SCIENTIFIC ABSTRACT BARABASHOV, N. P. - BARABOSHKIN, V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000103420013-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BAWASHOV, N.P.
Iuminous spor on Xare observed at the
Kharkov-Astronomical Observe-
tory on August 23, 19569.Astronotsirko no,17413 N 156.
(HLRA 10:3)
1. Direktor Khar'kovskoy astronomichaskoy laboratoril.
(Mare (Planet))

BARA.BASHOV,-,N.P.._,-
Forty-years of activities at the Astronomical Observatory of
the Kharkov State University. Uch.zap.KHGU 91:5-13 157.
MRA 15:3)
(Kharkov Astronomical Observatory)

BIARABASHOTV Ad. alm.demik.
Preliminary data 'from the observation of Mars, Test.
Alf SSSEL 27
n9. 5-934-3 6 . NY '57. (MM 10:6)
1. Akademiya nauk USSR.
I I .(VALrs (Plawt))

BARABASHOT, IT.F.
Observations of Arend-Roland's comet at tho Kharkov
Astronomical
Observatory. Astron.tair. no.180:15-16 My 157.
(MRA 13:4)
1. KharIkovskaya astronomichaskays. nbservatoriyu.
(Comets--1956)

BARABASHOV, N.
Color of Mara' surface and coloring properties of its
atmosphere.
ABtron. teir. no.183:7-9 JI 157. (MIRA 11:3)
(Mare (Planet))

RARABASIJQVV,elgr-.,,~ .
1 .1 ~
7
Photographic observations of Krkosl comet. Astron.tair.
no.185:2
0 '57. (MIRA 11:4)
l.Kharlkovskaya astronomichookaya i)beervatoriya.
(Comet$--1957)

3(l) PHASE I BOOK EXPLOITATION SOV/2323
Berabashovp Nikol*y._P!XjQxLc-t6 Academician,, Academy of
Sciences, Ukrainian SSR:
Luna (That )ony Moscowo Izd-vo 'Sovetskaya Rossiyarm 19580' 66
p. 45,000
copies printed.
Ed..t Yu. E. Berenson; Tech. Ed.a L. Y*. Lukina.
PURPOSEs This book Is intended for the general reader.
COVERAGEt The booklet contains basic information on the moon. A
four-page
insert was added to the booklet after publication. In it the
launching of
the Soviet interplanetary rocketp Jan 21 1959, is described. No
personalities
are mentioned. There are no references.
TABLE OF CONTENTSt
IntrodUction 3
Motion of the Moon
Card 1/2
6

The Moon
Size, Mass, Density
Relief Features
Structure of t4e Surface
Atmosphereq Water, Temperature
The Surface of the Moon Changes
How the Relief of the Moon Was Formed
Ebb and Float
Past and Future of the Moon
Eclipses of the Moon
'Conclusion
AVIALABLEt Library of Congress
SOV/2323
12
25
31
34
40
45
53
56
59
62
Card 2/2 TM/Isb

BARABASHEV, N. P. (Prof.) .and GCRDON, I. M. (Dr.)
---------------- 0_~_
ItInvisible Flares and Proof of their.Reality by the Rocket
Observations of the
Short-wave Radiation of the Sun," paper presented at 10th
General Assembly,
Int'l Astrcnomical Union, Moscov, Aug 1958.

"A U ~,-? 1--,i: Chakirda, A. T., Candidate of 5-9-3-7 1 /43
ihYsical and 'lathematical Sciences
T I TL Frc,-n the Council of Astronomers (V astronomich-eakom
sov-te)
Transactions of the Plenary 14eeting of the Committee of
Planar.ary Phvsics (Plenum Komissii Do fizike planet)
i.,.: lc Nr 9, pp.
-)ICAL: V,~stnik Akajemii nauk SSSR, 10,58, 1115-114 (USSi)
-;his -)lenar,r meeting was held in Khar,kov from ~~0-22. It
was n.ttenl-ed by the astronomers of a number of oboervatorics
of the by representatives of the Council of Astronomers
and by the Director of the Nanking Cbservatory Cl-zhan Yuy-
uhzhe. Results of observations of the surface of '4ars and of
the moon in 1950' were thQ subject of the reports. The following
lectures w~,-rc- hold;
V.V. ~hytr'onov otated that the surface of Mars is darker and
.c;.L-- re,- than corresponding samples from terrestrial
barabashov J~scussed results of Mars photometry which
m-'-rr--UUT1-,-uctod by him in the Khar1kov observatory with
Card 114 th-~ assistance of I.K. Koval'.

Prom the Council of Astrnnc-ner3. SOV/30-58-8-21/43
'of the Plenary Meeting of the Com-.riittov of Planetary
Phyoics
K.I. Kozlovn 1communicated some results of 'Jars photo-
Yu.V. Glagplevskiy imetry which was carried out by the Sektor
astrobotaniki Akademii nauk Kazakhskoy SSR
(Department of Astrohotany AS Kazakh USSR).
A. N. Suslov spoke on the intensit~
A.P. Barabashov) reported on ror~-'-
Y
V.I. Yezerskly obtained in t1i observatory of Criraea.
A.T. Chokird I
14. D. Kalinenkov reported on opectrophotowotric
of details of the surface of ,!ars which were conducted in
Kazan'.
B.A. Bronshten I reported on r3sults of photographic photo-
O.B. Rzhqni-tsynaJ metry of the bright region Argir on Mars.
M.114. Butelav" 2 t d on the first utilization of electron-
A.A. Kalinya-i-.1 rppoiraT tL-ansa.ucer in photographing-Mars
in the
L.A. Kamionkc, Pulkovo observatory.
V.V. Sharonov r,~ported on most recent Marr, research in
foreign
countries.
N.P. Barabashov spoke about problems and methols of lunar re-
Card 2/1, search.

Froii 4.
-lie ~'oun-~:il o' AotconomL~.ra. I..'ran3act ions
SOV/3/0-5a-8-21/43
of the 4u(.Aing of th-c Co.!i-rd.ctee of Planetary ihysics
B.Yu~ Levinj apokr. )bout reaulto of tho theor-,Aical inves-
%V. j tigation of thc~ th,_,r-.nal history of z4ars and the
moon.
0. ~u. L3vin spoke about the hiattory of tho motion of the
moon and about geological properties of its material.
V.V. Sharonov, Professor, read the paper by 14.N. Sytinakaya
on the development and the confirmation of the hypo-
theses concerning the nature of the surfaoe layers of
the moon
A.V. Markov r;ported on the equipment in Pulkovo for thermo-
electrical temperature measurements of narrow strips of
the surface of the moon.
Yu.N. Chistyakov communicated the first results of research
with this equipment.
N.N. Kaydanovskiy spoke about prospects in the investigation
of thermal radiation from the moon (based upon observa-
tions by Ye.K. Kokhan in the Abastumani observatory).
W.P. Barabashov reported on preliminary results of the in-
Card 3/4 I.K. Koval' I vestigation of the polarization off
the moon

From the Council of Astronomers. Transactions
SOV/30-58-8-21/43
of the Plenary Meeting of the Committee of Planetary Physics
by means of light filters.
Yu.N. Lipskiy spoke about the necessity of taking into con-
sideration the variations in the degree and the direction
of polarization of moon details, when they are spectro-
photographed simultaneously.
T.A. Polozhentseva reported on the determination of color
V.G. Teyfell contrasts on the surface of the moon by
A.N. Sergeyeva means of photographic spectrophotometry.
N.P. Barabashov
V.I. Yezerskiy
V.A. Fedorets
Card 4/4

AUTHORS: Barabashov,N.P.,and Koval',I.K. SOV/33-35-2-11/21
TITLE: The Structure of thii Southern Polar Cap of Ma-,s in
1956 (K
voprosu o stroyenii yuzhnoy polyarnoy shapki Marsa v 19506
PERIODICAL: Astronomicheskiy zhur-nal,1958, Vol 35,Nr 2, lp
261-264 (USSR)
ABSTRACTz Using the data of observations of Liars in 1956,
made in visual
light at various observatories of the world and also
observations
in the ultraviolet made at the Khar1kov Astronomical
Observatory,
the author considers one of the possible interpretations of
the
structure of caps of Mars. The simultaneous disappearance of
the
southern polar cap around September 1, 1956 in red and ultra-
violet light (fig. 3,4) can be explained by the fact that at
that time the caps lay wholly on the solid surface of the
planet in accordance to Wright, Z-Ref 62. The contrast in
the brightness between the cap and the rest of the planet's
surface observed in various parts of the spectrum is explained
by the absorbing properties of atmosphere of Mars. An
Card 1/2

The Structure of the Southern Polar Cap of Mars SOV/33-35-2-11/21
in 1956
approximate estimation of the optical density of the planet's
atmosphere in the ultraviolet (-Cf--0.3) has been made. The
author mentions es eciall observations of G.1 Tikh0V Ref 5-7
and Ye.L.Krinov ?Ref TY.
There are 6 figures, 1-table, and 9 references, 6 of which are
Soviet, and 3 American.
ASSOCIATION:Khartkovskaya astronomicheskaya observatoriya
(Khar1kov
Astronomical Observatory)
SUBMITTED: August 21, 1957
Card 2/2 ,, I -

