SCIENTIFIC ABSTRACT BAGOTSKIY, V. S. - BAGRAMYAN, G.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000103020001-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

ACC NR, AP6015010
ing hydrogenation is much higher than the rate of
electrooxidation under steady-state
conditions. The unsteady current during the electrooxidation of
ethylene glycol is
the ionization current of the adsorbed hydrogen formed during
adsorption and dehydro-
e ation
g nation of the ethylene glycol molecule. Since the ionization
rate of the adsorbed
drogenlkis high, the magnitude of the unsteady current is
determined by the rate of
" e n
a earan
appearance of hydrogen, i. e., the rate of adsorption and
dehydrogenation of ethylene
pp
glycol. The decrease of unsteady current with time is due to a
drop of the adsorp-
g ycol.
tjon rat,
tion rate as the coverage of the inhomogeneous surface of the
platinum electrode in-
t
creases. The authors thank A. N. Frumkin for his constant
attention to this work and
his helpful discussion of the results. Orig. art. has: 8 figures,
12 formulas.
SUB CODE: 07/ SUBM DATE: 02Jun65/ ORIG REF.,'--009/ OTH REF: 005
2/2 ff. It,

-----------
L 38162-66 EV1T(m)/EWP(j)/T DS1JW1R1A
ACC NR: AP6019235 SOVRCE CODE: UR/0364/66/002/003/0267/0276
~y V
AUTHOR: Khazova, 0. A.; Vasillyev, Yu. B.;.Bagotskiy, V. S. YJ
ORG: Institute of Elec-trochemistryiAcademy of Sciences,SSSR,
Moscow (Institut elek-
trokhiai ARademii nauk SSSR) 01
TITIX: The mechanism of electrolytic oxidation 0 Ion a smooth
platinum
f u~thanol
electrode
SOURCE: Elektrokhimiya, v. 2, no. 3, 1966, 267-276
TOPIC TAGS: electrochemistry, oxidation, polarization, methanol,
platinum, electrode,
acid solution, kinetics, chemisorption
ABSTRACT: The chemisorption and electrolytic oxidation of
methanol were studied by
steady state polarization experiments, in solutions of 1 N 4,S04
with methanol ' concen
tr4tions ranging from 10-3 to 5 M. At low potentials (relative to
a hydrogen elec-
trode), the*polarization curves for smooth platinum electrodes
obeyed the Tafel equa-
tion with slopes of 0.110-0.125. Above 0.65 v, deviations
occurred because of the
increase in the speed of adsorption and dehydrogenation of
methanol over the steady
state speed of electrooxidation. The speed_of adsorption is given
by i = k-cft, where
c. - volume concentration of methanol and 8 z 0.5; above c - 1 M,
i reached a maximum.
The speed of electrooxidation depended on 6 - the degree of
surface coverage of the

L 38162-66
ACC NR, AP6019AS
electrode by organic particles, and for constant potentials q)
I = kePIO,
where f - inhomogeneity factor for the surface and 0,= 4.2-4.6
for all (P. Intrinsic
polarization curves (constant--O) are described by:
i = kQXP fjVFT
It T
where BI = 0.6-0.8. The pH did not affect the speed of
electrooxidation where both
0 and V;were constant, except above pH = 12 where methanol
dissoci4ted. Electro-
chemical mechplnisms were presented to explain the data for all
ranges of T and 0.
-Chemisorptiornilpmceeded by the decomposition of C-H (methanol)
and the formation of
C-Pt (electrode) and H-Pt. At low values of V, the kinetics of
oxidation were related
to low surface coverage by OH particles, formed by H20 =:ftOHads
+ H+ +-e- or OH- =t
OHads + e-. For average values of 0 and higher q) the followi.ng
mechanism was applica-
ble:
C-011.4-011 --.C=0+1120;
XXX A; XX
where :C corresponded to 3 adsorbed C atoms. Orig. art. has; 5
figures, 16 formula
Xxx sl-
SUB CODE: 07/ SUBM DATE: 02Jun65/ ORIG BEF: 017/ OTH REF: 021

-L 40344t-66 (m) A/Lio ( t ) /,--r iijp(c) Liu'!'JD/DS
ACC NRa A.P6o18931 (/4) SOURCE CODE: UR/0364/66/O02/oo6/o&4o/o645
AUTHOP: Palanker, V. Sh.; Skundino A. M.; Bagotskiy, V. S.
ORG: All-Union Scientific Research Institute of C~irrant
Sources, Moscow (Vsesoyuznyy
naixchno-issledovatellskiy instiut istochnikov toka) ~1
TITLE.' Capacity of the electric double layer on mercury in
molts and concentrated
nitrate solutions
11~
SOURCE: Elektrokhimiya., v. 2p no. 6, 1966, 640-645
TOPIC TAGS: electric nitrate, mercury.)
ABSTRACT: The differential capacity of the electric double layer
on a d
alectrodelwas measured in melts and concentrated aqueous
solutions of alkali metal ni-
Trates over a wide, range of temperatures and concentrations.
The results are presented
in the form of the dependence of the caDacity on the charge. The
zero charge potentiab
were measured (1) from' the maximum on the curves representing
the dropping pariod ver-
sus the potential, and (2) by means f a st ng electrode. Me
surface caw-ges were
reami
calculated from C,0 curves (C beingjhe capacity ands the
notential) by graphical intq-
~gration. It is shown that in fused itrates as well as halides,
the dependence of the
capacity on the potential is expressed by smooth curves with a
minimum near the point
of zero charge; the capacity decreases somewhat as the
temperature is raised. In solu-
~tions containing very small amounts of water (0-1-0.3 mole HZO
oar mole of salt), the

L 403h4-66
ACC NR: AP6018981
character of the curves does not change; there is only a slight
increase in Capacity
near the point of zero charge as the water concentration is
raised. Starting kith 1.5
moles of water per mole of salt, a plateau appears at first,
followed by a hump, whose
height increases with decreasing 916atrolyto-concontration and
temperature. At still
higher water contents in concentrated nitrate solutions,
aDDroximAely the same behav-
ior is observed as in the case of perchlorates. No definii~
conclusions concerning the
structure of the electric double layer could be reached on the
basis of the data ob-
tained. Authors are very grateful to B. B. Damaskin for taking
part in a discussion of
the word and for useful suggestions. Orig. art. has: 7 figures.
SUB CODE; 07/ - SUM DATE: 24Jun65/ ORIG REF: 017/ OTH REF; 008
hs

BAGOTSKIY, V.S,,, doktor Lehhn.nauk (IIoskva);
KABANIOV, B.N., prof. (Moskvu)
High appreciation of the work of a scientist; on the
70th
birthday of Academician Aleksandr Natunovich Frumkin.
Ili-iroda
55 no.1:106-107 Ja 166. (MIRA 19:1)

SOURCE CODES Uit/0363/66/002/010/1811/1815
ACC NR3 AP6032948
AUTHORt Yozerskiy, M. L.; Koslova, N. I.; Ba90&Ski7,,V,~3,; Xalligas
P., (Doceaso4
DOmOnisp'Ie Me; Restorguyevp L. N.; Prilepikdy, V. 1.
OROS none
TITIZI Electric conductivity of solid 801utioM of calcium oxide in
sirconiull dioxidail
at elevated temperatures
SOURCES AN SSSR. Izventlya~. Neorganicheskiye materialy, v. 2, no.
io, 1966.
caloi= oxider zirconium compound, electric property, solid Sol tion
TOPIC TAGSt u
ABSTRACT: The electric conductivityY of ZrO~-CaO solid solutions was
studied at
600-10000C as a function of the CaO content and the degree of purity
of Zrc~z and moth-
od of its stabilization. In this ra the temperature dependence ofr
was found to
be expressed by the equation;( = Ae-Thp where E and A are constants.
The curve
of the dependence of X on the C&O content at 1O0OQC passes through a
maximum At 12.$
mole % CaO; this maximum is independent of the'purity of ZrO2 (i.
a.,, of the ~rosenc&
of HCOZ impurity) and method of its-stabilization. As the density of
the sintered
ZrO2-CaO s~ample riseaq its eloctrio conductivity increases. X-ray
structural analysis
was used to determine the limits of homogeneity of cubic solid
solutions; the presence
of a superstructure was extablished.lin samples with C&O115 mole Oh
the basis of
Card 1/2 UDCs 54-1659537-311

