SCIENTIFIC ABSTRACT BABENKOV, K. F. - BABERKIN, A. S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102820011-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

Z CAY-ri V
BABINKOV, K.F.; TARASOV, S.P.
Rural mobile ambulatorlum. Sov. sdrar. 13 no-3:36-37 Kr-Je 154.
(KIRA 7:8)
1. Is Kuybyshevskogo maditainakogo instituta.
(OUTPATNIM SICRVICES,
*mobile units)

50 3)
AUTHORS: Khaxitonova, V. P., Babenkov, L. ff., SOV1153-2-2-21131
Pakshver, A. B.
TITLE: The Influence of the Contents of Combined Acetic Acid in the
Acetyl Cellulose on.the Filtrating- and Spinning Property of
the Production Solutions (Vliyaniye soderzhaniya svyazannoy
uksu8noy kisloty v atsetiltsellyuloze na fil'truyemost' i
pryadomost' proizvodstvennykh rastvorov)
PERIODICAL: Izvestiya vysshikh uchebnykh*'z~ved;niy. Khimiya i khimiches-
kaya tekhnologiya, 1959, Vol 2, Nr 2, pp 254-257 (USSR)
ABSTRACT: During the production of acetate rayon considerable varia-
tions often occur between individual batches of acetyl-
cellulose with regard to the filtrating- and spinning-proper-
ty of the spinning solutions. The bad quality of the latter
results in the breaking of the fibres during weaving.
Therefore the authors made it their task to prepare quality
indices of the spinning solutions, characterizing the
filtrating- and spinning-property. These two properties
depend on the interaction between the macro-molecules in
the solution. This interaction depends in its turn on:
Card 114 1) the physical and chemical heterogeneity of

The Influence of the Contents of Combined Acetic Acid SOV/153-2-2-21/31
in the Acetyl Cellulose on the Filtrating- and Spinning Property of the
Production Solutions
acetyl-cell,julose; 2) the homogeneity of the solution itnelf-
the existence of gel grains. Investigated were: 1 a batch
with good and one with bad spinning properties; 2~ acetyl-
cellulose with varying content of combined acetic acid, which
were obtained by saponifying an equivalent batch of'the
primary acetate. Acetone, acetone-alcohol-, and acetone-water-
mixtures*were used as solventa. The tetardation of the
filtration (Table'l) was calculated from the de~qrm'ined'
filtrating property of the solution (Ref 1) . ThAlretardation
of the filtration Oable 1) was calculated. Purtl;ermore, the
spinning property of the solution (its elasticity) is being
calculated from the formula,
A . (v- v1).100 % (Ref 2), with A being the elasticity of
v
the jet in %; v -the top speed for the winding of the fila-
ment onto the bobbin, at which the breaking of the filament
occurs in m/aec. Results are summarized in the table (p 255)-
Card 2/4 A special laboratory device (Fig 1) was designed to

The Influence of the Contents of Combined Acetic Acid SOV/153-2-2-21/31
in the Acetyl Cellulose on the Filtrating- and Spinning Property of the
Production Solutions
determine the spinning property of the solutions. It was
proved already previously (Rafe 4,5) that the properties
of the diluted acetyl-cellulose-solutione depend on their
contents of combined acetic-acid. The quality of the
solution deteriorates with the increase of fractions with
a low content of acetyl groups in the acetyl cellulose. In
this case the filtrating- and spinning-properties of the
production-solutions (Ref 5) must apparently also be subject
to a deterioration (confirmed in table, p 255). When the
content of combined acetic-acid in the acetyl-celliilose
decreases until below 55 %, the retardation of the filtration
v increases and the elasticity of the jet of solution A.
drops, which means a deterioration of the spinning property.
Acetyl-cellulose with 55.3-56.3 % of combined acetio-aoid
shows the best qualities. Different solvents solvate the
acetyl-celluloses of different esterifying degrees (Ref 5)
in a different way. Consequently, the interaction between
the macro-molecular chains in concentrated solutions must
Card 3/4 also be different and the stronger, the weaker the solvating

The Influence of the Contents of Combined Acetic Acid SOV/153-2-2-21/31
in the Acetyl Cellulose on the Filtrating- and Spinning Property of the
Production Solutions
action of the solventf The ketone group of , acetone
favors solvating, by linking the dipol-groups of the
acetones through the acetyl-cellulose. The solvating degree
drops with a decrease in the number of aebtyl-groups and
with an increase of hydroxyl-groups in the acetyl-cellulose.
At the same time the reciprocal action between the chains
goes up and the possibility of forming gel grains increases.
S. S. Frolov, Docent, gave valuable advice. There are 2
figures, 1 table, and 5 Soviet references.
ASSOCIATION: Ivanovskiy khimiko-tekhnologicheakiy inatitut i Vaesoyuznyy
zaochnyy institut legkoy i tekstillnoy promyablennosti
(Ivanovo Chemical-technological Institute and All-Union
Correspondence-institute for Light- andlextile Industry)
SUBMITTED: March 12, 1958
Card 4/4

T,
ACC N16 AP3015316 SCURCh C(Dl;: UR/OU5'//C)6/03G/005/0()',11/0~),iG
AM1011: Bobykin, D.V. 13nbonkov, M. 1. 4
_-777=
01-.G: none
I TITLE: A Svartholm-Siegbalin type beta qpoctromotor~_with adjustable angular separa-
tion between source and detector
SOURCE: Zliurnnl toldinichoskoy fiziki, v, 36, no, 5, 1966p 931-936
TOPIC TAGS: beta spectroscopy, beta spectrometer, magnetic analyzer, magnetic field,
nonlinear effect
ABSTRACT: The authors discuss the performance of a double focusi magnetic beta
~poctromcter with iron polo pieces in which the approximately n ngular separation
betweon the source and the detector was made adjustable to compensate for the devia-
tion of the.mngnctic field from the ideal distribution and the variation of field dig
tribution with field strength due to the nonlinear magnetic properties of the pole
pieces. The instrument was a modified version of n spectrometer that has been do-
scribed elsewhere by D.V.Bobykin and X.M.Novik (Izv. AN SSSR, sor. fiz. 21, 1556,
1957). -ilia radius of the electron-optical axis was 24o3 cm, and the position on this
axis of the detector, consisting of two Geiger-MU"ller counters in coincidence, could
be varied through an angle of about 100 by means of a micrometer screw working throug
Card

L 334o6-66
ACC NRt AP6015316
a Wilson vacutmi joint. The instrument was operated with the detector at the position
of best radial focus, the consequent deterioration of vertical focusing being compen-
sated by lengthening the entrance slit to the detector. The optimum position of the
detector for each magnetic field strength (electron energy) was determined by repeat-
edly measuring the width of a conversion 'line in the corresponding energy region with
the detector in different positions. The optimum angle decreased by about 40 as the
Ile value was increased from 700 to 1100 Oe cm and remained nearly constant with fur-
ther increase of H? to 3500 Oe cm. The optimum angle also depended appreciably on
the magnetic history of the pole pieces, but the relation between optimum angle and
electron energy was adequately reproducible when the polo pieces were suitably pre-
pared between monsurenents. The measured full width at half-maximum of the 74.9 keV
152, 154
conversion line from I x 20 mm Eu source was 0.15 % when the 1.2 x 20 mm en-
trance slit to the detector was at the optimum position. Shifting the detector posi-
tion by 30 to either side of the optimum position increased the measured half-width
to 0.17 %. Relative intensities of conversion lines were correctly measured even
0
when the position of the detector was as much as 8-10 from the optimum position.
The authors thank Academician of the AN Kaz. SSR Professor V.M.Kellman for valuable
advice and discussion of the results. Orig. art. has*. 4 formulas and 4 figures.
SUB CCOE: 20/ SUEN DATE: 22May65/ ORIG JOW: 005/ Cal REF: 002
Card 2/2 JS

AUTtiO,tS: Kozyrin, A. K., Babenkov, V.Ye.
TITL-I'j Apparent and Real nesistances of N;irieral Rock Depositq According to
Results Received by Electrical Kaznusnchiyesya
i istinnyye soprotivleniya porod rudnykh mestorozildeniy po
dannym karotazila)
P_!,'hICDICAL; ha;;vedka i Ckhrana Nedr, 19'~B, Nr 5, p -!-,~6
A136TRAM The izieasurements of tile resistance of' minerals in the bore
holes tire very seldom made, because of' a wide-spread opinion
of the ineffectiveness and difficulties of using the multi-
electrode sounds in the bore holes on the on(,- hand, and the
acceptability of' tile method of sliding contacts on the other
hand. 2he authors demonstrate !low the utilization of the
sliding contacts method enn Civo tile correct picture of' differ-
ent i-iiineral layers foittid in each bore hole. 'he use of tile re.-
sults of electrical core sampling and the desit-,ning of' structur-
al maps is widely used in the oil industry, but very seldom in
mineral prospecting operations. ,'~ complex tinalysis of re-lulti
obtained from electrical core sampling (Fi,,ure 4) executed by
different methods, makes it possible to determine all the com-
ponents in a bore-hule and to define their importance. Thert~
Card 1/2 are 6 figurcs and 2 tables, and 4 Soviet references.