AUTHOR: SOV133-35-6-6118
TITLE: Main Reaulte of the Observations of the Mars During
the
Favorable Opposition of 1956
PERIODICAL% Aptronomicheskiy zhurnal,1958,vol 35,14r 6
pp 899 - 880 (USSR)
ABSTRACT: The observations carried out have been organized
by the
Komissiya, po iseledovaniyu fizicheakikh-u-aloviy na Lune i
plane.takh Astrosoveta AN SSSR (Committee for the Research of
the Physical Conditions on the Moon and on tho Planets of the
Astronomic Council of the Academy of Sciences, USSR). -
The following scientists participated in the observations
N.A. Kozyrevp N.P. Barabashov, A.T. Chekirda, V.I. Yezerskiy
-and A.A. Kalinyak (Pulkovo), Kha4kovskaya.
astronomicheskaya.
observatoriya (Khaftov Astronomical Observatory).
In the Tashkentskaya astronomicheskaya observatoriya
(Tashkent
Astronomical Observatory) there observed an expedition from
the Astronomicheskaya observatoriya Leningradakogo
universiteta
(Astronomical Obser1ratory of the Leningrad university) under
guidance of V.V. Sharonov.
Card 1/ 3

Main Results of the Obaervations of the Mare SOV/33-35-6-6/18
During the Favorable Opposition of 1956
V.P. Dzhapiaahvilli, V.I. Mikhkyurya, N.I. Kucherov,
Abastuman-
skaya astrofizicheskaya observatoriya
(AbastumartAstrophysical
Observatory),
D.Ye. Shchegolev, N.V. Fatchikhin, A.A. Kiselev, Pulkovskaya
gosudarstvennaya observatoriya (Pulkovo State Observatory).
In the Astrophysical Mountain Observatory,of Astrofizicheskiy
inati*ut Akademii nauk.Kaz SSR (Astrophysical Institute of
the
AS Kazakh SSR)s V.G. Fesqnkov. Section of Astrobotany,
Academy
of Sciences, Kazakh SSR: Yu.V. Glagolevskiy, K.I. Kozlova,
I.D. Xupo, V.G. Teyfell.
The Union Society for Astronomy and Geodesy observed under
guidance of V.A. Bronshten at the Observatory of the
Stalingrad
Orrery.
From Hay 20 - 22, 1958 there was reported on the results at
the full assembly of the Astronomical Council (Chang Yd-
che . , Professor, Directory of the Nanking Olservatory was
present as visitor).
The -present paper contains t the results of visual,
photographic,
Card 2/3 photoelectric and spectrophotometric observations.

Main Results of the Observations of the Mrs SOV133-35-6-6116
During the Favorable Oppostion of 1956
The causes of the disappe~arance of the southern polar cap
during August 30 to September 14 are discussed as well as
the
appearance.of intense yellow-orange formations, which for a
long time.hid different regions of the planet. Moreover some
conclusions are made on the structure of the polar cap, con-
tinents and I'mariall and also the absorption and scattering
properties of the planet's atmosphere.
Y.-N. Sytinskays, is-mentioned in the discussion of the ob-
servations. ..-Personz=vhose observations arE alw-gimmc 0.
B.
Rzhanitsyna, A.A. Kolchin, I.D. Novikov, I.K. Koval'-, M.R.
Butslov, A.A. Kalinyak, L.A. Kamionko. - There are 4
figures,
3 tables, and 12 referencest 9 of which are Soviet, and
3 American.
SUBMITTED: September 25, 1958
Card 3/3

a
SOBMI, Nikolay Aleksandrovich ESDboll. M.O.]; BARABASHOV,
likolay Pavlovich
[Barabashov, X.F.J. algadotdk; KAHDA 9 -- - - -
red.; LIHANOYAO Mole LLymanovaq H.I.1, tebm.red.
(Soviet science in the service of our people] Radianalka nauka
na sluzhbi u narodu. Kharkiv, 1[hnrkivs'ke knyzhkove vyd-vo,
1959. 35 P. WRA 13:4)
1. Golova Kharkivalkogo radnargospu (for Soboll). 2. UkrainWmya
Akademiya nauk (for Barabashov).
-(Ukraine-Researoh, Industrial) (Artificial satellites)

n,
PEASE I BOOK EXPWIrATION sov/4302
Akademiya, max-11c SSSR. Komissiya, po fizike planet
Izvestiya,j vyp, 1 (Neva of the Condosion on the Physics of
Planets., No. 1)
XharIkov., 1959. 108 p, 1,,000 copies printed.
Editorial Boards. N.P. Bardbasbov, Academician of the AcadeW of
Sciences
Ukrainskays, SM (Reap, Ed.); Vj, YezersIdy., Candidate of
Physics and
Mathematics (Secretary).,, A.V. Markov., Professor; Yu. N.
Idpakiy., Candidate of
Physics and Mathematics' and A.T. Chekirda., Candidate of
Physics and Mathematics;
Ed.: D.A. Vaynberg; Tech, Ed.: A.S. Trofinenko.
PURPOSE: This pablieation is intended for astrophysicists and
astronomers.
COVERAGE: This collection of articles constitutes the first
issue of a new journal
on problems in planetary physics. The first six articles
discuss the surface
features,, polarimetry., and spectrophotometry of the Mocu. The
remaining articles
deal with the physics of Mars., Jupiter., and the asteroids. No
personalities am
mentioned. References accompany indivi&ml articles.
Card 1/3

Nevs of the Comission (Cont.)
TAME OF CONTENS:
SOV/4302
and A.T, Chekirda. Types of Rocks Most Closely
Corresponding to Those of the Lunar Surface 5
Kokhan.. Ye. K. Investigation in Three Parts of the Spectrum
of the Degree and Angle of the Position of the Plane of
Polarization
of Light Reflected From Lunar Features 41
... and Kovall. Photographic Polarimetry of the
Moon With Light Filters 55
Bergeveva,, A.N. Spectrophotometry of Lunar Formations 59
w-AIMEW1, N P V.A. Yezerskaya., and V.I. Yezerskiy. The Problem
of the Photomet-ric Uniformity of the Moonts Surface 67
Sytinskaya.. N.N. Probable Dimensions of the Ruggedness of the
Microrelief of the Moon's Surface 81
Card 2/3

. News of the Commission (Cont.) WV/4302
Kovallip IK. The Degree of Smoothness of the Martian Continents
and Seas 85
Teyfell, V.G. Intensity Distribution on Jupiter's Disk in the
Bands
of Methane Absorption 93
Mayevap S.V. Thermal History of Asteroids
AVAIUME: Library of Congress
Card 3/3
105
JA/dvm/mw
lo-lo-6o

IVM I '-x-'fK ~MIOMATION SOV/3923
Akad miya nmik SM. Astionomicbeeldy sovet. Komissiya po Mike planet
Rezu1ttaty nablyudeniy Marse, vo vremya, velikogo prativostoyaniya
1956 g. v SM.
(Results of the Observation of )kn in the UM During the Great
Opposition'
of 1956) Moscov., Izd-vo AN SM., 1959. 193 P- 1000 copies printed.
Ed.: -X.P,-Barabasbov., Academician., Academy of Sciences UkrSSR;
Ed. of Publishing
Elbuse-~:~.. ~.rd-n-BdMn; Tech. Ed.: V.V. Bruzgul'.
MUME: The book is intended for astronomers and astrophysicists,,
particularly
those interested in the study of the planet Mars.
COVERME; This is a collection of 8 articles on the results of
observations of
Mars during the voosition of 1956. The observations vere organized
by the
Comitittee for taid Investigation of Physical Cqnditlons on the
Moon and Planets
of the Astronomic Council of the Academy of Sciences UM, and vere
conducted
mainly at the southern observatories of the Soviet Union daring the
period from
August to Decenber., 1956. The preliminary results of those
d7servations vere
Card 113

Results of the Observation of Mars (Cont.) k BOOM
-summarized at a conference of aU participants held in
Moscow., December 34j,
1956 . The present p~blicatlon covers the investigations of
Mars# surface
and atmosphere by photometry as veU as by visual
observations., problems of
the flora of the planet and the photometric investigation
of its lumin*ma
Argyre zone. References accompany most of the articles.
TA= OF CM?2MM:
Observations of Mars in the UM in 1956
Tikhov., G.A. Brief Results of the Observations of YArs by
the
Astrobotany Section Daring the Period of the Great
Opposition of 1956 6
Barabashav N.P.~ and I,X, Koval'. ftotographic Photometry of
mm- Ralfi;-~% vilters 10
Sytinskaya.. N.N. Photomtric Investigation of Optical
Properties of
the Atmoaphere of the Planet Mars 114
Shamnw,r,, V.V. Sm-face and Atmospbere of Mars According to
Photographic,,
Photmetric, and Colorimetric Observations Conancteci in
Tashkent in 1956 123
Card 213