i - -
I -
NRs

5OU'll"S WIDE- U11103 li'66/00"O"/1312'1317
ACC tirz, AP6035589 Al-U a II..L
f .36 1 It
AUVOR: Mendzheritskiy, E. A.; Bagotakly, V. S.
ORG: All-Union Scientific Research Institute of Power Sources,
Yoscow (Vsescyuznyy
nauchno-issledavatellskiy institut isto hnikov toka)
TIiM Cathodic reduction of the mercuric oxide electrode
EYOURCE: Elektrokhimiya, v. 2, no. ii, 1966, 1312-1317
TOPIC TAGS: electrolytic cell, mercuric oxide zinc cell,
mnlavic oxide electrode,
cathode polarization C0,4&, Cv_44o~ AL&O-1-41 *0 1-1 C.0WP.1A ,
AAAJ-_
ABSTRACT: The mechanism of cathodic reduction of mercuric oxide
in '6-idley used
mercuric oxide-zinc cells has been studied experimentally
because of controversial
literature -data. Polarization curves were obtained of the
conventional mercuric
oxide electrode in KOH*solutions of variable concentration at
23C and curves were
plotted of the electrode potential versus discharge capacity q
at current densities
up to 120 mH/cm2 in BN KOH. The effects of the electrolyte
concentration, tenperature
(from -30 to +50C) electrode porosity, and graphite content of
the electrode were
determined on the discharge capacity Q of the cell. The maximum
Q corresponded to
1.5 wt.% graphite in the cathode. Transformations of the
cathode during discharge
process vere observed visually, and micros copically, and the
alkali concentration
Card 1/2 UDC: 541.

I-ACC-NR-:-
AP6035589
in the pores of the used up layer of the cathode was determined.
The electrochemical
reduction was found to occur in the solution and not in the
solid phase; passivation..
of the cathode was found to be the result of KOH crystallization
is the pores of
the cathode. The crystallization which limits the depth of
reduction was brought
about by hindered diffusion of OH ions in the pores of the
discharged electrode
layer. A quantitative relation was derived between Q, cathodic
polarization current,
and KOH concentration in the pores of the electrode. Orig. art.
has., T figures
and 7 equations. (WA-100]
SUB CODE: 10/ SUBM DATE: 288ep65/ ORIG REF: oo4/ oTH REF: 002
Card 2/2

__'APu
ACC NR, '635589 17
j~AUIIIOR: Vendzheritskiy, E. A.; Bagotskiy
ORG: All-Union Scientific Research Institute of Power Sources,
Moscow (VaesOyUznyy
nauchno-issledovatellskiy institut isto hnikov toka)
TITIE: Cathodic reduction of the mercuric oxide electrod4
~7_7
SDURCE; Elektrokhimiya, v. 2, no. 11, 1!~'66, 1312-1317
TO?IC TAGSt electrolytic call, mercuric oxide zinc cell, rmvxic
oxide electrode,
cathode polarizationd, ru-I
ABSTRACT: The mechanism of cathodic reduction of mercuric oxide
in vidley used
mercuric oxide-zinc cells has been studied experimentally
because of controversial
literature-data. Polarization curves were obtained of the
conventional mercuric
oxide electrode in KOH solutions of variable concentration at
23C and curves were
plotted of the electrode potential versus discharge capacity q
at current densities
up ' o 120 W=2 in 8N KOH. The effects of the electrolyte
concentration, teirperature
(from -30 to +50C) electrode porosity, and graphite~content.of
the electrode were .
determined on the discharge capacity Q of th-e-=ce. The
meadmum, Q corresponded to'
1.5 wt./do graphite in the cathode. Transformations of the
cathode during discharge
process were observed visually and microscopically, and the
alkali concentration
Card 1/2 UPC: 541,.13(

Ir-ACCN~----Ai-60355 697
in the pores of the used up layer of the cathode was determined.
The electrochemical
reduction was found to occur in the solution and not in the solid
phase; passivation. -
of the cathode was found to be the result of KOH crystallization
is the pores of
the cathode. The crystallization which limits the depth of
reduction was brought
about by.hindered diffusion of OH ions in the pores,of the
discharged electrode
layer. A quantitative relation was derived between Q, cathodic
polarization current,
and KOH concentration in the pores of the electrode. Orig. art.
has: 7 figures
and 7 equations. [WA-100)
SUB CODE: 10/ SUBM DATE: 28Sep65/ ORIG REF: 004/ OTH REF: 002
LqgLd 2/2

ACC NN AP70011491 __ CODE~_.- m/036'f/657/bo3/00i/bio4-/b
AUTHOR: Kazakevich,.G. Z.; Yablokova, I.'Ye.; Bagotakly, V. S.
ORG: All-Union Scientific Research Institute of Current Sources,
Moscow (Vaesoyuznyy nauchno-isaledovatellakiy institut
lstoohni4cov tokaj'
TITLE: Activation of silver oxide electrode
SOURCE: Elektrokhimiya, v. 3. no. 1. 1967, w4-io7
electroee.
TOPIC TAGS: storage battery,electrode, silver oxide electrode,
elec-
trode polarization, electrode storage, electrode activation, metal
anodic oxidation, electrode potential, cathode polarization,
silver, oxide
ABSTRACT: Processes which occur in anodically oxidized silver
elec-
trodes'durinG storage have been studied-in view of the'earlier
observed
effect of storage on the duration of the-upper plateau of the
reduction
(discharge) curve in alkaline solution. Electrode potential
versus the
Hg/HgO electrode was measured on smooth silver foil in 10 N KOH,
eithe 'r
immediately after its anodic polarization.with asymmetric or
direct
current or after storage for various periods of time. The upper
plateau
on the cathodic polarization curve of the stored electrode
disappeared
gradually. The cathodic polarization curves'of the stored
electrode
which was submitted to an additional de anodic polarization
displayed an
upper plateau similar to that of the electrode reduced without
storage.
Card
UDC: 541

-ACC-Ni-,A-F-T004491
The capacity of the recovered upper plateau was much higher than
that of
the additional anodi~ polarization, i.e., the electrode was
activated.
The effects were determined of the current density and temperature
on
capactty of additional anodic polarization. A dense, low porosity
Ag2O
layer is formed on the electrode surface in storage by a slow
decompo-
Bition of AgO. The possibility of activation of the stored electrode
was presented as experimental evidende of this process. Orig art.
has;
3 figures and 2 formulas. A. 1001
[JK)
SUB CODE: 07, 10/ SUBM DATE: 23may66/ ORIG'REF: 002/ OTH REF: 001

!/2

I i~=
- -- - ,N Ifl?
n r-.--7

/;, /~~ & I (113 & / ~x ) ~ f,~ 46;
I
LVMMVA, H.S.; BAGOTSKIY, Yu...B. ,
____ ~.
Study of a two-layer filter with great capAcity. Yod.i
BAn.tekh.
no-7:1-5 JI 157- (MIRA 10;11)
(Filters and filtration)

RAGOTSXIY, Yu.B., inzhener; KRASILINIXIDV, V.P.,
inahener.
Unit for Ming filters with sand at the North
Water-Supply
Station. Gor.khos.Mosk- 31 no.6:35 Je 157. (MLRA
10:7)
(Moscow--Water-Purification)

LIBEDWA, N.B.;
Preparing crushed anthracite for loading donble-layer
filters.
Vode I san. tekh. no.11:28-30 N '59. ()IIRA 13. 3)
(Anthracite Coal) (Filters and filtration) (Crushing
machinery)

EAGOTSKIY,auatt~h.; BORZAKOVA, A.A., inzh.
Utilization of the water from washing filters.
Vod. i san.
tekh. no.9:8-10 162. OURA 15:12)
(Water-Purification)

DMITRIYEVA~ T.A., inzh.,* KUDRYASHOV9 G.F., inzh.,-,
BAGOTSKIY, Yu.B., inzh..
Experience,in ozonization,of water at the Severnaia
Station.
GDr.khoz.Mosk. 36 no.8223-24 Ag 162. (NM 16o1)
(Moscow--Water--Ozonization)

BAGMKIY Tu B Inzh,
Experience in installIM-and -operating double-layer
filters.
Gor.khoz.Mosk. 36 no.8t27-29 Ag 162. (MIRA 1621)
,(Filters and filtration)

BAGOTSKIY, Yu.B.
Concerning * article by We Andriiashev "Pipeline
tranB-
portation. of*chloride.n Vod..i san. tekh. no.1108
N 163o
. (MIRA 17: 1)

