high-modulus rubber, N-cyclohexyl-Nl-
(cyclohexamethylenethiocarbamylthio)-2-benzothiazolaulfenamide is used as the sulfena-
,mide accelerator.
SUB CODE: ll/ SUBM DATE: 30oct65
1/1 UDC; 678.4,044,4

I-ACC NRt -_ AP-7-0015 6'2'7*
UR/0413/6T/000/002/0085/.0085
INVENTOR: Fulldshteyn, M.S.; Belova, L.N.; Pevzner, DsMa; Gorelik, 14.V.'
IORG: none
!TITLE.- Vulcanization process for natural and synthetic rubber. Clnss
39, No. 190557 [announced by Scientific Research Institute of the Tire
Industry (Nauchna-imaedovatel'okiy institut shinnoy promyshlennosti)]
;SOURCE; Izobreteniya, promyshlennyye obraztsyj tovarnyye znaki, no. 2,
1967, 85
TOPIC TAGS: vulcanization, natural rubber, synthetic rubber n=c==tcf==_4
ABSTRACT:
-An Author Certificate has been issued for.a process for vulcanizing natural
land synthetic rubber in the presence of vulcanization-accelerators. To
-improve the stability of rubber mixturee'to scorching, the method provides
for the use of N-(2-benzothiazolethio)phthalim-ide as the accelerator. JBOJ
SUB CODE: 11, 131 S.UBH DATE: OlOct65/ ATD PRE88t 5115

L o
Ito
lit
lit

ZEWVA, -L.N.; FROWU, K.Te.
Similarit7 of the form of phosphuranylite and renardite crystals.
Zap.Vses.miu.Ob-va 89 no.,!2:219-221 -160. (MM 13:7)
(PhoSphuranylite crystals)
(Renardite crystals)

GRITSAYXW, G.S.j BnOYA, L.N.
."Uranium minerals; handbook" by H.V.Soboleva, I*A. Padovkina,
Reviewed by GAGriteaenko, I%N.Belova. Zap.Tses.min.ab-va 89
no-2.*247-250 i6p, -(KM 13:7)
1 Psystvitellnyye chleny Vaesoyuznogo mineralogicheskogo
o;shchestiao'
(Uranium) (Soboleva, N.V.) (Padovidna, I.A*)
I

BELOVAl L.N.1 YELOYEVI B.He
Silica as a constituent of pitchblende. Dokl. AN SSSR 141 no.6:
1452-1453 D 161. (MIRA 14:12)
1. Predstavleno skademikom M.V.Belovym.
(Uraninite) (Silica)

BELOVA LON . red.; BORISOV, N.Ya., red.; VYAZEMSKIY, S.M. red.;
$
ll~DIN, M., red.; NIKITIN, P.Ye., red.; VISMA,L.P.,red',
(Guidebook for Leningrad] Putevoditell po Leningradu.
Leningrad, Lenizdat2 1963. 787 p. (MIRA 17:4)

LYSOVt B.A.; BELOVA, L.P.; KORCVINA, L.I.
Polarization of recotobination radiation. Zhur. eksp. i teor. fiz.
40 no.4:1160-1165 Ap 161. (MIRA 14:7)
1. Moskovskiy gosudarstvennyy universitet.
(Radiation) Electrons--Capture)

BELOVA, L.P.; MMAS07, Yu.D.
Solubility in the system sodium bifluoride - waters M=,
neorg. khim. 9 no,llt2669-2671 N 164 (MMN 1881)
1. Permakiy filial gosudar.stvennogo Instituta prikladnoy
khimiie

BILOVA, L.T., kandidat tekhnicheakikh nauk.
Investigation of ellipsoidal reflectors of searchlight signals.
Svetotakhnika 2 no.6:17-19 N 156. (KM 9:12)
1. Yeasoyusnyy Institut sholesnodoroshnogo transporta.
(Searchlights)

BZWVA L.T kandid&t tokhnichaskikh nank.;OSTROVSKLY& M.A., kandidat
!rN~-*Hesklkh nauk.;YUROY, B.G., kandIdat takhnicheek1kh nauk.
Problem of reviewing the lighting norms for industrial buildings.
Svototakhnika 3 n0,3:26-28 W '57- OQU 10:5)
1. Vilegornnyy,-aTetatakhaithankly institut.
(Ughtine-StaAdards)

EZIDVA, L.T., kaDd.tekhn.nauk
,---~~Sele=timg-the criterion for norming the illumination of industrial
enterprises. Svototakhnika 4 no.6:1-7 Je 158. (MIRA 11:6)
l.Vassoymnyy evatotakhnicheakiy institut.
(Factories--Lighting)

SELOVA, L.T., 1Mnd.tekbn.wmk: XRMI, TS.I., kand.tekhn.nauk
,,,,__Jkw-,4,7rease In the recommended Illumination quantities In the
USA. $vetotekhni" 5 no,5:5-8 (KM 1217)
1. Vessommyr evetotekbnicbeekly Inatitut.
(Unitett States-Ligbting)

Q BELOVA9 L.,T,s kand.tekhnonauk; BELOVy KoP*v kand.tekhn.nPuk
Now lighting oystenw for railroads.. Zhol.dor.transp. 43
no,e3:45-48 Mr 161. (KRA 34:3)
(Wlroads--Eleetric equipment)

BEIDVA L d.tekhn.nm*j GOIMCEZV.. N.V., kand,tekhnnaukj .
IVANOVA, N.S.2 kvijd.tekhn.naukj KROLIj, W.I.,, kandotekbnonaukl
OSTROVSKIYp M*A* I kand.tekbtimauki SHOMI I Te.B., kand,tokhn.nauk;
TSARsKOV, V.M., i=h.
Proposed now version of.offorli(o on electric Ughtin
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GEOLOGI','lWK0Y9 STROYENIYE I PZRSPEKTIVY
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-- I ~
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3-02jY62/056/004/002/002
B11 Bi 08
AUTHOR t Belovat M. No (Moscow)
TITLEt Bounded solutions.of non-linear aooond-ordor differential
equations
PERIODICALi Matematicheekiy sbornik, v- 56 (98), no. 4, 1962, 469-503
TEM The following two theorems are derived by the method of successive
approximations: (1) If (a) I f (x,0,0)1 < M, (b) 0 < a ---' f I (x?YPS), (0)
if,'(x,y,z)f < C for - oo