152-58-3-5/15
Apparent and heal Resistances of Mineral hock Deposits According to Results
Received by Electrical Core-Sampling
A3SOClA.TIONt Sverdlovskiy gorryy institut imeni Vakhrusheva (Sverdlovsk
,~Idning Institute iuieni Vakhrushev)
AVAILABLE; Library of Congress
Card 212 1. Minerals-Resistivity-14easurement

BABF14KO, Ye.A.
A difficult test* Transpe stroia 14 no,9:10-12 S 164
(MTRk IMI)
1. Glavnyy inzh. at-roitelino-montazhnogo poyezda No.162 tresta
Sevkavtransstroy.

BLUVSHT-;rYN, M.M.,, Inzh.; BAB !~OV, Ye.D.,_~gzh.
Operation of large-diamoter clarifiers* Vod.i san.tekh. no.10j
15-18 0 162. (MDIA 15112)
(Water-Purification)

BABENKOV, Ye.D. , inzh.
Influence of the pH medium on the properties of coagulated
suspens*-ons. Vod. i san. tekh. no.10:24-26 0 165.
(11.111v% '18:11)

SOV/401-59-6-19/21
AUTHOR: Babenkov Ye F
TITLE: Recording From a Ship the Equilibrium Components of Radiation.
PERIODICAL: Izvestiya. Akademii nauk SSSR, Seriya geofizicheskaya,
1959, Nr 6, F,p 930-932 (USSR
ABSTRACT: A method is described where the recording apparatus are
distributed on a ship, as shown in Fig 1, where I - IV -
measuring gauges, O'Ml - potentiometer. The formulae ex-
pressin the ralationship of recorded radiation are defined
as Eqs ~1) to (4), where h - height of the sun, I - in-
tensity of the sun's radiation, D - intensity of the sky's
radiation, A - intensity of tile sea's radiation. The
equilibrium equation in relation ti the horizontal plane
is defined as Eq (5). The formulae (3) and (4) can be
simplified for the conditions when a = 45 (tile coeffic-
ients a , b and c become infinitely great) and when
h 'Iz:~00 . Then Eq (6) can be obtained. The experimental
verification of the above calculatigns is to be published,
There is 1 figure.
ASSOCIATION: Glavnoye upravleniye gidrometeorolo~Ticheskoy sluzhby
Hydro-Meteorolo,,Jca! Sc!rvice)
SUBMITTED: October 3, 1958.

oti,(~(, or a a,:ti f.~-'Vlvc, c'.aractcrizi,,tion o~'
of a Izv- ol-va 93 no.,-'i
(CII-latoloci)

BABENKOV, Ye.F.
Basic regularity in the temperature distribution over oceans and
continonts. Okeanologiia 2 no.5:789-795 162. (KRA 15:11)
1. Gosudarst-vennyy okeanografioheakiy Institut,
(Atmospheric temperature)

ACCESSION NR: AT4026437 S/3082/63/000/008/0003/0026
.AUTHOR: Babenkov, Ye,,F,
TITLE: Physical origin,of climatic characteristics of the general circulation
of the atmosphere
SOURCE: USSR. Glavni3ye upravlenlye gidrometeorolo�lcheskoy sluzhby*. Sbornlk
robot po regionallnoy sinoptIke (Collection of works on regional forecasting), no.
8, 1963, 3.26
TOPIC TAGS: climatology, climate, meteorology, atmospheric general circulation,
atmospheric temperature, atmospheric pressure, atmospheric advective heat exchange,;
tropopause
ABSTRACT: The author- applies the methods of mathematical climatology developed by
M. Milankovich (Matematichoskeya kIlmatologlya I astronomicheskaya teorlya kole.
,baniy klimata, M.-L. 1939) to the field of atmospheric pressure In an effort to
,solve the fundamental problems of general circulation of the atmosphere. The
study, which Involved tabtriation and analysis of a great mass of climatological
data, Is divided Irto four principal sections: principal patterns Irr the world
distribution of surNce temperature, principal patterns In the vertical distribu-
on of,gnpersturej principal patterns In the world distribution of surface pr"-
8
d

ACCESSION NR: AT11026437
sure and principal patterns In the formation of high-level temperature-pressure
fields. The scope of the paper can be judged from the figures and tables. Figure
I -- Dependence of the coefficient of absorption of long-wave radiation by water
vapor on temperature; Figure 2 -- Dependence of the coefficient of absorption of
solar radiation by the atmosphere on suriace pressure; Figure 3 -- Dependence of
mean height of tropopause an mean values of surface temperature and surface pres-
sure; Figure 4 -- Dependence of mean temperature of tropopause on surface tempera-
ture and surface pressure; Figure 5 -- Dependence of climatic mean vertical tem-
perature gradient on clfmatic inean temperature; Figure 6 -- Actual and computed
distribution of pressure along axial I Ine of Atlantic Ocean; Figure 7 -- Actual
and computed distribution of pressure along axial line of the Afro-Eurasian land
mass; Figure 8 -- Computed-and actual latitude distribution of temperatures at
different heights; Table I -- Latitude distribution of Q, q and Ts; Table 2 --
Coordinates for axial lines of the oceans and continents; Table 3 -- Distribution
of mean annual temperatures on the oceans and continents by latitude; Table 5
Dependence of height of tropopause on To and P ; Table 5 -- Dependence of mean
temperature of the tropapause on mean values a To and Po; Table 6 -- Dependence
of mean vertical temperature gradient on long-tam mean annual values of To and
P.; Table 7 -- Mean temperatures of parallels of the northern and southern
hemisphere and the earth as a whole; Table 8 La titude distribution
Cd V4

ACCESSION NR: AT4026Li37
of deviations of pressure from mean; Table 9 -- Latitude distribution of
mean pressure by parallels; Table 10 -- Distribution of pressure along axial lines
of the continents and oceans; Table 11 -- Actual and computed position and Inten-
sity of principal world high- and low-pressure centers; Table 12 -- Latitude dis-
tribution of meein hei!lht and temperature of the tropopause along the axial lines
'of the continents and oceans; Table 13 -- Latitude distribution of absolute heights
of isobaric surfaces along axial lines of the continents and oceans. The patterns
of distribution of pressure and temperature defined on the basis of the analyses
in the text, characterizing the climatic peculiarities of'the general circulation
of the atmosphere, have a single explanation -- the essential fact that the co-
efficient of advectivo heat exchange over the oceans Is four times greater than
the coefficient of advective heat exchange over the continents. Along the axial
lines of the oceans and continents In the low latitudes the oceans are Z-V coldee
than the continents and In the high Jatltudes are 9-10* warmer than the continents.
The positions of the centers of cooling and warming coincide precisely with the
positions of the climatic centers of high and low pressure over the oceans and con-
.tinents. It Is shown that the described patterns of distribution of.temperature
over the oceans and continents are the decitive factor In formation of the mean
surface pressure field. OrIg. art* hast 36 formulas, 8 figures and 13 tables.
.~SSOCJ~410N: Glavnoye uprovienlya 91dra toorologIchaskoy sluzhby* (Main
Card

ACCESSION NR; AT4026437.
Administration of the.Hydo teorological Service)
SUBMITTEW, 0.0 a DAI~ ACQ: I6Apr64
SUB CODE: AS NO RL-F SOVt 012,
ENCL: 00'
OTHERt' 000

A 11
i
&;sNKGV, E.F. [Babenkov, Ye. Fj
Main 1,&ws of the repartition of air temperature over the oceans
and continents, ArAlele gaol geogr 17 no.3:100-107 n-3 t63,

ACCESSION NR: AT4017176 S/254G/63/000/128/0150/0164
AUTHOR: Babenkov, Ye. F.
TITLE: Calculation of the surface layer wind from the pressure field
SOURCE: Moscow. Tsentrallny*y Institut prognozov. Trudy*, no. 128, 1963. Voprosy*
kratkosrochny*kli prognozov pogody* (Problems, of short-range weather forecastinrj,
150-154
TOPIC TAGS: meteorology, atmospheric surface layor, atmospheric pressure gradient,
atmospheric turbulent viscosity, Coriolis force, weather forecasting
ABSTRACT: Wind determination on the asstunption. of gcostrophic movement leads to
errors in computation of wind vorticity, especially in the surface Layer, where turbulent
viscosity plays an important role in addition to the pressure gradient and the Coriolis force.
Turbulent viscosity also must be taken into account in ODMpuUng wind velocity divergence.
Formulas have been derived for taking all these forces Into account, rMaking it possible to
compute wind velocity and direction and therefore vortil,,ity and divergence at different
latitudes by using the prosoure gradient and curvature of the Isobars.
Cafdl/3

ACCESSION NR: AT4017176
equation (1): V= 0 COS9
P k,
.9 !L-
2 p rkil k,
where G is the modulus of the pressure gradient, E: is the angle of deviation of wind direc-
tion from the direction of the pressure gradient, r is the radius of curvature of the iso-
bars, V is the wind velocity modulus, ki is the component of the friction coefficient along
the wind direction, k2 Is the component of the friction coefficient normal to the wind dIrec-
tion, I = 2w sinSo is the Coriolis force. The second of equations (1) for given values k, and
k2 makes it possible to compute the value of the angle E as a function of the ratio G/P r
(where p Is air density) and the latitude of the place. The first of formulas (1) then can be
used to compute wind volocity V as a function of the ratio Glp and the angle,67 . Construe-
tion of appropriate curves facilitates the computations. rormulas (1), taking into account
surface friction, make it possible to compute wind parameters over an underlying surface
with considerably greater accuracy. Formulas (4) can be a more reliable basis for analysis
of wind vorticity than the geostrophic approximation and the use of the formula can he use-
ful in analysis of wind velocity divergence. The formulas for determination of vorticity
Card 2/3

