SCIENTIFIC ABSTRACT BELIKOV, V.M. - BELIKOVA, E.I.
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Collection:
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CIA-RDP86-00513R000204320005-5
Release Decision:
RIF
Original Classification:
S
Document Page Count:
100
Document Creation Date:
November 2, 2016
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5
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Publication Date:
December 31, 1967
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SCIENCEAB
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6/844/62/000/000/079/129
Certain o;)ecial ff_,aturen ... 1)423 /DjO
radicals and chain bro~.ikage in the polymer, r esulting in
low-mole-
cular weit,,ht PTF,". Experime.-tts in the solid state .-ere
carried out
from -80 to 000 with dosages of 1 x 1o5 and I x 104 rad. Almost to-
tal conversion of monomer occurred after 200 min at -600C and after
20 mins at UOC. Excuptional~y large yields were obtaiiied in compa-
riso.yi with similar ruaction 's of othcr unsaturated compounds.
The
exicten-c of a radiation. aftcr-ei'fect was confirmed, which conti-
nued over several hours akt"er removal of the radiation source. Bx-
perimeiits in the gas pliase showed the presence -)f an induction
phase extendiiig over several hours. After the appearance of solid
PTPE the reaction velocity tias increased. The temperature ura8
main-
tained -t 20 - 250C and a SOO 13 source was used iith a dose-rate
of 5 rad/sec. Results indiCUted a high tendency of T E' towards ra-
diation poljmerization with it high yield (approx. log mol/100 ev
ab-
sorbed). There are 5 figures and 1 table.
Card 2/2
MAYRANOVSKIYO 5.6.;.~L~KOV9_V.M. KORCHEMNAYA, TS.B.; NOVIKOVp
S.S.
j
Mechanism of reduction of nitro compounds on the dropping
mercury electrode. Izv.AN SSSR.Otd.khim.nauk n0-3:523-525
Mr '62. (MIRA 15:3)
1. Institut organicheskoy khimii im. N.D.Zelinskogo AN SSSR.
(Nitro compounds) (Reduction, Electrolytic)
Of
~ELIKOV, V.M.; MAYRANOVSKIY, S.G.; KORCHEMNAYA,
TS.B.; NOVIKOV, S.S.
Tautomerism of nitro compounds. Report No.4:
Mechanlas of
tautomeric transformations of nitro compoun(is.
Izv.AN SSSR
Otd.khim.nauk no.4s6O5-614 Ap 162. (MIRA 15:4)
1. Institut organicheskoy khimli im. N.D.Zolinskogo.
(Nitro compounds) (Tautomerism)
I
I
NOVIKOV, S.S.;-~ ~VV.M~.; YEPISHINA, L.V.
Action of chlorinating agents on nitrodiols. Izv,,AA SSSR.Otd,-
khim.nauk no.6:1111-1116 162. (NIRA 150)
1. Institut organicheskoy khimii im. N.D.Zolinakogo AN ,',,)SR.
(Ethanediol) (Chlorination)
NOVIKOV, S.S.; SLOVETSKII, V.I. BELIKOVi V.M.; .ZAVILOVICH,
LM.;
YEPISHINA, L.V.
Spectrophotometric study of dissociation constants of
1,1-dinitropentane., 191-dinitrohexane, and
1,1-dinitrodecane.
Izv.AN SM.Otd,khimoiauk no,3:520-523 . 14r 162. (MIRA 15:3)
1. Institut organiahaskoy khimii im. H.D.Zelinskogo AN SSSR.
(Nitro compounds) (Ionization) (Spectrophotometry)
BELIKOV, VJI.; bElf)KON" YU.N.
Nucleophilic addition of a magnesium complex of
nitroacetic acid.
Tzv. AN SSSR. Ser. Win. no.6:1131. Je 164.
(IMIRA 17:1121)
1. Institut elementoorganicheskikh soyedineniy All SSSIR.
Rama
n~t~7n
PL_
EWf( )/5"MERRAWFU -7R
J-~ACCESSION V
NR_ AP4045797. SIQQO~l 6,4/0
00100911599/1605
1
O
AUTIJ M korchkmtya,
R.
B., Myranovskiy-
~
,
.
Noviko S ~6
V
TITLE: T~_u_tornerism ounitro -compounds. Communication 6: Use v"
th H
a 664hd~~ q
f 701
js~! on-an 're
.
--proRBnq~-
,
: SOURCE.":AX Sg~ R''.'. I m cheakaya,, 5
a
iy kht' 1 1,964, 1599-1
60
ji~
,
TOPIC TAGS: nitroproparke.'Jauto 6
pi, rievyi,:~add d
at onkinetice.,
'
--
-
_
_
-
*
- r
b, i
t
i
i
on ra
nat
nAtion
ki n
:
ecomb
et1
c
e constant,: ene rgy
of activation, preexpo
a
,nen-
,,
ctivation reaction
tial 6onetant, entropy of a protolyti
~
_
'didiifot ationo 4'. 'ni
kB-STEWC-T, tile
--
-6
ix"
dinbTnatibn- 0,- M
i f th b
arn
of, tropropane
'
.
~
*A
.ini-. ldiei t rites oft ese protol~'qc-iiact_
b1diest of h
herAct-Lort-of 'Was- vestigatt
ions 3-n::,t e- r
,
ej_7.qM .:we-mfcon4,ucte&0sipg-a-p -n-.0 ovt-SBU
ti r,- mpany
.~J-nitroprdgane contii~ig:
i
f., 00 ~-nitropropane wait used; contarnin
a-tion by the latter caused
1/ 3
CCESSION. NR: AP404579T-:
illgAoic Che h3tti, f S'
Acadgmv o cierades SSSR)
-TSUBMITTED: 29McS2 'MCL
00
.
L
SOB CONS: OC -01)*-~' OC NoAEP Sow 002
OTHER:.000':-'
Li BREVISK IY 0 K. K. ; TIMONOVA, N.A.
Amino acids. Roport No.I: Synthesis of
DI.-threonine and
DI,-C4-amInobutyrIc acid based on the reactions
of nitio-
acetic ester condensation. Czv. All SSSR Ser.
kh".m. no. 1:
89-95 165. (MURA 18:2)
1. Inatitut alementoorganicheskikh uoyadlneniy
All SSSR.
BABIYEVSKIY, K.K.; BFLIKOV, V.M.; TIKHONOVA, N.A.
Reduction of esters of aubstituted ~X-nitroacrylic
acids on a
skeletal nickel catalyst* Izv. AN SSSR. Ser. khim.
no-4050-751 t65.
(MIRA 1825)
1. Institut elementoorganicheskikh soyedineniy AN SSSR.
BA-BIYF.VSKIY, K.K.i BELIKOL V.M.~,BELOKONI, Tu.N.
Amino a.cids. Report No.2s Synthesis of D L-proline from nitroacetic
ester
derivatives. Izv. AN SSSH. Ser. khim. no.7-sl226-1229 165. (MIRA 180)
1. Institut elementoorganichoskikh soyedtneniy AN SSSR.
L 2794-M
ACCESSION.NRt AP5023717 UR/0025/65/000/000/0014/0021
AUTHOR,. Neamayanov, A.( AcademicI4, Belikov, VU Candidate of chemical
sciences)
TITLE.- Synthetic' food,* m~w problem In chemls;;O*~
SOURCE; Hauka I zhizn', no. .8, 1965, 14-21.
