SCIENTIFIC ABSTRACT BATRAKOV, V.S. - BATRANIN, Y. Y.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000203930002-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BATRA=
SPOOial f6fttur,es of agioultuml developmut in the
Bokhm
MnAte from the middle of the 18th contmT to the
1870iso
Ikuoh. t=Ay Tasho no.193-.154,184 s62. (MIRA 16-.7)
(Bokharam-Agriculture)

BAIRAFOVY V.V.j IOFAP Z.All-
Xeneurtment, of the impedance of Fn iron elantrods by mans of
,a], terns f,!,ng curvent.- Elaktrc-Wr~!s 1 nc.7i123-129 F
165.
(MMA 18 6)
1. Mcskovakiy gaeuda-.,~atvennyy izn~veraltet imsni
Lomoncsova.

AUMIN, FLIX)F!f)~ ~, -',. L"; K:,.G,)-. I!, -~ -., -
, - . ; . : ~ -
Zinovii Alakeandrovich Iota; on hin '10th bIrth-layt
1,P,95-.
Blektrokhimiia I no.5t620-621 W.10, OCPA MO

JOFA, Z.A.;,BATRAKOV, Y,V.-j KHO NGOK BA
Effect of the arlsorption of anions on the %ction of
Inhibitors of
acid corrosion of iron and cobalt, Zashch,vieto I
no.1:55-62 J&-F
165. (MIRA 18:5)
I* MoBkovskiy gosudarstvennyy universitet imem
Lomonosova.

BATRAKOV.-L.-V.; PIYANKOVA, A.P.; 1OFA, Z.A.
Bebavior of an iron electrode In-alkaline solutions
a+ low
tenperaturea, Zhur* fiz. khim. 38 no.5sl,140-1343 My
164.
(MIRA 18:12)
1. MoskovskJy gosudarstvenW universitet imeni
Lomonosova.
Submitted July 3, 1963.

.-AmMuA-j&AW
r--
Using the XB-I telescopic alidade &.ad staff with a
notable scale
and anvil. Good, i karto AO-9;32-36 1 156. (HiaA 10;1)
(Surverinr-Instrwants)

BATRANOV Yu. G.: Water Tech Sci (dies) -- "Investigation
of the precision
-
of surveying relief and of computations of the volume of
planning vork in
draft &rewingal'. Moscow, 1958. 16 PP (Min AgriC USM,
Mo0cow Inst of TAM
Management Engineers); 150 OoPles (KL., No 41 1959, 125)

'3(4)
BOV/154-59-3-13/19
AUTHOR:
Batrakov, Yu. G., Assistant
TITLE1
-B-Xb-ibition of Geodetic Instruments of the Hungarian
People's

eodezicheskikh instrumentov Vengerskoy
Republic (Vyatavka

Narodnoy Respu
l
rERIODICALs
Izvestiya vyashikh uchabnykh zavedeniy.
Geodeziya i aerofotos"-

yemka, 1959, Kr 31 PP 139 - 142
(USSR)
ABSTRACTt
A short description of the geodetio
instruments produced in

Hungary is given. These instruments
were exhibited in Moscow

in November andDecember 1957- 1) The
theodolite D-1 is used

for triangulations of lowerorders and
in geodetic, engineering

work. Wedge bolt and micrometer
screw of the horizontal circle

ver-
have a common axle. The same applies to the screws of the

x
tical circle. The magnifying power of the telescope is 25 .
2)

The theodolite-tachymeter Ye-1 is small and light. Rare,
tool

the wedge bolts and micrometer screws of the horizontal
and

vertical circles are mounted in pairs on a common
spindle. The

reading accuracy is 30", the proper weight 3.4
kg. Apart from

this instrument there exists another Ye-2 type
which is mainly
Card 1/3
destined for underground surveying.
This instrument is lighted

Exhibition of Geodetic Instruments of the Hungarian
BOY/154-59-3-13/19
People's Republic
and not mounted on a tripod but on a side support. Thus it
needs not be demounted when ores are removed from the mine.
3) The universal theodolite-tachymeter 17 A is used for the
plotting of tachymeter lines of higher accuracy, for micro-
triangulationsi etc. The magnifying power of the telescope is
28x, the weight - including 0the case - is 5-7 kg. The telescope
has a turning level with a 20" scale. 4) Leveling instrument
with horizontal circle, type 35 Yep for leveling of third and
fourth orders. The root of the square mean error is 5 mm per km
of the line in leveling from both ends. The horizontal circle
makes it possible to determine both superelevation and location
of points. The reading of the horizontal circle is done at the
vernier with an accuracy of 61. The instrument is equipped
with a tilting screw. 5) The measuring table 9F has 2 levels
on the telescope and on the vertical circle. The turning level
of the telescope permits a determination of the picket mark
by means of a horizontal ray. In figure 6 the field of the tele-
scope is shown. Ill instruments described above are shovn in
Card 2/3 the figures. There are 6 figures.

. Exhibition of Geodetic Instruments of the Hungarian
SOY/154-59-3-13/19
People's Republic
ASSOCIATIONt Xoskovskiy institut zemloustroystva (Moscow
Institute of Land
Survey)
SUBMITTEDt December 159 1956
Card 3/3

BATRAKOV, TueGep kand.tekbn*nauk
Accuraoi of calculating the VOIUMG Of PwUngwrk b7 the mtbod of
square prisug. lzv.vys.uaheb.sav.j geod.i aerof. no.161-57 161*
(NIRA A:6)
I., Moskovskiy institut, insimmerov smaeustroystvat
(Em-thvork-Tables., calculation.* etc,)

MUM Yu.G,.,-Imnd.t9khn.nauk-
Precision of leveling in irrigated-areau., lzv,:,!~~--ucheb.,
zave; goodt. 1 --roL'. 1/#:10)
1. Hookovskiy inotitut instanerov memloustroyatva.
(lavoling):

S/006/61/000/011/002/002
D054/D1l3
AUTHORS% Batrakov, Yu. G., Yeremeyev, V. D. and Savinovy L. B.
TITLE: investigations and practical use of the NL-3 level
PERIODICALt Geodeziya, i kartagrafiya, no. 11, 1961, 29-32
TEXT: The article deals with investigations and the practical
use of the
HJI-3 (NL-3) level. Investigations were conducted by the
Department of
Geodesy of the Nosko ki in'titut inzhenerov zemleustroystva,
(Moscow Insti-
tute-of Survey Engineers and the Central Establishment of the
Vsesoyuznaya
kontora Sellkho.zaeros"yemka (All-Union Office for the Aerial
Surveying of
Rural Areas), The device has an optical altimeter built in the
telescope
which consists o-f a reticule of altimetric hachures protected
by etched
glass. The image of these hachures can be seen in the left part
of the vis-
ual" field of the telescope on a silvered strip; the image of
the staffq of
the middle haohure of,the gratioule and the two anallactic
hachures can be
seen in the right part. The position of the altimetric hachure
in the vis-
ual field of the telescope depends on the inclination angle of
the direc-
tional ray. The functioning of the level depends on the
point-to-point
Card 11*2

B/006/61/000/011/002/002
Investigations and practical use of D054/Dll3
correspond4noe of the altimetric hachure with the middle
horizontal hair of
the graticule at the horizontal position of the directional axis
of the
telescope, The authors describe the functioning of tae NL-3
device which
waa used in stereotopographic surveying in the Smolenskaya
Oblast' and in
the Moldavskaya SSR in 1960 and compare the results obtained
with the re-
sults obtained by geometrical levelling, The NL-3 level can
be-used for
8, ltitudinal field observatiAmes for stereotopographic
surveyingg and for
c6mpiling a vertical control network for an aerophotographic
survey. The
NL-3 level is also recommended for operations in regions with
broken con-
formation, as well as for surveying roads, transmission lines,
pipelines,,
etc. The disadvantage of the device is that the prism for
observing the
spirit level bulb is fixed at such a distance from the lens ring
that it is
impossible to observe the bulb when taking the readings from
staffs.
Scientist A* W. Kolmogorov is mentioned in the article. There
are 2 tables.
Card 2/2-

BATHAKOV, Yu.G.., kand.takhn.nauk
NOV instruwntx,fOr Surveying In lAnd-improving bydraulic
engineering.
Gidr. i mel. 13'no.501-39 My 161. (HIPA 14&5)
le Moskovskiy inatitut inzbonerov zemleustroystva.
(Surveying-Instrments)