-L--0-2-4-2-4--=-67----EviT(1)/Pt8:~~-- DS-----
AUTHORt Kazakevich, G. Z.; Yablokova, I. Ye.; Bagotskiy_,__V._,_S._
.ORG: All-Union Scientific Research Institute of Power Sources,
Moscow
(Vsasoyuznyy nauchno-isaledovatel'skiy institut istochnikov'-E-oka)
TITLE: Behavior of silver polarized by asymmetric current in
alkaline solution
SOURCE: Elektrokhimiya, v. 2, no. 9, 1966, 1055-1060
TOPIC TAGS: storage battery, battery component, silver zinc battery,
silver cadmium battery, silver electrode, electrode polarization
2%T1XeFe
I?IVOD-'C C34'/DJ09X-,~)A/.$ jP0419RIZq7-10111 I
ABSTRACT: A study was made of the electrochemical oxidation in ION
KOH
of a smooth silver anode during its polarization by asymmetric
current.
Asymmetric current is used for charging silver-zinc and
silver-cadmium
batteries :or the purpose of improving electrical characteristics of
'The batteries. The charge mechanism remained unknown. The
comparative
study of the anodic polarization by direct and asymetric current
showed-
a difference in the shape of the polarization curves and a 20-30-fold
increase in the length of the second plateau of the curve which was
obtained in the experiment with asymmetric current, These differences
indicated a simultaneous oxidation of silver and oxygen evolution
and a
Card 1 / 2 UDC: 541.136

L 0242,1-67
ACC NRi AP6031519
sharp increase in the charge capacity in the case of anodization
by
asymmetric current. A characteristic increase of the number of
steps
on the cathodic reduction (decay) curve was observed following
anodic
polarization by asymmetric current of at least n- 10 mA/cm2
current
density and having the ia-c/id-c ratio of components of about 10.
Oscilloscope traces of voltage-time curves during polarization
and
x-ray analysis of the silver oxides deposited on the electrode
made it
possible to conclude that an intermediate A9203'is formed during
oxida-
tion of the silver electrode by asymmetric current when the
anodic
potential reaches a certain value, The observed anomalies on
anodic
polarization curves were correlated with the A9203 formation.
Subse-
quently, the unstable A9203 is decomposed into highly texturized
AgO
deposit and oxygen. Orig. art. has: 8 figures; [JKI
SUB CODE: 07/ SUBH DATE: 28Aug65/ ORIG REP.' 001/ OTH REP: 007
hs

POMP B.F.; BAG)V, M.S.
Method of determining the water permeabi-lity of
cores. Trudy
GrozNII no.10:11+6-157 161. (MIRA 15-t2)
(Borings-Permeability)

'REMNEX., B.F.; BAGOV, H.S.; TSOY,, V.I.
Method of determining the conna water content in cores and
studying their pore structure. Trudy GrozNII n0-10:158-160
161. (NIRA 1.VA4)
(Borings)

BAGOV.. X.S.;_TSOY, V.I.; RDWV~ B.F.
Evaluation of the physical properties of cores of
fractured.rocks.
Trudy GrozNII no.10:161-170 161. OAM 15:2)
(Borings)

D-47NTIC, A-Atip dr,,; MG-,VTC, Pot-Lr, dr.
Irrigii-al triw1owdulo. Poaulto (if' flaal thanapy.
'djeme
vJasno 61 no*51511o-5Zl RV 1 654
1. In Mlinlco ma rAmnake boloati i porodajo
?bdicin&og rakultcta
u zaambu,

VIDAKOVIG, Stjepan; BAGOVIC,, Pero; DRAZANCIC, Ante;
RAPIC, Smail
Physiology of uterine contractions and its
measurement. Radovi med.
'j:2A-232 959.
fak., Zagreb 7 no*
(UTERUS pbysiol)

BAGOVIG,Paro,dr.; KAACIC.M"rko,dr.
Metergin in obstetrics. Xed. glasn. 13
no.5:282-286 Yq '59.
l..XliuDm s& zenske boleati i porode Medialaskog
fakalteta u
Zagrebu, predstojnik: prof., dr S. Vidakovic.
(UGOT ALKALOIDS'ther. )
(IA13OR compl. )

DEKARIS Mihovil; DURST, Milan; URBANKE, Aladar; BAGOVIC,
Pero
p
Pregaanay in a rudimentary oorau of the uterus bicornia.
Rad. med. fak.
Zigreb. 10 no.2:95-n3 162.
(PREGNANCY COMPLICATIONS) (UTERUS)

IYUGOSLAVIA
Dr Pero BAGOVICL-Clinic for obstetrics and Gynecology
(Klinika za
zensl~e bolesti i porode).,Za.cyreb.
"The Third and Fourth Stages of Labor."
aLk, Vol 85, No 3, 1963, pp 295-306.
Zagreb, Li ecn
L _~ck:Lyj.!~s
Abstract [English surmary modified]: A didactic
revieiq, stressing various
symptoms of irre-ularigy and corrective or remedial
measures, especially
a
with regard to control of excessive bleeding and
handling of the
placenta. Eight Yugoslav and 7 Western references.
L1/1
J
W - - - - - - - - - - - - - - - - - - - - W - - - - -
- - - w - - - - - -

I )
BAGOVIC, letmr, dr.: ZADjFI,OVIC, Josip, dr..-
ORrS!C, 117traput *n, dr.
MArsupialization in the trealment of cysts and
Lnfl"-matory
processes of lkrtbolin's g2and. Li4ecn. viesn. 86
no.5s
619--623 ITY 161,
i. is niniki za rzenske bolent! I Porode
Med--cinakog fakulteta
u Zagrebu.

AM4022017 BOOK EXPLOITATION S/
Vladimir Sergeyevich; Flerov, Valeriy Nikolayevich
Latest achievements in the field of chemical sources of
current
(-%-Toveyshiye dostizheniya v oblasti Ichimicheskikh
istochnikdv
toka) Moscow, Gosenergoizdat, 63. 0254 p. illus., biblio.
b,000 copies pkinted.
TOPIC TAGS: chemical batteries, electric batteries, chemical
cur-
rent source, dry cell, wet cell, storage battery, fuel cell
PURPOSE AND COVERAGE: The book considers the most interesting
chem-
ical batteries introduced and tested during the last 15--20
years,
as well as the research done on earlier types electrochemical
current'.
sources. 7he most important work is reported in the form of
an 'eX7
;.tensive review of the literature. -,The book can be useful
to c-o'n-
sumers of chemical batteries, workers in research
institutions and
in enter-orises related to the dry-cell and storage-battery
industry,
C
ard

AM4022017
and also studentg and instructorsof electrochemical departments
of
higher instituti6ns d-f learning. 4,chapters.8 and 11 and
individual
sections of Chs.;:6 aifd 10 (Sec. 6-'la and 10-5) were written
by v. s.
Bagotskiy. The iemaihing chapters were written by"V. N. Pl:yerov
TABLE OF CONTENTS [ab~:idgedl:
;.Foreword 3
Ch. 1. Main concepts--and definitions characterizing chemical
current sources 5
Ch. 2. Alkali-zinc elements and their analogs 17
Ch. 3. Pile batteries for high voltage 58
"Ch. 4. Manganesi~!-zirib cells withichloride electrolyte - - 67
VCh. 5. Galvanic-:cells with anode6 of light metals 78.
iCh. 6. Some standby cells 118
Ch. 7. Alkali storage batteries 146
Card

AMI"IG22017
:Ch. S. Alkali current sources with silver electrodes 169
iCh. 9. Lead storage batteries - - 198
Different types of storage batteries and cells - 204
Ch. 11. Fuel cells 216
~SUB CODE: EE, CH, ~M SUMUTTED: 1%lar63 NR REF SOV:
.OTHER: 192 DATE ACQ: llMar64
iCard
098

MIDZHOYAN, A.L.; PAPAYAN, G.L.;'~AGOYAN, M.A._
Derivatives of substituted acetic acids. Report No.25:
-Dialkyl aninoethyl., o~-methyl-~~- dialkyl
aminopropyl, and
YJ/9-dinethyl-74dialkyl aninopropyl asters of
f~p-chlorophenyl)-cyclopentanecarboxylic acid. Ixv.AN
Arm.SSR.
Mint.nauki 16 n0-4059-364 163. MRA 16:9)
1. Institut tonkoy organicheskoy khimii AN Ar",xkiy
SSR.