TOP IC-TAGS: nutrition, food technology, chemical-industry
'ABSTRACT: The problems of synthatic,food production,are considered
with iegar~d to,,:
the human requirements of water, protein, carbohydrates, fats, salts,
and-vitamins.!
It.is pointed out:that synthetle.methionine and yeast protein
concentrates are beinj
produced and used commercially for food ~production- The consistency
and taste of.
,'artificial food is discussed. It 16 .-concluded that although -
little has been dane b I
the area of synthetic food productionx.there In a pvat future for this
industry4
Orig. aft. has: 6 table*6
iASSOCIATION: non*
;SUBMITTE6t 00
ENCLt 00 SUB COIDE:
NO REr SOVt, 000 OMERt 000
AVk 0.
YANGVSKAYA, L.A.; BELIKOV,, V.M.
ChemIstry of acetals, Report No.18t Rate of hydrolysis of
some
mono-and diacetals, Izv. AN SSSF. Ser. khim. no.8tl363-1369
165.
(MIRA l-Q.-g)
1. Inatitut organicheskoy ldiimii im. N.D. Zolinskogo AN
SSSR,
SOMCE CODE;
W,0252" 1JR/002 6/65/000/009/0013AW3
UT Nesme A.' N'(Acaderiician); Belikov, V, M.(Candidate oftchemical e
A
HORS Yanov,_ a
ORG:' Institute of-Elemento-orga
nic Com unds, AN SSSR 1,11oscow (Institut
elomentoorganicheskIES soyedinenirAN SSSR)
TITLE: Froblems of foodstuff synthesis
S0.1JRCE Pr1roda, no. 9p 1965., 13~-23
TOPIC TAGS:.: fo~d'technology, organic.synthatic-process, protein,
amino acid,,
caj~bohydrate, vitamin
ABSTRACT: Following a brief'review of the progress in synthetic
organic chemistry
..during the last century and of its-effect upon.humn activities
(synthetic dyestuffs
.medicinals, synthetic rubber, fibers, leather)-the authors br:Lng up
the question-of
the synthesis of foodstuffs.. Thediscussion develops along the lines
of require-
ments., present natur su and-possible synthetic.production of five
components
of human-foodstulff:q I
Iff-.01 Ptein -carbohydrates, fats, vitamins, and mineral salts.
Of t4osel-the two are already produced synthetically. The synthesis
of~proteins
the component most deficient in .the diet of the, world population,
can be reduced
to the preparation of eight noninterchangoablo amino acids. This can
be accomplished
by a total chemical synthes its ...microbiological zynthes is, or a
con-bination'of the
.two. Methane or olefins may s6rve.as starting'materials for the
first of these
Card .1/2 UDC: 54.114: 641.58
L i3931_66
ACC NRs
AP5025:;~U'.
methods. Aleductive amination of c~ -ketoacid is especiallv
attractive, as the last,
stop this process may be accomplished by m#roorganiavis producin.,;
the desired
.L-isomer of the amino acid,. One of the newest mothods introduced by
French scien-
tists involves.groriiing yeast on petroleum fractions,* The protein
thus produced may,
be used in human foodstuff, Fats and carbohydrates can be obtained so
cheaply from
agricultural products that there are'no known competitive synthetic
processes.
'.Zolutions-to the liroblems d.taste., palatability, and consistency
of synthetic food-
,-,stuffs are offered.- Advantages of the synthetic production of
foodstuff are de-
scribed. Theyinclude abundance of nourisbment,,independence from the
forces of
nature, and-release of 34,%'of human labor now.employed in
agriculture for-other.'_
activities. Orig.'art, has: tables.'and 2 figures.
SUB.CODE:I 06, 07/ SUB14 DATE none/ SOV REF; 001/ OM REF: 002
caij 2/2
GORDUEW403 S.V.; V.N.
f.,tolation of 1-glutawAo acid from culWre fluids.
Zhur.prikl.khim. ;
38 no.6:1412-14U JO 165- (MIRA 18;10)
BABIY-EVSKIY, TllgiONOVA, N.A.
Preparation of c/,-riltroacrylic eater, II)QkI. AU
SSSR 160 no.l-.
103-105 Ja 165. (MIRA 18:2)
1. Institut elementoorgan-Icheskikh soyp-dineniy AN
SSSR. Submitted
July 1, 1964.
VITTY S.V.; PASKONOVA, Ye.A.; 7HARIYOVA, N.A.;
BELIKOV, V.M.
Determination of the structure of isomers by gas
chromatographic
retention parameters. Dokl. AN SSSR 160 no-3:594-595
ja "5
(MIRA01i:3)
1. Institut elementoorganichaskikh soyedineniy AN
SSSR. Submitted
July 2. 1964.
ACC NRt
AR6000273 SOURCE CODE: UR/0081/155/000/014/13019//SO19
AUTHOR: Volkova, Ye. V.; Zimakov, P, V,; Fokin, A. V.; Sorokin,
A. D.;
Skobina, A. I.; Bellk&y,,y
TITLE: Radiation polymerizatloniof fl,uoroolefins
SOURCE: Ref. zh. Khimiya, Abe, 4slog
TOPIC TAGS: olefin, polymer, radiation polymerization, radiation
effect, polymerization
ABSTRACT A t dy was made of the bulk polymerization of tetra-
a :,Ttriffourolethylene, difluoroethylene, triffluorochlor
fluoroet len 0
1
__ffiy1e_neL 7_1
e an monoflyoroethylene at temperatures ranging from 20 to -79;
with exposure to COOO Y-radiation In doses of 1-50 rad/sec. Under
these conditions, solid high-molecular polymers were obtained.
The
bulk polymerization rate was found W decrease in the above order.
Certain peculiarities of the processes investigated connected
with the
products of monomeric radlolysis'in the secondary processes
leading to
the development of active products and connected with the
heterogeneity
of processes, were determined, aral-teristios of radiation
polymeri-
zation In bu14 of hexafluoroproDy ene~,(T) in the liquid and
solid
phases are given, It has been f nd ihat the conversion of I
occurs at
Card
L 32BU-66
ACC. N41 AR6000273
the same rate in the liquid (-78c) and the solid (-196C)
phases, as
well as at the phase transition'point (-15ft). As the
temperature
increasqs from -78C to 400a the speed of the process increases.
The
polymprization of I in the bulk occurs with the formation of
polymer
fluids with a mol.wt from 4W to 4000, A,, Sorokin, (TranslatIonj
ENT)
SUB CWI 11, 07/.. SUMME I
Cmd 2/2
X
C
C .NR, AT6034055 sPaRcs coDas uR/oooo/66/ooo/ooo/0109/01
bTHORt V'olkova, Ye. V.I-Zimakov, P6 V.; Fokinj As V, I Sorokin,,
A. Dot Belikay, Ve He i
BuIniang- Le Aol. Skobina, A* LI Mrasnousov., L. A*
C~G t none
TITLEx. Radiation polymerization of fluoroolefi,6a
.,SOURCE: Simpozium po radiatsionnoy khimii polimerov.