S/P-70/63/000/00VO09/020
AO01/A101
AUTHOR: Batrakov, Yu. 0.
TI=i Modem geodetic instruments
PERIODICAL: Referativnyy zhumal, Oeodeziya, no. 2, 1963, 21, abstract
2.52-153
("GidroteXm. i malioratsiyW', 1962, no. 10, 43 - 50)
TEM: The author briefly desoribes*and cites the principal technical
characteristics of the following geodetic instruments manufactured by
the people's
Zeiss enterprise (Jena, GDR)s level instruments: Ni 060, Ni 030,
NiOO4, Koni
.007; theodolites; Theo 030 and Theo 010;: reduction tacheometerst
D&1ta 020
and Redta 002;* range finderatteletop, Lotakeil 004, Dimesskell 002;
mapping
desk Karti 250; base rod Bala; rods to range finders Lotakeil 004 and
Dimess-
keil 002.
V. S.
(Abstracter's note: Complete translation] A
Card 1/1

SOBElWSKIY, Konstantin Stanislavovich; SIROTA.,
Ivan Fedorovich;
BA7RAKOV, Yuriy Griaorlyev ch; VZNUZDAYEV, Sergey
VaslTly-e-VIF5; ANKOV, Sergey Mikhaylovich;
MASDR,
A.V., red.; VASILIYEVA, V.I., red.izd-va;
RCRANOVA, V.V.,
tekhn. red.
[Geodesic works for the construction of
irrigation and
drainage systems] Geodezicheskie raboty dlia
stroitellstva,
orositel'rWkh i osushitel'rWkh sistem. [By]
K.S.Soberaiskii
i dr. Moskvap Gosgooltekbizdat, 1963. 203 p.
(MIRA 16:12)
(Surveying) (Irrigation) (Drainage)

BATRAKOV, Yu.G.
NASM-4B geodimeter. Good. i kart. no.22:25-34 D 164. (MIRA 18t2)

FIASIDV, Aleksey Vasillyevich; LARCHENKO, Yefim
Gerasimovich;
GORDEYEV.. Aleksandr Vasillyevich; AIMSANDROV,
Nikolay
Yu
V 7
V
flikolayevicb; Prinimal uchastiye u.G.;
"tielecWts-e-d
ZUERITSKIY$ I.V,p iftfoi,retsenzent ceasedi-if.-
VASILIYEVA, V.I., red.izd-va,- ROMANOVA, V_.V..,
tekhn. red.
(Geodesy] Geodeziia. [By) A.V.Maslov i dr. Moskvaj
Izd-vo
"Nedra." Pt.l. 1964. 1+90 P. (MIRA 17:4)
1. Zaveduyushchiy kafedroy geodezii Belorusskoy
sellskokho-
zyaystvennoy akademii (for Zubritskiy).

F.IKIniEVICH, Grigoriy Vasillyevichp dots.; RYAZANOV, Viktor
Pavlovich, dots.; SIBMAKOVA P Aleksandra Dmitriyevnav
dots. Prinimali uchastiye:.AA,7RUOV
,, Yu.G. , dots.;
VITHAN, A.I.j dots.1 YUNOSHEV, L-9--, a4fr-iat;
KOROBOCHKIN, M.I.j. assistenti NEKHOROSHEV, M.Ye.,,
retsenzent; BOGOLYUBOVA, N.S., retsenzent; NIKOLENKO, N.F.,
retsenzent; CHERNUKEN., L.S.,, retsenzent; NESHCHADIMOV,
L.S.2 retsenzentl LARCHENKO, Ye.G., prof.# red.
(survey-ing] Goodezilas Moskvas Nedra. Pt.2., 1964. 338 p.
(MIRA 17:3.2)
1. Zamestitell nachallnika. Uoravleniya sallskokho2yaystvan-
nykh aerofotos"yemok (for Nekboroshev). 2. Kafedra vysshey
geodezii Omskogo sellskokhozyayotvermogo instituta, (for
Bogolyubova, Nikolenko, Chernukhin, Neshchadimov).

L 917-66 EWW OW
ACC NR% AP5023339
UR/015.4/66/000/003/0055/0061
538.52
AUTHOR: jjrakF, Candidate of technical sciences); L
(Stt!dent); V.P
'ng
Romeyko. D.P., (L beer)
TITLE: Field investigation and trial use of the Xonl 007 and. Ni.-VZ
leveling Instruments
SOURCE: IVUZ: Geodeziya I aerofoto_s!yemka6 no. 3, 1965A '55-61
TOPIC TAGS: geodetic survey,9detic in*strument,~ model test,:
performance test
ABSTRACT: The Koni 007 leveling inst ent, made by VED Karl Us""A
Jena, and the
Ni-VZ, made by thejJuagaXlp o2tical factory MOM ore field-tested near
Moscow in 1963
and used during the.1 963 Kazakh.exp&Uffon oT GiprRi5dkhoz to survey
the'possible route. of. the
Irtysh-Ishim canal. An analysis of the.oomprebensive.data presented
in this article shows
that the leveling accuracy for double (single) path is 12 3 nun (2.5
- 4 mm) r I km for
pe
the Koni'007 instrument, and:E3 4- mm (14- 6 mm) for the N1-VZ
instrument. Both in-
struments are'resident to shocks enoountered during travel on poor
quality village. toads.
During high *ind or heavy traffic nearby, the filamezits of the Xi-VZ
instrument, acquiro
excessive vibrations leading to unreliable readings,.,. No. such
effects appeared on thiXoni 007:
-inritrument. The use of these leveling instrum, enta reduced by
about 20 - 25% relative tothe
ordinary Instruments the amount'- of time needed for the leveling
operations.' "Students Yu.
_�gdLt_W and K. Shetinina participated in the work with the leveling
Instruments. Orig. Art.
has: 7 formulas, 2 figures, and 2 tables.
Cc~rd -1/2.~

L
NRI AR6016484 SOURCE CODE: UR/0272/651000/012/0016/0016
AUTHOR:. Batrakov, Yu, G.-
L
TITI.2: Principle of operation and practice of measuring distances
by keoc
radio range finders
O~SOURCE: Ref. zh. Metrologtyaiizmeritellnayatekhnika, Abs. 12.32.150
REF SOURCE: Tr. Mosk. in-ta inzh. zemleustroystv~t, vyp. 24, 1965,
3-18
TOPIC TAGS; geodetic instrument, range finder, tellurometer, line
measurement
ABSTRACT: A study has been made of the operating principle of a
tellurometer-
type radio range finder and of the order of carrying out
measurements and cal-
culations with it. According to the results of eight measurements of
a geodetic
base line 1080-m long, the conclusion is drawn that with small lines
there is
no necessity of measuring in the 10-12 carrier frequencies when the
station is
2

L 4'7100-.66
NR: AR6016484
placed on supported but it is sufficient to carry out two rough
and two precise
measurements. For small lines the requirements can also be
lowered with
respect to the duration of heating the thermostat, the
thoroughness of synchroniz.
ing the frequencies of both the master and the slave stations,
and the determina-
tion of meteorological elements. [Translation of abaltract] INT)
SUB CODE: 08/
hs
2/2

BATRAKOV YU. V.
Batrokov, Tu. V. -PApplication of Periodic Solutions of
Schwamachild to the ProblAw of
Vacua in the RUC of Asteroids." Cand Pbys-y*th Acip 14 4--A state
U. laningrsd 1953. (Reforativnyy Zhurnal-Astronoudya,, Jan 54)
BOs SUM 168, 22 July 1954

-BATRAEDV, Tu.V.
SchwarsacbIld-type periodical solutions In the
limited
problem of three bodies. Blul.Inst.toor.astron. 6
no.2:
112-120 155. (Mllu 13:3)
(Problem of three bodies)

BATRMV, TU.V.
Thir4-grade pariodicAl solutions in the general
problem of
tbraq bodies. Binj.lpst.ta6r.astron. 6 no.2:121-126
155.
(HIRA 13:3)
(Probleis o'ithres bodies)

.-,BATRAKOV, Tu.V.
Periodic notions of a particle In the gravitation field
of-& rotating tbree-axial ellipsoid. Biul.Inst.teor.astron.
,6 no.8:524-542--05?,_q (MIRA 13 -- 3)
(Problem of two bodies)