ACCESSION NR: AT4017176
(A) and divergence of wind velocity on the basis of the surface pressure field have the
following form:
Q=L~-Lu-1-(Vcosy)-2- Vainj)
dx dy - ax dy(
D=Lu+~~zzi(Vsinfl4- d(Vcn.47) (2)
d y dx W;
wherclf=O~+ P, is the angle between the direction of the Y-a)ds and the direction of wind
velocity;v~ is the angle between the direction of the Y-nxis and the direction of the prefsuro
gradient. The values V and 4C can be computed using formula (1). The angle cK , as well as
the values G and r entering Into formula (4) are read from a synoptic chart. Orig. art.
has- 15 fonnulas.
ASSOCIATION; Tsentrallnyy institut prognozov (Central Institute of Forecasts)
SUBMITTED: 00 DATE ACQ: 24Feb64 ENCL: 00
SUB CODE: AS NOREFSOV: 001 OTHER: 000
Card 3/3

BABPIKOV, Ye.F.
Basic regularity in the distribution of atmospheric pret3sure
over oceans mid continents. Okeanologila 5 no-5t779-792 165.
(MIRA 18:11)
1. Gosudarstvennyy okeanograficheskiy in.-,titut.

L 21642-6f
FACt'-W-AT150065 9 SOURCE CODE: UR/2634/65/ooo/04/0132/01TO
AUTHOR: Uakenkov. Ye. F.
ORG: State Institute of Oceanogj!aphy, MosC_Qw-(Gosudarstvennyy okeanograficheskiy
institil-t T-
TITLE: The :role of advection in thermal interaction of sea and atmosphere
SOURCE: Moscow. Godudarstvennvy okeanograficheskiy institut. Trudy, no. 84, 1965.
Voprosy morskoy meteorologii i okeanografil (Problems in marine meteorology and
oceanography), 132-170
TOPIC TAGS: atmospheric interaction, advection, ocean property, heat exchange
AB.TMCT: The basic principles and effect of advective latitudinal Leat e)~ch,~n
over oceans and continents were analyzed and determined. Emphasis is given to the
coefficient of the advective heat exchange which is several times greater over
oceans than the advective heat exchange over continents. Orig. art. has: 12 figures,
51 formulae, and 11 tables. (Based on auth6r's abstract.] INTI
SUB CODE: 34/ SUBM DATE: none/ ORIG REF: 033/ OTH REF: 004/
Card --1/1

AMME
h0015-56 EW (I JIM,
ACC NRt AP605988 SOURCE CODE: UR/)213/65/005/005/0779/0792
'AUTHOR: Babenkov Ye F.
ORG:
TITLE:
nents
State Oceanographic Institute (Gosudarstvennyy okeanograficheskiy .Atitut)
NT
Basic laws of distribution of the atmospheric pressures over oceans and conti-
SOURCE: Okeanologiya, v. 5, no. 5, 1965, 779-792
TOPIC TAGS: atmospheric circulation, atmospheric pressure, air mass, atmospheric
temperature, meteorologic observation, marine meteorology
ABSTRACT: The bala;ice of the air masses was investigated as a function of the mean
temperature of a single atmospheric column, in order to check the validity of a postu-
late formulated by P-abenkov in 1962; the postulate states that the coefficient of the
advective heat exchange over oceans (X9) is four times greater than that over conti-
nents. Because the seasonal distribution of the air masses takes place in the limit
of the whole earth, as it was shown by Shuleykin (1953), the reserve of the total
energy, neglecting Lhe earth's rotation, present in a single atmospheric column were
evaluated in an intQgral form giving a solution for the mean temperature of a single
atmospheric column. This solution, as a consequence of the first law of thermodynam-
ics, shows that the advective changes of the mean temperature of an air column invari-
ably lead to the correspo*nding changes of its mass. After computing seasonal

40015-66
ACC NRs AP6005988
temperatures, the rean vertical temperature gradients, the mean temperatures of the
broad belts of latitude, various coefficients, and pressures over the Tth the cal- I
Zoll
culated and actual distribution of pressure over the earth's sphere we p tted and
compared. The data .3how that the atmospheric pressures over the oceans'~and at low
latitudes are considerably higher than those over the continents. The mean atmospher-,
ic pressure over a field of naximum water (400-600, S' latitude in the Southern Hemis-I
phere) is considerably less than the mean pressure over a field of maximum land (400_
600 N of latitude of the Northern Hemisphere); the equatorial latitudes, however,
exhibit relatively low atmospheric pressures. Orig. art. has: 6 figures, 9 tables,
and 21 formulas.
SUB CODE: 08/ SUBM DATE: 21Oct63/ ORIG RM 010/ OTH REr: ooo

SHCHUMA., H.; BABFIIKOVA., K.; SHARONOV, V.
Let's align with the best. Okhro truda i sotB* strakh, 5 no.8:20-21
Ag 162. (MIRA 15:7)
1. Strakhovyye delegaty chaBovogo zavoda, g. Orel.
(Orel-Clockmaking and watchmaking-Hygienic a0pects)

'. . p
Y Or', t11A , N.,'.!. !, '. Y, D.%,. ~ i,.'V.,
1 -1). .1. , 1.
::- -,,- -, -,enatiwi of cottorseed oi I on nickel-kione1guhr and nickel-
.-i.!-~,mtum oatalysts ovor In absolute ethyl alcohol. I-.v. AN
V- ,~ ii. 51 15~)--C~! Al-JO 165 (MIM 8:9)
~ I ~. - ;R.')er. khijr.. nai.~ 1,5 no.2 0 1

BABENKOVA, S. V.
"Functional Disturbances of the Skin Analyzer During Certain
Nourodegenerations.P Cand Mod Scis Acad Mod Sci, Moscow, 1953.
(RZhBiol, No 6t Nov 54)
Survey of Scientific and Technical Dissert:%tions Defended at USSR Higher
Mucational Institutions (11)
SOt Sm. No. 521l '2 -Tun- 55

V A, Ye.A.; STROY3DCHXOVSXAYA, X.Te.; TSUKIR,
ZHLRKMX&Y
H.B.; nmalaff, Tnes. (KoskVIL)
The nervous system in Ilrov's disease. Xlin.med., 33 no.11:48-54
N 155. (MLEA 9:7)
10 Is Instituta usyrologii ANN SSSR (dlr.-dsystTltGl'nyy Chl*U
AMN SSSR Prof. H.V.Xonovalov)
(OSTBOAIUHRITIS&
defora&ns endemica, nervous system in)
(MVOUS SYSTO. in various diseases
osteoarthritte defor 8 endexical

BABINKOVA, S-V-
Disorders of adequacy of pqrodption in the cutaneous analysor.
Zhur. nevr. i paikh. 55 no.12:908-911 '55- (MIRA 9z2)
1. Institut nevrologii (di.r. - prof. N.V. Xonorvalov) AXH SSSR,
Moskva.
(SKIN, diseases
disord. of ~eroeption in cutanems analysors)

RABNNKOVA, S.V.
OUVOW
Disorders of cutaneous sensitivity in lateral amyotrophic sclerosis
and In bapatolenticular degefteration. Zhur.nevr. I poikh. 56 no.8:
645-653 156. (HLRA 9:11)
1. Institut nevrologii (dir. - prof. N.Y.Konovalov) AMN SSSR, Moskva.
(HIPATOLENTIGUIAR DXGBNZRATION. complications,
sensory disord. (Rue))
~AXTOTROPHIC IATML SCUKROSIS, complications,
sensory disard. (Rue))
(SBUSATION,
disord. in amyotrophic lateral sclerosis & hepatolenticular
degen. (kas))

EXCERFTA YSMICA See 8 Vol 12/12 Neurology D-ec-..59
5997. RECONSTITUTION OF TIIF CUTANEOUS AND DUP bENSATION AFTER CEREBRAL
BLOOD CIRCULATION DISTURBANCES (Russian text) - Babenicova S. V. - Zlf,
NEVROPAT. PSIKHIAT. 1958. 58/1 (21-28) Graphs 8 -
Or. the basis of an examination of 128 patients with vascular disorder of the brain. it is con-
sidered possible to observe certain stages of the pro(ess of reconstitution. Immediately after
'the attack, a constant and high threshold of excitability can be observed; subsequently, a trans-
itory stalte of pathologic lability and finally a complete reconstitution of sensation.
Herman - "t
rl~ F!
I IL

IMW44LVA
j S.V.
--- "ON-0=0-9%
Features of skin capillary blood supply in patients during various
periods after cerebral hemorrhage. Zhur. nerv. i psikh. 60
no. 12:1580-1587 160. (MIRA 14:4)
1. Institut nevrologii (dir,- prof, N.V. Konovalov) AMN SSSR9
Moskva.
(BRAIN-HEMORFIJiAGE) (SKIN-BLOOD SUPPLY)

RABENKOVA, S.V.
Disorderd of sensitivity in multiple sclerosis. Zhur. new. i psikh.
60 no.11:1444,1452 160. (MIRA 14:5)
1. Iz Instituta nevrologii (dir. - prof. N.V.Konovalov) AMN SSSR,
Moskva.
(MULTIPLE SCLEROSIS) (SENSES AND SENSATION)
i.