Results of the Observation of' Mars (Cont.) WV/3923
Sharoncy., V.V. Determination of the Contrasts on the Limb
of Mars by Viswa Netbods 155
Sytinskaya., N.N. Some Considerations on the State of the
Atmosphere
on Kars 166
Bronshtenj, V.A. Visual Observations of Muv During the Great
Opposition of 1956 172
Bronshten,, V.A., and O.B. Dluzhnevskaam. PhotograpIde
Photometry
of the Lmainous Zone Argyre on Mars at the End of August 1956
188
AVAILA=: Library of Corgreas
Card 3/3 A/eft/mas
B-2240

PHASE I BOOK EUMILCION SOV/4093
Barsbashov., Nikolay Pavlovich., and Ivan Kirillovich Koval#
Yotograficheskays, fotometiiya Karsa, so svetofilltremd vo,
vrewja velikogo
protivostoyaniya v 1956 g. (Photograpbic Photometry of Mars
Using Light Filters
During the Great Opposition of 1956) Khartkov., Izd-vo
Xharlkovskogo univ-taj.
1959. 529 P. lp0O0 copies printed.
Reap, Ed.: A.T. Chekirda; Eds.: A.N. Tretlyakovaj, and D.A.
Vaynberg;
Tech. Ed.: A.S. Trofimenko.-
PMPOSE: This book is intendod for scientists Interested in
physical conditions
on planets,, and may be used by students and aspirants
concerned with problems
of planetary physics.
COVERAGE: The book discusses the metbodology and results of
observations of Mars
during the great opposition of that planet in 19%,, and
contains tabulated data
coxpildd at the Khar)wv Astronomical Observatory on the
absolute photometry of
Mars, The book also contains some results of visual
observations of the Martian
surface. The major part of the text is atabulation, (Table 4)
of spectral values
of the brightness factor P for different points on the
continent., bright areas.,
0

11hotoiraphic Photometry of Mars (Cont.) SOV/4093
and polar cap of Mars: The main series of observations vere not
made sinateneously),
but lasted from 30 to 40 minutes each., and hencej, for each
individual light filter,,
the length of the central meri#an of the pUnet, and thd values 4
(incident angle
of light ray),, 6 (angle of reflection), and CP and t .(vidth
and length of the
planetocentric coordinates of the point source of light.,
respectiveiz are given
for the period from June 15116 to October 21/22. The value of
the phase angle a
is also shown for each d&te and each fl~ter. The supplement
contains grapba vhich
plot the distribution of brightness alQng the equator (in a band
- 10% -300 in
vidth) and over the central meridian of theplanet. The abscissas
give values of
and the ordinates., values of 10 (for simplicity). There are 9
figures.,
14 tables,, and 15 references: 13 Soviet and 2 English. No
personalities are
mentioned.
TAME OF COIHUTS:
1. Purpose and methodology of observations of Mars during 3
the great opposition of 1956
21 Processing observational data 10,
3j Visibility of detail on the surface of Mars in 1956 16
4. Clouds,, fogs.. and precipitations observud on Mars in 1956 16
5. Some details observed on the Martian disc 20
6. Description of the appearance and changes in the southern
polar cap 21
6P,
CarcL,0'0~ --)/ '-

BLRLMBHDV, N.P., prof., akad.; CMKIRDA, A.T.,
land. fix. --mat.nauk
Rocks which most correspond to those forming the
lunar
surface. Izv.Kom.po fis.plan. no-1:5-39 159.
OCIRA 13: 7)
1. AN USSR (for Barabashov).
(moon-surface)
I

RARARASHDV. N.P.. prof.akad.: KOVAL, I.K.
---------------------------
Photographic polarlastry of the moon with light
filters* Isv*
Kom-po fiz.Plan. no-1:55-58 159. (MIRA 13-7)
1. AN USSR (for Barsbashov).
(Polariscope) (moon--ftoervations)

-B&RABASHDV, N.P., prof., akad.; YEMMSKATA, V.A.;
YBZJE=lr, V.I.,
kand.fiz.-inst.nauk; ISHUTINA, T.I.
Photometric uniformity of the moon's surfhoeo
IsvoKomepo fis,
plant nool:67-79 159. (MM U.-D
1. AN USSR (for Barabashov). I
(Moon-Surface) (Photometry, Astronomical)

1k
V1 2 1
3(l) it. P. Raral~a ~r-:- 5 2- 1 f~r,/26
AUTHORS: Barabwhov P . /Mlember of AS Tkrz)ER and Koval I..
I.,K
TITLE: On the of, Brightness in the Martian
"Seas"
(0 ,nredelenii' yar11-osti v"moryakh" Marsa)
rERIODICAL! Dopovidi Akademii nauk Ukrains'!~,oi R-SR, 1959,
Nr 10,
pp 153-155 (USbR)
IBSTRACT: Observing Mars in the spring of 1956 with the he'lp
C>
of the 200 mm refractor of the Alma-Ata Astrofizich-
naya observatoyi a (Astrophysical Observatory), B.G.
Fesenkov ZRef 5 came to the conclusion that the
"seas" on the Mars must appear briGhter then the
"continents". In this article, the authors, making
reference to a great number of pictures of lilar~s
made by the coauthor I.K. Koval' in 1954, with the
use of the 112011 mm refractor of the Khar1kov Astro-
nomical Observatory, refute the above-stated con-
elusion and contend that the measurements made of
the "seas" and thelbontinents" of Mars during its
Card 112 last opposition, performed in infra-red rays at

SOV/21-59-2-10/26
On the Distribution of Brightness in the Idartian "Seas"
various distances from the center of the planet's
image, indicate different values of the smoothness
factor. According to the authors, Fesenkov's con-
clusion may have been wrong because of the very
clouded appearance of Mars in the spring-of 1956,
which resulted from a dust storm raging on the I~la-
L
not at that time. TI-ere are 1 graph and 5 Soviet
references.
AS60CIATION: KharIkovskaya astronom--cheskaya
observatoriya
(Kharlkov Astronomical Observatory)
SUMITTE D: December 17, 1958
Card 2/2

SOV/25-59-5-13/56
AUTHOR:
Barabashav, N.P. (nazjkov)
TITLEs
ISZ
and the Problems of Cosmic Flying
PERIODICAL:
Nauka i zhiznl,
1959, No. 5, pp 17-19 and p 2 of centerfold

(USSR)
ABSTRACT:
The author is a Member of the AS UkrSSR, Director of the
Astro-

nomical Observatory and Holder of the Chair of
Astronomy at

Khafkov University, Chairman of the
Astronomical Council of

the AS USSR, Deputy to the Supreme
Soviet of the USSR and

author of 230 scientific works. In
his article the author

states that telescopes of the 17th
century made the first

steps in penetrating the mysteries of
interplanetary space.

Modern radio telescopes advanced these
studies, but practi-

cal knowledge has been collected only
since the launching

of the Sputniks or the ISZ
(Isskustvennyye Sputniki Zemli).

Knowledge was obtained
regarding cosmic rays, the intensity

of ultra-violet and
x-ray radiation, the sun's corpuscular

radiation, and the
density and the source of cosmic dust and
Card 1/2
meteorites. More information was obtained from the first

SOV/25-59-5-13/56
ISZ and the Problems of Cosmic Flying
Soviet artificial planet now flying around the sun. The next
great advance will be made when a stationary ISZ is launched
to an altitude of 35,810 km, orbiting from West to East and
thus remaining stationary with respect to the earth. It will
be a first stop towards construotion of a flying laboratory
for astronomical and physical observations unaffected by the
earthts atmospherics and weather conditions. The ISL (Artifi-
cial Sputnik of the Moon) and rocket landings on the Moon, will
be other steps in collecting information about the Moon. The
possibility of interplanetary travel is discussed in the con-
eluding part of the article. There are 5 diagrams and 1 drawing,
ASSOCIATION: Kharlkovskiy Gosudarstvennyy universitet im. Gor1kogo,
Mar!-
kov State University imeni Gorlkiy). Planetnaya komissiya As-
tronomicheskogo soveta AN SSSR. (Planetary Committee of the
Astronomical Council of the AS USSR)
Card 2/2

BARABASHOV, M.P. ~.~akademik; KOVAL, I-K-9
kandefiz.-mat.naui
- - -.1, 6.
Main results of observations of Xare during 1956 at the
Kharkov
Astronomical Observatory. Tienyk AN TIRSR 30 no.l#.15-23
Ja 1596
(MIRA 12:4)
1. AN USSR (for Barabashov)
(Kars (Planet))

30)
AUT11OR3: Barabashov,Y,.P., Yezerskiy,V.I., SOV133-36-3-16129
.TRZ-F "M%t-s -,V. A
TITLE: On Colour Contrasts of the Lunar Surface
PERIODICAL: Astronomicheskiy zhurnal,1959,Vol 36,Nr 3,PP
496-502 (USSR)
ABSTRACT: The paper reports on a part of the complex
investigations of the
Moon, carried out in the Khar1kov Observatory. The
observations
were made with a three-prism-spectrograph in spring and
autumn
1956. The properties of reflection of the surface of the
Moon,
especially the colour contrasts were investigated. In the
usual,
system of colour indices they are 0 M, 2 ' 0 M. 3. In most
cases it
is ACI/A ig 1 550 i~~ 0.6 (almost linear): The author
mentions
A.T.Chekirda,V.V.Sharonov, and L.N.Radlova.
There are 10 references, 9 of which are Soviet, and I German.
ASSOCIATION:Kharlkovskaya astronomicheskaya observatoriya
(Kharlko-v
Astronomical Observatory)
SUBMITTEDt February 10, 1959
Card 1/1