Mo3cow,-iq64. Radiatsionnaya
Ichimiya. polimerov (Radiation chemistry of polvmirs); doklady
aimposiums. Moscow, lzd-vo
..]Nauka', 1966, log-f14
TOM TAGS i , radiation polymerization, halogenated organic compound
9 polymerization
lkinetic3, reaction mechanism
ABSTRACT; Results of the authors# previously published studies. on
radiation
,polymerization of unsaturated fluorine-containing compounds are
reviewed, explaining-
certain chara*teri3tics of the process associated with the effects
of the
eleetron6gative fluorine atom, heterogeneous process conditions and
radiolysi3
products. Tetrafluoroethylene is distinguished by its rapid
polymerization under
ionizing irradiation, with complete monomer conversion in three
hours at -78oC-in
liquiO phas; polymepization with 10 raa/see radiation,.and in ton
minutes at +200C.
The y1old 0 ?~% 10u moleo/100ev is.the highest known tor radiation
chemical reactions*
Card 1 A
-ACC NRi AT6034055
Progressive substitution of the fluorine atoms by hydrogen or
chlorine or by
trifluoromethyl groups reduces polymerization rAte and yieldsi
perfluoroisobutylene
will not polymerize, 1hus the rate of radiation polymerization
decreases in the-
series , CF -.CF2 ;;,- CF' - CFH -;P CFO = CHO ,;P CFH = C% 7 CF2 -
CM 7 CF - CF"Cr3.',,
CF2 0 6(CF3'2* A kinoilce study sh~owed tSat.the polymerization of
tot;317uoroethy-leno
under heterogeneous conditions prodeeds by a radical mechanism,
but'the kinetics are
mord complex than in ~hemical-polymerization due to the effect of
radiolysi3 products*
The effect of temperature on radiation bulk polymerization rate3.of
trifluorochloroothylene, vinylidene fluoride and tatrafluarcathylene
showed the rates
increased to a maximum at certain temperaturw these __4__ &I the
corresponding
energies of activation are,350C at 10 rad/sec, -6.8 kcal.M01; 50 C
at 6 rad/seo.
-9. kcal/wol; - 70'0C at 6 rad/soo 1, -48 o7 kcal/Moll respeatively.
'Secorkl&ry processes
with the radi*2~mis products start to occur at hUber tmperatv"s
Crigs "to h"s
2 figures and I tables
SM COSS 07/ SM DATSs .23hW/ QtM IUWI 015/ OM MWS 001
212
mm I Doox mawITATIMi BOT/3825
Belikov., Vasiliy Nikolayevich and Aleksandr Rikitich Nikitin
Sborka aviatsionnykh dvigateley; uchebnclyeposobiye (Assembly of
Aircraft Engines;
a Textbook) Moscow, Oborongiz, 1959. 3.29 p. Errata slip inserted.
4P300
copies pAnted.
Sponsoring Agencies: Moscow. Aviatsionnyy institut imeni Sergo
Ordzhonikidze;
Ministerstvo vysshego I arednego spetsiallnogo obrazovaniya RSM.
Ed.: K.I. Grigorash; Tech. Ed.: V.P. Rozhin; Managing Ed.% A.S.
ZeMnovskaya,
Engineer.
EURPOSE: This textbook is intended for stadents in vuzes and
tekhnik=s. It
will be of interest to engineers and technicians In the aircraft
engine industry.,
COVERAW: This is the standard text for a course on the assembly of
aircraft
engines. The book contains basic information on planning and
organizing the
assembly of aircraft engines as far as technical operations and
precittion am
concerned. It describes the necessary preliminary operations and
indicates the
basic joints and connections. Diagramatic examples illustrate the
assembly of
C&W-174~-
Assembly of Aircraft Engines (Cont.) SOV/3825
component engine parts, Materials on the assembly of engines
with centrifugal
compresoor were prepared by senior instructor M.Ye. Levit. The
authors thank
V.I. Sivkov and M.I. Yevatigneyev. There are 18 references: 17
Soviet and
1 English.
TABLE OF CONTIMTS-.
Fortimrd 3
PART ONE. MM ELE14MTS OF ASSEMBLY OPERATIONS 5
Ch. 1. General Information on Assembly Operations 5
Ch. 2. Hov Assembly Work Is Organized T
Ch. 3. Planning Technological Operations in Assembling 32
1. Basic data 32
2. Planning stages 12
3. Documentation of technological operations 13
Ch. 4. 11'recislon In Assembling 18
1. Calculation of unit dimensions 18
2. Assembly methods ensuring desired precision 21
BELIKOV, Vasilly Nikolayevich- NIKITRI Aleksandr
flikitich;
~. ~., ~r*etsenzen't; KOLOSOV, M.A., inzh.
red.; VILIER, G.L., red.
[Assembly of airplane engines] Sborka
aviatsionnykh dvi-
gatelei. Moskva, Mashinostroenie, 1964. 221 p.
(MIPA 17:9)
- . I I- ~ --l-
j-, I I N ('; vv
)USSR/Chemical Technology - Chemical Products and Their
Application. Industrial Organic Synthesis.
Abs Jour : Ref Zhur - Khimiya, No 1, 1958, 2149
Author : Korzhev, P.P., Belikov, V.P
Inst : Academy of Sciences USSR
Title : Imcomplete Oxidation of Propane with Formation of
Acetalde-
hyde and Other Oxygen-Containing Products at Ordinary
Pressure,
Orig Pub : Sb.: KbLim. pererabotka neft. uglevodorodov.
M., AN SSSR,
1956, 366-368
Abstract : Results of a study of low-temperature oxidation
of propane
(I), at atmospheric pressure, with the view of obtaining
liquid oxygen-containing products. The experiments vere
conducted in a flow system, with a reactor of quartz or
metal tubes (45 = in diameter, 1800 mm long), at 360-3800,
Card 1/2
BELIEV;, V.P.
Significance of high seeding rates of coniferous species with
reference to the influence of herbaceous plants,, Bot. zhur. 45
no.4i608-612 Ap 160. (MIRA 140)
1. TSentrallnyy n'auchno-isaledovatellskiy institut leenbgo
khoxyayBtva, Ianingrad.
(Afforestation)
(Pine)
(spruce)
t K.O. -,// ~ ~,, S, .
SOWVIYILVAO Anw Grtgorlyevam.; LIMIRSON, V.K., otv. red.; BZLIKOV,
T*Sw, red.;
HAZZLI , To,,*Zw- tekbu, red. -- ---, .
[Fundam ntals ef telephony and- telephone central offices using
:yetemej
manual
Oenovy telefouil I telefonnys stantaii ruchnogo
obelushiventlai XOskv4* Goes izd-vo lit-ry p6 voprosam. eviazi
i radio, 1958. 341 p. (HIRA 11:12)
(Telephone)
BELIKOV, V.S..,inzh.; ZILIBMA". P.M.,inth.; HILINIK, M.F.,insh.
Making large silicate blocks in a specialized shop. Stroi. I
mat. 5 no.2:23-26 F 159. (MIRA 12: 2)
(Building blocks) (Silicates) - I
I
BELIKOV, V.T.
A double-stator asp'chronOU13 regulated motor. Ene i elektrotekh.
prom, no.043-45 Oz ~162 '. WRA 16%2)
(Electric motors, Induction)
BELIKOV$ V*T.
Asynchronous short-circuited motors regulated by axial
displacement
of the active parts. Energ. i elektrotekh. prom.
no.1:28-31 Ja-Mr
163. (Electric motors, -1 Induction) OURA 16.5)
BELIKOV, V.V.
-....
Electrolytic regeneration of soda from autoclave
tungstate
solutions. Izv. vys. ucheb. zav.; tavet. met. 8
no.4:78-83 165.