LURIYE, Z.L.: prof.; BABEROVA, S.V., katd.med.nault
DiBorder of the blood circulation in tho brain. Zdorovle 7 no.9:
18-19 S 161. (BRAIN-BLOOD SUPPLY) (MIRA 1/.:g)

BABENKOVA, S.V.; NIKOLAYEVA, I.F.
Disorders of the body image in localization of the focus in the
left cerebral hemisphere. Zhur. nevr. i psikh. 61 no-5:696-704
161. (MIRA 14:7)
1. Institut nevrologii (dir. - prof. N.V.Konovalov) ANN SSSR,
Moskva.
(PERCEPTION, DISORDERS OF)

BABilliKOVA ) S. V.
Pathogenesis of pseudopolymlia. Zhur . nevr. i paikh. 61 no.6:843-
847 161. WIRA 15:2)
1. Institut nevrologii (dir. - prof. N.V.Konovalov) AMN SSSR, Moskva.
(AGNOSIA)

BABENKOVA, S.V.
Wrferonce Jn the spriptoms of lrml(zas of the H&A 8.-A left hp[rd-
spheres of the brain. Z,hur. nevr. i polkh. 63 110.8tII53-1161 163.
(MIRA 17:10)
). InstItut nevrologil (dir. - prof. N.V. Fonovoilov) A1,91 SISSR.

BABENROVAI S.V.
- Automatived movements (paraklneses). Zhar.nevr. i paikb, 63
no.:L2-.176.1-1766 163. (MIRA 180)
1. Institut nevrologii (direktor -- prof. N.V.Konovalov) AMN SSSR.,
Moskva,

BABENKOVAp S.V.; VOLKOV, V.N.
"Pmv" alexia, its relation to other cortical functions and
its dyrandes during the process of restorative learning.
Zhur. nevr. I psikh. 64 no.2:166-171 164. (MIRA 17:5)
1. Iastitut nevrologii (direktor - prof. N.V. Konovalov)
AMN SSSRJ, Moskva.

I Kc)'. AL, I t",KLYA
Anti(,ougu'ant treattizetIt of pjLtj(jjjt.s '11 &1, tv-,,Ite of urain
Vr. I psikh. 64 no,'11:165-i-It'60 '64.
I tut nevralogii (direktor - ~rof. N.V. Konovalov) A1,12N SSSR,
Yoskva.

BAB.'-'IIK,,IVA) ',17# A. -
"Transformation Phases Qf the Asiatic Locust and '-londitiozy,
of liheir Reciprocal Transition." Gand biol Sci, Saratov U,
Saratov, 1954. (MI31ol, No it, Feb 55)
30t SUM. No, 631, 26 Aug 55- Survey of Scientific and Technical
Dissertations Defended at USSH Higher Educational Institu-
tions (14)

L 65,133-65 Eil-liT(m)/El~'F(c),/I~-iuPv'//t!;'~'/P(,i),/-r jj to, D P,
AGGiZ31UN NR: AF50215Y7 Ul~/0266//65/000/013/'C)070/0070
14,', V5~ "
ALGHURSi -Shtravklmin, 0. J1.1 Babodkova, Yo. A.
14
Tlfi,lt,: A mifithod for ottairlng 0
izo,-)re-,.eniy A tovarnvlkh atwwkov, iw. 13, 1 ~'4 W7
TOPIC TkGS.- ppo.V, adheoAva imtorial, bonding, prc~tective coating, hardening
ABSrRACT: This Author CertAficata presents a mthod for obtaininry epoxy compounds,
f or, say, a!~-1163iVOE; -tective c,~ating, and/,borid~,-.E. Olagw(3r.9 contain-iit&
__,\~'prc 0
t.ortiw,v aminczrou[)s arE usfict as !mrdenpnq.~ P()

SUDMITTEN 3-1,jul6li IMLI OU
NO w sovi ow CaRN13 000
Cori
SUB CODE: 00

R&BEITKOVOVA, J.A.
Organization of industrial hygiene for miners in the Doribas. Cesk.
zdrnvot. 6 no.12:686-6go Dec 5a.
1. Vedoxict, sdravotnickeho odboru Stalinake oblasti Ukrajiuske SSR.
(INDUSTRIAL HYG33NN,
in Rusain, organiz. for miners (Cz))
(MINING
in 37~issla, organiz. of induRt. hyg. (Oz))

'IA] 3NNSEM"riollEls, Ns
Amlysis of certnin nethods of co;itrol of fascioliasis in the Lithmnian
'iemll)lic. W4adamosci narazyt.. Warsz. 4 no.5-6:437-438; Engl. tranal.
438 1958.
1. Z Lnboratorium Parazytologii Inutytutu Biologii Almd. Nnuk Litewskiej
SSSi w Wilnie.
(DISTOMUSIS, -arev. & controlo
in Lltin~nia (Poi))

--~! H SKAS, m.
, ~ 4,4 N
Control of distomiasis in 14thuania. Wladomosci Dnraxyt., WAras
5 n0-4-5:341-344 1959
(DISTOMIASIS, veterinary)

Iit, IiPNTSOVA, A~A,
Trophle disoiders in jolInt tuberculos,.s. Ortop., rim.
I
A protez. no.808-46 162. (XjRA 17slo)
1. Iz Laningradakogo Jn.,*,t.IlutR IkHrurgicheskopo tuborkule%a
(d.1r, prof. D.K. Khokhlov) naucl-myy rukovoditelv- doyst-
vitelInyy chlen AM SIS."Ai prof P.G. hornev).

ANTONOV, G.I.; DABEM.'3IMVj NSA.; DEW-Ull, Sh.141.1 SHAPOVALOV, F,.V.
Uceful life of the checkerwork in 600-ton open-hearth furnaces. Met.
i gornorude prom. n0.3:32-34 MY-Je 163. (MIRA 17t1)

BMENYSHEV, M.A.; SAZOVOVt D.N.
Packing the brickwork of the bottom of large capacity,
open-hearth furnaces. Met. I -ornorud. prom. no.3:76-77
0
My-je 165, (MIRA 18;11)

BAEENYSHEIT, M.A.; KOLGANOV, G.S.
Using oxygen to blow the bath of 600-ton open-hearth furnaces.
Met, i gornorud. prom. no.6:14-15 N-D 165. (MIRA 18:12)

KOBE7A, I.I.; BELOKUROV, E.S.; CIfERNYAV3KIY, V.(;.; IT~i(JIT'In, V.-P.;
.1 ,.,r ""15, -1jt ~ f
KORKCSHKO, N.M.; VORONCV, Yu.F.; PhONIKIN, V,Yo.;
Heating a 600-ton (mega-gram) single ohanned open-heart), furrace
with self-carburetting natural gas. Stall 25 no.12:1139-1143
D 165. (MIRA 18.12))

21rl, T'T
USM/Hadlolne - Dow jun 48
Medicine - Rivironment
"Bal6a In the Steppes of the Rtatern Pro-Caucasue,w
V. P. Babemyshev, 1 p
"Priroda" No 6
Describes conditions surrounding the discovery of
Saigm tatarica L. In subject steppes,
2A71ft

RKBWSHIV, V.P.; OWSHXO. N.V.
On the change in the distribution of the lessor auslIk in Stavrapol
Territory [with Inglish summary in insert]. Zool.zhur-35 no-5:770-773
MY 156. (MW 9:9)
I.NAuchno-inaledovatellskiy inatitut Kavkaza i Zak-nvknolya Ministeretva
sdravookhraneniya SSSR.
(Stavropol Territory-4uslike)

mmuslIEV I V.P.
"Bozdag Hill region as a natural focus of plague (Izerbaijan)"
byZrU.M.RaU 'Y R.B.Kosmiaskii, R.S.Karandina. Reviewed by V.P.
Babenyshev. Zhur.mikrobiol.epIdA immin. 31 no.22:164-165 n 160.
(MIRA 14:6)
(AZERUIJAN-PIAGUE) (RALLY IU.M.)
(KISNINSKII, A.B.)
(EMNDINA, R.S.)