BARA]BASHOY, N.P., prof., akademik
Now developments in the study of Mare. Priroda 48
no.6:13-18
Je '59. (MM 120)
I.Akademiya nayk USSR i Astroneadcheekaya
observatoriya
Kharikovskoge goeudarstvennego universiteta.
(Mare (Planet))

BARABASHOV, N.P.
Observations of bright fireballs. Astron.tsir.
no.205:27 0 '59-
1. Kharlkovskaya astronomicheakaya observatoriya.
(Keteora)

BMBABROV.- W.P.; LINKIY. Yu. N.
First results of studying photographs of the
other aide of
the moon. Astron.teir. no.206:1-4 D 159. (MIRA
13:6)
1. Karikovskaya astronomicheakaya observatoriya
(for
Bar-Lbashov). 2. AstronomicheskiT institut im.
Shternberga
(for Lipekiy).
(Moon--surface)

-,3, '?0 0 0
^V 1A 67904
=7-T4) 9 3 (91
AUTHORS-. Barabashov, N. P., Member of the AS
SOV/20-129-5-10/64
TITLF.: The Pirst Results Obiained by Photographing the Pax
Side of the
Moon, Which is Invisible From the Earth
FERIODICAL: IV Doklady Akademii nauk SSSR, 1959, Vol 129, NT
5, pp 1000-1002
(USSR)
ABSTRACT; The automatio.interplanatary station launched on
October 49 1959
was intended:to contribute towards solving several cosmic space
problems and to photograph the far side of-the Moon and its
boundary zones. The Moon was photographed from distances of
from
65200 Im (start of photographic recording) to'68400 km (en& of
photographing) with a camera having two objdctives: the first
had an F-number of 1:5.6 and P, :F,200.mm, the second 1:9-5 and
P2 = 500 mm. -During the 40 lainilt6l.~-.operation of the
camera the
far side of the Moon was photograpKed many times. The authors
had numerous pictures taken with the ~ooal distance'6 of
200 mm and 500 mm at their disposal. Firstf the al:~eady Itnown
regions of the lunar surface obtained on these photos are
Card 1/3 described. On the invisible part of the surface-of
the Moon

21119 First Results obtained by Photcgraphing the Par
SOV/20,029-5-1o/64
Side of the.Moon, Which is InvisilAe From the Earth
mountainous regions predominateg and there are only few such
seas az are on the visible part of the lunar surface. The
albedo of the entire f ar side of the Moon adjoining the
westle-ni.edge ranges,. with respect to its value, between
the albedo
of the se _' and tha~k_6t the mountainous regions.
South-south-
east ~of-t'h_u 1,1.*e Humboldtianum a partly very. high
mountain
range of 2000 km length extends via the equator to the
southern-hemis8here. Between +20c and +300 latitude and
+1400 and +160 longitude a sea of craters extends.* which has
a diameter..of 300 km,, and which has'been named Moscow Sea.
In'the South this sea endi at Astronauts' Bay. On the Scuthern
hemisphere (latitude -200 to -300 and lQjjg4+i,,d`e +`30*),
the
Ssiolkovskiy Crater with a diameter of more thaxi 1000 km is
located. It has a dark bottom, a bright central crust, and a
bright and wide wall. Fnu'r further craters are then
described,
The photographs besides show region's with slightly elevated
and
slightly reduced Teflectivity an& riumerous fine 6.etai'ls.
Pinallyt the authors express their kTatitude foz the honor of
having been allowed to evaluate and atilize the first photo-
Card 2/3 graphs ever tal.cen of the hitherto _~n~own far side
of the

The Pirst-Results-Obtained by Photographing the Far
SOV/20-129-5-lo/64
Siae of the Moon, Which is Invisible From the Eaxth
PRESENTEDt
SUBMITTED:
Moon as.well as for the assistan~:e rendered by specialists in
various fields. There are 3 figures and 1 Soviet reference.
November 149 1959, by A,. V. Topchiyev, Academician
November 14, 1959
Card 3/3

lama
00.3
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w.-ww -.WW
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"wo '
Tv"W-01'. .1
1:33 Ida avane't a 4; a
;IIIIIIALS11116. . I
.-K.. I K. a. It -A T_ JL.__JL A-4.

fla-eymens by uWaryl chloride. V--.

Nialinow" and G. K. HarabasWa.
ZA%r. prij 0
-

-09
T'Sk.
Khiov. (I. Applied ClIkIi
80XIs with "Ylimic leads to a niono-Cl tivily. "ith VI

fit the lao-l't
sloull; Cl[tV" Of FAIICIl 11.1% little t'lit'41 IVII

.60
tile Yield. In
it typical rapt. N) Jr. cylurne atilt .141 K.

Coo
.1k)'clj were reflutiell 16 lite., aller wulthing "1111 1,

Water there was ObtAilled 14.3,;, cl deriv... Ill wo-asl%
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CA
dPI of kirt 0 and the possibility
,hV=a. of slachols by the
Madhod. M. and 6. K. ftr;&
(Gorki State Unfir.). Zhar. ObzA~Ael`_Kkiril*
06.11 (J. Gen. Chem.) 19. 20"(1949).-Priedel-Craft.
acylation of cymene without the usual solvent (CSO pro-
ceeds satisfactorily without reduced yields; the acyl group
enters in the o-position to Me. Thus, 200 g. cymene, 34 g.
Ac,O. and 133 g. AlCh after 5 furs. on a steam bath gave
51.7% Ac dcriv., bm Z474'. be 125-7% aV UWI, d::
0.9510; 39 X. AcCl with 65 X. AICU pvc a M70 yield.
Similarly. 230 cymene. S5 g. AIC4. and 45 g. WCOCI -
gAve, 30% PrIb iferiv., b. 264-41'. V 0.045.
'which after Clemmensen reduction gave
butyl-4-ixopopylben:exe, b. 233-45% xt* 1.511. gj.1 0.000.1,
lso~ PrCOCI pvc 24.0% ijo-PrCO derip.. bu, 25, -9*. xV ,
1.504. it',.$ 0.952, reduced to the 2-iso-Bx derip. b. 228-
.10'. dIJ O.P21; almilarlp iso-DuCOCI gave M47. isn.
RuCO derir., b. "MS-70 , %V 1.500, d:: 0.9410. which
virlded the iso-A m derip., b. 244-V ' d" 089W mW
LUC. CICILCOCIrml, 6, OCIICO&;#'r. (ii-2ji. b.-
Ita-5% "I*, 1.5thl. d:: 1.075, while BjLCI gave 25% 111
tievir., th Pei,' 1.534, it,$: 1.0251, when the reactiOn
was run at "P. The ketones do not react with
F0121ir or FtMgl. G, Nf. KosobpoI7

SHWOHMMO, N.H. [Shevchouko, N.H.]; BARABASkVA, Y.N.
[Barabashova, T.M.3
Aquatic arthropods as intermediate hosts of hel-mintbm,
Dop.AN URSR
no.11:1555-1559 160. , MU 13: 11)
1. Mmr1kovskiy gosudarstvenW universitet. Predstavleno
akademikom
AN USSR A.P.Markovichem.
(Arthropocla) (Wprms, Intestinal and parasitic)

--!?/ Z, 7-
/ s
BAIRABASHOVAP ZJI- -Z ,
-
Tissular processes during the adaptation of oxygen
deficiency.
Mat.po evol. fiziol. 1:12-35 '56. (MIRA 11:1)
(AHGXRKIA) (ACCLIMATIZATION)

BARABASKIN) A.A.
Seminar on the repair of power system equipment* Prom.
energ.
20 no.l:.47-48 Ja 165. (MRA 1834)

SOMOGYI, Barnabaa, dr.. BAR&WIM, Peredi Gi7el]2L, dr.
Prevention of adhesions leading to intestinal
obstruction. Kq,~Ur.
sebeazat 8 no.145-209:198-201 Juns 55.
1. Budapesti-Orvostudomanyi, Igyatem Sebeszeti
Anatomiat. as Matettant
Intezetenek kozlemerqe. Igazgato: Nagy Danes dr.
eg7et. docens.
(IRT3STIM, SIUU, surg.,
exper., for prev. of adhesions leading to intestinal
obstruct. in dogs)
(INTESTML OBST-RUCTIOIT, prev. and control,
exper. surg. in dogs)

GORODFTSKIY, A.A.; BAWAY, V.A.
Review of E.F.Romantsev's book "Radiation an,~
chemical defense."
K,,d. rad. 9 noJ-82-87 Ja lf"4* (=-A Y-9),

BARABITS, Elemer,, erdomuve.Lasi eloado
Snow catastrophe in the western part of the
Dmiantu:., Erdo
12 no.4il82-184 Ap 163.
1, Northern Zala Forestry, Zalaegerszeg.

NEMCY, Erno, dr.3, egyetemi tanar, a biologiai
tudomapyok kandidatusa;
BARABITSO, Elemer, egyetemi adjunktus
Den.drologic garden of the University of Forestry
and
Timber Industry. Term tud kozl 8 no.6:278-280
Ja'64.
1. University of Forestry and Timber Industry,
Sopron.