BAGRAD, Mikhail Vasillyevich; LEVI, S., red.;
PILADZE, Ye., tekhn.
' . -11 ~
(Methods for calculating and analyzing labor
productivity on
collective and state fames] Metody ischisleniia i
analiza pro-
izyoditallnosti truda v kolkhosakh i sovkhozakh.
Riga, Izd,.
Yo AN Latyiiskoi SSR, 1961. 100 p. (MIRA 16:10)
(Latvia--Agriculture-Labor productivity)

BAGRADS-, M.
GENERAL
PERIODICALS: VESTISY NO. 62 1958
BAGRADS-,, M. Use of the working day on the
collective farm. In
Russian. p. 15.
~bnthly list of East Euopean Accessions (EEAI) Wj
VOL. 89 No. 2
February 1959, Unclass.

BAGRAKOV, A.A., inzhener.
Calculation of impact loading for foundation with
widened upper
parts. Ti-ady, TLSHIIT no.5:207-220 156. (KM 9:12)
(Foundations)

,_BAGRAKOV, A.A. (Tashkent)
Approximate evaluation of the stability of arches with
superstructutes.
Stroi. mekh. i rasch. soor. 2 no.5:35-37 160. (MIRA 13:9)
(Arches)

M
BAGWMANg Yo.R.
Effect of iopizing radiattons on the adrenocorticotropio
activity
of the peripheral blood In ratsj Investigation by means of
the
crossed ciroulat~on method. Probl. endok. I gorm. 6
no..3.27-31
my-je r6o, (RADIAT10a "-PHYSIOLOGICAL EFFECT) (ACTH) (MIRA
14:1)

SHILOV, B.M.; KARMANOV, V.V.: JAC4UMOV, E.S.;
YNVSEYEVA, A.M.; LUKOMSKIY,
I.K.; ROTOVA, M.N.; V.I.; obshchiy red.;
SHILOV, P.D., red.; V-',4NGHRSKAYA, S.R., tekhn.red.
[Economy of Daghestan A.S.S.R.; statistical collection)
Narodnoe
khoziaistvo Dagestar~-koi ASSR; stntinticheskii
sbornik. Hakhachka-
la, Dagatatizdat, 1958. 119 p. (MIRA 12:12)
1. Daghestan A.S.S.R. Statisticheekoye upravleniye. 2.
Statisti-
cheskoye upravlaniye Dagestanskoy ASSR (for B.M.Shilov,
Karmanov,
Bagramov, Yevaeyeva. Lukomekiy, Rotova, Belova). 3.
NachBl'nik
Statisticheskogo upravleniya Dagestanskoy ASSR (for
Hartynov).
(Daghestan--Statisties)

c gnox,
MARINIGH, F.Ye,, -redaktor; USHAKOVA. Ye.l., akademik,
redaktor; 1WRAMOV, G.G.,
redaktor; YXVDOK1MOT. M.M.. redaktor; MA"YNOV, V.M., red9l or;
BUDYUK, V.P., redaktor; GURIVIGH, M.M., tekhnicheskiy redaktor
[Methods of state testing of varieties of farm crops;
vegetables,
melons and squash. potatoes, and fodder root crops] Metodiks
gosudaretvennogo sortoispytaniia seliskokhoziaistvennykh
kulltur;
ovoshchnys, bakhchevys kulltury, kartofell I kormovye
korneplody.
Pod red. P.R.Marinicha t dr. Moskva, Goo. izd-vo selkhoz.
lit-ry,
1956. 260 P. (MIaA 9:9)
(Plants, Cultivated)

BAGRAYOV, I.A.
"Preparing a working solutionof water
containing S0211
Vin.SSSR 12 no. 9, 1952

!58 ~'xn mo V, I- fi
1. BEKIROV, U. 1; MAIPAM6V, T. A.
2. USSR (600)
4. Separators (Machines)
7. Using seDarators in wine making, Vin. SSSR, 12, No. 12, 1952.
9. Monthly List of Russian Accessions, Library of Congress, February
-1953. Unclassified.

kand. ekon. nauk,; BREGELI I Enokh Yakovlevicb,
doktor okon. nauk,; NCREIR, Il'ya Naumovicb, doktor
ekon. nauk,;
RYNDINA. M~riya Nikoleyevne, dots.; KHAFIZOV, ~afaell
Khatynovich,
kand. ekon. nank,; KURINA, Ts. A., red.; BERLOV, A.F.,
tekhn. red.
[Criticism of present-day bourgeois economic theory; a
collection]
Kritika sovromennykh burzhuaznykh ekonomichaskikh
teorii-, abornik.
Moskva,, Izd-vo "Zneuie,".1958- 95 P- (Vsesoiuznoe
obshchastvo po
rasprostranOniiu. politichaskikh i nauchnykh znaaii.
Bar. 3,
nos. 27/28/29). (MIRA 11:12)
(Economics)

BAGRAMDV. L. A -
of workers' health (nImperialism
Imperialism
as an enemy
and the deterioration of workers' health" by
A.N.Rubakin.
Reviewed by L.Bagramv). Sov.profsoiusr 7
no.21:62-64
N '5 9. (MIRA 12:12)
(Labor and laboring classes--Medical cars)
(Rabakin. A.N.)

1~ H C- KA M wv~
Subject t MSR/)Rning
Card 1/1 Pub. 78 - 11/24
AID F - 3281
Authors : Raskin, R. M. and R. A. Bagramov
Title t Strength analysis of a sucker rod eolvmm
Periodical : Neft. khoz., v. 33, #9, 50-55p 1955
Abstract 3 In the State,~',Institute for the Planning of
Petroleum Hichinery-/
(Giproneft'nash) tests have been perf d to investigate the
cyo3ic stresses in sucker rod columns. Results did not agree
with figures computed from a theoretical formula preseated by
I. A. Odingp Corr. )bmb.p Ac, of Soi.# USSR. An empiric
formula based on those tests is suggested. Charts, 5 references.,
1944-1951.
Institution : None
Submitted : No date

BAGiw-uv, i?. I,
SAGRAINJOV, R. A. -- "INVESTIGATION OF CoRRosion-FAT[rUE
RESIsTAUCr OF i-Uf:i~ ROD-5":SUB
30 DEC 52, Moscmi Cnm~ or LAL= RED BAUNCR PETROLEUM It.13T
ImEril ACAD 1. 1'. GuIlKIN
(DiL~SERTATIOU FOR 7HE DCCTZEE OF CANDIDATE ir; TrcHwiCAL
SCIENCE,;)
SO: VECI'.EP.N,%Y.- JANUARY-DEC EMEEn tc,'-1~2

P. A
11 ~G
and_~~~ ~,R.~Aj
Sciences. 22-1-7/34
TITIB: The effect of asymmetric loads on the corrosion fatigue
strength of pump piston rods (Vliyani-ye asimmetrichnogo
nagrazheniya na korrozionno-ustalostnuyu prochnost'
nasosnykh shtang)
PERIODICAL: ItVestnik Mashinostroyeni-vall (Engineering
Journal),
1957, No.l,pp.20-30 (U.S.S.R.)
ABSTIUCT: The links of built-up piston rods operating deep well
piston pumps are loaded in tension and compression by a load
cycle with -variable degrees of cycle assymetry. The need to
save vei_~ht in pumping from depths reaching 2 500 m has urged
full scale fatigue tests on individual links. A carbon steel
(0 38"' Cs 0.15'/;0' IvIn, 0-35~, Si, 0.37,'r.;, P and 0.3?%',
S) of 60
kg/mm. tensile strength in a corrosive medium conr2isting
of simulated sub-soil water (including 192,8 kg/m-' NaGl) was
tested in a special push-pull fatigue machine over a life of
10 000 000 cycles. The factor by which the corrosion fatigue
strength is lower than the atmospheric fatigue strength drODs
from 3-5 in a symmetrical cycle to 1 at a constant tension
load. The factor drops linearly when plotted against the
Card 1/i ratio of the minimum and maximum stresses of the
cycle. Them
AVAILAB,M,q 5 fi~ires, including 3 graphs, 1 table and 3 Slavic
refs.
.Library of Congress
AUTHOR: Raskin, R.M.
Candidates of Technical