,rER-vARTaov, V.N.; LABUNETS, N.F.; BOCHARNIKOV, O.N.; BABENYSHEV, V.P.
Notes on the abstracts of the report by A.A. Lavrovskii and
IA. F. Shatas, "Analysis of the modern groupings of animals
of the Sulak-Terek plain and the factors which caused the
penetration of plaque epizooty in Daghestan." Trudy Nauch.-
issl. protivochum. inst. Kav. i Zakav. no.5:301-304 t6l.
(MIRA 17:1)
.11., .. - W

LUM, A.S.,-starchiy laytenant meditainakoy sluzhby
k,,T~ - ~ I... ~ I ~.
Combined apparatus for studying the vestibular apparatus and training
of flyers. Voen.-med,zhur. no-5:-73-75 Ky 156. (MIRA 9:9)
(PHYSIOLOGICAL APPARATUS) (LINK TRAINERS)

BARi!'.R1, A. "'. Ct,nd Med Sci -- (diss) "Effect of, ceRripetnI ticcelerations
A
upon the content of' adrennlin-like substtnces, acethylolioline, sodium, and
y,ot[,ssiwa in the blood of nnimals (Experimentol stu(ty)." Mos, 1958. 11 pp
(Centrnl Inst i'or the Advanced Traininr, of 111hysicit)ris and Militcxv Med Order
of Lenin Actid im 5. V. Kirov), 200 copier, (KL, 11-1)
-60-

BARM, A. S.
Effect of centrifugal accelAration on amount of neetylcholine,
Adrennline, adrAnnlinlike substanceR. potRootum Pnd nodiumAn the
blood [with summary in English],, Blul.eksp.biol, I mod 46 no,7:~6-59
Je 158 iMDU 11:7)
1. Iz Tsentralnogo institutn usoverBhenstorvnniya vrnahey (dir. V.P.
LnbodevR), Hop1tva. Predatavlena daystvitelInym chlenom AMN SSSR.
V.N. Chernigovskim.
(AGORMATION. effects,
on blood neetyleholine, epinephrine. SYMPAthomiuetics
potassium & sodium (Rue))
(BLOOD,
chem. eff. of accelerAtion (Rue))
WMMMAMM IBM

BARER9 A.S.1 MAYDENOVA, Z.N.
I
Working with the flame photometer. Lab. delo 6 no.5: 16 S-0 160.
tIRA .13, 9)
1. Voyannaya, kafedra TSentrallnogo instituta usovershenstvovaniya
vrachey (dir, V.P. Lebedeva).
(PHOTOMETRY)

BARER9 A.S.j IAKOVLEVAp E.V.
-
Effect of centrifugal acceleration on the amount of sodium and
potsissium ions in urine and saliva. Vop. medo khim. 6 no, 6:615-
63.8 N-D 160. (MIRA 14:4)
(ACCELERATION-PHYSIOLOGICAL EFFECT) (POTASSIUM METABOLISM)
(SODIUM METABOLISM)

BMR.,.--A.S._- Prinimali uchastiyes GOLOV, G.A.; ZUBAVIN, V.B.; TIXHOMIROV,
Ye-. P.
Limit of human resistance to transverse acceleration d the
physiological reactions of the organism. Probl.kosm. 1
2t255-272 162. WE i694)
(ACCELERATION-PHYSIOLOGICAL EFFECT)

39237
S/247/62/012/002/004,100-4
AUTHOR: Barer, A. S. 1015/1215
TITLE.: After-effect of single and repeated centripetal accelerations on the higher nervous activity
of aninials
PERIODICAL~ Zhurnal vysshey nervnoy deyatcl'nosti, v. 12, no. 2. 1962, 332-337
TEXT: The experiments wcrc carried out on 91 white fiemale rats. weighing 120-180 g. One hundred and
twenty experiments were performed. For the study of the higher nervous activity, the niotor-food technique of
L. 1. Kotivarevskiy was applied. A definite pattern of changes in the cortical activity was established, as a
result of varying magnitudes and directions of single and repeated accelerations. In tile case of single acccle-
rations the deepest changes were recorded in the head-pelvis direction. The degree of disorder in the condi-
tioned activity depcnded both on the magnitude and on the direction of the single acceleration. Phenomena
of adaptation were recorded at certain stages of repeated accelerations. A further increase in the total number
of accelerations accelerations caused renewed severe disorders in the cortical activity. The expcfinicntal
findings are discussed on the basis of Pavlov's classical theory about the leading regulatory role of the higher
levels of CNS, even in a state of severe functional disorder of the organism. There are 2 figures.
ASSOCIATION: Voyennaya kafedra Tscntral'nog(,w instituta usovershenst vova n iya vraclicy. Moskv.1
(Military chair, Central Institute for the Advanced Training of Physicians, Moscow)
SUBMITTED- April 7, 1960
Card 1/1

BARER, A.S.; YAKOVIEVA, Z.V.
Change in the content of sodium and potassium ions in human
urine and saliva during nelevations" to <itudes of 5:000
and 6,000 m. in a pressure chamber. Biul. eksp. biol. i med.
53 no.1:63-65 Ja 162. (NIRA 15:3)
1. Predstavlena deystvitellnym chlenom AMN SSSR S.Ye.
Severinym. (ALTITUDE) NFLUE",NCE OF)
(SALIVA)
(URINE-AKLYSIS AM PATHOLOGY)

r, (j I M -3PD,'0 M/Dm (a)/g*'G (c)
5
ViNTIM/EWMA
-5/Pa-4/Vb--J4
re
ACCE",101,; IM- JU14046194 1/0299/(')4/ooo/ol6/A'01-3/AO13
SOUR'E, Rof. --h. Biologiya. 3vodny,*y tom, Abs. 16A107
AU7HOR: E rs A 3
TITIJ-,'. 111atophysiologienI changos in anbuals during a=elerat-Lon-
CIIED SOM" E: 3b, AVIats, i kosmich, n, oditsina, P1,, 1963,P 11-69-472
TO PTC TAGS: ratq accoleration, biological offeett brainv*.)blood,
vastu'lar s-7stam.. histology, pathology
IRAITMAV11101-le. Tho affect of 10 g accoloration was investigated in rats
for I min a day followed bY 7 days interval for a period of 8 weolcs~
Other animals wore subjected to 10 C a3cel.crcktion for I min L~ '41-mos a
di1v w,th 30 min Intorva1c,. In the 3r-d aories overloadIng consistod
7, for r- pe-riod of 2C, min, Mild B~miptoms of stasis vrere found in
rat o:^g~Ln propcalations of' tho lat sorles, In mimals of the Rnd
series brain vessels werv dilated and engorged with blood with
porIvascular and intereallular odemm, Plethora of vessels and Inter-
celluLar odem wore found in the lungs and liver. Lack of lipids in
Card 1,12

L 20753-65
ACCESMON ]tA-. AR4046194
the cortex laypr of the adronal gland more noted. These changep
incre6nod srit'h repeated acoeloration. Proliferation of connective
tlzmle Waa ob3orvod. Dyntro'ph'y ,.ymptoreia woro found in tho lunLip.,
rycoordium, and kldneya after 24 exp-osures to acoolaration actionp
Dogenoration of brain tiSSUO Was found after 120 exposures to
accaloration action with vacuolar depnoration of nerve colls and
colls in various stages of aTaitotio division. Vascular wall permoa-
bility dwaago is one of the foremost characteristic effects of
accoloration action, Diaj*dosis of form oloments is also charaoteria-
tic and is iaso found In acute hrPoxia,
SUB COM I'S 'UNCL: 00
COV-4 2/2

L 18079-63 - IDAFMADW ----Pb-h
/ES(k~ MM
IACCESSION NFL: AP3005652 A/DD A56/m/oo24/o029
8,;-Golov, G, A,; Zubavin,, V. B.; Tilftomirov, Ye
AUTHOR: Barer, A,
TITLE: Ph7siological body reaotions of the human *yganism during
aotion of'maximal (in time and value) acooleratloff-directed along the!.
baok-chest axis, Report 1: Tolerance 11mits a-M-Easio trend of
:physiologioal reaotions
-SOURCE: Byulloten' eksperimentaltnor b1ologii i meditsiny*, v, 56,
,no. 7, 1963, 24-29-
.TOPIC TAGS: acceleration, physiological body re&otionp maxinum
tolerance, oardiovasoular system, res-piratory'system
!ABSTRACT: To determine the maximum tolerances to acoelerations aot :,Lli
along the back-ohest axis at an angle of 650, 45 men aged 24-34 in a
series of 203 experiments were subjected to accelerations ranging
from 4 to 15 g on a large centrifuge radius, The following were
dtUdieAz-.1'cardiovasoular system,, external respiratory system, eoordi-I__._;:
nation of movements, bioelectrio activity of the brain, biobleotrie
a0ti ty of skeletal musoles# and subjective sensations of the sub-
.Card ~2

L 18079-63
'Accrmsm NRt AP3005652
sets. Television and movies were used during the experiments,
l
oactions of the suD~oots to the mean acceleration values of 6-10 g
can be divided into 4 stagss- 1. Adaptation to external environment!
ioharaoterized by significant increases in all systems and functions
under study. 2. Resistance as the functional level of the sys
,decreases and the energetic level of response reactions becomes
,exhausted (gradual voltage decrease in the eleotromyograms and E06 an~
EEG shifts), 3. Adaptation collapse and functional disooordination,
.4, Recovery, starting from the moment the centrifuge stops. For
'higher accelerations the highest functional levels of the syst
ems are
:evoked and these in turn lead to exhaustion and the collapse of
.compensatory reactions, The limiting factors for high acceleration-~
rates (12 to 15 g) are cardiovascular and external respiratory funo..
tional disturbances, The maximum tolerance for 6 9 is 653 seoond4v;
for 8 g 186 secondsp for 10 9 58 Boost for 12 g 28 Boos, for 14 g
18 seos, and for 15 g 10 sees. Orig. art. has: 2 figures.
ASSOCIATION: none j
SUBMITTED: .,.l6Aug62 DATE ACq: 2lAug63 ENCL: 00
c.,d 2/2 SUB CODE: AN NO REP SOV: 004 OTMM.- 005

BARER,-A.S.; GOLOV, G.A.; SOROKINA, Ye. I.
~, - 1. - I - I
Physiclogical reaction of the human body during the action of
maxLmum accelerations in time and intensity, direct6d along
the spina'A-thoracic axis. Change In the system of external
respiration. Blul. eksp. biol. i med. 56 no.803-37 Ag 163.
(MIRA 17:7)
1. P-redstavleno deystvitelInym chlenom AMN SSSR V.V. Parinym.