BATRAKOTI TUOVO
~
Distribution of m4n motions of asteroids in the
vicinity
of commansurabilttles. Blul.lust.teor,astrou. 6
U00 t
577-581 $58 (HIM 13; ;3
(;i;uats, Minor)

-1 Iz A 0 u) Y". L/.
29(0) PRUE I BWK MaWXWION SOV/3065
ISkQzstVenTW" 8PUtniki -MI-1, WP- 3 (Artifietal Earth Uteliites.400)
Mpecov.9 Xzd-vo Akadwdinauk sow., :L959. ~ 125 50500 copies .Printed.,
Sponooring AgeWys Akadwdya neuk SMO
Resp. Ed.: L*V# MuMiml Ed- Of Publishing House: L.V. Samonenko; Tech.
Rd@ I' Tug' Aylinge,
PMMM: This collection Of articles is t4a tbli-d in'a. series intended
to'
di6saminOtO lata, colleated'frow artificial, earth satellite
jU"jrtigRt46jw
to scientists.
COftME: The eollectXon of artia3*e deals vith vwiotm problem arising in
'thO OPers6tion-of artificial eftenites, The papers also cover the use
of
,artifIcial aatel34tes as scientific Instrmento for various'types of
geo-
PbYeleal iniaitigations.
TAME OF COMM
I. Yegorov, V*A. on- the Problem of capture Within the Restricted
Circular Three
Card i/3

Artificial Earth (Cont.) SOV/3063

Body Pro'blen
3
2.
Deleteldys V.V.
On TAbration of an Artificial Satellite
13
3.
Vioskurin., V.P4.,
and.M: Batrakovo First-order Perturbations irL the

Motion of
Art~flclal Satellites-0-m-o-e-d by the,obut*ness of the Earth
32
4.
Batrakov., Yu.V., and VeF. Proskurin, On Perturbations in the
Orbits of

Artificial Satellites Caused tha-Ribistance of the Air
39
5.
VaMmin, V.M... and V.V. Belertskiy. Observation of Artificial
Switellites
'

Using the.Anticipation, Method
(metod ozbldani7a)'
47
6.
zi 17asberg., Pye. Secular. Variations of
Oibit Elements as a Function of -the

Rvalstance of the Air
54
7.
Lavrentlyev., M&A. Problem of Puncture at Colmic
61
8.
shkivvo4y.,
I.S.8 and V.0. Dwt. Determination of the Density of the
"

AtMOOPWO at
an Altitude of 430 ka by the - Nwthod of Sodium-vapor Diffusion 66

Card 2/3

Artificial Earth (COUt-) BOV13065
9. M07azdtovo IAP. and ya*Mo Shvmftn~ Methods of ~revsutjng
Interference
Currents Arising at the Point of Input of an Electrostatic
Flu=*ter
Daring operation in a Conductive Medium 77
lo. Mikhnevich'. V.V. p B.S. Danillnp A.I. Repney, and V.A.
Sokolov. Sow
ResmIts in Determining the Structural Parameters of the Atmosphere
With
the Aid of the Third Soviet Sputnik 84
11. Istcain., V.0. Radio-frequency Mass Spectrometer for
Investigation of the
Ion Comovition of the UX*r Atmosphere 98
3.2. ftcluWp S.A. Manometer Error C=sed by Omall Leaks in the
Envelope Of
an Artificial Satellite 113
13. Zonor, Yu,,V. On the Problem of Interaction,of an A~tificial
Satellite and
the Xagna#c Field of the Earth 13.8
AVAnAIU: TAbrary 9f Congress
AC/jb
Card 313 12-30-59

BATIUKOV, Yu V
71ret order perturbainces, in'the motion of artificial
sitellftes
dkuseC by 6attening of the earth. 19k. Bput, Pam. no,302-38
159. (MIRA 12:12)
(Artificial satallItes) Olechanics, Celestial)

TUIOV, y:;Wv. . -PROSERIN, V.1p.
---w
Parturbanoes of artificial-satenite orbits caused by
air
rexistanoe. Isk. sput. some tio*3:39--46 '59. (KM 12
112)
(Artificial satellites)

Name BA!PPAiDV,' Tue : Vo
Title Candidate of Physico-41athematical Sciences.
Rmarks i YU.'V. B&TRMW Is the author of-an article entitled
$On the
Way:to Learaing*about Outer SpaceA.
Source i R-* Stantall.v Kbeftse (Stations inOuter Space), a
collection of
published
articles,
by the USSR Academy of Sciences, Xoskva~.
1960,vith foreword by Academicians A. N. Yeameyanov and
A. V."Topohiyff. P. 93.
W 20

A
i p
.0 1.1 -- vi. 3
a go-
fig
all :31
pal
vi :31 1A z ~ . .. . :,-
I - A! 3
-4 1.04's 3 'a U.
is 1646
to 1
91 41
6"
z 2 2.1": v it
a -0 IN
41
8
0 .0 al
4
j:1
'" 1 Is
33
0 a
E;l
3 L A 0 : NJ
Ch
ij 3.2
0
0
I. a
fic

B hTR 1) K0\/1 YuV
PHASE I BOOK EXPLOITATION SOV/5574
Akademiya nauk SSSR. Astronomid.haskiy sovet.
Byulleten' stantsiy optiche'sliogo nablyudeniya iskusetvennykh
sputnikov Zemli. no. 7 (17).(Bullatin of the Stations for
Optical Observation of Artificial Earth Satellites, No. 7
417) Moscowr 1960# 16 P, 500 copies printed.
Sponsoring Agency: Astronomiaheakiy sovet Akademil nauk SSSR#
Rasp, Ed.; 0. A. Leykin; Ed.% D. Ye. Shchegolev; Searetarys
0. A. Severnaya.
PURPOSE : This bulletin is intended for scientists and engineers
concerned with optical tracking of artificial satellites.
COVERAGE: The bulletin contains four articles concerned with the
orbital elements of the Soviet artificial satellites 195862
and 1958b2 (SputnIk'IXj and Its carrier rocket). No personal-
Ities are mentioned, There are 6 references: 4 Soviet and
2 ~English.
Card 1 3

Bulletin of the Stations (Cont.) SOV/5574
a~ u. V [Institut,tooratichaskoy astronoml AN SSSR
ov Y - V
nstitu ~eou~eoretical Astronorq of the Academy of Sciences
I
a
of the USSR1. Preliminary Orbital Elements of the Third Soviet
Artificial Satellite (1958 b2 ) 3
13alrakov, Yu. V..'and A. S. Sochilina (Institute of Theoretical
Astronomy of the Academy of Sciences of the USSR]. Motion of
the Carrier Rocket, (f the Third Soviet Artificial Satellite
(1958b, ) and the Magnitude of the Oblateness of the Earth 6
Yerpy"ev, N. P. [Astronomicheskiy sovet AN SSSR -- Astronomic
Counqil of the Academy of Sciences of the USSR], On the Elements
of the Orbir, of the Carrier Rocket of the Third Soviet Artifi-
cial Satellite (19586, ) Obtained From Photographic Observa-
tions 13
Card 2/3

Bulletin of the Statlono(Cont.) SOV/5574
Slovokhotova, N. P. (Astronomic Council of the Academy of
Sciences'
.of the USSR] Comparison of,Dlfferent Systems of Orbital Elements
of the Third Soviet Artifical Satellite 195802 14
AVAILABLE: Idbrary of Congress
AC/dwm/jw
Card 3/3 10-30-b1

- BATRAKOV Yu V
Preliminary orbital elements of the third 11oviet
artificial earth
satellite (195812). Biul. sta..opt. nabl. isk. sput.
Zen.
no. 7:3-6 160. (MMA 34:2)
le Institut teoreticheekoy astronomli, AN SSSRs
(Atrificial satenitea-Tracking)

a&~V ~Yu ~; SOCHILIKAp A.S.
Motion of the rocket carrier of the third Soviet artificial
earth satellite (1958d',) and the-magnitude-of the
oblateness
a.f the earth* Bful. eta. opt. nabl. iok. spute Zeme no*
7t6-
(MIRA 14:2)
1, Institut toorstichaskoy astroncaii AN SSSR.
(Artificial satelliten-Tracking)