IGNATOV, B.V.; BARABLIN, -Ye.K.; VASILIYEV, N.N.,
inzh.
Using mechanisms In track maintenante. Putt i put.
khoz. 8
no.lt4-5 164. (MIRA r,?-. 2)
1. Glavnyy inzh. sluzhby puti Koteltnichskoy
distantsii,
Gorlkovskoy dorogi (for Ignatov). 2. Nachallnik
Kotellnich-
skoy distantsii Gorlkovskoy dorogi (for Barablin).
3. Kotell-
nichskaya distantsiya Gorlkovskoy dorogi (for
Vasillyev).

BARABLINA G~V - GUSHC17ENKO, N.V.; PENIKC~I, V.Ya.;
SELYUK011, V.P.;
V. D.
Efficiency of the group-bonus wage system for
integraterl
- . .1 -
in stopes. Nauch. trudy KNJUI no.14:427-438 164.
Ways of improvi- the ovi-l" nrqrn-ivqtlnn 4' -` in
Karaganda
Basin stopes. lbid.;455-4U+ fMA. 18:4)

AUTHOR: Barab6ski, F.
S/044/62/000/010/0111/042
B180/B186
TITLE: Certain suffi(ientoonditions for the expansion of a
kernel
in a bilinear series
PERIODICAL: Referativnyy zhurnal. Ma%Matika, no.. 10, 1962, 52,
abstract
1OB241 (Roczn. Polsk. towarz. mat.,.Ser. 1, 6, 1961,
91-107 [Pol.; summaries in Russ.* and Engs3)
TEXT': In the part which deals with the uniform convergence of
a bilinear
series, the well-known Mercer theorem goes over to indefinite
kernel 6.
Symmetrical non-degenerate kernels are here considered,
bounded, or at
least weakly singular, in the square la,b;a,b3,. The following
hypothesis
is made for kernels of thia'kind: If the kernel K(X)Y) is
continuous in
the square qla+a, b-P; a+a, b-pl, where a>,D and 0 >_0 are
fixed numbbra
and I K(x,,u)-K(xj.u) I !du O fok which cj(0) 0, Cj(x) > 0, for x >0, (&)(x)/x) --> 0 at
x > 0) for
any two points x 1 and 2 of ([&+a, b-p]), then the biliuear
series
.1
Card 1/2

S/044 621000101010111042
Certain sufficient conditions ... BlBOYBI86
CO
(X)
X1
in the Q square will converge uniformly toward the kernel K(X,Y).
With
slightly different conditions at the kernel, it becomes permissible
_V/
to differentiate the bilinear series term-by-torm through the
variable XP
with uniform convergence of the differentiated series toward the
derivative KI (X,Y), in a square rather smaller than the Q square.
At
X
the end of the work there is a relaxation of the conditions of one
of
Hammerstein's propositions regarding the uniform convergence of a
bilinear
series, for the two-dimensional kernel K(xPy; I batracter's note:
tomplete translation.1 [A
Card 2/2

BARABOI, V.J. candidat in stiinte medicale
...... ........
Rays against rays. St si Teh Fu-, 25 no.4:14-15
Ap 163.

ANASHXIN, I.A., kapitan 1 ranga; BARABQLTA P -D
#polkovnik yuridichoskoy
'=- - it ~
sluzhby; VOLKOV, A.S., inM.02904;f al"V'Franga;
VOROB173v, A.P
kapitan 1 ranga; VASIL'YEV, I.V., kapitan 1 ranga
zapasa; V"YUN31KO,
N.P.. kand.voyenno-morskikh nauk, kapitan 1 rsnga;
GMUMT, JI.L,,
dotsen't, kand.tekhn.nauk, inzhener-kontr-admiral;
YERWNKO, B.Ya.,
kapitan I range; ZVEREV, B.I., kand.istor.nauk, mayor;
KAZAIMOV,
A.A., kapitan 1 ranga; KOZIN, K.K., kapitan 1 ranga
zapasa; KOLUDA,
X.I., kapitan 1 range zapasa; KULINIGH, D.D.,
inzh.-kapitan 1 ranga;
LCBACH-ZHUCHB1 0, K.B., dotsent, inzhoner-kapitan 2
rangH zapasa;
HASHAROV, A.1.0 polkovnik sapass; MYASISHCH97, V.I.,
in2hener kontr-
admiral-, PETROV, L.G., kapitan I ranga v otstavke;
PROKCFIYEV, V.M.,
kapitan 1 ranga; POZNA IMCO. A.S., kapitan 1 ranga
zapasa;
(Continued on next card)

AXARFWT I.A.---(continued) Card 2.
PYASKOVSKIY, G.M., polkovnik; SINITM, N.I., polkovnik.
Prinimali
uchastiye: ANDRMV, V.V., kapitan,l range; IVANOV, V.P.,
in.zhener-
kapitan 2 range; CIUMOUSIKO, L.D., -1mzhener-kapitan 1
ranga;
~HIKA 9 Ye.F., inzhener-kapitan 2 ran-ga. FADEYEV, Y.G.,
vitse-
admiral zapass, elavmyy red.; GIMNGROSS, V.M., kapitan 1
ranga zapa-
sa, red.; STAROV,.N.H., kapitan 1 ranga v otstavke,
red.; SOKOLOVA,
G.F., takhn.red.
[Marine dictionary] Morskoi slovar'. Moskva,,Voen.izd-vo
H-va obor.
=M. Vol.2. 0 - IA. 1959. 440 p. (MIRA 12:12)
(Naval art and science--Dictionaries)
(Merchant marine--Dictionaries)

BARABOLYA, P.D... polkovnik puatit.91L
Basic positions of the nava2 ceremonial. Mbr. sbor. 46 rc.9 110-16
f3
18; 8)

BARABOLYA., P.D., polkovnik yustitsii; LESNIKOV) N.D.
New instruptions on border protection for the U.S.S.R.
Mor.sbor.
44 no.2:11~-19 F 16L (Km 34:4)---~
(Russia-Boundaries) (Border guard)

BMBOLYA P D. polkovnik yustitaii; IVANASHCHENKOt
L.A.,, dotsent, kRW9
P
yuridicheskikh nauk, kapitan 1-go ranga -
I
Status of territorial waters under International Law.
Mor. r,,
46 no.202-41 F 163. (NDA 16: )
(Territorial waters)

BARABOLYA, S.Ya.; SIUUOVP F.V.
Milling radial grooves and segmento on a gear-milling
machinee
Stan. i instr. 34 no.9:31-32 S 163o (NIRA 16:11)

B~IIRADOLYA; -9.ya.
Cutting ratchcl-w.heel Iveeth on a gear-shaping
rachine - Stan.
I j-nstr. 35 nc-!C,~41 0 164. (A~Rk 17~-12~;

r~~ ~~ :,. i's ~ ~ ~: " 9 . /
~ - 1 1 4 n ~ - , Tj - 1: f - -, . - " !7
j . .. . ,,~ r .
. C, . -, i) I I , - 35 "0.11.,38 N 164. ( Y'IR ~~
18 : ? N,

'6?'VeS
HOGARY/Opties Optical TL-chnology
Abs Jour : Ref Zhur - Fizika, No 5, 1958, No L1642
Author : Barabos Janos
Inst : N-of -a-v-en
Title : YBz2ification of Sighting Tubes
Orig Rb : Kep-es hangtechn., 1957, 3, No 31 82
Abstract : For Part I see Referai Zhur Fizikao 1958.,
No 3., 6881
K-4
Card : 1/1

WMSTOV, A.V. (Head District Veterinary Doctor), MMTOV..
V.A. (Candidate of
Veterinary, Sciences), XLXkMHEV,, I.A.,, SUEMMVA, V.I.
and MWROVI N.V.
(Veterinary Doctors), WABOSHIN, S.A., BUCHENOV, I.N.,
LYAMIN, A.F., WDOROV.,
Yu. I.., and FILIMONOV., I. Ya. (Veteiinary Yedical
Assistants, U11yanov Oblast',
Terentullsk District).
"Trotein hydralysates in dispepsia in nevborn calves..."
Veterinariya., vol. 39, no. 3., march 1962 pp. 71

BELENIKIY, B.G.; BARABOSHINA, I.S.
Microanaly-tical hydrogenation.
Zhur.anal.khim.16ro.3:337-342
My-Je 161. 4 (MIRA 14:6)
1. Leningrad Scientific-Research Institute of
Antibiotics.
- Hydrogenation)
~ ~Microchemistry)

16(1-)
ATJTHORt SOV/140-59-3-3/22
TITLE: Dual-Conformal Transformation of the Complex of
Straight Lines
PERIODICAL: Izvestiya vysshikh uohebnykh zavedeniy.
Matematika, 1959, Nr 3,
pp 22-29 (USSR)
ABSTRACTs In the three-dimensional Euclidean space let the
straight line
of a complex be defined according to Blaschke by the dual
vector
E1 W El(u 1 qu2J). Let E El(t) be one of the ruled surfaces
of the complex and rdE 12 dS. Two complexes are called dual-
conformal if between the rays of them there exists a
one-to-one
relation for which the dual angles between two neighboring
straight lines of corresponding surfaces satisfy the
condition
dS - A 2dS 2. Theorem 1 contains necessary and sufficient
A
conditions that two complexes C and C are dual-conformal. In
theorem 2 the existence of such complexes is proved. In
theorem
3 and 4 the author gives invariants of the dual-conformal
transformation. In theorem 5 special dual-conformal trans-
Card 1/2 formations are considered. As a special case the
author obtains