, ~ ~~ - 7" -1~ c7 . ~, nT ~A ~, I I . -1 ~~ ',IT T Tj IT -1 1. -:- i ', -, -. ~, 'I I C-V T-, '.,- 7 . --' - T1, I - - T I,' '" -T- T-C-%- TT'
~ 1.~ -11 )
-. -. y , Ix. - ., Z--- .-) V . - , ~ , T 11. , -, . - .
tlFj1O,%LUiC)V.V ~e. 1'.
"Physiological reactions of the human organism to transverse accelerations and
some means of raising the resistance to such probes."
report submitted to 15th Intl Astronautical Cong, Warsaw, 7-12 Sep 64.

GOLIDENFU14g losif Semenovich; VOLMCHq David Yakovlevich,- BABEEL#-Ioaak_
-SamujIovich,--X0WOVSKIYj M.F.p red.; FREGER9 D.P.p red. Izd-va;
GVIRTS, V.L.p tekhn, red.
[Propane and butane are a substitute for acetylene for cutting metal
in construction) Propan-butan - zamenitell atsetilena dlia rezki metal-
la v stroitel'stve. Leningrad, 1961. 16 p. (Leningradskii Dom nauchno-
tekhnicheskoi propagandy. Obmen peredovym opytom. Seriia: StioitelInais,
prorwablennost', no.ll)* ' (MIRA 107)
(Gas cutting and welding) (Propane) (Butane)

BARMW, l,adLslav
I
ViErition measurement of electric machines. Elektrotechn"'-c 19
no.5;135-136 Itt 164.
1. VIVUEST, Brno.

~, 4~- - - 1, 1 N'. '~' ~A . ^
0p-,trfttI,f,, Ujf~ ~,f.n 6..nnr - - T rp,.""val In
. i . . I I
Nov. Y illagolustv. gar. !w. ",,4-8 '62.
1 141 RA 17 "1 ' '

SIROV, Ilokian(Ir Vladimirov Ich, knnd.tekhn.nauk; BAMTSTAN, A.B., red.;
SUIdIMVA, R.A., tekhn.red.
[Operational qualities of oils used in automobile and tractor engines]
Ob skepluatatsionnykh kachestvakh masel dlia Avtotraktornykh dvigatelai.
Moskva, Nook. dom nauchno-takhn.propagancly im.F.B.Dzerzhinakogo, 1957.
26 p. (KIRA 10:12)
(Ioubrication and ~Ubrlcants)

I Ea -V bu Gwu~,a-r cualuon
BABEMIN, A. S.# Muster Cnam Sta - W185) "C,,ua c 1'-,, LIO'l 01 (C
011(1 CrystalAc O)Wgen-Containing Sidto KW .31 C'U3, Kalb~ cuxl Ylatol, 5olutia
Ull tLjo
Potassim CaLorate and Perchlorato.n Mosoo-w., 1957. 10 pp. (blin Onea 1ndustry Ul')'SR.
L. Ya. Karpov Sci-Res Pnys-Chom Inct), 110 eopos
kKhi No 39) 1957o P. 94)

in colloction of ertlcl.eB
Effect of Ionizing 11rantion 011
All 3smi, 4161-p. (most wor~a a coutinurtion of Sb rnbot _po r.-dint.
Bol'shun, Ye.V., Pshezhetskiy, S.Ya., tVwnjko-%r, I.A. Formation of
Hydrazine in Liquid Amnoaa Due to Fast Electronn
The formation of hydrazine due to fast electrons leads to a
stationary hycIrazine concentration conditioned by the balancing
of the rates of direct and inverse reactions. The reaction
efficiency is 1 - 1.2 molecules of hydrazine per 100 ev. There
are 2 tables., 1 figure, and 6 references of which 3 are Soviet
and 3 English.
Baberkin, A.S., Proskurnin, M.A., Orekhov, V.D. The Effect of
-Radiation oil Solid Potassium Nitrate
The 1-irradiation of potassium nitrate leads to evolution of
gas and nitrite formation. The irradiated salt shows a sharp
increase of gas evolution vhen heated to r-11290. A decrease in
the amount of initially formed nitrite is observed when the tem-
perature rises above 122* (temperature of lattice destruction for
MiO3 ). The decrease in the nitrite yield is connected with the
inverse reaction of nitrate formation which occurs due to the
presence of atomic oxygen or free radicals in the irradiated salt.
Card-7MI-51
Y2)
).'Oucow, IZ(I-Vo
182
186

Effect of Ionizing Radiation (Cont.) '190
There are 4 figures and 12 references of which 2 are Soviet,
9 English, and 1 German.
Baberkin, A.S., Proskurnin, M.A., Orekhov, V.D. Effect of
Radiation on Solid Potassium Perchlorate and Chlorate 193
Potassium perchlorate and chlorate powders were subjected to the
effect of co6o X -iacliation in doses up to 10 megaroentgeno per
I g of the salt. It was established that the conversion of K0104
at temperatures up to 1000 yielded ,-- 1.1 molecules of 010 3
/100 ev and no other products. At temperatures up to 200* the
Yield of the chlorate drops, the chloride appears and gas evolu-
tion occurs. At temperatures above 320* the yield of the chlo-
rate drops to 0.7, and the amount of the other products increaBes.
The irradiated K'0103 yields 0.4 molecules of KC1 and 1.2 molecules
Of KC102 per 100 ev. At elevated temperatures the yield of the
chlorite drops to zero. It is assumed that the thermal decompo-
sition of irradiated salts has a radical character facilitating
the conversion of the intermediate products: C104Y Clo 0, and K.
Doses not exceeding 10 megaroentgens per 1 g cause coloLltion of
the salts. This is connected with the forniation of coloration centers
in the crystal lattice which disappear at temperatures above 10W.
Card 444~1

?-1 (7 )
AUTHORS: Baberkin, A. S~, Proakurnin, M., A, SOV/2o-.121-3-27/47
6o
TITLE: The Influence of the y-Radiation of Ce on 13,80103)2.4H20
6o ?,H
(Deystviye y~izlucheniya Co na Ca(NO 3)2'4 20)
PERIODICAL: Doklady Akademii nauk SSSR, 1958, Voll2l, Nr 3,
PP 492 - 494 (USSR)
ABSTRACT: First, the authors report on some previous papers dealing
with this subject. In order to investigate the princkpal
peculiarities of the behavior of the crystal hydrates of
inorganic salts under the influence of radiation, the
authors carried out some experimental series on solid
potassium nitrate Ca(NO ) 4H 0. The results of-these
investigations were compa~eg'wiih those for anhydrous salts
and concentrated solutions,.The chemically pure salts were
irradiated in a vacuum at 259. An experimental series was
carried out on melts of potassium nitrate. The authors
the4reDort in a few lines on the quantitative determination
of the gaseous decomposition prcducts of the salt. Under
Card 1/3 the action of a y-radiation aqueous potansium nitrate

The Influence of the y-Radiation of Co 6o on SO';//20-121-3-27/47
-4H,,O
Ca(N6 3)2
is decomposed with generation of nitrate and oxygen.
In analogy to the irradiation of solid anhydrous nitrp.tes,
the greater part of the oxygen generated by the irradiation
process remains within the crystals. The quantity of
the generated nitrate increases according to a linear
settle if the irradiation done is incroased. A table gives
data on the yields of nitrate and oxygen for 100 eV. The
primary process of the interaction of the ionizing particle
with the Investigated substance consiAs if the transfer
of part of the energy to one of the electrons of the
molecules. It may be assiined that approximately one half
of the energy of the ionizing particle Is necessary for
ionization, and the other half - for the excitation of the
molecules. The further behavior of the ionized and of
the excited molecules depends in a high degree on the
state of aggregation and on the physicechemical properties
of the medium. The following principal conversion processes
a
may be assumed in anhydrous nitrateof NO 3 N.0 3 + ~- (1),
NO'- -VA,--!P 110"~-4 NO ' 4 0 (2), The possible existence of the
- 2
Card 2/3 inhrse reaction was investig.ated in a previous paper (Ref 7)