11(0) BOV/93-58-11-12/15
AUTHft Bagramov, R.A_
Z,~
T Ways of Reducing Pump Rod Breakdown and Consumption
(Puti sokrashcheniya chisla obryvov i raskhoda nasosnykh
shtang)
PERIODICAL: Neftyanoye khozyaystvo, 1958, Nr 11, pp 6o-64
(ussR)
ABSTRACT: This study of pump rod, breakdown and consumption
was carried out
at the oilfields of the Stalinneft', Ordzbonikidzeneft',
Buguruslanneft',
Stavropollneft, and Kine3l4eftr NPUs and at the Baychx;nchas
and Kashkar
oilfield.s of the Kazeklistanneftf IVU in a period of more
than two years.
The results are presented in Fig. 1 ahd Table 1. According
to these data
the maximum number of breakdowns occurred in the initial and
final periods
of pump rod service. In the initial period the breakdowns
were clue to
technical defects and accidental damage in production,
transportationp and.
storage. In the final period the breakdowns occurred as a
result of fatigue
due to corrosion. The pump rod durability depended on the
amplitude of the
existing stresses which increased with the increase in pump
diameter, with
the length of the stroke,, fmd the n=ber of pump Jack
vibrations (Figs. 2-3).
The study led to the following conclusions: 1) the breakdown
and con-
sumption of pump rods can be markedly deduced., 2) the
period of ptmp rod
Card 1/2

Ways of Reducing Pump Rod Breakdown (Cont.)
SOV/93-58-11-12/15
service must be determined by the progressive increase in
the n=ber of
breakdowns due to corrosion fatigue and not by the
breakdowns in the
initial period when the rod failure is due to technical
defects or acci-
dental damage, 3) the pump rod breakdown and consumption
is reduced by
svitching to ptmips of smaller diameter when the capacity
of large dimater
pmps is not fully utilized due to insufficient oil inflow
from the for-
mation, and 4) Dump rod operation is favorably affected by
pumps of law
speed and long stroke. The 'problem of pwap rod breakdown
and consumption
was studled also by A.S. Vir-movskiy whose views on the
subSect, are pre-
sented in "Vbprosy el-tspluatataii neftyanykh skvazhin"
(Principles of
04-2well Operation), Gostoptekhizdat, 1947. There are 3
tables and I
figure.
Card 2/2

-r,n u
1-5 All
I;! f ~!
gn 1.
c3
A its
ilia
A'
-T
t Nil
0 Ajj-!D..
q ;1,-! jim,
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0 - I
CHI
21 ;Lg
ht -
v
0~-
HI R"i

RASKIN, R.M.; BAGROOV, R.A.
Surface hardening is an efficient means of strengthening sucker
rods.
Neft. khoz. 39 no.9:46-49 s 61. 04IRA 15:1)
(Sucker rods)

MGRAMOV, R.A.; KIN, Yu.B.
Mechanism for by-pass and fastening the stationary dr IMing-
line branch. Mash. i neft. obor. n0.6:14-17 165. (MLTIA 18-7)
1. Gosudarstvennyv nauchno-issledovatellskly i proyektnyy in-
stitut neftyanogo mashinostroyeniya.
m

RAHWELI, A.Ya.; AVAKOV, V.A.; BAGRAMOV, R.A.
Method for evaluating the kinematic diagram of the
Ltqin
hoisting mechanism of drilling rigs. Mash. i neft.
obor.
no.8:7-11 163. (MIRA 17:6)
1. VNIIPTneftemash i Gosudarstvennyy
nauchno-issledovatellskiy
I proyektnyy institut neftyanogo mai3hinostroyeniya.

MCHERK09 A.P.; PRONINAD M.N.; BAGRO"I V R 1.
. - -
Vic-thodology of fecial angi,cgrap~V;
r,~entgenoanat-mic-p! and
nlinical uulmtantiationo trudy 1--go W 44253-60 165.
Ofm"

-Pri- TAr;S
Lag
_e snaper
:6 paci tor is connected in parck, 1 t
nc re a--e r- tC- F, P7 P
-ne r re -
%
02- is I n t c, M; 4;),- i
r-,�5 i S tc -Ez t7- R- has gure
Card I / ~

L 8100-66
AGG NR: AP5027025

4-2094-.~,6 a,:Ti (i)
ACC NRg AP6029032
SOURCE CODE: UR/0413/66/000/034/OP6j
INVENTOR: Nasibov, A. S.;,Bagramov, V. G.
ORG: none
TITLE: A high-voltage ulse ene ator? Class 21, No. 183821
[announced by Physico-
2u0sod r r
technical Institute (Fiz1 o- e nigcGeos iy institut)]
SOURCE: Izobret prom obraz tov zn, no. 14, 1966, 44-45
A
TOPIC TAGS: pulse generator, coaxial cable
ABSTRACT: An Author Certificate has been issued for a
high-voltige pulse generator
(see Fig. 1). In order to obtain short pulses with a single
sw4ching element,
Fig. 1. High-voltage pulse generator
J=M Two-stage coaxial line; 2 switching
element; 3 - ferritetrings.
cp C=
UDC: 621.313.17-: 621i3.027.3

L 42094-66
ACC NR, AP6029032
two-stage coaxial lines are used.
of the coaxial lines. Orig. art.
SUB CODE: SUBM DATE: OlOct
Ferrite rings increase the rp output inductance
has: 1 figure..
4/ ATD PRESS:'S-v

MAKEDOV, Shamkhal; BAGRAMOVAJ, A.I.; AVANESYAN, M.A.
Studies in the field of glycol ethers and their
derivatives.
Azerb. khim. zhur. no.3:33-36 165. (MIRA 19:1)
1. Institut neftekhfiniohesklkh protsessov AN
AzorSSR.

BAGRAMOVA, L.E.; BUZUYEVA, I.A.
h-ocessing of iruts. Khleb.i kond.prom. 6
no.6:37~41 Je 162.
(MIRA 15.7)
1. Zakatallskiy orekhoochistitellnyy zavod, AzSSR.
(Zakataly-Nuts)

BAGUMOVA. M.A
Effect of additional pollination vith haterogenous
pollen on the
setting of seeds and viability of i7e plants in
natural pollination.
Izv.AN Arm.SSR.Biol.i sellkhoz.nauki 7 no.5-83-88 My
'*. (Yr-RA 9:8)
1. Institut genetiki i selektaii rasteniy AN Arm.SSR.
(Rye) (Fertilization of plants)

BAGRAMOVA. M. A.
~-" ~~;, 1.
"Ef.."ect of Supplementary Heteropol'ination on the
Fertility
and Vitality of Rye and Wheat Plants. " Cand Biol Sci,
Department of ' *. -". - ~ I
Biological Sciences, Aced Sci Armenian SSR,'Yerevan,
1955.
(KL, 110 11, Mar 55)
SO: Sum No. 670, 29 Sep 55 - Slirrey of I)cientific
and Technical Dig-
sertations Defended at USSR Higher Educational
Institutions (15)

L 2738S~Zt)o IJPkc) JD/F.M
ACC NR% AP6015238 SOURCE CODE: UR/0125/66/000/005/0001/0005-:-
AUTHM Zemzin, V Boyeva, A. V.; Bagramova~ T. I.
ORG: Central Boiler and Turbine Institute im. T. 1. Polzunov~
(Tsentroll.nyy kotlo:~51
turbinnyy institut)
TITLE: Susceptibility of austenitic steel welds to brittle failure t
high
temperature
SOURCE: Avtomaticheskaya 9-varka, no. 5, 1966, 1-5
TOPIC TAGS:. steel, austenitic steel, steel welding, weld, weld
brittle failure/
Khl8Nl2T steel, Khl8N9 steel, KhIMW steel
ABSTRACT: Th s e tibility to brittle failure of welded joints
of_Khl8Nl2T.
Yhl8N9 andLIK~~~ustenitic steelshas been investigated. Specimens cut
either
from pipes with 27-37 mm thick walls or forgings 30-50 mm thick were
subjected to
bend tests at 500-800 C at a constant deformation rate (the TsKTI
method). Welded
joints-of Khl8Nl2T ateel were found to be susceptible to brittle
failure. The
melting method, type of welding electrodejor preheating have no
significant effect on
the susceptibility to brittle failure. Welded joints of Khl8N9 steels
were found to
be less susceptible to brittle failure than those of Khl8Nl2T,
especially when the
carbon content was low and the steel contained no titanium. The
highest resistance
to brittl& failure in,the weld-adjacent zone was observed in Khl6N9M2
steel containing
&-J 1/2 UDC: 621.791.019

, , -
191100009999OWW -W , , , ~ 1,

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0

11 to 11 to

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like Nurlsm.