(MMA 18:9)
1. Kafodra metallurgil tyazhelykh tsvetnvkh i
blagorrAnykh
metallov Leningradskogo gornogo instituta.
BOLOTNIMDV, S.M.; SHRAIM, M.S.; BILMV, V*V,
Quantitative determination of reserplas. Yled.prom.
D_159e
13 no.l2t4l-43
(MM 13t4)
1. Kharlkovskiy nauchno-looledovatellskly
khizibo-farmatsavticheakly
institute'
BELIKOV V.V. [Bielikov, V.V. I; SHRAYBER, M.S.
I
Uoe of compleximetric titration in the analysis of
complex medicinal
forms. Report No.2:. Determination of calcium and zinc.
Farmatsev.
zhur. 16 no.6:25-31 161. (MIRA 15.5)
1-'Farmako-analiticheskaya laboratoriya Kharlkovskogo
nauchno-
issledovate3fskogo Icbimiko-farmatsevticheskogo instituta.
(DRUGS-ADULTERATION AND ANALYSIS)
(CALCIM-ANALYSIS) (ZINC-ANALYSIS)
BELIKOV, V.V.; SHU)MR, M.S.; BOLOTNIKOV, S.M. (deceased]
Use of comploxometric titration in determining bismuth
and zinc in
medical ouppositories. Apt. delo U no.1;50-53 Ja-F 162,
(HIU 15S4)
1. Kharikovskiy rauchno-isoledovatelskiy
khimiko-farmatsevtichookiy
institut.
(SupposITORIES) (ZINC) (BISMH)
B&UXQ[,-3L.V. (BieMov, V.V. 1; SHRAYBER, M.S.
Use of complexometric titration in the analysis of
complicated
medicinal preparations. Report Noj: Direct titration of
lead and mercury. Farmatsev. zhur. 17 no.l-.7-11 162. (MIU
15:6)
1. Khartkovskiy nauchno-issledovatel'skLy kbiyni
o-farmatserti-
cheakiy institut.
(DRUGS-ADUIZERATION AND ANALYSIS)
(LEAD)
[Instructions for the approximate determination of
astronomical
azimuths and geographical la~itu~ss from the knovn
heights of the sun
and stais; to be used in the survey for the conatraction
of the
RU-14-54 hydroelectric pover stations] Rukovodiavhchie
ukazanila
po opredeleniiu. priblizhannymi aposobami
astronomichookikh asizatov
i ge#grafichaskikh shirot po lzmerannym vyootam solntsa
ili zvesd
pri izyskanniiakh dlia gidroonergatichookogo
stroitell-stva. BU-14-54.
Moskva, Gasenerg.izd-vo. 1935. 131 P- (KIRA 12t?)
1. Veasoyuznyy institut po izyskaniyam i
proyektirovenAym gidroanorge-
tiche IdIch stanteLy;
.(Hyiroelectric power stations)
(Astronomy, Spherical and practical)
cu. 'Ye.. /-,
LIVANOV, Mikhail Hikhaylovich; I8AUL2VLYeF., red.;
IIIOZWSBVA, A.I.,
red.izd-va; BOTTINKO, Hoy,, telk IMMML
ClAngineering surveying and the compilation of detailed
plans for
industrial enterprises] Inzhenerno-geodezichaskais s*emka
i sostavle-
nie ispolnitelinykh planov promyshlenofth oredpriiatii.
Moskva,
Izd-vo geodes. lit-ry, 1957. 214 pe (MIRA 11:2)
(Surveying)
BLIZNYAK, Yevgeniy Varfolo'meyevich, prof., doktor
tekhn.nauk;,
j2xgaziy-ZAdaraxJr.h, doteent; HUZY, Leonid Dmitriyevich,
doteent,
kand. goologo-mineral.nauk; DUBROVSKIY, V.V., red.; VOROXIN,
K.P.,
takhn.red.
[Surveying for water power) Vodnoenergetichookle isyekaniia.
Pod red.Z.V.Blizniaka. Moskva. Goe.energAzd-vo, 1957. 319 P.
(MMA 10:12)
(Water pcn )r)
ULITIN, A.I., insh.i Prinimali uchastlye: ROZA, S.A.,
doktor tekhn.nauk;
FILONOKO, A.S.,- prof.; SMIXOTv TOPF., doteent. DUMM, A.I.,
prof., doktor tekhn.nauk, red.-. 30CMA, Te.M., tekhn.rede
(Instructions for observing the nettling and horizontal
displa-
cements of hydraulic structures by geodetic methods]
Nastavlenia
po nabliudeniiam za osadkami I gorizontal'nymi
smashcheniiami
gidrotakhnichaskikh soorushenii geodesicheakimi metodarA.
Moskva,
Gos.energ.isd-vol 1958, 111 P. (MIRA 13:6)
1. Gidroonergoproyekt trust# Moscow. 2. Konwaltant instituta
'Gidroanargoproyakt" Ifor Alonenko).
(Hydraulic engineering) (Shrveying)
BELIKOY,.jo.F., doteent; VASILENKO, S.S., inzh.;
ICLOSff, B.A., dotsent.
roteezzent; VORONIN, V.A.. inzh., retsenzent; FILCEMO,
A.S.,
prof.,red,; MOKCHENKO, 7.1.p red.izd-va; ROMANOTA,
V.V.,
tekhn.red,
[Ragineering ru-veying In planning and constmating
hydroolootric
power stations] Inzhanerno-goodezichaskie raboty pri
proaktirova-
nii I stroltelletva gidroolaktrostantaii. Pod red.
A.B.Filoneako.
Koskva, Izd-vo goodes.lit-ry, 1960. 172 P. (MMA 13:7)
(airveying) (Hydroelectric power stations)
Ye,F
1aJZWSOV, Sargey KikhDylovich; CHASTUXHIN, S.A., inzh. -geode
zi st, retsen-
zent; KLIMOV, O.D., kand.tokhn.nauk, retsenzent; MURAVIYEV,
H,;S,,
dotsent, retsenzent; LUCHUX, G.P., dotsent, kand.tekhn.nauk,
retsenzent; LERIMN, N.N.. dotsent. retaenzent; GLOTOV, G.F.,
dotsent,
retsenzent; GRIGORIYEV, Y.M., inzh.-goodezist, retsenzent;
PDWOV,
A.F., inzh.-geodezist, reteenzent;-BhLIKOV, Te.FA.,, dotsent,
red.;
MONCHMKO, F.I,, red.izd-va; ROMANOVA, V.V., tekhn.red.
(Geodetic operations In the design and construction of hydraulic
structureal Geodezicheskie raboty pri proektirovanii i
stroitel'stve
gidrotakhnicheakikh sooruzhanii. Moskva, Izd-vo geod.lit-ry,
1960.
173 P. (MIRA 13:9)
(Hydraulic engineering) (airveying)
BELIKOV, Teyffl-njY-Xm1umL1ah,- doteent; VOROMIN, Viktor
Ileksandrovich, inzh.;
MMOV, Georgiy Fedorovich, dotsent; OV, Turly Vladimirovich,
insh.; IVANOV, Leonid Fedorovioh, inzh.; KOREM, Gleb
SqrgaysTich,
inzh. [deceased]; KASLHNNIKOV, Anatoliy Stepanovich,
insh.; SIROTKIN,
Kikhail Pavlovich, dotsent; ULITIN, Andrey Illich, inzhe;
URUSOV.