Dual-Conformal. Transformation of the Complex
SOV/140-59-3-3/22
of Straight Lines
the k-transformation of K.N.Tikhotskiy. The author thanks
A.D.Aleksandrov for the aiscussion of the present paper.
There are 4 references, 2 of which are Soviet, I German,
and
1 Italian.
ASSOCIATION:Ufimakiy gosudarstvennyy universitet 'Ufa
State University)
SUBMITTED; May 4, 1958
Card 2/2

BARABOSHIN,-V.F., inzh.
Unevenness of rail surface as source of ballast
deformations.
Putt i put. khoz. 9 no.12:34-35 165. (MIRA 19:1)

ACC NR: AR6027500
SOURCE CODE: UR/0l37/G6/000/004/GG23/G024
'AUTHOR: Baraboshkin, A. N.; Lebodeva, K. P.
1TITLE; Effect of electrolysis conditions on the structure of
zirconium deposits.
'III. The role of the valence state of zirconium in the melt
I
;SOURCE: Ref. zh. Metallurgiya, Abs. 4G182
REF SOURCE: Tr. In-ta elektrokhimii. Ural'skiy fil. AN SSSR. vyp.
7, 1965, 59-67
TOPIC TAGS: electrolysis, zirconium
IT SLATION: Studies showed that the nature of cathodic deposits
changed very strongly,
for the same general Zr concentrations in the melt (5 wt '00,
constant in-,tial values of:
ID (ik = 2 a/cm2), temperature (8000C) and quantity of
electricity, but for a different
loxidation-reduction potential of the system. For
oxidation-reduction potentials, dif-
fering significantly from the equilibrium Zr potential, very line
particles of cathodic
deposit were obtained in the form of porous attachments of
crystallites. With a melt
composition approaching equilibrium, nodules of highly faceted
coarse crystals formed
on the cathode. 13 references. G. Svodtseva.
SUB CODE: 11,13
UDC: 669.296.087
Card 1/1

e r

CC_NRt Ap6002471 (A) SOURCE CODE: UR/0191/66/000/001/0006/0008
AUTHORS: Kolesnikov. G. S.: Tevlina, A. S.- Chuchin, A. IQ.;
Baraboshkina, 1. A.
ORG: none
TITLE: Graft copolymer of styrene-divinylb(inzone-polyarylene
ethyl and styrene-
divinylbenzene-po3,varylene ethyl hydroj-.,eroxide
SOURCE: Plasticheskiye massy, no. 1, 1966, 6-8
TOPIC TAGS: graft copolymor, chain reaction, polyneflzntJon,
polymort polmr
chemistry, polystyrene ~fl de,
ABSTRACT: Graft
copolymerization7styrene-divinylbenzene-polyaryl-etby1 and
styrene-
divinylbenzene-p~l_yarylethyl hydroperoxide were studied-to
investigate the possi-
bility of synthesizing large-pore sulfo-cation-exchanporsion
the basis of three-
dimensional graft-copolymrs. The copolymers were synthesized
by two methods:
1) by grafting styren Ito a polymeric hydroperoxide as
described by the authors
(Vysokomolek, soyed., 70 10, 1753, 1965), and 2) by chain
transfer via the mobile
hydrogen atom of polyarylene ethyl in the presence of a free
radical initiator.
The degree of swelling in benzene solution, the molecular
weight distribution, the
ion absorption capacity.. and the amount of hydroperoxide in
the synthesized polymers
were determined. The experimental results are presented in
graphs and tables (see
Fig. 1). It was found that the synthesized
sulfo-cation-exchangers were able to
UDC: 678.746.22-134.6

ACC NRs AP6009-1+71
4
45
.43
41-
49-
47.
45-
43
0
Fig. 1. Molecular weight distribution
determined by turbidometric
titration of dioxane solution of
the products-of polymerizing
styrene in the presence of
polyarylethyl.
sorb large organic ions. The sorption of low molecular weight
ions was more com-
plete than of higher molecular weight ions, Orig. art. has: 3
tables and 4 graphs.
SUB com n/ SUBM DATEi none/ ORIG REF: 007/ OTH REF: 001
Card 2/2 Z C-

L 2324-66- EWT(m)/EPF(c)/EWP(J)/T/ETG'(m1 WWIRM
ACCFSSION WR: AP5022222 UR/0191/65/000/--09/0016/0019
678.673 01-536.495:537-311
A')
AtITHOR: Vinogradova, S. V.i K2rshak, V. V.; Fridman, Ye. I.; Andreyevm, M.
A.,
Haraboshkigij~t,. N.
TrTLE: Heat-registant elpetroinsuIRting polyn, late p1nn"v material
SOURCE: Plasticheskiye massy, no. 9, 1965, 16-i9
TOPIC TAGS: plasticizer, heat resistant plastic, heat resistant material,
polyaryl
plastic, terephthalic acid, electric insulator, plastic , beat resistance,
polyaryla Tte,
phenolphthalein, bispbenol A, isopbthalic acid, softening point
ABSTRACT: The possibility of preparing heat-resistant plastics suitable for
electric
linsulators and capable of being compression molded was studied by
preparing neat and
mixed compositions from phenolphthalein isophthalate or terephtbalate based
polyaryl-
ates- (i.e._,__aromatic_ polytisters). -- -It-was Also attempted to-prepare
polymers which
had to be kept at their melting temperature during compression molding for
a minimum
'time. Thus, powdered poly(phenolphthalein isophthalate) could be
compression molded
at 270-300C into semitransparent light-brown samples of plastic designated
as F-1,:
'while the poly(phenolphthalein terephtha-late), designated as-plastic F-2,
crack-e-d-,,
I Card 1/2

L 2324-66
ACCESSION NR: AP5022222
and disintegrated after being taken out of the molds. The
addition of plasticizers,
"'Sovol" [biphenol dichloridel, a polysiloxane and some other
polyaryIntes bRsed on
either-bisphenol A or phenolphthalein sebacate, made it
possible to prepare compres-
sion molded, samples from F-2 with softening points from 255
to 340C. The addition of
'Sovol in varying amounts or the same polysiloxane to F-1
produced plastics with soft-
gning points between 250 and 285C. Even the sample with 10%
Sovol still had a soft-
,ening point of 230C, which was considered to be sufficiently
high, combined with good
workability of the material. The introduction of fillers (up
to 40% by weight of the*
composition) was also studied for the purpose of reducing
cracking of the plastic
.and to save polymer materials. Good results were obtained
with quartz flour or tal-~
cum, while'Ekluminum oxide or silica gel were Ineffective. The
filled F-2 polyarylate
samples were r6sistant to thermal shock; they withstood
repeated sharp temperature
,change from -60 to,250C. The polyar7late compositions
obtained had high dielectric
properties'in a rather vide range of temperatures. Orig. art.
has: 4 figures and
.4 tables. [BN]
#SSOCIATION- none
SUBMITTED, 00. ENCL: .00 SUB CODE., H-~O&
OTHER- 000
No REP sovt oo4
I Card L>/2, 1A-W_
ATD PRESS.,
I

''h 38 2
J
S/539/61/000/032/011/017
ry '9 D204/D301
AUTHORS~ Kudryavtsev, N.T., Golovchanskaya, R.G. and
Baraboshkina,
N,K.
TITLE. The cathode process in the electrolysis of Ti from
aqueous
solutions
SOURCE. Moscow. Xhimiko-tekhnologicheskiy institut.. Trudy,
no. 32,
1961. Issledovaniya v oblasti elektrokhimii, 272-277
TEXT. Electrodeposition of Ti was studied on Cu,, brassv Pt
and Pb ca-
thodes, with Pt and stainless steel anodes, from alkaline and
acid aque6us
solutions, since little work has been done in this field. The
standard
potential, position in the electronegative series and hydrogen
overvoltage
of Ti are first discussed, on the basis of results obtained by
Soviet and
Western workers. The metatitanates of Na, Mn, Cr and Fe were
tried but
proved only sparingly soluble injq. NaOH and hydrolyzed
readily. In the
case of Na metatitanate the maximum concentrations (15-20 g
Ti/1) were
obtained by dissolving-the titanate in 20-30% aq. NaOH, with
additives,
Card 1/ 3

