SCIENTIFIC ABSTRACT BONDAREV, Y. Y. - BONDAREVA, T.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206220019-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB


ACC 14R#
SOURCE CODEs UR/0000/66/ODO/000/0070/0071
AUTHOR: Dondareve Z& VO: Gurvich-.-C6 qLhamZarqv2_ TL T.,j-
Yeitorov, V.
Marishchuk, V.- Le; ksAn~~~~VV.; khkurdodaA V. A.
0M.0 none
TITLE: Problem of the functional Interaction of analysers
(visual# auditory* and
tactile) in flight crevs during long flights
SOU ME: Ibnferentalys po problemm kosmichaskoy maditsiny, 1966.
Problemy
kommicheskoy maditainys (Probl~ of space nedicins); usterialy
konferentsiiq
Mxt:ov,, 1966p 70-71
70PIC TAGS: visual analyserv auditory analyserg proprioceptiong
human physiologyp
space physiology
ABSTRACTt
rhe input capacities of visual, auditory, and tactile a*nalyzers
were
-.investigated in 24 crew members during nine long flights. Tests
were
.~conducted on a special apparatus which supplied light, sound and
,f Jactile stimuli in random order, to which the subject
respondedby
~pressing the appropriate button as quicidy as possible. The
following.
:indices of analyzer Ametion were used- time of a simple motor re-
-j Card 1/3

Jj
ACC NR, AT6036,%2
action, time of a reaction with choice, number of errors, amouni of
ic) capacity,. and Ume re i d
information processed, input (or trafft quire
'for processing one unit of information. It was found that the
input
capacity of the visual analyzer increased gradually in the first 9
hrs of
flight, and then decreased by the 15th hr. However, the input
capacity
of the auditory analyzer decreased regularly during thd entire
flight.
7be input capacity of the tactile analyzer increased (with some
varia-
tions) until the 12th hr,,and then decreased to initial lovels....
The gradual increase in input capacities observed In visual and
to
'tactile analyzers in the first 9-12 hrs of flight is probably due
.,adaptation of the organism to new conditions, With increased
analyzer
lability. The subsequent decrease in input capacity in caused by
fatigue, first noticed in crew commanders. The high noise level in
the aircraft contributed sttrongly to the decrease in auditory
analyzer.
input capacity. Characteristically, the greatest shifts in auditory
function were observed in commanders and radio operators, who are
responsible for external and internal radiocommunications. Vie
:vis-aal analyzer is kept in a continual state of stress by the
necessity*
for constant monitoring of many instruments. In the auditory
aneayz are devel e6 in 1he cortex due* to
._!qr inhibitory processew
j,d 2/3
L
EI

&I jj,~Fo-v I
m

.~--nalyzin- the action of che:~ical uccelerato!- on
1-'.e of
the aereted water rettir,-.-r o" vys. iichero. lekh.
tekst. prom. no.4:341-37 164.
'V,'seso,,ruznvy

BOND kRIVA, A. K.
Todse, 0. M. and 33ondareva, A. K., *The theory of
adsorption equilibria on non~-
homogeneous surfaces. -o. 693
For wide distributions, the most useful an(I sufficiently
8-.Mct method is the
SJMT,Iest apDroximation method proposed by S. Z.
Roginskii. Anotber simnle
approximation method is proposed by Zelldovich.
August 7, 1947
SO'. Journal of AT)T)Iied Chemistry ('USSR) 21, No- 7
(1948)

frmmw. ftMW4 %J, Ow"w %ANM.f Wei
on 0* a I *-**I. dvvhtinw inn Uir's
sowup"tibi I-
dourption bodwo
a we difid. by Sur.
fact, lot orm d, - -M -
MON.. oval we mobbubbbod
far
UK,tim 1.9101M. =
twak I M01 wbw* 0 - dodge buctim of Poet S
of t vahmat cote. b
the0 between
OaDdb.tbelettera- 1 bytk tin of Lammult'iL
IRR,
Nuatiou to a wre perum 49 t Immerface, comam"I
U610~009. IN 111h Sirm ftW - fl(tab). wbeft
a the admAdh m am
with Q - best 1w admorpthm as the ghvn por.
ww 0(p) so a function a
by chaosing an
bcot w?Ab upti.
#(p). wed tbm fi"
the eeiiil* F. Is comiclaswo of a
. . MNOM W pw* Im"k. forwhing
d
fi;i*o M.1 9 Cguhm"bu'Rog iROMM'11
p ) do I - kb. wwv(I)
i~om Iw wits dndopmmt
A) Otl(mr) after the lot The app -of
;~Af (C-A. ". GOV).
extellIft UP tu
to Y, pouk Ow on al de.
vekow
N. Tboft