Nikita Turlyevich, inzh.; FLMOVSKIT, Turiy
Sargeyevich,.insh.;
SHA IDZHANYAN, Grand Aleksandrovich, insh.; EGLIT, Vitally
Ivanovich,
insh.; VASILITBVA, V.I., red.isd-va; ROKANOVA, V.V.,
takhn.red,
(Guidebook on principles of engineering geodesy used in
planning
and building hydroelectric power stations] Spravochnoe
rakovodstvo
po inzhenerna-goodesichaskim izyakaniiam pri
proektirovanii i stroi-
tel'stva gidroolektrostantaii. Pod obahchei red.
I.F.Balikova.
Koskva, Izd-vo goodez.lit-ry, 1960. 447 p. (KIRA 13:11)
(Hydroelectric power stations) (Geodesy)
EELIKOV,_Yev eni Fedorovichl dots.; KHRMOVj L,,S,,
prof.., SHAMOVA)
T,A, red, izd-vaj SUNGUROV) VaSop takhno reds
(Bibliographical index of geodetic literature for the
40-year
period, 1917-19561 Bibliografichooldi ukazatell
geodezicheakoi
literatury za 1+0 let; 1917-1956. Pod red.
L.S.Khrenova. Moskva#
Izd-vo good. lit-ry,, 196L, 53-5 P. (KUU 15t2)
(Bibliograpby-Surveying)
SIROTKIN, Mikhail Pavlovichl yB_ELIKOY,-Xe.F,,, retsenzent;
FIOROVSKIYp
Yu.S.* retsenzent; GLOTOV, G.P.,q red.; VASILIYEVA, V.I.p
red. izd-va; ROMANOVA, V.V.p tekbn. red.
[Handbook on geodesy for buildersISpravochnik po geodezii
dlia
stroitelei, Moskva, Geodezizdat 1962. 279 p. (MTRA 15:9)
(Surveying) building)
LYUTS., Aleksandr Fedorovicbs prof - SOROKIN, VaBiliy
pavlovich, dots.;
FIINKOVSKAYA, Tama a Semeno a, dots.; KOKOVIRM, Mikhail
Fedorovicb, inzb.; KIR:ELENKO,, Vasil,iy Sergeyevich, kand.
tekbn.
nauk,-.BELIKOVp-7e,.F..,-.dots., retsenzent; KHVOSTIK, I.F.,
red.;
KOMARIKOVA, L.M., red.izd-va; SUNGUROV, V.S., tekbn. red.
[Surveying in railroad engineering]Geodeziia v zheleznodorozh-
nom dele; spravocbnoe,posobi6.*(Byj Liutts, A.F. i dr. Moskva.,
Gecdezizdat, 1962. 342 p. - (MIRA 16:1)
. (Railroads--Surveying)
ItIVAROT' Mikhail Mikhaylgvich;,MjIKQY,_Ye F , doteent,
retsenzent;
-.S~Wvp F.Ye., inzhener-geodeziet istsenzimt; LETOVALITSET, I.G.,
dotsent,t red.; -,'WAS%tA7UA:,, Va.'r~dftd-vaj RUKANOVA,V. V.
tekhn. red.;
[Surveying in oonstruetion) Geodealia v stroitellstve. Moskva,
Gongeoltakhisdat, 1963. 312 p. (MIRA l6t6)
(Surveying)
ZENTSOV, Andrey Stepanovich; BELIKOV Ye.F., red.;
SHURYGINA, A.I.,
red.izd-va; FDMANO'VA,-V-.V.-,'Ve-M. red.
(Geodesy in the construction of large hydroelectric
power
stations and their tunnels] Geodeziia pri
stroitellstve krup-
nykh gidroelektrostantsii i ikh tunnelei; iz opyta
rabot. Mo-
skva, Goageoltekhizdat, 1963. 223 p. (MIRA 16:10)
(Hydroelectric power stationo) (Surveying)
BELIKOV, Ye.F., dots.; SOLOVIYEV, L.P., inzh.;
OHM'; , L.b.,
~-r-of., red.; BRAZIMIKOV, V.I., ved. red.
(Bibliographic index of geodetic literature for
tha five-
year period 1957-19611 Bibliograficheskii
ukazatell geode-
zicheskoi literatury za 5 let; 1957-1961.
t-loskva, Nedra,
265 P. (1,11RA 17:7)
I"I. ORGANIZATION:01t. 7119 bitymu mo-AmuRNT IN Till'
STAR FACTORY.-L 11. Xvittloonka awl K. 1. "Akeyv ifvxrwfqvv,
I& X
Imm. AsAmplas am gl"a of Im way molkly limn-mallp"I Of
1141AS in flwd1y1r4
depadnwatiapkanWinoMataavtAdbottlo--wb& (3tables)
42 0-66 EU-r(l)/&T(M)/T MWIDJ
ACC NRt Ap6oO5392 (#) SOURCE CODEI UR/0413/66/ooo/ool/0141/0141
_ Y. * Areshchenkop A. N.
INVENTORt-Belikov, Ye. M.; Bq~~ijj P
OROt none
TITLE: -Multistage centrifugal pump 'Y" Class 59, No. 177777
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znakij
no. 1,
1966, 141
TOPIC TAGS: pump, centrifugal pump
ABSTRACT: This Author Certificate introduces a multistage
centrifugal
pump with a labyrinth shaft seal and gradual pressure reductlon
on the
seal. To rid the labyrinth of mechanical inclusions when
operating
with a polluted fluid,\~the pump is made with bypass pipes
connecting
the circular grooves of the labyrinth bushings with the
respective
pressure stages of the pump (see Fig. 1). Orig. art, hast 1
figure.
1/2 uDc: 621.67
T
~~_L,25 746
0 00
K NRV.'AP5019199 00
tZle'317.733.0W
T
AUTHOR* Zikg---" L-M I-P iye 14 4
M*'f-.BelIkov
etrOVj'Ni
TITLEI''M4-3 seq-balan b A hf
c ng~ therithistor
.-c bridge for measuring or
SOURGEt `.rzxneritellnayi tekhnika, 'C 1965,41-43
VLOS
4-TOPIC TAM the
MN rmistor brid e'," dc bridge shf wattmeter M4-3 tWrnAs
-bridge
A&
.A n4wly de-Vel o-p'ed,pbrtab 6 M4-3 6 r
AAkRACT: hi the' mistor bridge, '!ffi~ich
as a d-ic double-br e ciriduit,'a direct
Irnprovement.of the older- 4 101 h id
Wei Ih
r a ferrodynamic attm ter .6
eading on -W e cale, and an autocompensation systern,
measurern~rit scope is So-7500 (iwt baoic errori loStO.3%;
zero-pointdri(t
0. 3 14 W1 supply, ~241'0 v50, cjpsi weight' Z5, kg.: The double
thermistor bridge.
Consists of an'.iktirn upply. bridge. in one of'Whose Arms an:l' erwd
measur ng
a nt
bridge is Ins6i 46'::,.-.Thi6 sht measurGi thirmistor forms art arm of
tW fiiternal.--~
1/2
C-
L 3801-40
ACCESSION M AP5025565 3
UR/0115/65/000/009/0041/004
621,317, 733* 023
AUTHOR: Zaksq lj~ M.; Belik ov Ye 6 NO; Rypalev* S. Vd.; Petrovq V, M.