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BAGRAMN, A. T.
"on the Supertension of Silver," Zhur. Fiz. Khim.,
12., No.3P 1939.
Physico-Chem Inst. im. L. Ya. Karpov, Dept. Surface
Phenomena, Moscow

5*(4) PHASE I BOOK EXPLOITATION SOV/2216
Saveshchaniye DO elektrokhlmil. 4th,
Moscow, 1956. c
z
Trudy... J I abornIkI
(Transactions of the Fourth Conference
on Elect-
'

rochemintry; Collection or Articles)
Moveov , lzd-vo AN SSSE,
t
i
d

n
e
.
1959. 865 p. Errata slip inserted. 2,500
Copies pr

onsoring Agency: Akademlya.
naulc SSSR. Otdolenlys khimichaskikh
3p

nauk.

Rditorlal Bcardl A.N Frumkin
(Reap. Ed.) Academician, O.A. Y.31n.

Secretary), B.N. Kabanov, Pro-
Professor$ S.I. Zhd;nov (Heap

,,
fessor, 5.1. Zhdanov (Reap. 5 retary)l
B.N. Kabanov, Professom

Ea. M.
Kolotyrkin, Doctor of Chemical Sciences)
V.V. Losev, P.D.

Lukovtsev, Professor;
Z.A. Solov,yeva; V.V. Stander,
Professor;

and G.M. Florlanovich; Ed. of
Publishing Houeni N.G. Yegorov;

Tech.
Zd.t T.A. Pmsakovs.

PVRPOSEs This book In
Intended for chemical and electrical
engi-

ph" iclats, metallurgists and
researchers Interested In
n ors,

.
v: r Iou anpects of electrochemistry.
:Z0

COVERAGE: The book contains 12T of
the 138 reports present.ci at
the Fourth Conference on
Electrochemistry sponsored by the
Depart-

ment of Chemical Sciences and the
Inatitute of Physical Chemistry
Academy or Sciences, USSR. The
collection pertains to different

branches
of electrochemical kinetics. double
layer theories and

Industrial ele
galvanic processes In metal
electrodepoeiton and ct_

rolysis.
Abridged discussions are given at the
end Of each divi-

mlon. The majority or
reports not Included here have been

published In periodical literature. No
personalities are mentioned.

References
am given at the end of most of the
articles.

~ftn lInstituto of Physical
Chemistry,
cUs"h*.-D.X_ and Bn
~

..,~ chanism Of the Electrolytic
.
Academy or Sclnc

Reduc tIon of' Chromic
Acid 197

and P!,,j__2l1nkln& (Inatitut
~:eokhlmli I anallti-

!oy khImil AN SSSH
Imeni V.I. Vernadskogo - Institute
s
Cha

of ochemIstry and Analytical
Chemistry lmenl 7.71. Vernadskly,
c
;

Academy of Sciences, USSR). PAchanlam
or the Formation

lytic (Kinetic) Waves In
Solutions Containing
0r Cst

Molybd te, Ions and Perchloric
Acid 201
:

Xalvoda, Robert. (Polarographic
Institute, Czechoslovakian

rciainiyor
Sciences). Methods of Oncillographic
Polar*-

graphy 205

3 t ro.b~rE_A,. 0.
(Tomsk ty politekhnIcheekLy
lnotltut-Tomak Poly-

V.-ihnic Institute).
Determination or the Composition or

Discharging Zinc Complexes by the
Amalgam Polarography

M.th.d 213

Card 9/34
Agar. ;,K. (Great Britain). Reduction Of
Ox~gen to Hydrogen
F-eRixIde at a Mercury Electrode In Acid
~ Olution. 219
S.C. (Zavod *AkrJkh1~-_1nqtltut
arganlcheakoy
Ch . I Imenl I.D. ZelInskogo AN
3--SR-"Akrlkhln' Plant
Institute Of' Organic Chemistry ImenI
I.D.
Acade Y Or Sciences, USSR). In Zelinskly,
m rluence of a chemical
Chain R:actlOn on the PolaroeraPhl c
Behavior of Quaternary
Pyridin sit ,
.Knunyants, I.L. , and M.S. VYaxankIn
(Znstlt~t elementoorgan_-- 223
__che9XIkh
Boyedineiily,-Am-333R-I,,.,.t,t. of 0
eftnoelemental
Compounds, Academy Of Sciences, USSR). r
of oc , P -Una aturated Acid Derivatives
Hydrodlmerization 227
__1Vsc.usXIon. M-Ch-Grabovaki. A. Levin.
A.Z. Fallen.,.,
A,T.-.Vazritmyan, A.A, Gabovith.
Aat=pov, and Aff_~rz~mwlhl.
Card 10/ 34

ItVPA A

BAGP-AMYANY,B.R. (M,,co,)
Protective and therapeutic effects of hormones against ionizing
radiation in animals and man. Probl.endok. i gorm. 4 no,2:115-122
Mr-Ap 158 (MIRA 11:5)
1. Iz V-sesoyznogo instituta eksperimentalluoy endokrinologii
(dir. - prof. Ye. A. VaByukova)
(RADIATION PROTUCTION,
hormones, review (Rua))
(HORMONES, effects
protective eff. against ionizing radiation in man &
animals (Rus))

GRMZZNSKIY, D.E., RABKINA. A.Ye., BAGRAMTAN, X.R. (Moskva)
Preventive and therapeutic action of the somatotropic hormone
in
radiation injury [with summary in English]. Probloendok. 1.
gorm.
4 no,4:51-57 J1-1g 158 (MIRA llslo)
1 Iz radiatsionnoy laboratorii (zav* - dots. D.3. Grodzneskiy)
i otdela morfologii (2AV prof. Te.i TArakanov) Vaesoyu2nogo
initituts eksperimentall noy endokrinlgii (dir. - prof@ TeJ.
Vagrukova)'
jEADIATION PROTECTION,
by somatotropic in x-irradiation in rate (Rue))
(SOMATOTROPrff, offs'
protective against x-irradiation in rate (Rue))
1;0

--l-, 1-1. L,. -A.-
"AM Content in the Hypophysis and Peripheral Bbood After the
Effect of
Ionizing Radiation."
Theses of the Proceedings of the Annual Scientific Sessions
23-26 March 1959
(All-Union Institute of Experimental Endocrinology)
From the Radiation Laboratory (Head--Docent D. E.
Grodzenskiy) of the All
Union Institute of Experimental Endocrinology
(Director--Professor Ye. A. Vasyukova)

BAGRAMYAN, X.R.
Course of the emidative phase of infla-tion in irradiated
animls.
Voet.-med.zhur. no.8:23-28 Ag 159. (MIRA 12:12)
1. Iz radiatsionnoy laboratorii (zav. - doteent D.E.
Grodzenskiy) i
otdela patofiziologi-.% (zav. - prof. 5.M. Leytes)
Vseeoynzuogo insti-
tuta eksperimentallney endokrinologii.
(EM.ATBS AND TRANSZKTRS radiation eff.)
(IMIAMMATIOB radiation eff.)