84571
S/'035/60/000/009/002/'016
A AOO1/AOO1
Translation from. Referativnyj zhurnal, Astronomiya i Geodeziya,
1960, No. 9,
p. 11, # 8676
AWHOR: Batrakov, Yu.V,
MTM
Some Results of frooessing\~ilsu&l Observations of the Earth's
Artificial Satellites in th Institute of Theoretical Astronomy
of AS USSR
PERIODICAL: Byul. In-ta teor. astron. AN SSSR, 1960, No. 7, PP.
503-510
(Engl. summary)
TEXT: This is a report on the processing methods of artificial
satellites
visual observations adopted by the Institute of Theoretical
Astronomy of AS USSR.
In some more detail the author dwells on changes in the mean motion
of the
carrier-rocket of the third sputnik due to,air resistance. A series
of irregular
fluctuations are observed,in the graph of mean motion variations,
the causes of
whieb are-not quite clear. The hypothesis of a relation between the
mean motion
and the atmospheric temperature conditions and solar activity is not
unfounded.
Card 1/2

845U
3/035/60/000/009/'002/*016
A001/A001
Some Results of Processing Visual Observations of the Earth's
Artificial Satel-
lites in the Institute of Theoretical Astronomy of AS USSR
Determinations of the Ear~h oblateness on the basis of some
systems of elements
yielded the value of its inverse magnitude 1/6 - 297.5, which Is
somewhat higher
than the value usually adopted. It Is hoped that precise
photographic fluctua-
tions will make It possible to determine the Earth gravitation
parameters more
accurately. The author presents graphs of variations of the mean
motion and the
quantity proportional to the first derivative of the mean motion
of the carrier-
rocket of the third Earth Soviet satellite for the entire period
of its e4ence.
V.F. Proskurin
Translator's note- This Is the full translation of the original
Russian ab-
stract.

3/035/6Z/000/005/ola/098
0 A05VAIOI
AUTHOR: Batrakov, Yu. V.,
TIME: Preliminary elements of the circular orbit of the
carrier-rooket
vehicle of the fourth Soviet artificial satellite (1960 El)
PERIODICAL: Referativnyy zhurnal, Astronomiya i Geodeziya, no. 5,
1962, 10 - 11,
abstract 5A86 ("Byul. at. optich. nablyudeniye iskusstv. sputnikov
Zemli", 1960, no. 10, 11 12, English armma.ry)
TECT: Preliminary element.4i of the circular 9~,,~
of the carrier-rocket of
the,fourth Soviet-artificial PArth-satellite are given for the
period from'May
24 to June 30, 1960. All the calculations were effected on the
electronic com-
puter B3CM (BESM).
0. Ch.
.-[Abstracteris notes Complete translation)
Card 1/1

S103516010001011100311010
A001/A001
Translation from; Referativnyy zhurnal, Astronomiya I
Giodeziya, 1960, No. 11,
p. 18, # 11029
AUTHORS-z Proakurin, V.P., RA+.rAk as yu
TITIZ: Perturbations in t)xe Motion of Artificial Satellites
due to Earth's
.0blateness
PERIODICAL: Byul. In-ta teor. aAron. AN SSSR, 1960, Vol. 7,
No. 7, PP. 537-
548 (Engl. summary)
'"EXT: Expressions, in letters, are derived for first-order
perturbations
In the elements of artificial satellite orbits with
a"p'recision of up to first
degree of Earth's oblAeness and fifth degree of eccentricity,
including. Coef-
f1cients of these expressions depend on inclination by means
of finite trigono.,
metric polynominals. Moreover more precise expressions are
given for the secular
perturbations of first order in the node longitude, perigee
argument and mean
anomaly. Secular nodal motion is determined with allowance for
second-order
Card 1/2

S/035/60/000/011/003/010
A001/AO01
Perturbations in the Motion of Artificial.Satellites due to
Earth's Oblateness
perturbations due to Earth's oblateness. A numerical example is
cited which il-
lustrates the comparative magnitudes of perturbations. Author's
summar7 VB
Translator's note: This is the full translation of the original
Russian abstract.
Card 2/2

84573
S/035/60/000/009/to4/016
3,),-W0 AOO 1/AOO I
Translation from: Referativnyy zhurnal, Astronomiya i Oeodeziya,
1960, No. 9,
P. 111 # 8680
AUTHORS: Kulikov, D.K.A Batrakov, Yu.V.
TITLE: A Method for Improving theNtrbits-of Earth's Artificial
Satellites
on the Basis of Observations Whose Instants are-Mown
ApprUJffM1%V---
ly
PERIODICAL: Byul. In-ta teor, astron. AN S SSR . 1960. vol. 7,
No. 7, PP- 554-
569 (Engl. summary)
TEXT: The authors describe a method for improving the orbits of
artifi-
cial satellites when the instants of their observations are known
approximately,
In the practice of improving the elements of planetary orbits
such a problem did
not arise due to their small motion across the sky, so that
observational instads,
s
even erroneous by as much as I , could be considered as quite
precise. Aftifi-
oial satellites move across the sky by 1-20 during Is, therefore
any error in the
observation instant will considerably affect the position of the
satellite. Im-
Card 1/3

84573
SP35/60/000/009/004/016
A001/AO01
A Method for Improving the Orbits of FArth's Artificial Satellites on
the Basle
of Observations Whose Instants are Known Approximately
proving the accuracy of time. reading is a natural, but not the solef
method of
Improving the accuracy of elements of the sAtellite orbit obtained
from the ob-
servations. A new method of compiling condition equations is
presented in the
article: instead of usual variations,, 4%, -tfa 6 , are used the
variations ag,j~ja
along the perpendicular to the apparent orbit of the satellite and
along the
tangent to the apparent orbit in the sky. Condition equations for 6 g
do not,
depend on errors in reading the instants of observation, but
equations for O'do
depend on them. The analysis of condition equations has shown that
observations
near zenith permit reliable determinations of A I and A Q from the
equations
for A g. The equations for A 0 perml 't determinations of corrections
to elements
CJ , Mo, n, e, but In this case errors In reading the Instants affect
the accuraW
of the elements obtained. In case of slopin pass so of the satellite,
the
equations for A g will contain 4 unknownej I I, n and A e, whose
deter-
mination will be almost independent of error& in observation
instants. The
method is described for using artificial satellites for geodetic
purposes, which
Card 2/_3

8h573
8/035/160/000/009/004/016
AOO1/AOO1
A Method for Improving the Orbits of Earth's Artificial
Satellites on the Basis of
observations Whose instants are Known Approximately
permits the effect of arrors,in observation instants to be
reduced to a minimum.
The method described in the article is illustrated by an exapple
of Improving
elements by using condition equations. There are 8 references.
V.F. Proskurin
Translator's note: This Is the full translation of the original
Russian ab-
stract.
Card 31~

S,,0.35/60/000/009/005/016
AOO1/AOO1
Translation from., Referativnyy zhurnals Astronomlya. I Geodazlya,
ig6o, No. 9,
pp. 11-12, # 8681
AUTHOR: Batrakov,_Yu.V,
TITLE: Determination of Initial Orbits of Artificial Satellites from
Ob-
servations Whose Instants are Mown ApprUx-Iffiateiy -
PERIODICAL: Byul. In-ta, teor. astron. ANSSSR, 1960, Vol. 7, No. 7,
PP. 570-
58o Mngi . su-m-a-rYT-
TEXT42 The problem is considered of deteminJng the initial
undisturbed
orbit of an FArth's close satellite In a case when the instants of
some observa-
tions are known very approximately. A usual assumption is made here
that observa-
tions are made on the same turn and embraoe a not very great portion
of the orbit.
it is shown that this problem can be solved only with a number of
observations
greater than 0three. Equations are derived for topocentric distances
and for
quantities n I which serve to determine time Intervals between the
observations.
Card 1/2

8/035/60/000/009/005/016
AO01/AO01
Determination of Initial Orbits of Artificial Satellites from
Observations Whose
Instants are Known Approximately
A numerical example Is cited of determining the orbit from 4
observations with
two accurate instants.
Author's summary
Translator's note: This is the full translation of the original
Russian ab-
- stract.
Card