TITLEt Athermistor bridge with automatic digital readout and
automatic a
ero COPO
r
action
SOURCE- not 9 1965, 41-43
lzmeritellnaya tekhnikaj
TOPIC TAGS i -.thermistors power meter, resistance bridge, digital
readout system
ABSTRACT:~- A 13elf-balanding thermistor'bridge is described in which
'the upper
limit:
[of accuracy in raised by using an automatic digital.readout system,
and the.thres-,.,-'-,--
hold'of sensitivity.-islo"red by addi automatic zero correction to
the systems
The automatia'digital power,readout'is'based on the use of a
measuring multipli
er
which u
see the pulse-timemethod-for multiplying two dc voltages taken
from'the mea....
surement circuitlof the bridge., At.the output of the multiplier Is
an analog-digi-
tal converter which changes the voltage to a proportional time
interval$ and an
electronic m6ter which-shows.these intervals in digital form. The
method for autm
tic zero correction is based ion periodic blanking of the modulator
for the shf Chan f~
card, 2
BELIKOV, Ye. ff.
",
Measuring instruments at the Hannover Industrial
Exhibition, 1955.
Izm.tskh. no.1:85-89 056. OCWU 9:5)
(Hannover--Measuring instruments--Exhibitions)
AUTHORS:
Pronenko,V.I., Belikov, Ye.N. SOV-115-58-4-35/45
TITLE:
A Broad-Band Automatic Super-High Frequency Amplitude
Stabilizer (Shirokopoloanyy avtomaticheskiy stabilizator
svch
moshchnosti)
PERIODICAL:
Izmerifellnaya tekhnika, 1958, Nr 4,
pp 81-84 (USSR)
ABSTRACT:
Variations of a functional scheme for
stabilizing the
super-high frequency amplitude level are
described. With
this scheme existing generators may be used
for various
types of fine measurement. Details of an actual
stabi-
lizing system and equipment are given. Here a
broad-band
detector section is used for the measuring element,
a
battery with voltage divider for the reference voltage
data-unit, a photo-compensator for the dc amplifier and
an
electro-mechanical attenuator for the executive
mechanism. The
detector sections operate in the bands
2.6-3.2 am and 3.2-3.6
cm as amplitude indicators and
have a transfer constant which
varies with the frequency
Card 1/2
approximately from 10-13 db.
Details of the individual
:iOV-115-58-4-35/45
A Broad-Band Automatic Super-Ifigh Frequency Amplitude
Stabilizer
units and the functioning of the stabilizer are given.
The stabilizer operates at amplitude levels of 10-100
mwt with a stabilization accuracy of + 0.5 db. The
stabilization factor is roughly 140- There are 2 dia-
grams, 1 graphp 1 photo and 1 American reference.
1. Frequency stabilizers--Design
Card 2/2
28(2) SOV/115-59-6-2,1/33
AUT11ORt Be likov
TITLEs Measuring Instrumont.-i i-tt tha 12th Exhibition of
Chomical Equip-
ment Building "Ichema 195811
PERIODICAM lzmeritellnayu tekhnihno 1959, Nr Ot pp 64-66 (USSR)
ABSTR.kCTs The author reviews measuring instruments shown at the
exhibition
of chemical equipment building "Achema 1958tl which took place in
0
Frankfurt am Main in May and June 1958# For compiling the review,
-the arAthor used various German poriodicals of which he indicated
only "Elektronisebo Ihtnds chau" "Rage lungst echnik" t
IIETZ-A,11, ITWKII,
all published during 1958. There are 5 references, 4 of which are
German and I Soviet.
Card 1/1
2780
S/115/61/000/009/002/Oo6
6,,~30L E032/EI14
AUTHORS: Zaks, L.M., and Belikov, Ye.N.
TITLE: Bolometric d.c. bridge for S.H.F. power
PERIODICAL: Izmeritelinaya tekhnika, 1961, No.9, PP. 34-37
TEXT: The apparatus developed by the present authors is
illustrated in the figure. The device consists of two bridges:
an external supply bridge and an internal measuring bridge.
In addition,there is a stabilized supply source 1 with a
photocompensated d.c. voltage stabilizer, an output meter (ferro-
dynamic wattmeter), null-point indicator 2 with a photo-
compensated d.c. amplifier, and a compensating current source 3.
The bolometer R,~ and the resistor ra form one arm of the
internal measuring bridge and the resistance of the constant
comparison arm is equal to the maximum possible working
resistance
of the bolometer. The supply bridge incorporates the fixed-coil
of the wattmeter WI, and the compensating circuit includes the
second fixed coil W2 and the movable frame W3- The initial
balance is achieved by adjusting ra and by the current
through the bolometer by varying the output voltage of the
Card 1/4
f7843
Bolometric d.c. bridge for S.H.F. S/115/61/000/009/002/006
E032/E114
photocompenatited stabilizer. The SHF power incident on the
bolometer is compensated by reducing the heating current through
the bolometer. The latter is achieved by applying an opposite
compensatJng current. The compensating current produced by the
ferroresonance stabiliser 3 is adjusted manually until the
br-Idge is balanced4 The measured power is indicated by the
output
wattmetere The upper circuit in the figure employs a symmetric
supply bridge and is used with small work�ng ranges; the lower
circuit employs a non-symmetric supply bridge. The former is
employed with waveguide bolometric heads, and the latter with
coaxial bolometric heads, The power meter has the following
characteristics: working range 100 microwatt to I watt,
bolometer resistance range 180-640 ohm; errors range between 6
and 10%. Expressions are derived which give the power as a
function of the Instrumental parameter3. The present bolometer
is based on previous work by the present authors (Ref.l:
L.M.Zaks.
Obraztsovyy avtomaticheskiy termistornyy most postoyannogo toka.
"Prototypa automatic thermiator d.c. bridge": Trudy institutov
Kowiteta. standartov, mer I izmeritellnyUh priborov, "Tran!',.
of th8
Card 2/4
27W
Bolometric d.c. bridge for S.11.F. .. S/115/61/000/009/002/Oo6
'E032/EJL14
Institutes of the Committee for Standards, Measures and Measuring
Instruments", Standartgiz, M., 1~6o, 48, (108), P-7) and
Ref.2:(L.M. Zaks and Ye.N. Belikov, Avt. svid. No.136794 c
pr1oretetom ot 18/3/1960, "Author's Certificate No.136794,
Priority
from Narch 18, 196011).
There are 1 figure and 2 tables.
Card 3/4
BELIKOV, Ye.N.
Galvanometric d.c. voltage ax4 current stabilizers for
thermistor
microwave power measuring devices. Trudy inst. Kom.
stand., mer i
izm. prib. no.65:21-25 162. (miRA 16:5.1
1. Vsesoyuznyy nauchno-issledovateliskiy institut
fizikD-tekhnicheskikh
i radiotekhnicheskikh izmereniy. -
(microwave measurements) (Radio mestsurements)
34671
S/115/62/000/002/007/009
0 ~3 0// 7, 3 E192/E382
AUTHORS: Zaks, LaM., Petrov, V.M. and BAlikox. YP~N.