BAGR&MYAN, Ye.R.
Asseiament of the prophylactic and therapeutic action of
parathyroid
gland hormone on irradiated animals. Med. rad. 5
no.12*.78-79 160.
(MIRA 1413)
(PAR&THYROID HORMONES) (R&DTATION SICKMS)

BAGRAMY.AN E -(Moskva)
Influence of somatotropic hormone of the pituitary gland
on the
protein composition of the blood serum and on the
inflazom ry
processes in irradiated anomals. Probl. endok. i gorm.
no.6:43-46
161. (MIRA 14:12)
1. Iz radiatsionnoy laboratorii (zav. - dotsent D. E.
Grodzenakiy)
i otdola fiziologii Nav. - prof. S. M. Leytes)
Vsesoyuznogo insti-
tuta eksperimentallnoy endokrinologii (dir. - prof.)W.
A. Vasyukova)
(SOMATOTROPIN) (BLOOD PROTEINS)
(RADIATION SIGICNESS) (INFLAMMATION)

30349
S/205/61/001/004/007/032
0 -1 a;~ 0 D298/11303
.AUTHORs -Begramyany E. R.
TITLE: The insulin-activating properties of the liver in
irradiated rats
FERIODICAL: Radiobiologiya, v. 19 no. 4, 19619 504-507
The present research set out to determine the insulinase
activity of the liver in reAs at various stages after
their exposure to
ionizing radiation. The aim of the work was to discover
one of the
possible mechanisms of disturbance of sensitivity to
insulin. Insulinase
activity was determined by the method of I. A. Mirskiy
(Ref. l9s Arch.
Biochem. and Biophys.p 20t 11 1p 1949; Ref. 20: J. Biol.
Chem*9 2149 1#
3979 1955). The tests were run on rats irradiated with a
minimam abso-
lute lethal dos* of X-rays at 700 r or at an LD 60 of
500 r. The inten-
sity of the dose was 50 r/min. The irradiated rats were
weighed dailyq
and at later stages a study was made of the leukocyte
count and peripheral
bloodo The difference in the percentage content of free
iodine between
a
Card 1/4 (~

3o349
S/205J61/001/004/007/032
The insulin-activating... D298/D303
the test and control samples after incubation indicated
the animalst
liver insulinas* activityo The tests showed that the
percentage ex-
pression of the liver insulinase activity depended on the
amount of insu-
lin in the incubated mixture. The higher the
concentration of insulin
in the mixture! the lower the percentage expression of
insulinase actiyi-
tYO The insulinase activity was studied 1, 3 and 24
hours, and 21394V5,
6 and 7 days after irradiation at 700 r, and 10,, 12 and
14 days after
their irradiation with a sublethal dose of 500 r. No
regular changes
in the insulinase activity were observed in the latent
period of radia-
tion sickness (2 - 4 days after irradiation). However,
considerable
inhibition of inaulinase activity was noted from the 5th
day onwards.
In a number of testsf a direct relationship between the
degree of the
inhibition of insulinase activity and the gravity of
radiation sickness
was noted. In the terminal period, some animals showed
marked inhibition
of the insulin-activating system of the liver. Insulinase
activity was
4 times below normal. The results indicate that one of
the causes of
increased sensitivity to insulin in rate at the height of
radiation
sickness is inhibition of the insulin-activating
properties of the liverls
Card 2/$ /~, ty

30349
S/205/61/001/004/OOT/032
The inaulin-activating... D298/D303
enzyme system. However, the author's findings do not
permit the changes
in insulinase activity to be attributed to the action of
ionizing ra-
diation. The inhibition of the liver's enzyme activity in
the terminal
period of radiation sickness is obviously not specific to
X-rays. In
all probability, these changes in the terminal period are
of a secondary
natureq i.e.9 they are caused not by ionizing radiation,
but by a com-
plex of metabolism changes which ensue in this period of
radiation sick-
nesm. Thele are I figure and 35 references: 13
Soviet-bloc and 29
non-Soviet-bloc, The 4 most recent references to the
English-language
publications read as followas V. Stankovic, N. Sestan,
Nature, 184i
18169 1959; 1. A. Mirskyj G. Perisutti, F. J. Dixon, J.
Biol. Chem.,
214, 11 397, 19551 H. H. Tomizawa~ M. Z. Nutley, H. To
Nahaharaj Re B.
Williams, J. Biol. Chem.y 214, IN 11 285, 1955; P. C.
Rajam, C. To Knorpp,
J. Labor. and Clin. Med.' 49, 11 128, 1957.
ASSOCIATIONs Tsesoyuznyy institat
(All-Union Institute
Moscow
eksperimentallnoy endokrinolo~ii
of Experimental Endocrin
tk
Card 3/,t

BAGRAMYAN, E.R. (Moskva)
Role of the hypopbysis in the reaction of the adrenal
glands to
radiation. Probl.endok.i gorm. 7 no-3:19-21 2-61.
(MIRA 14:9)
1. Iz radiatsionnoy lab-ratorii (sav. - dotsent, D.E.
Grodzenskiy)
Vsesoyuznogo instituta ek3perimentallnoy
endokrinolog-ii (dir. -
prof.,~Ye.A* Vasyukova).
(PITUITARY GLAND) (ADRENAL GLANDS)
(RADIATION-PHYSIOLOGICAL EMCT)

PA Re ~1-1 YP ni) YE
SESSION D-4-5 : Effects or the Suprarenal Cortex
(a)
h it renal Systern
Illoc emleal Aspects of the Effects or Ionizing Rildtallon on the
PRO If Ad
D. E. Grodke",k`y_E~11. B3-m,-n and T. 1. Innenko
During the first hours after ' radiation with minirnall absolutily
lethal X-my dt~sci the adt,cetocorikotrophk
", 'a~
ur
c 6., ar+
le
actisity in the systemic Wood or rats decreased or diLippearcd
almost completely. There limits after Irtadimion th
AM I content ckrc%tr3cts or the aticnobypophyii was let% than in
the controls, whereas the corricourronc content
of d-al wneut blood decreased. X-ray% do not induce in
hypopbysecttmircd rat% any adrenal ascotbic acid
i depiction. E rerimcnt-% hate been performed IQ elucidate the
mcchani~ or the mduction of AMI acti%ity in
systemic blood of irradiated rats. The ascorbic acid concentration
in -the left adren3l gland or irradiated and
n.n-ireticlimed hypophyswomirod rats was compared witli that of the
right gland. "cRed I he after intrs~roous
injection or ACTI 1. It was found that in irradiated
hypophytectornized rats, 2 or 3 y ACT) I clicit the same Admnal
response as in non-irradiated vnci, It Follows that no inactivation
of cxogtnou% ACTH InIrt place doring etrowre
in X-rays, not does the adrenal reaction to ACT[ I undergo any
change. The drop of adrenal ascatbit: acid and its
recovM after intravenous injection or AM I was foliowcd in
irradiated and non-irradiated hypophyscdomized
J rats. The degree of depletion of adrenal ascorbic acid and the
rate or its restoration was similar in both groups.
The enzymic activity of adrenal homcl;rnst~ was assayed in In vit,o
"periments. which showed that. following
Irradiation. b;mynthesis of aldosterom slightly increased. while
biosynthesis or conkosterone slightly decreased.
Progesterone added to the adrenal hornogenates or irradiated and
non-iffadiated rats greatly Increased the forme-
tion or corticostcrone- The catte or aldosterone biosynthtsis
remained unchanged. Thus. It appears that no change
occturs in the crayme system or. the adrenal which Is responsible
for the ACTIf effect upon this gland and for
torticosterone Ittosynthesis.
USSR
rePOrt Pre.9ent'A 11% Q9 2n1, Intl. COOZMan or Badlatlon lRemeorch,
EMV9atO/rOTk3hUV, Gt. &U. ~ ;-11 AUZ 1962

BAGRAMYAN, E.R. (Moskva)
Reactions of-the adrenal glands in hypophysectomized rats to
unilateral adrenalectomy., administration of adrenalins and
irradiation. Arkh. pat. no.209-65 163 (MIRA 16:11)
1. Iz radiatsionnoy laboratorii (zav. - dotsent D.E.
Grodzenskiy) Vsasoyuznogo instituta eksperimentallnoy en-
dokrinologii (dir. prof. Ye.A. Vasyukova).

Reaction of the adrenal glands to ACTH in irradiated and
non-
irradiated hypophysectomized rats. Probl. endokr.
gormonoter.
9 no.4:12-15 Jl-Ag'63 (MIRA 17:1)
1. Iz- radiatsionnoy laboratorii (zav. - dotsent D.E.
Grodzenskiy)
Vsesoyuznogo institute, eksperimentallnoy endokrinologii
(dir.-
prof. Ye.A. Vasyaova).

BAGRAMYAN, E.R.
InSulin-activating properties of the liver in
irradiated-
rats. Radiobiologiia I n0-4:503-507 161. (MM&
17:2)
1. Vsesoyuznyy institut eksperimentallnoy
endokrinologii,
Moskva.

BAGRAMYAN, E.R.; GRODZENSKIY, D.E. (Moskva)
Action of X rays and hormones on the penetration of
labeled
albumin into an infla=atory focus. Pat. fiziol. 1
eksp.
terap. 7 no.6.*27-31 A-D 163. (MIRA 17:7)
1. Iz radiatsionnoy laboratorii (zav. - dotsent D.E.
Grodzenskiy)
Vsesoyuznogo instituta. eksperimentallnoy
endokrinologii.