The Influence of the y-Radiation of Co 6o Oil SOV/2o-121-3-27/47
Ca(NO -4H 0
3)2 2
for the example of potassium nitrate, In the case of
crystal hydrates-9 the water molecules may beconsidered as an
admixture which may also be ionized and capture electrons,.
The above mentioned 2 processes may occur also in orystal
hydrates,. If the water molecule io able to capture
an electron, it holds that
H20 + e H 20 H 4 011 aq, 2H -f NO3= NO 2 '~ H20., The
whole complex of these data may explain the fact that
the nitrate yield is hir
'~her in a prystal hydrate than in an
anhydrous salt. The following main result was obtained: With
increasing concentration the distribution of the ions
in the solution approaches the distribution which is
characteristic of the orystal hydrates, Tnere are 2 figures,
I table, and 9 references, 2 of which are Soviet,
PRESENTED: March 21, 1956, by V.A.,Kar~,-in, Academician
SUBLUTTED - March 27, 1958
Card 3/3

BURR IN, A.S.
Radiochemical effect in solid inorganic salts. Probl.fis.
khim. no.2:163-168 159- (HIM 13:7)
1. laboratoriva radiatsionnoy khimii NiLuchno-isoledovatellskogo
fixiko-khimioheekogo Instituta imeni L.Ta.Karpova.
(Salts) (Solids, Iffeet of radiation on)

5W SOV/2o-126-3-37/69
AUTHORs Baberkin, A. S.
6o
TITLE: On the Effects of the Gamma-radiation of Cc on Crystal
Hydrates of Nitric Acid Salts (Deyst-fiye Gamma-izlucheniya Co6o
na kristallogidraty azotnokislykh soley)
PERIODICALs Doklady Akademii nauk SSSR, 1959, Vol 126, Nr 3,
pp 591 - 593 (USSR)
ABSTRACTs Solid nitrates decay under the influence of irradiation, forming
nitrite and gaseous oxygen. The rate of this decay depends
on their physico-chemical state. In the introduction to the
present paper it is said that the radiation-chemical stability
of the crystal hydrates of nitric salts has hitherto not been
investigated, and some papers are mentioned in which crystal
hydrates of lanthanum and calcium nitrates were investigated
(Refs 1,2,3). Here the yield of products of the conversion
of the crystal hydrate of ni.tric acid with bivalent cations
is investi3ated. The samples, nitrates of calcium, cadmium,
zincp and magnesium, were enclond in 61ass ampoules, and were
Card 1/3 exposed to the r-radiation of Cc 0 at a temperature of 220C

On the Effects of the Garama-radiation of Co 6o on SOV/2o-126-3-37/69
Crystal Hydrates of Nitric 1cid Salts
in doses of from 0.2.10 16 to 4.1-10 16 ey/ml.sec. The decay
was colorimetrically determined, and figures I and 2 show the
results obtained by investigations carried out of
Mg(NO 3)2 .6H2 0 and Ca(NO 3)2 .411 20 in form of diagrams. The quan-
titative nitrite yield after a dose of 7.10 19 ev/g at 6 differ-
ent intensities is given by table I for the above-mentioned
compounds and for Zn(NO 3)2 .6H20 and Mg(NO 3)2 .6H20. The results
show a dependence of the nitrite yield on the number of water
molecules ( 4 or 6) contained in the molecule. In the dis-
cussion of results it is shown that hitherto the part played
by water in the conversion of critical hydrates has not been
explained, but that the introduction of water molecules into
the crystal lattice makes it possible to determine the size
of the free space of the elemental cells, the energy of the
crystal lattice, and other factors determining the dissolving
rate of the salt. There are 2 figures, 1 table, and 7 refer-
ences, 6 of which are Soviet.
Card 2/3

On the Effects of the Gamma-radiation of Cc 6o on SOV/2o-126-3-37/69
Crystal Hydrates of Nitric Acid Salts
ASSOCIATIONj Nauchno-isaledovatellskiy fiziko-khimicheskiy institut im.
L. Ya. Karpova (Scientific Physico-chemical Research Institute
imeni. L. Ya. Karpov)
PRESENTED: February 4, 1959, by S. S. Medvedev, Academician
SUBMITTEDs January 31, 1959
Card 3/3

85872
S/00/60/0-4/0II/008/036
*1 7 0 U (A 03S V B006/BO56
?, 21g0 ( 3 ; o 3 ) 11.6 2.~)
AUTHORS: Yurin, V. A.~ Baberkin, A. S... Korniyenkc, E. N,
gayriloval
TITLE. The Action of y-Radiationl~ Upon the. Ferroelectric Properties
of Triglycine Sulfate Crystals
PERIODICAL: Izvestiya Akademii naull SSSR. Seriya fizicheskaya, 1960,
Vol. 24, No. 11 , pp. 1334 - 1336
TEXT: The present paper is a reproduction of a lecture delivered on the
3rd Conference on Ferroelectricity, which took place in Moscow from
January 25 to 30; 1960. The authors investigated the influences exerted
by y..-radiation upon the properties of triglycine sulfate (TGS), taking
special ac,~ount of the stabilization of the single.-domain state. TOS
Y-cuts of different shape and Fize were investioated upon which silver
ele~~-trodes had been sputtered in vacuo. From the C066 source the sample
re,,eived a dose rate of 235 r/sec. From an observation of the hysteresis
loops and their changes due to y.-radiation above and below Curie point,
with and without external (variable or constant.) electric field, the
Card 1/4

The A,,~tion of y-.Radiation Upon the Ferro S/048/60/024/01 - /008/036
eler-tric Properties of Triglycine Sulfate B006/BO56
Crystals
following conclusions could be drawn: 1) Under the influerce of gamma
irradiation either stable polydomain states are formed in TGS crystals
(to which the double hysteresis corresponds), or single stable domain
states (to which the displaced hysteresis correspords); ,his means that.
that form of domain structure is "solidified", which existed during
irradiation and during holdinG time after irradiation at a temperature
below Curie point. 2) The stability of domain structures is explained
by the formation of "internal displacement fields" in the ~,rystal.. where
in polydomain samples the signs of '.lie "internal d4splacements" in
neighboring ant:Lparallel domains are reversed, and in single-.domain
samples these signs are then uniform in the whole sample. These displa~e-
ments are riot formed immediately during irradiation, but. in the co'.1ree
of relaxation processes, above all during diffus-on processes, due to
which the radiolysis products in the lattice are deposited at the places
of minimum ene:rgy. These places are interrelated with the Pxistence of
a spontaneoDs polarization in the crystal (as well as with their direc-
tion). This conception corresponds in ferromagnetic materials to an
oriented ordering, which causes a uniaxial magnetic anisotropy, whose
Card 2/4

85872
Th9' Actiqn of y-Radiation Upon the Ferro-: S/04Y60/024/011/008/036
electric Properties of Triglycine Sulfate B006 B056
Crystals
occurrence is explained as a perminvar effect or magnetic aftereffect.
3)'The results obtained by the authors and their explanations agree with
.them results obtained by the irradiation of TGS with X-ray- or ultra-
vi6let irradiation. The authors thank I. S. Zheludev, M,. A. Proskurnin,
and I. S. Rez for their interest in.this paper. T e are 1 fi&uFe-and
7 ieferences: 5 Soviet, 1 US, and 1 French.
AS OCIA"' OT.- Institut kristallografii Akademii nauk SSSR (Institute of
Crystallography of the Academy of Sciences USPR)
Card 3/4

85872
S/048/60/024/011/008/036
B006/BO56
Ct
Legend to the Figure:
before
Ilystoresis loop of TGS: a
irradiation; b - after an irradiation
6
with 2.10 r; c - after irradiation
with 2-10 6r, the irradiation taking
place while a field +E > E was
sat
I applied. E_ was maximally 2 kv/cm
ji. at 50 cPs; t 200C.
Figure
Card 4/4

Pi 11014
S/020/60/132/06/29/068
B004/BOO5
AUTHORS: ---Baborkin, A. S., Krushinakaya, N. P., Prookurnin, It. A.
TITLE: Influence of Solids on the Process of Decomposition of
ccl4 in an Aqueous Solution Under the Action of Gamma
Radiation
PERIODICAL: Doklady Akademii nauk SSSR, 1960, Vol. 132, No. 6#
pp. 1329-1331
TEXT-; The authors investigated whether the presence of solids accelerates
the decomposition of organic substances by gamma radiation in the aaM3
way its had been fcund in Refs. 1-5 for inorganic substances The experiments
were made with a mixture CM 4 + H2 0 - 1 ; 2 with additions ;f 1.4-20% of
coal, Bilica gel, Al 203, Fe 203or Cu. 20. Radiation was affected by Cc 60
(4~10 16 ev/sec) at 8 _ 100C while it was possible to pass 0 2 'or X2 through
the mixture. After irradiation, the mixture was separated, the solid sub-
stance washed with NH 3 2 or 3 times, and the concentration of the Cl- ions
Card 1/3