S/539/61/000/032/011/017
The cathode process in the D204/D301
at 200C. Electrolysis was conducted in a 250 ml glass bath,
finding that
T4. deposited from tetravalent ions only. The current
effi-.iency ('n )
fell sharply over 20-30 min., from 45-60% to-10.5%,
independently of the
material of the cathodeq (except during the first few
minutes), owing
probably to the high cathode potential of Ti and the
relatively low hydr-c-
gen overvoltage oL Ti. 71 Also decreased with increasing
current density,
D (20-40 amp/dm2) and increasing temperature (20 to 50 C). The
acid
e~e~ctrolytes were based on 40% HF and metallic Ti and the
experiments
were conducted in a 250 ml plexiglass bathq dividing the
cathode and anode
regions with a polyvinyl diaphragm. t waT+ found that Ti was
deposited
ly from Ti3+ ions and only when Ti
on Ti was I.-.1 or higher. Current
efficiency fell as before, from 10-201/6 to -'I - 6%, after 30
min. The
temperatures studied were 20 and 500C, D 40 - 20 amp/dm2 and
the pH
2.2 - 2.4. Brilliant silvery coatings ofkTi, 3-4 ~t thick were
obtained
from both the alkaline and acid electrolytes, but. deposits
from the flu,.-
ride solutions tended to be more porous. Methods of analysis
of the
solutions and of the deposit are given in full. There are 3
figuree,
Card 2/3

5/539/61/000/032/01.1/017
The cathode process in the D204/D301
4 tables and 16 references~ 3 Soviet.-bloc and 13
non-Soviet-7bloc. The
4 most recent references to the English-language publications
read as
follows; Sin.-ichi Satoh and Koshin Jamane, J. of the
Scientific Research
Institute, v. 50, March(1956); Tadzima, Fudzivara and Mor-;,
Abstrac-
. L
ter's note,, Names transliterated], J. Electrochem.Soc.
Japan,.24,'212-
216, (1956); M.E. Straumanis, S.T. Shin and A.W. SFh1ecliten,
J. Phys.
Chem., 59, 3.17, (.1955); Tadzima, Seki and Mori, J.
Electrochem. Soc. Japan,
(1956).
Card 3/3

S/539/61/OOC,/032/014/017
D204/D301
AUTHORS. Kudryavtsev, N.T.e Tyutinag K.M. and Baraboshkina,
N.K.
TITLE,.- The effects of organic additives on the cathode
pro3ess in
the electrolysis of Sn-.Ni alloys
SOURCE: Moscow. Khimiko-tekhnologicheskiy institut. Trudy,
no~32,
1961. Issledovaniya v oblasti elektrokhimii, 289-292
TEXT; Continuation of earlier work, inspired by Soviet and
Western in-
Yestigations which showed the addition of surface active
organic compounds
could influence the composition and quality of alloys
deposited from ele.-.-
trolytes containing more than I metallic salt. Additions of
p-phenyl Sul-
phonic acid (I) prepared from (a) freshly distilled phenol,
(b) chemi-
cally pure synthetic phenol, (c) technical phenol and (d)
crude carbolic
acid, were made to the electrolyte consisting of 300 g/l NiCl
2.6H2Oo
50 g/1 SnCl2 6H20 and 60 g/l NH4F, to investigate their
effects on the
quality and composition of the deposit and on the cathodic
polarization.
Card 1/2

S/539/61/000/032/014/017
The effects of organic ooo D204/D301
The additions were made at 50-650C, at pH 4.5. It was found
that the,
cathodic polarization, quality and composition of the deposita
depended
on the purity of the phenol from which I was prepared.
Additions of I
prepared from freshly distilled or chemically pure phenol had
pract~Lcally
no affect. 0.5-0.7 moles/l of I prepared from technical phenol
displated
the electrodeposition potentials in the electronegativb
direction by
100-200 mv and lowered the Sn content in the alloy by 11-14%
(to 51-50),
with current densities of 0.5-4.0 amp/dm2Q The deposits were
shiny and
elastic. Raising the temperature to 55-65uC further decreased
the Sn to
49-50%. The effect of I prepared by the sulphonation of crude
carbolic
acid increased the cathodic polarization by 400 mv during the
d&ppsitioz
Of Sn md,thereby, lowered the latter to 20% in the alloy; the
depos4-ts
were gray when the current density exceeded 0.2 amp/dm2. The
addition of
1-1.5 g/1 of di -2--dimethylamino-5-pyr idyl methane increased
the cathodi'Z
polarization for both Sn and Ni and had, therefore, little
effect on the
alloy compositiono The deposits were elastic, light in color
and con-
tained up to 60% Sn. There are 2 figures and 5 references,,, 4
Soviet-bloc
and I non-Soviet-bloco
Card 2/2

S/080/62/035/002/020/022
Al D258/D302
AUTHORS-. Kudryavtsev, -V. R., Bara,~Qabklpa_ and BaTrukova,
M. G.
TITLE: A photometric method for studying the conditions un-
der which metallic powders are formed
PERIODICAL: Zhurnal prikladnoy khimii, v. 35, no. 2. 1962,
450-452
TEXT: The author developed a method for the accurate
determiknation
of the moment, at which a powdery metallic deposit begins to
form
duri,ng electrodeposition. The method consists in continuously
mea.-
suring the reflective capacity of the cathode as a function of
time or of current density. A light beam was concentrated on the
cathode surface and reflected. on to a photocell; the resulting
cur--
rent was measured and registered on a recorder as a function of
time. A typical curve started with a short horizontal section,
corresponding to the pre-deposition period; this was followed
by a
sloping secti.lon which indicated the decrease in reflective
capaci-
ty caused by the onset of powder deposition; the curve was
finished
by another horizontal section at a lower level. Slope of the
middle
Card 1/2

A photometric method ...
S/080/62/035/002/020/022
D258/D302
section became more steep with rising current
shown in the electrodeposition of N1 that the
sit underwent a sudden change from lustrous to
relatively narrow range of -current densities.
tected by continuously recording the change in
ty as a function of current density. There are
Soviet-bloc references.
SUBMITTED: February 20, 1961
density. It was
quality of the depo-
powdery, within a
This could be de-
reflective capaci-
5 figures and 13
Card 2/2

'-TW-fl /.%I~r, (n) /j~WFW I-Wvt) Pad IJP(CN MM
h
!,R/007 6, 66 ~'03 9,
R. G. Rnrqh-h~--,na, N Et 1,
SDIULiunti
SOURCE: Zhurnal fizicbeskoVdAmil, v. 39, no. 4, 1965, 870-876
TOPIC TAGS: electroplatm'g alloy deposition, titanJum alloy, iron
allov. nickei aHov,
curren' cf,. icenc,~ memtitanaLe electroIN-te
ABSTPLAC11: T~-Fea-lloysof N-ai-1r1Mffig- composition were deposited
from alhalkir, polutioris
The cathodes LLs -we-e ria
th
50, ,LTid 1.11)e
Vi~
were measurea 3n ine courtiv vi
hirluence of concentration of the salts in the electrolyte, current
density, stirring, and
Wher factors on the composition and quality nf the del)osits,
current eTfir-i.~qrv:
Cord 1/12

NIR: AP50114fif)
ON
ACCESSI an t-I Ell "r
Ti-Ft' -LdIO-V-3,
t In the c
khim jj~o-t~IdMc)jooche.Skl'Y
(Moscow onemical Engiuee-Ting MBUttive),
ENCL: 00 STUM CODE:
S 1---IINUT TE D
NO REF SOV; 004 OTHER: (100
!,co-rd 2/2-

RARABOSIIKINA, N.K.; VAGRAMYAN, A.T.; TITOVA, V.N.
Feasibility of determining by photometry the
adhesion of an
electrolytic deposit to the base. Zashch. met. 1
no.2:230-232
Mr-Ap 165. (14M 18:6)
1. Institut fizicheskoy khimil AN SSSR.

L 2618-66 EWT(m)/EPF(c)/ JDIWB
ACCESSION NR: AP5011366 UR/0365/65/001/002/030/0232
620.199.621.351.7
AUTHOR. Baraboshkina, N. K.; VaFaffan, A. T.; Titova, V. N.
Tr-
TITLE: on the possibility of photometric determination of adhesion
of electro- A
lytic plating to its base
SOURCE: Zashchita metallov, V. 1, no. 2, 1965, 230-232
TOPIC TAGS: nickel plating, corrosion protection, electrolytic
deposition ad-
he'sion
wu
!ABSTRACT: The feasibility or continuous photometric
characterization of the ad- i
hesion of nickel-plating to a metal base during the electroplating
process was 4
1ekainined. After focusing a light beam on an electrode surface
subjected to elec-
trolytic nickel-plating the intensity of the reflected light was
measured photo-
metrically. The nickel plating reflectivity and polarization were
measured in an
electrolyte containingi 300 g/l.of NiGO4*7H2O, 60 g/l of
NiC12-6H2O, and 38 g/1
Of H3D03; at pH = 3, with a current density of 40 mA/cm2, and at
250C. The nickel;
platings were deposited an passivated (immersed for 20 sec in a
chromic acid--
250 g/1) or activated (immersed in 5% H2SO4) nickel and steel
electrodes. The
L_C" 1/ 3