S/035/6 1/000/007/011/021
A001/A101
AUTHOR- Batrakov, Yu.V.
TITLEi Processing otservatlons of the third Soviet, Earthis
artificial satel-
lite in the Institute of Theoretical Astronomy, AS USSR
PERIODICAL- Referativnyy zhurnal. Astronomiya I Geodeziya, no.
7, 1961, 7, ab-
stract 7ATO ("Byul. In-ta teor. astron. AN WSW, 1960, v. 7, no.
10, 766 - 769)
TEXT: The processing of observations of the T-h,!ni Soviet
Earth's artifici-
al satellite wak begun in the instiTute of Theoretical Astronomy
in February 1959.
Almost all the abseriations from October 15, 1958, to March 1,
ig6o ( -,-, 28,000
observations) were processed. Of all the bulk of observations,
about 10% showed
deviations from the calculated positions by more than 200 and
were assumed to be
in error. The processing of observations was carried out on a
6XKBESM) elec-
tronic computer; It oonsiste4 in the improvement of orbital
elements by the
known Eckert-Brower method, i.e. in calculating corrections to
elements satisfying
in the best way the entire totality of observations. The theory
in letters of
satellite motion in the gravitational field of the oblate Earth
was put at the
Card 1/~

Processing observations ...
3/035/61/000/007/011/021
A001/A101
basis of improvement; It y-4elds first-order perturbations
relative to Earth's ob-
lateness with an accuracy of up to 5th degree of eccentricity
Inclusive. This
theory was developed by V.P. Proskurin and Yu,V. Batrakov
(RZhAstr, 1960, no. 8,
7.384; no. 11, 11029). Pertiz4bations caused by air are taken
into account empiri-
cally, i.e., coefficient of secular variations of mean anomaly
is determined by
processing observational data. The effect of periodic
perturbations, caused by
air resistance, is neglected in view of their smallness. Every
time about 150-
2DO observations within 7 - 15 days were taken for
improvement. and the residual
discrepancies of observations after processing amounted, on an
average, tn 0?5.
Altogether 39 systems of elements were obtained which could
serve as a bttsls for
the further improvement of the orbit using more precise
observations. The graph
is presented which shows the variation of coefficient n' in
the expression for
mean anomaly M -% Mo + nt + n't2. For comparlson,on the
same-graph is plotted the
curve of variation of the solar radio emission flux at a
frequency of 208 Ma which
corresponds to wavelength of 143 cm. The comparison of the
solar radio emission
curve with the curve of n'variation shows that there is
apparently some correla-
tion between these curves. Thus, an especially great rise of
the mean flux of
solar radio emission at the end of August and beginning of
September, 1959, cor-
Card. 2/,3

24362
S/035/61/000/007/011/021
Processing observations ... A001/A101
responds to the sharp increase of ny occurred on September
5, 1959. Moments of
disturbanoes of the Earth'a magnevIc field are also marked
on the graph. Small
relative rises of the n' curve correspond almost
everywhere to strong magnetic
disturbances. There are 5 references.
0. Chebotarev
[Abstracter's note: Complete translation]
Card 3/3