81014
Influence of Solids on the Process of S/020/60/132/o6/29/o68
Decomposition of CM in an Aqueous Solu- B004/BOO5
tion Under the AotioA of Gamma Radiation
in water, and that of the ammonia solutions, determined potentiometrical-
ly with AgNO . Fig. I shows the results for various additions of silica
gel (and Witaout addition). Already 1.4% of silica gel effects an increase
in the concentration of Cl- ions. Purther additions increase the C1" con.-
centration, but not at a linear ratio. Similar results were obtained with
other solids. The influence of the character of solids is shown in Fig. 2,
which reproduces the data for a 7-7% addition of the various substances.
According to the capacity of increasing the Cl- yield, the order of sub-
Stances is as follows: Al 20 31 Sio 2' F02039 coal, Cu20. The data of Table 1
on the experiments without solids but under bubbling with 0 2 or N 2 show
that 02 does not influence the Ol- yield. The data of Table 2, however,
shor that Al 2039 Sio 2' Fe 203Y and coal increase the Cl- yield in the presence
of 02 only. In the presence of N 29 these substances act as a medium ab-
sorbing the radiation energy but not passing It on to the M 4-water mix-
ture. Only Cu,,O increases the Cl- yield also in the presence of N 29 These
Card 2/3

IVA
Influence of Solids on the Process of 3/020/60/132/06/29/068
Docomposition of CC14 in an Aqueous B004/BOO5
Solution Under the Action of Gamma
Radiation
reactions (apart from Cu20) are explained by activation of oxygen on the
surface of the solid substance. This surface reaction in probably de-
pendent on the electric and adsorption properties of the respective sub-
stance. There are 2 figures, 2 tables, and 5 references: 4 Soviet and
I Frenoh.
ASSOCIATION: Fiziko-khimicheskiy institut im. L. Ya. Karpova
(Phyoioal-chemical Institute imeni L. Ya. Karpov)
PRESENTED: February 17, 1960, by S. S. Medvedev, Academician
SUBMIWED: February 10, 1960
Card 3/3

S/076/161/035/002/010/015
B124/B201
AUMOR: Baberkin, A, S.
TITLE- Order of radiation stability of solid nitrates
PERIODICAL: Zhurnal fizicheskoy khimii, v. 35, no. 2, 1961, 373-375
TEXT: The salts of nitric acid are variously decomposed to nitrite and
oxygen under the action of radiationj the yield, G, of nitrite in the
molecules, obtained per 100 ev of absorbed energy, is used to characterize
the radiation stability. The order of radiation stability was determined
by irradiating a number of anhydrous nitrates of cations of the second
group of the periodic system with gamma rays. The radiation source was
Co 60 with a dose rate of 0.81016 ev/ml-sec; the temperature was about
200C. The table compares the nitrite yields with the caticon radii, the
structure of their electron shell, the polarization coefficient, and the
crystal lattice energyj the free volumes of the elementary cell of the
crystal are indicated. For the volume of the NO 3 ion, a value of 31.6 A-3
was found at rN0, - 1.96 A, which agrees with the value of 28.25 A given
Card 1/5

Order of radiation stability... S/07 61/035/002/010/015
B124YB201
in Ref. 7 (B. V. Nekrasov, Kurs obshchey khimii, Goakhimizdat, 1955 1 P.
626), while the value given in Ref. 4 W. Cunningham, H. G. Real, Tra ns.
Faraday Soc. a, 1355, 1958) is too low. Since there are no precise datEk
available concerning the parameters of the crystal lattice of cadmium-
and zinc nitrate, it was necessary to calculate the volume of the ele-
mentary cell by approximation from equation n - oNV/M, where a is the
specific gravity of the salt, N the Avogadro number, M the molecular
weight of the salt, V the volume of the elementary cell of the crystal
and n the number of the particles in the elementary cell; for n - 2 and
4 there arises an anomalous change of the free volume of the elementary
cel.1, which corresponds to the anomalous variations in the nitrite yield
in these salts. The radiation stability of the nitrates drops in the
order from Zn to Ba, i.e., with an increase of the size (or of the
weakening of the field of force) of the cation (Table). The largest
nitrite yield is obtained with barium nitrate, which among the salts
investigated possesses the largest free volume of the elementary cell and
tho lowest crystal lattice energy. The radiochemical stability of the
nitrates of cations with tin 18--electron outer shell (subgroup of zinc)
is somewhat lower than that of the nitratea of cations with similar
Card 2/5

Order of radiation stability... S/07 61/035/002/010/015
B 1 24YB 201
dimensions, but with an 8-eleotron outer shell. In the case,of almost
40 equal radii of Ca and Cd cations the nitrite yield is larger in cadmium
nitrate, which probably is due to its larger free volume of the elementary
cell, inasmuch as the probability of recombination of oxygen atoms to
molecules is increased and that of the r6versible reaction NO 2 + 0 -> NO 3
is diminished. The nitrates investigated can be divided into two
groups as to their stability toward gamma rays: one being (in ri sing order d
2 2+, and the other, Cd2+ , Z 2+, with a certaip
stability) Ba2+, Sr +1 Ca n
reiationship existing between the change in the nitrite yield and,the
change in the main parameters characterizing the cation or the crystal
as a %rhole. There are 1 table and 7 references: 3 Soviet-bloc and
non-Soviet-bloc.
ASSOCIATION: Fiziko-khimicheskiy institut im. L. Ya. Karpova
(Physicochemical Institute imeni L. Ya. Karpov)
SUBMITTED: June 5, 1959
Card 3/5

Order of radiation stability... S/076/61/035/002/010/015
B124/B201
Card 4/5
0 (9 0 0
cm-a-us co --
43
(GOP)
11114"0' ocum one.
wmm?po- men

TA
W
UOR lax.
I as
teprun
HaTmom MON w "Ve tin -
P
WHIM t'llT DWIR. "P*DTIA- Onep7pon. 0 "VIk
DtA
affelultal 1(pum.-tila a
"PucTaila 11,11katutit Am"c"On
emeT mlRz2RR
N JtMTPRTA a
9 emelirpon.
00onouite Ila moll
No- A.
UO

& lion to'.. C."1 HU,
D O 3 momenplax

n& 1W ev
NO., A. 10

Bat+ 2 143 8 47.0 29,0 1 80 457 47 0.54 0
33
Sri+ 2 1:27 8 40 4 24,3 1:02 464:72 0.64 ,
0
14
Cal+ 2 1.04 8 27:2 20,1 .0,552 505 47 0,78 ,
0
10
Cdx+- 2 o,99 18 - 37,0* - 522 12*00
0 57 ,
0 i6
Cd*+ 2 0 go 18 - 74 0*6. - 522,12... 0:57 0:J6
Zji'+ 2 0:83
1 18 U:20 568,32000 0,70 0.is'
znil+ 2 0.83 18 60,404 0.70 0-13

Ordqr of radiation stability... S/076/61/035/002/010/015
B124/B201
Legend to the table: 1) cation, 2) charge, 3) radius, 4) number of elec-
trons in the outer electron shell, 5) free volume of the elementary cell
of the crystal per ion, according to Ref. 4, 6) ditto , calculated,
7~ polarization coefficient, 8) crystal lattice energy, kcal/mole,
9 electron part of, 10) mean nitrite yield in molecules per 100 ev.
N for n - 2; *0) for n - 41 *046) calculated by means of the crystallo-
chemical electronegativities according to A. V. KanuF;tinskiy.
Card 5/5

8/844/62/000/000/046/129
D287/D307
AUT11ORL;: Proskurnin, M. it. (duceased), Baberkin, A. ;J. and Kru8h-
inokaya, N. P.
TITLE: The effect of solids on the decomposition of CCl 4 mixed
with witer, under the. effect of rirradiation
6OURCE: Trudy II Vsesoyuzr hchaniya po radiatsionnoy khi-
nogo soves
inii. Ed. by L. 6. Polak. Moscow, Izd-vo j%N 06JR, 1962,
274-278
T-XT: The preuent work k.,Us aimed at clar ifying 1) the behavior of
different uolids in the saine organic compound; 2) the effect of so-
lids in an irradiated mixture on the decomposition of CCl 4 ; 3) the
effect of oxygen on. the decomposition of CC1 4' Oonditions of irra-
-diation arid the method for the determination of the concentration
of Cl- ions were identical to thoue used earlier (DAN SSSR, 132,
1329 (1960)). CCl 4 - H20 - N2 arid CCl 4 - H20 - 0 2 systems, in the
Card 1/3

6/844/6.2/000/000/046/129
The effect of oolido
presence ari(I Ubjence of oolidu were irradiated to determine condi-
tionS LIlIdL'r VIUC"I SOli(IS ill~I'CWe the )'ieid Of Cl iOll Oxy ren did
not affect the decuimpooition of (;CI 4 The folluwiz,c, observations
were made when the oystem ICC1 4 - 111,0 solid was irradiated: in the
reuence of nitrogen the G11- ion concentration of all tested solidu
Mcept cuo ) was practically iaentical with that of irradiated
2
analogous systexas which did not contain a solid. The Cl ion con-
centration increaued ill the preoence of CuO to the upecific
.k 21 1
P.I.-ructure Of thiU COMPOLInd. DUI-ing thO second purt of thc investi-
gation of variouL3 types of solids were tested; the yield of
Cl- ions increased in the following order in the presence of the
listed solids: Al 203' Fe 2039 silica gel, C, Cu.0. Processes occur-
ring in.pure CC1 4 under various conditions or irradiation were also
investigated. U1 2 and C 2C16 were the principal decomposition pro-
ducts of CCl 4 in 11 2- containing systems (3.4 and 2.8 mol/100 ev).
Card 2/3