BAGRAMYAN E R
1-1
Metabolism of exogenous ACT-H in normal and irradiated
rats.
Vop.med.khim. 10 no-3:265-269 Mq-Je 164.
(1,411RA 18:2)
1. Radiatsionnaya laboratoriya Vsesovuzno.,-o
instituta eksperimentall-
noy endokrinologii, Moskva.

BAGRAMYAN, E.R.
Effect of anesthesia on the reaction of the
hypophyso-adrena!
system to stress. Farm. i toks, 27 no.3:33,",:-338
Yjy-Je 164.
(MIP,4 18--4)
1. Radiatsionnaya laboratoriya (zav. - dotseit
D.E.Grodzenskiy)
Vaesoyuznogo insti-Wta eksperimentallnoy
eLdokrinologii2 Moskva.

GRODZEIISKIY, D.E.; IVANIFAIKO, T.I., BAGRIAMLYAN, E.R.;
AISESEINA, L.V.
Biosynthesis of corticoateroldn In adrenal Unsues in
irradiated
hypophyuectomized rats and electrolyte metabolism. Probl.
end-k.
i gorm. 11 no.5:77-81 S--O 165. (MIRA 19: 1)
1. Vsesoyuznvy institut eksper'Lmentalinoy end.okrinologil,
Moskva.
Submitted October 20, 1964.

BAGRAMYAN, E.R.; IVANENKO, T.I.
Biosynthesis of aldosterone in the adrenal glands of
rats. Probl. endok. i gorm. 10 no.6:77-81 N-D 164. T.-'7)--
1. Radiatsionnaya laboratOriyR (%&V. - dotsent
D.E.Grodzenskiy) Vessoyuz-
nogo instituta eksperi-mentallnoy endokrinologii (dir. prof.
Ye.A.Vasyukova),
Moskva.

1 ACC NR: AP6016887 SMI CE CODE:
UR/023.9/65/06O./on7o-0-1.570-Ci~'-II
_2
AMHOR: Bagrawan. E. R,
ORG: Radiation Laboratory /headed by Docent D.'E. Grodzenskiy/p
An-Un.iolIInstit
of Experimental Endocrinologii /direetGd by Professor
XQ4_AA_YA.-aatkozaJ, Noscow
(RadiatsionayOA laboratorlya Vsesoytiznogo instituta
oksporimentallnoy ondokrinolog:li)
TITIE: Reaction of the hypophyseal-adronal system of irradiated
rats'to repeated strJss
SOURCE: Byulletenl eksperimentallnoy biologii i meditsiny, v. 6o,
no*' 11, 1965, 13-11
TOPIC TAGS: rat, x rdy irradiation, ascorbio acid, radiation
sickness, radiation
biologic effoot, ACTH, gland, endoprinology-
Aj~SWQT;The author studied.tbe reaction of the hypophsis and adrenal
cb'rt,6x o -if radiated male-tats to repoeved -stress - unilateral
adrenalectorq
'and x-irradiation. He found that removal of the left adrenal
resulted within~
Pne hour in a sharp decrease in the ascorbic acid concentration of
the right,
adrenal in both iriadiated and intadt rats. Repeated irradiation at
the 11
height of radiation sickness caused the same reduction in ascorbic
acid.
Like normal rats,, the irradiated animals developed -compensatory
hypertrophy,
~of the remaining gland in response to removal of the other.
The decrease in the ascorbic acid content of the adrenal cortex of
ir-
Card 1/z upe:
616.432+616.~~-092:917-001.28-06-.TZ16.~5~89.87-oiLl.1"17-001,26

ACC NR, JP6016BB7
radiated aniMaIs-'a'n' r'espo- t - adr alect6* -and t6
nse o en repeated irradiation
.q.eew to be caused by the release of ACTH from the pituitary.
radiation_ __duc6d'
Th re~Uts o*f the 6Rperlnents show a6ate si s in
by lethal doses of x-rays does not interfere with the release of
ACTH from the.
'pituitary in response to stress,pr.. dest o
y the., reaction of -the adrenal__cortqx._!-
to endogTous A.M.'This papek was present1d by-Active Ner-ber MIN
SSSR P. Di.
Gorizontovi Orip art* has: 3 tables. fi-PR_S7
suB co-T)E.- o6 suBm DATr-,: -z3Apr64 oRiG.nF: 002 OTH REFt 004
Card 2/2 Pv

99-6-5/9
AUTHOR: Bagramyan, G.A., Minister of Water Resources of the
rr-m-y Tan-s7a y _aS S R
TITLE: "Construction of Irrigation Projects in India"
(Irrigatsionnoye
stroitellstvo v Indii)
PERIODICALt "Gidrotekhnika i Melioratsiyall, 1957, Nr. 6, PP 44-50
(USSR)
ABSTRACT: In India great attention is paid to the development of
irriga-
tion farming. The percentage of hectares under irrigation has
been steadily increased from.17.5 % in 1950-1951 to 21.88 % in
1555. An additional amount of 30 million hectares can be irri-
gat ed by means of large and medium sized irrigation systemy and
as many hectares with the aid of wolls and other small water
sources. A total of 7,200 million Rupees was appropriated for
the development of various irrigation projects to be carried
out within 3 five-year plans. In India extensive use is made
of water reservoirs, both for storing rain and for diverting
flood waters. In conjunction with dam construction for irriga-
tion purposes, numerous hydro-electric power plants are under
construction along the main water ways. - Nine scientific
Card 1/2 research institutes are engaged in studying problems
pertaining

99-6-5/9
~Tonstruction of Irrigation Projects in India"
to irrigation and hydraulic engineering. The article
contains
1 figuret 8 photographs, and 1 Slavic referenced
AVAILABLEi Library of Congress
Card 2/2

6(t ~ r4 v,,N ~ et ,~ / G, - R~ 99-10-3/8
AUTHOR: Bagramyan, G.A., Minister of Water Resources of the
Armenian
TITLE: "Water Resources of the Armenian SSR11 (Vodnoye
khozyaystvo
Armiyanskoy SSR) 40th Anniversary of the Great October Re-
volutton (k 40-Y godovshchine velikogo oktyabrya)
PERIODICAL: "Gidrotekhnika i Melioratsiyall, 1957, # 10, p
24-38 (USSR)
ABSTRACT: Irrigation, is a necessity for farming in the dry
continental
climatic zonea:of the Armenian republic, and in the zones of a
moderate warm climate irrigation is a means for intensifying
agricultural production. Reconditioning of old irrigation
facilities and construction of new irrigation systems began
in 1921. During the next years the following irrigation
structures were built: the Okt~mberyan, imeni Stalina, Kharbert,
Shadrlin, Mazria, Nor-Arabkir, Novo-Kalmin, Nalband, Sisiah,
Yechmiadzin, Norks, Nizhne-Razdan, Talin, Loriyok, Garnin, Ko-
tay, Arzni-Shamiram, Alapar, and Dvinak canals, the Arpalich
and several minor water reservoirs, the Armash. Arindzh and 15
umpini stations on the Ararat lowlands, as *611 as numerous
ydroe ectric power plants. These installations supplied
9
waterifor new irrip6tion projects and improved
water.'-deliveries
Card 1/3 of the old systems. By 1957 thZ-acreage under
irrigation had

99-10-3/8
"Water Resources of the Arm6nian SSR", 40th Anniversary of
the Great
October Revolution.
increased to 215,000 hectares from 86,400 hectares in 1917.
In addition, the 6th 5-year plan calls for irrigation of
150,000 hectares of pastures, and construction of a large
system to irrigate the Gagam mountain pastures from the
Aknalich lake. Besides gravitational irrigation, 73- Pumping
stations are operated for 'the irrigation of 12,300 hectares.
More efficient methods of irrigation were studied by the
Armenian Scientif~c Research Institute for Hydraulic Engin-
eering and Melioration (Armyanskiy nauchno-issledovatellskiy
inatitut gidrotekhniki i meliorataii), in order to increase
the yields of grapes, fruit, tobacco, sugar beet., grain an
'd
other crops. The construction of the Akhuryan water reser~-
voir wit.~ a c.apacity of 500 million cu m wi-11 offer a
great
futurefor irrigation farming. Water from the Sevan lake and
Razdan river are of great importancq for further increasing
the acreage under irrigation.
The article contains I map and 16 photographs.
Card 2/3