WOW
S/511,/61/006/002/001/004
B163/B186
:Yu. V,
AUTHORt -Batrakovs
TITLEs Method of improving the orbital elements of artificial
--,.,Batellites-from-topocenti-io distanc*s and radial velocities
I SOURCE 3 -,.Ak&4emiy4 nauk SSSR. Institut tooretiehookoy astronomii.
Byull6teno V* 8 no. 2(95)- 19619 93 96
~~~=Tt If a first approximation' for the -elliptical orbit of an
artificial
on-can-be-caloulat
6-' ial* velocities ~_topor :_e~
rom ra Ah reA
zt)i4-distAncee- 0 ween aii. -observer
t ~the-satellite_and
on the earth's surface.- Instead of the direotirelations between the
measure.able quantities (azimuthi altitude, topocentrio distance'p,
radial
velocity ~) and the orbital elements (inolinktion i of the orbital
plane,
longituden of-tho ascending node of:tho,orbit from the point of vernal
-i
equinox, ecoentricity a# distanco'co of the poridee from the nodet mean
anomaly M. in the beginning epoch, and mean motion n, which is
connected
with the major axis a by Xeplerla third law)t differential relations be
tw~en thase.,qua
ntities are derive4, An analysis of the coefficients in

0 1 11611008166i16611604
:~,Method, of improving the --13163/Bl86-
differential relations shows that the corrections bn, 6e, and
the combination 611 t 6 c,.> t cos.i 641, *an be determined from We
radial
0
a i to
velocities measured in the moments of closest approaches of the atell
'to the observer. The corrections 61, 6f1,,6n, 6e oan be determined
from
-the measured'dietancea at tho,olosest approaches.,If terms of higher
order
in the differentials are neglected, one obtains for the moments of
closest
'Ap?roachesto the obser -ver
0 + a (.~,: + i 6xl+ th
D11 T1, To 11 n + &e and
~jS i+ j 6 a) r 6n + H In these equationer
A 3 n a
and respectively, denote-unit vectors oriented along the .
Jil j
.."~-node line, the polar axis,,,and perpendicular to the orbit in
the direction
from which the motion of the satellite is anticlockwise. The
ooefficienti
H and K are determined by~
r + 2a K (r+p)(Xi + X~ +
&2
-the position vector of the satellite, and t denotes,time.
Cards 2/2

-BATRAKOV ' Yu p kand.fiz.-mtem.nauk
Symposium on the 0#Iamice of earth satellites. Vest. AN SSSR 32
no.9:il4-n5 S 162. ' (MIRAL 15:9)
(Artificial satellites) I

BATRAKOV., YU V
k--
"On the Use of Resonant Satellites for Determining the onstants of
the
Earth's Gravitational Field."
report submitted for 14th Intl Astronautical Federation Cong., Paris.,
25 SeP-l oct 63-

BkTRAKOVP TUOVS
m
Vitalii Fedoravich Prookarin, 1919-1964; obituary. Biull.
Inst.
teor. astron* 9 no.99585-586 164. (MM 17s12)

FEDOROV, Ye.P.; KUCHEROV, N.I.; BATRAKOV Yu.V,,,
kand.fiz.-matem.nauki
Z.;A- -
KOSTYLEV, X.V., kand.fiz.-matem.niU;-RIKHELISON, N.N., kand.
fjz.-matem.nauk; GINDILIS, L.M., kand.fiz.-matem.nauk
In the Astronomic Council; conferences and plenums. Vest. AN
SSSR
34 no.9zll2-120 S 164. (MIRA 17S10)
1. Chlen-korrespondent AN UkrSSR (for Fedorov).

A UTFOR Batrakov, Yu. V. (Candidate bf VhYsicomat hem at i c a! s c Pn~,
T
L A ttecr
I I y o f t ~, c m _o t n c C f, r
SOURCE: AD SSSR Vestnik , no . 9, 1 f'~ L , I ', 4
7 (--, P"I TA G S : t "-: F,,7, ret i c a a6 t rc.,r, -)r-.y , E~ r ~ i
-.- i
,s a t e I I t P r o t f-; t i ) r. 1 c, n p e rl c d i c p e r t r t a
t I r, t:,r%v4tP.,_
s'Lant , opt crt , space t
ABSTRACT~ A c,,~nference or. Tneorelt ical fistror.-nv crK'i,,; y
A s t r o r, o m, a n i i n v P d t ~) e t T n v, e ?- f
d
U r C, t or- n D ~L" f 2 a t I c A L
determining :,,ng-perJr-,d per."Irbat i c~ n s c, -sat v 1 1 t e r au
_,c,on -planets , and th= sun was di F C A 5er es C, t:
w i t 1, ~a e t e r= i n i r j-, t 11 e t e r r e s r i a 1 17, r v a r,
r. a 1 Q r, P_ arlt
e C. ,, S e r", a t I o n 3 Th e d e v e 1 opn e r t n p t i m uv. o r
..-Card 1/2 -

L 12468--65
ACCESSION NR: AP4046590
Venuo-bo%knd a ce 0~q of Variable mass and the adaption of the
p~_pt,
equ6tions of motion of a space roelket for passing near the earth
and moon vere described.
ASSOCIATION: none
,-UBMIT-TED.
BO REP SOV:
00
EfiCLj-00
OTHER: 000
BUD CODE: AA
ATD PRESS; 3126
Card 2/2
ODD

L )/FBE/1 ~`F 'h- )IF -QS- 'f,;WT,'

15 (k v
A
t E zKr - ?

6b
A
0

'P,
_~
r ~: -)61
/1&jC~4 _061
Lrh/00
w
5 /(:

~p5ob
:
l~

9
33
l
v

AUTHOR:
hatrakov Yu. V.

TITLE:
Determination of the relative
position
of observation stations using arti-

ficial
earth satellites

SOURCE: Astronomicheskiy zhurnal, v. 42, no. 1, 1965, 195-202
TOPIC TAGS: artificial earth satellite, earth satellite observation,
geodesy,
theoretlca..l astrDnozW , tracking station, satellite geodesy
ABSTRACT: The purpose of this paper we's-to -call-attention to some
possible uses of
simultaneous or almost simultaneous observations of satellites in
the determination
of the relative position of stations at a considerable distance ftom
one another on
the earth's surface. In addition, together with the possibilities of
i.-Sing bimul-
taneous observntions of a, 6,and p, the pacer discusses the
possibilities arising
from the use cf observations of 6, 9, and o, and also observations
cont&ining time
errors. Also considered is the problem of the.use of nonsioultaneous
observations.
In determining the relative position of stationBo it is assumed that
observations i
can give not only the angular coordinates a and 8, but also the
topocentric dig-
Card 112_

L 38951-65
'ACCESSION NR: "5006013
tances p and the first derivatives of these values ~,i and
Technically,
a and 6 can be determined from. measurements of satellite
~hotogrspbs and p and
by direct radiotechnical measurements; in addition, (*.t and are
determined by
differentiation of the polynomials representing changes of a and
11 with time. It
is noted that, although OL and ~ are obtained from a and in
certain cases they
can yield ndditional Informmtion which is lout if only a and 6 are
used. An ex-
ample is the case when the arcs of an orbit overlapping in a small
segment are ob-
served from two stations. In this case, observations in the
nonoverlapping seg-
ments are lost if only simultaneous observations of a and 6 are
used, but-tIX-y give ad-
ditional information if a and 6 are used to form ~ and 6 . In the
case of
the use of nonsimultaneous observations (with precise recording of
time), it is
shown that it is possible to determine the interval of time in
Vnich it is possible
to use nonsi=ultaneous observations. Finally, it is shown that an
expression can
be derived for determining the reLative position of stations using
observat!ons
with time errors. Orig. art. has: 14 formulas and I table. 1108)
ASSOCIATION: Ustitut teoreticbeekoy astronomij Akademii nauk SSSSR
(Institute of
Theoretical AstrononW, AeadeW of Sciences.SSSR)
SUENTZTED: 303an64 MWL: 00 M CM: 9S, SV
.WX_
005 ATD PFM: 3227
NO RRIP SWI 008
Ccwd 2/2

BATRAKOVA. G.
Masters of bigb outyate Proatkoops 13 noo9t3 6 139.
(Km 1311)
1. lustruktor orgotdola o'blpromeovets, g.Loningrad.
I (lieningrad-Yanufacturos)
j

FJJVFd-!,OV, V.Y.y BAMAKOV). G.S.p Inzb,
Specif featuree in tre projvt..raVon :~f a raw
mater~11 lovIch Im
'.,~oraeriL 31
a kiln with a cyclone r;c--nt rC,.2,
1.2 Mr-
Ap 165.
Vso9oy%,znyN .
.
9titut tsementnoy prcny:,h*iFrmo5t'-,

PIUNGUMXLYA, M.N., kRud. tekhA. nauk.-BATHWU G.S I
insh.
i:t~
Uproving the'vater resistance of m uorete by
Incorporating
paraffin smalsions with its mixes. Trudy NUM
no.9:53-58
'59 . (MIRA 13;3)
(Waterprogfins) (Concrete)

sov/68-59-6-5/25
AUTHORS: Medvedev, X.P. and Batrakova,-I.A.
TITLE: The Content and Con6entration of Rare and Trace
Elements
in Coal (Soderzhaniye i nakoplenlye redkikh t rasseyannykh
elementov v kamennykh uglyakh)
PERIODICAL: Koks i Xhimiya2 19592 Nr 6, pp 13-17 (USSR)
ABSTRACT: A review of literature on the presence of rare
and trace
elements in coals is given.
There are 6 tables and 11 references,(of which 8 are
Soviet, 2 English and 1 German).
ASSOCIATIONs MIN
Card 1/1

DEKHTEFOUN, B.A. L BATRAKOVA , I.A. . inph.
F~roeessing higb-acidity comercial fatg. Maol. -
zhir. pm. 27
no.22:41 D 161. (MIM 14 s 12)
16 Vinnitakly maolozhirovoy kombinat,
(Oil and fate)

BATRAKOVA, 1.0.; KAPLAN, N.M.
Utilization of wastes in the Vinnitsa Oils and Fats
combine.
Khar. prom. no.1:60-61 Ja-Mr 165, (MIRA 13-.4)

BATRAKOVA, 1.0.; KA?LAII, N.M.
UtIlIz-ation of wastes in the Vinnitsm Oils and'Fats
combines
Khar. prom. no.b60-61 Ja,-Mr 165. (MIRA 1814)

V-
"~o V~
AUTHORS: Yemellyanova, I. Z. Batrakova, T. A. 75-1-24/26
TITLE: A Now Method for the quantitative Determination of Reducing
Sugars in wooa-Hydrolyzates and Sulfite Liquors by Paper
Chromatography (Novyy metod kolichestvennogo opredeleniya
reduteiruyushchikh sakharov v drevesnykh gidrolizatakh i v
sullfitnykh Cachelokakh pri pomoshchi khromatografii na
bumage)
PERIODICAL: Zhurnal Analiticheekoy Khimii, 1958, Vol, 13, Nr 1, pp
142-147
(USSR)
ABSTRACT: In the investigation of the composition of
wood-hydrolyzates
and sulfite liquors the sugar content is evaluated according