L 2618-66
ACCESSION NR: APS011366
change in reflectivity and polarization duringthe process
of,nickel-plating of
steel samples is shown in fig..l of the Enclosure. The electrode
surface activity':
and the strength of adhesion of nickel plating is well
characterized in terms of
reflectivity decline after the initial current switch-on. The
strength of the
plating-base adhesion is determined by the photometric method more
accurately than
by either mechanical or electrochemical methods. It is found that
passivation
with chromic acid impairs the adhesion strength. Orig. art. has: 3
figures.
ASSOCIATION: Akademiya nauk SSSR, Institut fizicheskoy khimii
(Academy of
Sciences SSSR, Institute of Physical Che
mistry)
F,
SUBMITTED:' 20Aug64 ENCL: 01 SUB CODE: MM
NO REr sov: 003 -OTHER: 001
Card 2/3

L 26ia-66

ACCESSION NR:

AP5011366

ENCLOSURE: 01

--
1
iv
ted
le
ri

. a
a
pass
samp
g.
;

b-7activated sample; 1--reflee-

6

~.tivity; 2--polarization$AB and

g,

A
~r ~AEE
A

prior to current switch-

L.J
j

on$ BCD and B'CIDI--during the

r A E
electrolysis process, DE and

DIE'--current-off-period,
Er

r?
E11--after the second on-
and

'

o

current
period.
n

3

Card 39'~

L 16127-6.6 l-VtOAT-~MP(tt') M(c
ACC NR: AP6004178 SOURCE CODE: Ull/0076/66/040/001/0063/0067/
tp
AUTHOR: Bagramyan, A. T.; Barab22hjg~
stitL y, Academy of Sciences SSSR (Institut fizicheskoy;'~
ORG: In te of Physical Chemistr
khimii, Akademiya nauk SSSR)
TITLE: Study of the reflectivity and structure of thin film nickel
electrodeposits
SOURCE: Zhurnal fiziebeskoy khimii, v. 40, no. 1, 1966, 63-67
TOPIC TAGS: nickel a ing, c0 r steel, ligbt reflection
pr~ t.
(A eckrc~')-"s , VY\,Qk Xkpepel T't;~e_ IV,
ABSTRACT: The effect of the nature of the'substrate 'a and
chemical state and fi'nish
et,
of the surface on the reflectivity of thin-film nickel
electrodeposits was studied during
electrolysis at pil 4, Dc = 40 mA/cm2, and t = 40C in an
electrolyte consisting of 3OOg
NiS04 - 71120, 60 g NiC12- 61120, and 38 9 113B03 per liter. It
wa-q found that the nature of
the substrate inetal (copper, nickel, steel) affects the
reflectivity of the nickel electro-
deposit to a lesser extent than does the chemical state of the
surface. The reflectivity is
determined primarily by the finish of the electrode surface. From
the reflectivity-
electrodeposit thickness curves an approximatc determination can
be made of the leveling
Card 1/2 UDC: 541.13

L 16127-66
ACC NR: AP6004178
capac;ty of surface active admixtures and the roughness and true
surface area of the
electrode. The data also led to the following conclusion of
practical significance: lustrous
nickel deposits with good mechanical ro erties can be obtained by
depositing a 1. 5 - 2
film of lustrous nickel on ordinary elec olytic nickel. The first
layer provides the
desirable mechanical and anticorro roperties, and the second makes
the deposit
lustrous without any mechanical pol . The electron micrographs were
taken in the
laboratory of V. M. Luklyanovic by Z. Ye. Shishenina, to whom the
authors express their
grati.tude. Orig. art. has: 5 figures and 2 formulas.
SUB CODE: 07, 11 SUBM DATE: 08Sep64 ORIG REF: 002
Card.2/2

L 06110-~l Elqp(e)/EWI.Ctm)/bwetv)/Ziwekr.I/LT.L I-Jjr%c~ U-/.j
'J/ f. hl .. 41
ACC NR,--
I SOURCE CODE: UR/0032/66/032/010/1223/l,'
'06033076
AUMOR: Vagram~n, A. T.; Baraboshkina, N. K.; Batrukova, M. G.;
Titova, V. N.
ORG: Institutoof Fhygkq.A1__ChjMjqtry C SSR (Institut
fizicheskoy khimii AN SSSR)
TITIE: Biotometric method for determining the refloctivity and
the adhosionlof a
aoposited metal to the backing
: Zavodskaya laboratoriya, v- 32, no. io, 1966, 1223-1226
TOPIC TAGS: 'electrolytic de2osition,/light reflection
coefficient, adhesive bonding
11 1
ABSTRACT: The article describes a method and apparatus for
determining the adhesion of
also
an electrolytic coating to the base directly during the
electrolysis process, an~
for evaluation of the reflectivity of the coating at the time of
its deposition.-I-A
Q
schematic diagram of the apparatus is shown in Fig.A. The
electrolyt~i-~-cell~i-onsis'$.s
of a removable cathode I and an anode 2, which are fixed to the
body of the instrument.
The anode is so located with respect to the cathode that uniform
distribution of the
flow over the whole surface of the electrode is assured. 7he
electrolyte under
investigation is placed in a glass vessel 3, which is placed in
a thermostatted jacket
4, connected to an ultrathermostat. The photoelectric unit
consists of a light source
6, a system of lenses, and the photoelement 7* The reflectivity
and the polarization
of a nickel deposit were studied in a solution of
NiSO407iL20-300 grams/liter;
Card 1

AP6033076
Fig. 1.
Schematic diagram of photoelectric instrument
NiC12-6H20--60 grams/litert'H3B03-38 grams/liter; pH = 4; I~k =
40 ma/cm2; t 250C.
The nickel was deposited.on mcke-I and stee1samples with
different preliminary
treatments of the surface of the metals .'The experimental
results are shown in graphic
Card

08110-6
I ACC NRi AP6033076
.form. The method, is said to be applicable for the determination
of adhesion at very
'high current densities. Orig. art., has: 4 figures.
ODE? /.SIUMI DATE: none
SUB C
Card 313 nst
L
7

1A
AUTHOR
URABOSHKIN) S.A., KARA.Ml'.'. S., FLERO V):--
TITLE
Interaction Bet-eveen Nitromer [,nd Gold 5&6-4/%

(Vzaiinodeystviye
yadoi azota -, yadrar~i --O!Otft -RUL.j ian)
Pb'RIODICAL
Zhurnal
ir'~ksperim.i Teoret.Fiziki,1957,Vol 3.0,12-Ir 6,pp 129q-120/7

(U.S.S.R.)
ABSTIRACT
By using the source of multinly char ed ions
developed by Morozov

(Atomnaia energiia,Vol 3,p 272(1957)1 the
authors obtained by means

of the 150 cm cyclotron of the Academy of
Science an intense bundle

of monoenergetic ions of five-41old
charged N14 with the energy of

115 YeV.This bundle was used for the
followinG pur.ioses: 1) Inve-

stigations of the dependences of the
cross sections of the reactions

Au(N,4n), Au(N,5ri) and Au(N.6n) on
the energy of the nitrogen ions.

2
Determination of the absolute cross sections of these reactions.

3
Determination of the principal mechanism of the interaction of
~

heavy ions with guld nuclei.On the occasion of these experiments

stacks of from 10 to 15 nickel foils 7,ith a thin coating of gold

were irradiated.After irradiation the a-activity of the foil was

determined by means of a photomultiplier with ZnS crystal and by
me-

ans of an amplitude discriminator.The reactions were determined
ac-

cording tothe half-value periods of the a-active isotopes
concer-

ned.

The thus obtained e-ependences of the cross sections of
the above

mentioned reactions on the energies of the nitrogen ions
are illu-

strated by a diagram.The characteristic course taken by
the curves
Card 1/2
with the maxima is due to the presence of
competing readtions (with

56-6-4/56
Interaction Between Nitrogen and Gold .','uclei. xpxvqpQw
emission of a different namber of neutrons) and also to the
fission
of the composed nucleus.The sharp decrease of the cross section of
the reaction (N,4n) at energies of more than go 11.~eV is
explained by
the fact that within this energy domain the reactions with an emi-
ssion of 5 neutrons predominate.In a similar manner also the de-
crease of the cross section of the reaction (Ii,5n) and (D,6n) at
e-
nergies of more than loo and 11o !.-~eV reppectively bay be
explained.
The curve for the dependence of the sum of the cross sections of
all reactions (with emission of neutrons) upon the energy of the
ni-
tro.en ions has also a characteristic maximum.
(3 ill-astrat- ions)
A.S~CUATICN Eot L~iven.
21~ii_,SENTLD BY
SU3],'.ITTLD 21.1-1957
AiTAIIABLE Library of Congress.
Card 2/2

BARABOSHKIN, S. N., DRUIN, V. A., FLMOV, G . N.,
KARA',-ITAN, A. ",., and
Polikanov, S. M. (',cad. 11ci. USSR)
"Interaction between Nitrogen Nuclei and Heavy Elements
fluclei,"
imper submitted at the A-U C-nf. on Nuclear Reactions in
Aedium and Low -~,nerQr
Physics, Aoscow, 19-27 Nov 57

-JI&BAROSHRUT, V.; KRISTAL', V.
Radio-controlled ship model. Voen.znan. 31 no.12:25
D '55.
(MMA 9: 5)
(Ship models--Radio control)

IMM
BARAB IN. V.
- ~ -
APparatue for radio-controlled ship models. Voen.snan. 33
no-5:34-35 Hy 157. (KW 10:7)
(Ship models--Radio control)