TITLE: Improving the iasensitivity of thermistor wattmeters
for UHF
PERIODICAL. Izmeritellnaya tekhnika, no. 2, 1962, 43 - 48
TEXT: The main factor limiting the sensitivity and accuracy
of thermistor wattmeters for UHF is the instability of its
indications due to the instability of the temperature of the
thermistor and the instability of its heater current. A method
of increasing the sensitivity of a thermistor power-meter is
described in the following. This is based on the use of
temperature compensation and a special galvanometer stabilizer
which results in a very high stability of the supply current
for the measurement circuit. The methods of temperature compen-
sation of thermistor meters for UHF-power are usually based on
a coaxial compensating thermistor whose resistance is dependent
only on the temperature of the surrounding medium and is
practically independent of the current flowing through the
thermistor. The condition of compensation is achieved if,
Card 114,
S/115/62/000/002/007/009
Improving the .... E192/E382
during temperature changes of the thermistor holder (i,e.
temperature of the measuring and compensating thermistors), the
changes in the resistance of the compensating thermistor result
in a change in the 6urreut of the measuring thermistor and the
power dissipated in it, such that its temperature and resistance
are kept constant. The method of temperature compensation JIr
devised at VNIIFTRI is based on the use (Ref. 4. Zaks and
Petrov - Authors' Certificate no. 670724/26, June 20, ig6o) of
an inertia-type compensating thermistor placed in the thermistor
holders This thermistor is in direct contact with the holder
and is at the same temperature as the measuring thermistor. The
compensating thermistor is connected not in the supply network
of the measuring bridge but in the circuit of the reference
voltage of a stabilizer feeding the bridge. In this way, it is
possible to reduce to a negligible value the power dissipated
in the compensating thermistor and thus to increase the
efficiency of the temperature compensation in comparison with
the other known methods (Ref. 1 - Measurement techniques at
centimetre waves, Part II. Pub. Sovetskoye radio, Moscow, 1942;
Card 2/5
S/115/62/000/002/007/009
Improving the .... E192/E382
Ref. 3 - R.A. Valitov and V.N. Sretenskiy - Radio measurements
at ultrahigh frequency, Voyenizdat, 1958). The compensating
circuit operates as follows* When the temperature of the
thermistor-holder is changed, the temperature of the measuring
and compensating thermistors, which are in the same thermal
conditions, changes accordingly. The change in the resistance
of the compensating thermistor, which is connected in the
reference circuit of the voltage-stabilizer, leads to a change
in the stabilized voltage and this results in a change of the
current in the measuring transistor and the power dissipated in
it. The temperature of the measuring thermistor and resistor i
therefore unchanged. Consequently, when the temperature of thes
holder is varied, the balance of the thermistor bridge and the
indication of the power-meter are unchanged. The reference-
voltage divider, which is connected in the feedback loop of the
voltage-stabilizer, is in the form of an unbalanced bridge
(see Fig. 1), whose output "diagonal" contains the reference-
voltage source e and a galvanometer (-. The e.m.f. of the
reference element is connected "against" the voltage of the
Card 3/5
S/115/62/000/002/007/009
Improving the .... E192/E382
output diagonal of the bridge. The galvanometer stabilizer
circuit is illustrated in Fig. 2. The system has three
correction circuits. The capacitance C k1 ~ 0.1 lip is
connected in the diagonal of a photo-resistor bridge circuit
and its purpose is to,suppress the oscillations of 50 kc/s
frequency. The low-frequency oscillations are suppressed by
the
network consisting of the capacitance C k3 I ItF and
resistance r 3 as well as the correcting network consisting of
the capacitance C k2 = 1 )iF and a variable resistance R.,
= 47 kA. This circuit is connected between the input of a
DC amplifier consisting of transistors Tl, T 2 and the output
of the control transistor R 3 # The input voltage of the power
stage of the stabilizer is additionally stabilized by an
auxiliary transistor stabilizer based on an emitter-follower
T4,
whose reference voltage is provided by a pair of reference
diodes.
Card 4/5
~ACCESSION NR: AT3013122 2589/62/000/065/0021/0025
S/
AUTHOR:Bell-kov, Ye* N.
TIME: Galvanometric do voltage and current stabilizers for ther-
.mistor microwave wattmeters
~SOURCE: USSR. Komitet standartov, mer i izmeriteliny*kh priborov.
Trudy* institutov Komiteta, no. 65, 1962, 21-25
TOPIC TAGS. stabilizer, galvanometric stabilizer, do stabilizer, do
,...current stabilizer, do voltage stabilizer, thermistor microwave
watt-i
~-,meter, semiconductor stabilizer
.,.'ABSTRACT: Since the Soviet industry produces no current
stabilizers
the Soviet commercial do galvanometric voltage stabilizers are
Ineffective against short line voltage bursts and are too large to
be':
,.'built into portable laboratory instruments, the VNIIFTRI has
develop-'.,"-'
r.,;ed small-size semiconductor high-stability galvanometric current
and
voltage stabilizers for tbermistor measuring circuits. The voltage
,.stabilizer is rated 408 V at 60 mA has an internal resistance less
1, Cord
------------
,,iACCESSION NR: AT3013122
8 ohms and'a transient time of 0.25 millisecond following an
:than 0.0
..."..'abrupt change in the load current. The current stabilizer is
rated
""'~6 -- 60 mA at 40 V,-bas an internal resistance larger than 1
megohm
-,,,and a transient time of 16 milliseconds. Both are designed for
170
250 volts, have a stabilization coefficient not less than 100,000,
,a short-duration instability not more than-0.0001 per cent-minute..
~:'and an output ac*component not less'than 0.1 per cent. Orig. art.
3 figures,.2 formulas and I table.
:_A
..',jASSOCIATION: VNIIPTRI.
SUBMITTED: Jun6l DATE ACQ.- 280ot63 ENCL: 01
SUb CODE: EE NO REP SOV: 004 OTHER: 001
Card 2/j
BELIKOV, YU._N., Engineer and RAMEYEV, B. I., Engineer
"Specialized Automatic Digital Computing Machine of the
"Kristall* Type" a paper
presented at the Conference on Methods of Development of
Soviet Mathematical
Machine-Building and Instrument-Building, 12-17 March
1956.
Translation No. 50.6, 8 Oct 56
JE
AS
C4
DUMOV, Mop insho, otv* red.; KRAVCHENEO, V.A., inzhp
zames. otv.
red.; RAGULINAp RoLp inzh.p red,j YEMp A.P.,, kande tekbno
nauko red.; GASIKj, M.L. aenisten., red.; ZELIDIN, Mop
inzh..,
red.j SAKWOVp R,B., red.; BELIKOV, Yu*VO' insh., red,;
KOCHERGAI N,T.p ved. red.; StHUWV;-V-.1G-.~,1dm. red,
[Development of the iron alloy industry in the U.S.S.R.)
Raz-
vitie ferrosplavnol promyshlennosti. SSSR. Kiev, Gos.
i2d-vo
tekhn. 3it-ry, USSR, 1961. 243 p. (KIRA 15W
lo Ukraine. Gosudarstvennyy nauchno-takhnichaskiy kmitet.
institut tekbnicheakoy informatail. 2o Zaporozhskiy zavod
ferrosplavov (for Dekhanov,, Kravchanko, Ragulinal.-3.
Dnepro-
petrovskiy metallurgichaskiy institut (for Gasik,.B61ikov).
(Iron industry)
FHITRIK, B.I,, doktor tekhn, nauk; DENWOV, N.Mp
inzho;
SARANKINp V.A., inzh.;-ZELIDIN,, V.S.., inzh.;
BELIKGVi-Y'u.V... inzh.