to the total quantity of reducing substances. This methodl how-
ever, always yields too high results, as the reducing substances
occuring in wood-hydrolyzatea and sulfite liquors, represent
a mixture of reducting sugars (glucose, mannose, fz-aotose,
galactosep xyloes, arabinose, rhamnose, and others) and re-
duoing substances which are not sugars (furfurol, uronic acids
and others). The majority of the methods for the separation of
Card 1/4 sugars by unidimensional paper chromatography permits the

75-1-24/26
A New Method for the Quantitative Determination of Reducing
Sugars in
Wood-gydrolyzates and Sulfite Liquors by Paper Chromatography
seperation of a sugar mixture which only consists of 3-4
components and is therefore not suitable for the analysis of
wood-hydrolyzates and sulfite liquors in which 7-10 sugars
the Rf-values of which are close to each other have to be
separated. The quantity of the sugars on the chromatogram,
can either be determined by measuring the area and the
intensity
of the coloring of the spots after the development
(References.
3P 4) or by various mioromethods after the extraction of the
sugar from the chromatogram (References 5-9). These methods
often require unusual reagents and apparatus, are not suf-
ficiently exact and take a lone time. The authors worked out
a method for the separation of the sugars in wood-hydrolyzates
and sulfite liquors on an unidimensional paper chromatogram
and a method for the quantitative determination of the in-
dividual sugars after extraction from the chromatogram. The
separation of all sugars of the hydrolyzates from each other
takes 2-3 days. It takes place in a descending passage
Card 2/4 chromatogram at room temperature. The upper layer of
a mixture

75-1-24/26
A Now Method for the Quantitative Determination of Reducing
Sugarn in
Wood-Hydrolyzates and Sulfite Liquors by Paper Chromatography
of ethyl acetate, pyridine and water (5015) serves as sol-
vent. A solution of phthalic acid and freshly distilled
aniline in ethyl alcohol serves as developer for the spots.
After the development it is dried for 5 minutes at 105'0-
After 24 hours a good separation of rhamnose and xylose is
attained, after 50 hours the other sugars are also separated
from each other. The determination of the kinds of sugars
takes place on the basis of the color of the spots, their
spreading and on the basis of the blank value. By development
with aniline phthalate as developer the pentoses according to
concentration yield colors of from pink to dark red. Hexoses
yield brown-green colors, rhdmnose yields a brown color. The
Rf-value is concluded from the spreading of the spots.
When sufficient separation was made, the chromatogram is cut
into pieces each of which contains sugar. From these pieces
the corresponding sugar is washed out by distilled w4ter and
finally quantitatively determined potentiometric titration.
Card 3,1 On that occasion the method according to Nizovkin and

75-1-24/26
A Now Method for the Quantitative Determination of Reducing
Sugars
in Wood-Hydrolyzates and Sulfite Liquors by Paper
Chromatography
Yemellyanova (References lo,-11) is employed. It is based on
the back-titration of applied hot Fehling solution with a
solution of the corresponding sugar of known content. The end
of titration is potentiometrioally determined. This method
is a micromethoa. It permits the determination of 10 to
2500CA- with an accuracy of + 2 %. The duration of the
determin-
ation is 10 minutes. The us-ed apparatus are illustrated and Z
exactly described. There are 8 figures, 2 tables, and 11 re-;
ferences, 2 of which are Slavic.
ASSOCIATION; ALI-Union Scientific Research, Institute of the
E~y~is and
Stalftte %1cohol Industry, Leningrad (Vsesoyuznyy nauchno-
issledovatellafkiy institut gidroliznoy i sullfitno-
spirtovoy promyshlennosti, Leningrad)
SUBMITTED: Nobember 23, 1955
AVAILABLEs Library of Congress
Card 4/4 1. Sugars-Determination 2. Sugars-Chromatographic
analysis

MAREYCHEV,,Vladimir Petrovich; CHEM, Khaim Isaakovich; KORF, M.D..,
otv. md.; BAT HX&,,Z"3, _Md. L- FOYANOVA, S. R., tekhn. red.
[Nomograms for the calculation of the characteristics of
electric filters] Nomogrammydlia rascheta kharakteristik
elektricheskikh filltrov. Moskva3, Sviazlizdat,, 1963. 86 p.
(MIRA 16:5)
(Electric filters) (Radio filters)

NAUMOVy Pavel Alekseyevich; KOGAN, Valentina
Splomonoym; BATRAKOVAy
T.A., red.; MMOCH) K.G., tekhn. red.
(Principles of telegraphy] Osnovy telegraftio
Moskva'
Sviazlizdato 1963o 10 pe (MIU 17z2)

PETRUSHIN, Ivan Petrovich; MOROZOV, V.V.t otv.
red.j BATRAKOVA,T.A.,
red.
[Fundamental principles of the operation of the
technical
mebns of long-distance commmication] osnovrwe
printsipy
ekspluatateii tekhnicheskikh aredstv mezhdugorodnoi
aviazi.
Moskva, Sviazl, 1964. 39 p. (MIRA 18:4)

KLIMOV, Mikhail Aleksandrovich; RAIMICV, Leorild
Davydovicb;
FOPOVA, E.E., otv. red.;-~-A-R-11~qY-Aj.A,p red,
[Protection of high-frequency cables from the
interfer-.
ing action of electromagnetic fields] Zashchita
tsepei
vysokochastotrWkh kabelei ot meshaiushchago
vliianiia
elektromagnitriykh polei. Moskva, Izd-vo
"Sviazl," 1964.
68 p. (XIRA 18:1)

IVANOVA, 011ga Nikolayevna; KOKHANOVA, Zoya Sergeyevna;
SAGALOVICH, L.L., otv. red.; BATRAKOVA, T.A... red.
.... ...............
[PS-KE-100 crossbar-type electronic telephone substation)
Koordinatno-elaktronnaia tolefounaia podstantaiia PS-KF,100.
Moskvap Izd-vo "Sviazl,* 1964. 321 p. (MIRA 17:4)

ARKHANGELISKIY, Georgiy AloksandrovIch; INYUSHIN, Yermogen
Ivanovich;
KASHIRINA, Valentina Mikhaylevna; LEWOOV, Konstantin
Georgiyevich; -MTRAK Vk., , red.
Q_
(Location of leakages in commnication cable sheathings]
Oprodelonis most negermetichnosti. obolochek kabelei
sviazi. Moskvaq Izd-vo "Sviazll" 1965, 38 P. (MIRA 18s2)

AFA'ASIYKVA, Lyudmi-la Vasillyevna; KAUESBKOj
Yurly Yefimovich;
BDOORODSKIY, G.N.p otva red.;_RIRA~01~& T.A.,
red,
I (Blectrophotographio rooording,of images)
glektrofoto-
graficb^skaia zapis' izobrazbenii. Moskva,,.
Sviazl, 1965.
46 P. (MIRA .18:5)

SVERDLOV, M.P.; YETRUKHIN, 11 &N. Y 4,SLAVSKIY,
L.L,- ZLJBOVSKIY,
ARAKANOVA, M*S*: ctv. -~d.; BATRAKOVA,
L.I.t GUROV, V.S..~ T r
(Now TT-17P and 071-2S voice frequency telegraphy
apparatus
using transistor devices) Novaia apparaturs,
tonallnogo te-
legrafirovaniia na poluprc#voclnikovykh priborakh
TT-17P i
OTT-2S, informatsinnMi. sborn-l'k, Misk-va,,
Sviazl, 19'5. 125 P.
0
(MIRA 18:?)

NIKOLISM , Konstantin Nonstantinovich; FROLOV,
Pavel Alekaeyevichl
BATRAKOVA2 T,A,,a red,
.WOO-00. -
[Use of polymeric materials in the equipment of
coummica-
tion systemBI Primenenis polimerrqkh matorialov v
takhmike
dallnei eviazi. Moskva, Svlazl, 1965. 107 p.
(MIRA 18:12)

KUIY.SHOV, Vasiliy Nikolayevich; GAVRILYUK, V.V., kand.
tekhn.
nauk, otv. red* Bm9Wm I-Am, red-
[Loong-dietance cable communicatiou lines] Mezbdugorod-
mye kabellmye linii sviazi. Moskva., SviazI., 1965. 262 p,
(MIRA 18:7)

L _1&?23-,06
__._7__
ACC NR
AP6017599 SOURCE CODE: UR/0183/66/000/001/0009/0010
AUTHOR: Kamalov. S. K.; EyAov. L. M.; -P-Mrak a..16JA4; Sheremeteva. T. V
ORG; IVS AN SSSR-
TITLE: Effe .ct'vhich amidocitraconic acid and its N-alkyl derivatives have on
the/~
structural and mechanical properties.of nitron fiber
SOURCE: Ehimcbeekiye volakne, no. 1, 1966, 9-10
polyacryl
TOPIC TAGS: aliphatic dicarboxylic acid, alkyl radical, synthetic fiber, on-
itrile, plasticizer
ABSTRACT: The authors study the strength of fibers as a function of their
previous
history and various structural parameters, in particular the overall orientation
evaluated by isotrometric heating. The fibers tested were pure polyacrylonitrile
containing 4 mol.% N-etbylamide of citraconic acid. Temperature-stress curves are
given for isothermal heating of fibers subjected of identical plastification
stretching
and of fibers with identical strength but different compositions and molecular
weights.
Curves are also given showing the modulus of elasticity of the fibers as a
function of
temperature. Overall fiber orientation (determined from the maximim on the
isothermal
heating curves) increases in polyacrylonitrile fibers6of equal strength as the
concen-
Card 627-71,0-2

ACC NRs AP60-IT599
tration of the secondary component in the copolymerlis
increased from 0 to 19%. It is
possible that the large monomeric units of the copolymer act
as an Internal plasticize
vhich aids in orientation of amorphous sections of the
fibrils. Orig. art. bus:
3 figures, 2 tables.
wB com. ii, o7/ sm DATE-. iooet64/ O1UG REP: 003/ OTH REF: 000
Card

HATRAKOVA, T.V ; STIERFMTIYEVA, T.V.; KAMAMN, S.K.; PYRKCV, LA
Production of fiber-forming materials "a the base of acrylonitrile
copolymers with N-alkyl derivative amides of citraconic and maleic
acid. Khim, volok, no.6:17-19 165, (MM 18:12)
1. Institut vysokomo1ekulWnykh soyedinenly AN SSSR.
Submitted October 10, 1964.

ACC NR. -AP6012416 SOURCE CODE; UK/_1618-3-765 0010061001710019