Valcing manganese metal ow a phosphorous-free
slag from
first-grade Nikopoll manganese ore. Met. i
gornorud,
prom. no.5t66-68 S-0 163. (KIRA 16:11)
EELIKOV Yu.V.; KEKELIDZE, M.A.; KRASNER, I.F.;
SIORIDZE, G.Ya.; KHITRIK,
--'~~~UTIRISHIIILI, G.A.; SHIER$ G.B.
Making silicon-manganese alloys from sintered 2d and
3d-grade
concentrates of the Nikopoll deposit. Stall 24
no.2:140-143 F 164.
(MIRA 17:9)
A.P.1 CHEPELENKO, Yu.V.; 13ELTXO Yu.V.
Investigating the kinotied of the reduction proceiss of
briquetts
and or an ordinary charge mixture in the preraration of
forrooilicons
Nauchs Lrudy MI no~5102i-130 163. (MIRA IMO)
BELIKOV, Yu.V.; NEFEDOV, Yu.A.
_'.,
Using Nikopollp 2d and 3d-grade, lean concentrates for
the manu
facture of silicomanganese. Nauch. trudy DMI
no.5lz2O2-211,, 163.
(MIRA 17;10)
OV-SHTOMISHl P. I., Pharmacist
Drugs
Utilizing the pulp of squash cores in the preparation of pills
and as emulsifiers.
0
Apt. delo no- 4, 1952.
Month List of Russian Accessions, Library of Congress.
November, 1952. UNCLASSIFIED,
EIHEJq E. (Rlga~); BEUKOVA, A. (Riga)
Some obaervationa on growing mixed co rn crope
Bestis Latv ak
no-4;109~-nt 161. iKw 10:9)
1. latvijas PSR Zinatnu akademija, Biologijas
instituts.
(corn (maize))
1~1\
TOLUYSKAYA, R.N.; TOYARNITSKY, V.lz*. B4BLIXDVA# AsHe
M
The effect of the properdin system on the lue'uft virus. J. Hyg.
Widem., Praha 2 no.4:404-407 1958-
10 Ivanovsky Institut of Virology, Biochemistry Department, Xosoov
D-37, Baltiyskyi pos. 13, U.S.S.R. (for Voluyskaya).
(IbIWAM VMWSS, eff. of drugs on,
properdin)
(PROPARDINI off.
on influenza viruses)
ZIHE,. E.; BELIKOVA,, A.
Sme observations In growing corn mixed with other
crops,
4m.kAN letv. SSR n0.4:109-118 161, (HIRA 16tl)
1. Latvijao PSR Zimtnu akademijas Blologijas
institute.
(Latvia-corn(maize))
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13ELIKOVA,-A. P.
Dissertation: "Concerning the Laxative and Constipating
Action of the Plants
of Buckwheat Family."
8/6/50
Acade*y Med Sci USSR
So Vecheryaya Moskva
Sum 71
BILIKOVA. A.P.; GOLIUBOVA, R-Z--, SHIRMY, V.A.
Determining the extractive value of fruits and berries.
Uv.
vys.ucheb.zav.; pishch.tekh. no.6:148-152 '58.
(KIRA 12:5)
1. Leningradskiy tokhnologicheekly institut pishchchevoy
prowqoh-
lennosti, Kafedra takhnologii spirts, i likero-vodochnykh
iodeliy. (Pruit-Gbamical composition)
%traction (Chemistry)) (Fruit Juices)
L I rO VA ~ A
Pn=o -L 14 W=OVA# L S.; 3MLIEDMI, JL P.
Chemotherapy of uperixontal trypanosomi"Is In
prolongea (narcotic) sleep,' Zb~ m9=01916'. Xoskm No 1:
38-39 JTamuW7 1954. (Cm ~;:5)
I, Of the Dq=tusut of Microb lology (Head -- Nof 0* A. I.
Ph") and. the Departmmt of Pharmaoolo&7 (Head -- Prof,
XX NlkolaveTa)p Moscow Pharmaeutical Institute of ths,
X;Zstry of Pmblic Health UW.
BEIjOVA, A.P.; KUDRYAVINA, N.A.; RAMPAN, Yu.I.; SYRKIK, A.B.
Exporimontal data on the effect of aurantin on the peripheral
blood.,
cardl,ovascular system,, and diuresis. Antibiotiki 5 no.2:44-;50
Mr-
Ap 160. (MIRk 1415)
1. Laboratoriya farmakologii (zav. A.P.Belikova) Instituta
eksperimentall-
noy i klinicheskoy onkologii AMN SSSR.
(ANTIBIOTICS) (CARDIOVASCUIAR SYSTEN)
(DIURETICS AND DIURESIS) (BLOOD CELLS)
BELIKOVA, A.P.; KUDRUVINA, N.A.; RAMPAN, Yu.I.
Pharmacology of antibiotic No.2703. Antibiotiki 6
no.5t4l2-417
My 161e (MIRL 14:7)
1. Laboratoriya farmak6,Idgii (zav. A.P.Belikova)
Instituta
eksperimentallnoy i kUnicheskoy onkologii AM SSSR.
(ANTIBIOTICS) -
BELIKOVA, A.P.; KUDRYAVINA, N.A.; RAMPAN, Yu.I.;
SYRKIM, A.B.
Experimental data relative to the pharmacology of
hippophaine
(5-hydroxytryptamine hydrochloride. Farm. i toks. 25
no.6:
705-711 N-D 162. (MIRA 17-8)
1. Laboratoriya farmakologii (zav. - kand. med. nauk
A.P.
Belikova) Instituta eksperimentallnoy I klinicheskoy
onkologii
AMN SSSR.
BELIKOVA, A.P.; KUDRYAVINA, N.A.; ROMAN, Yu.I.:
SYRKIN, A.B.
Pharmacology of fumagillin. Antibiotiki 8 no.6:546-550
Je'63
(MIRA 17%3)
1. Laboratoriya farmakologii Instituta
eksperimentalln0y L
klinicheskoy onkologii MIN SSSR.
BILIKOVA. AwYao.
Importance of the dry-drop-method in serological teats for
syphilis.
Vest.veno I derm. no.3:57-58 MY-Je 156. (MA 9:9)
1. 1z Stavropol'skoy klinSki koshnykh i venericheskikh
boleznay i
krayevogo vandispansera.
(SYPHILIS--)D IAGNOS IS)
pMANTSEV, M.V.; BELIKOVAI E. I.; NAZWW., Ye,G,
-----------------------
juveBtigation of heat-resistant a32oya on an
iron-nioke-l-
chromium base. Sbor.trud.TSNIICHM no.27:93-138 162.
(KM .1518)
(Iron-nickel-chl-o-blyn alloyv-~-Thermal properties)
BELIKOVA, E.I., kand,tekhn.nauk; KAZAROV, Ye.G., inzh.
- ------
Effect of secondary hardening on the structure and
properties of
the KhN35VTIU alloy. Metalloved. i term. obr. met.
no.?:38-42
.71 162. (MIRA 15:6)
1. TSentrallnyy nauchno-issledovateliski-y institut chernoy
metallurgii,
(Nickel-chromium-iron alloys-Flardening)
EELIKOVA, E.I.; PUTIMT!ZVA, 0.1.
High-strength, dispersion hardening, low-magnetic
iron-chromium-
nickel alloys. Sbor. trud TSNIICHM no.35:11-23 163.
(MIRA 17s2)
I