AUTHOR: I T.,._Y~; Sheremetlyeva,, T. V.i Xamalov, S. K.;
.~!trakova,
,Pyrkov. L. 14,
ORG; IVS AN SSSR
TITLE: Preparation of fiber-forming materials based on
acrylonIt'llell
copolymeralwith N-alkyl amides of citraconic and maleic acids
SOURCE: Khimicheakiye v
olokna, no. 6. 19651 17-19
TOPIC TAGS: synthetic fiber, acrylonitrile, copolymerization,
chemical
reaction, tensile strength
ABSTRACT: New copolymers of acrylonitrile with unsubstituted and
with
N-substituted mcnoamides of citraccnic and maleic acids were
synthesized
and characterized. Copolymerizations were in aqueous media using
oxidation-reduction initiators. The monodmides copolymerize with
acrylonitrile in different molar ratios; their activity is
greater than
the activity of,pure aorylonitrile since resultant copolymers were
richer in monoamide than the composition of the initial mixture,
Fiberj
formed from the copolymers were stronger than polyacrylonitrile
fibers.,
Card -1/2 UDCt 677.494-745-32

BATRANIN, Yu. Ye.,
"Method of Analysis and Calculation of Stationary Processes
in Frequency Doublerd.1
(Dissertation for Degree of Candidate of Technical Sciences)
Min Higher Fducation
USSR, LIvov Polytechnical Inst.. L!vov, 1955
so: m-lo36 28 Mar 56

Spy
SOV/112-59-5-9438
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1959,
Nr 5, p 140 (USSR)
AUTHOR. Batranin, Yu. Ye.
TITLE: 81ra.'111 : i
phical Method for Determining the Ranges of Odd and Even
Harmonics
in the Output of a Nonlinear 'Coav rter
PERIODICAL: V ob.. Avtomat. kontroll i immerit. tekhn. Nr 1,
Kiyev, AS UkrSSR,
1957, pp 62-69
ABSTRACT: A simple graphical method is suggested for
determining ranges of odd
and even harmonics in the output of a nonlinear transducer that
has a specified
unambiguous (nonhysteretic) characteristic. The periodic
transducer input
comprises both unidirectional and alternating components which
contain only
odd harmonics. It is proved in the article that the range of
odd harmonics in
the output is equal to the difference between the extreme
ordinates of the
working section of the transducer characteristics, while the
range of the even
harmonics is equal to the distance measured along the median
ordinate between
Card 1/2

SOV/112-59-5-9438
Graphical Method for Determining the Ranges of Odd and Even
Harmonics in . . . .
the curve and the.point of intersection of that ordinate with
the chord that
connects the extreme points of the characteristic working
segment. The proof
holds'true if the odd curve is monotonic throughout the
entire working segment
and if the even curve is monotonic throughout one-half of
that segment. The
odd (symmetrical with respect to the origin) and the even
(symmetrical with
respect to the Y-axis) curves can be obtained by developing
the transducer
not
characteristic. The conditions of the proof are sufficient
but A necessary.
Examples are cited where the characteristics wholly or
partially do not satisfy
the above conditions, yet the proof holds true for them. Five
illustrations.
Bibliography: Z items.
V. Ye. G.
Card 2/2

9(2)
SOV/143-58-10-7/24
AUTHORS:
Maksimovich, N.G., Candidate
of Technical Sciences,

Docent, and batranins YU.Ye..
Candidate of Technical

Sciences, Docent
TITLE:
An Analysis and
Calculation Method for Multi-Phase

Fe'rromagnetic Frequency
Multipliers
PERIODICAL:
Izvestiya vys8hikh uchebnykh
zavedeniy, Energetika,

1958, Nr 10, pp 49-58 (USSR)
ABSTRACT:
Ferromagnetic frequency multipliers and instruments

of the
frequency multiplier -type find an ever

increasing
application in engineering. In this paper,

the author
explains the principles of an analysis and

calculation method
of an n-phase, ferromagnetic fre-

quency multiplier, whose
multiplication factor is

equal to the number of phases in its
primary winding.

.Multipliers of such type are the well-known
frequency

doubler and tripler circuits. The equations and
form-

'ulae presented in this paper connect the oufput magni-

tudes of the frequency multipliers (current, voltage,
Card
1/3
power) with their constructional parameters for an

I BOY/143-56-10-7/24
An Analysis and Calculation Method for Multi-Phaae
Ferromagnetic
Frequency Multipliers
arbitrary load impedance z. These formulae may be
used as the basic of a general engineering calculation
method of the aforementioned type of frequency multi-
pliers. The suggested method is an analytical one,
permitting the analysis of processes within the multi-
plier in a general form. The formulae are simple and
suitable for practical application. The method pro-
duces a satisfactory accuracy of the calculations for
the majority of important operating conditions of fre-
quency multipliers. The accuracy of the method is in-
creased by the transition from capacitive load to ac-
tive or inductive loads. The method provides a simple
determination of the load resistance producing a maxi-
mum of output power-, or, in other words, it provides
the possibility of matching the load with the multi-
plier. In this way a frequency multiplier may be cal-
culated with minimum dimensions and weights at a given
power. The frequency multiplier calculation method
Card 2/3 was tested experimentally on frequency doublers and

SOV/143-58-10-7/24
An Analysis and Calculation Method for Multi-Phase Ferromagnetic
Frequency Multipliers
triplers. The parameters of the test multipliers
are listed in a table. They had toroidal cores made
of B-41 steel. Figure 5 is a graph showing the ex-
perimental and theoretical external characteristic
of a frequency doubler corresponding to the active
load of the latter. Graph, figure 6, contains a
group of experimental and theoretical curves for a
frequency tripler. For their calculations the au-
thors assume that hysteresis, eddy currents and leak-
age are absent in the core. They neglect the active'
resistance of the multiplier coile. They determine
the load current, power, voltage and external char-
acteristic of frequency multipliers. There are 1
circuit diagram, 5 graphs and 2 Soviet references,
ASSOCIATION: Llvovakiy politekhnicheskiy institut
(Llvov-Xolytechr
nic Tnstitute) Kafedra teoreticheskoy i obBhchey elek-
trot6khniki (Ch~Lir of Theoretical and General Electri-
cal Engineering)
'SUBMITTED: 'June 5., 1958
Card 3/3

BATRANIN Yu-Ye., kand.tekhn.nauk, dotrent
Engineering method for calculating the trrors of an
uncompensated
electric current transformer. Izv. vya. uobeb. zav,;
energe 4
no-10:38-45 0 161. (MIRA, 14: 11)
1, Llvovskiy politekhnicheskiy inatitut. Predstavlena
kaXedroy
teoretichaskoy i obsbabey elaktrotekbniki.
(Electric current transformers)

S/135/63/000/002/008/015
A006/A101
AUTHORS: Gubenko, T. P., Doctor of Technical Sciences..-Palranin
Kirpatovskiy, S. I., Liukin, V. I., Candidates of Technical Sciences,
Rybakov, V. V., Fai'kevich, V. P., Engineers
TITLE. Automatic quality control of spot we'ldiiig by infrared
radiati6n
PEIUODICAL: Svarochnoye proizvodstvo, no. 2, 1963, 2~ 27
TECT: In 1960 - 1961, the authors have been studying at the Lvov
Poly-
technic Institute the correlation between Infrared radiation and the
welding
process and the quality of the weld joints produced'. The results
obtained were
used to develop an automatic device for quality control of spot
welding during
the welding process by the intensity of the infrared radiation flux
which is ir-
radiated from the annular electrode-adjacent zone ofthe part to be
welded. When
the given infrared radiation level, corresponding to a given
diameter of a spot,
has been attained, the welding current is switched-off. The machine
consists of,
the measuring head and the measuring unit, which are described and
illustrated.
The device was tested on spot-welding machine WP 62 d/60 with up to
500 kg elec-
Card 1/2

S/135/63/000/002/008/015'-
Automatic quality control of...'' Aoo6/Aiol
trode compression force. The wolding current attained 18 Ramp.
Special experi-~
mental welding tests were performed; optimum oonditions were not
observed, i.e.
the current and the electrode compression force were lowered or
increased, and
the methods of preparing the specimens varied. The main properties
of the now
machine were revealed by investigitingthe dependence of the weld
joint strengih'
and the dimensions of the cast nucleus upon the parameters of the
welding condi-
tions and the preparation of the specimens. It was found that the
scattering of
results in the breaking force per welded spot was only �~%
at-varying compression
force of the electrodes. Analogous resUts were obtained when the
welding cur-
,rent was changed. The strength of the weld joint was 2,600 kg on
the average
for 2.5 mm thick plates and varied within +8,1%. The testa show
that high stabi-
lity of welding one spot is assured, independent of the changes in
welding con-
ditions, parameters and preparation of specimens.* There are 5
figures
ASSOCIATION: L'vovskiy politeklmicheskiy institut
(L'vov'Folytechnic Institute).
(Hybakov)
Card 2/2