"-,:s surfates. Detv-
uh ation of the di5trlhution 13%v for Tegions of the suracc o!
itlh ryPci to 1h. LoatL 4 Lj T 0-,.
.Tmlfs, A, zmd Z"TTIbAcu..,
T?x-T 7t I
Nt!;Lk : d. C -1. 44,
-~~ th,
lef ll,j. 13;< ft-.n, unn i7L-nn, 1h.-z
A t;l n-ppm% iw! mcithn1"
ai. lrv::; Q --f, same ~~ur
1:-~ Tll;',Ii-~~ ';~il h-0 i.w ~n in 01F irll,~rv;,,
ir,m nnol
1h.-O
.1 47 i
I ~x fulic

f-, - - ,1-1 ~) Z,-/- , -,--,,-;
i !/ I I
L-.~ L /-!/ -~-, I " 1, - v A~ ,
TODES, O.H., professor; B
jam
IMMM --
Characteristics of fluid processes. KhIm. nauka i prom. 2
no.2:223-
232 '57. (Gracking process) (Fluidization) (MLRA 10:6)

AUTHOR
TITLE
PERIODICAL
ABSTRACT
CARD 1/4
Bondarevap A.K.
Measurement of the Thermal Conductivity of Fluidi2eu
Bed.
(Ismereniye toploproyodnosti v2yeshennogcisloya.)
Doklady Akademii Wauk SSSR 1957, Vol, 115, Nr 4,
pp. 768-770
The total coefficient of the thermal oonductivity of
a granular material ofthe thickness 6, through which air
is blown, can be calculated according to the formula
K = 1 -
1 + 6 + A
a1 A a 2
(1), where a1 and a2
respectively are the coefficients of the transmission
of heat from a heated wall toward a layer and from a
layer to a cold wallf and where is the coefficient
of thermal conductivity of the bed. For a fluidized
bed the total coefficient (1) was measured which is
several times the quantity of that of immovable layeri
and has an order of magnitude of hundreds. A

20-4-38/60
Measurement Of the Thermal Conductivity of Fluidized Bed.
ent. In ease that
on the speed of their ohaotiO MOvem ace, the
a dispersed substance completely fills the 9pf the
particles do not move. Then the coefficient 0 se in
ant. In proportion to the decrea
in oOrA VnIume unit (the layer
2o-4-38/6o
Measurement of the Thermal Conductivity of Fluidized Red.
The A-value was not directly measured by anybody.
According to some authors it allegedly is greater here
than its value in metals. Even at high A-values the
relation 6 in equation (1) may be neglected, but only
as long as the density of the layer 6 is small. In
large industrial plants Q/N may essentially influence
the value of the total coefficient K. Therefore the
author tried to measure N. The testing apparatus is
shown in fig. 1. The measurements showed that the
temperature in the entire fluidized layer along the bed
does not remain steady, as some authors state, but that
it varies. From this follows that the coefficient of
thermal conductivity of the bed cannot posses an in-
finitely great value. Since the quantity of heat given
off b- the heat source and the quantity passing through
the bed are equal, the following applies:
0,865 IU )1.2nh dt
d In r (2)
All values contained in the equation can be ex-
perimentally measured and thus an effective coefficient
A can be calculated. It may be assumed that X
CARD 2/4 depends on the number of particles in a -volume
unit and

20-4-38/6o
Measurement of the Thermal Conductivity of Fluidized
Bed.
ASSOCIATION:
PRESENTED:
SUBMITTED:
AVAILABLE:
sand with an average diameter of particles d = 100;
1521 2331 315 and 475pa . The curve maximum in all
cases corresponded to about the same value
h - 1,5 where h is the height
h0 0
of the immovable layer and h - the height of the
swollen layer a I and a2 were also calculated.
There are 3 figures and 1 Slavic reference.
None giveh.
By S.I. Vollfkovich, Academician, April 29, 1957
November 9, 1956
Library of Congress.
CARD 4/4

80260,
S/170/60/003/02/22/026
BOOq/13005
0
LUTHORSs Bondareva, A. K., Todee, 0. M.
Thermal Conductivity and Heat Exchangel in a Boilw.,,-, Myer
PERIODICAL: Inzhenerno-fizicheskiy zhurnal, 1960, Vol. 3, Vlo,
2,
pp. 105-110
TEXT: The authors comment the papers by S, S. Zabro~skiy (Refs.
1-3) which
discuss theoretical ideas on the mechanisE --- (~f_ heat
transfi-r through a boilin
(pseudoliquefied) layer of solid particles and,the character of
their 9~
chaotic movements. Special attention is paid -to Ref- 3 which
compares the
conductivity coefficients determined by variouBxesearch
workers, and dis-
cusses the experimental data indicated by the authors. Two
assumptions with
resDect to the movement of particles in the boiling layer,
and'the relation
between their velocity of movement and the actual thermal
conductivity are
pronounced at the beginning. On the basis of these assumptions,
the movement
of particles may be either characterized like the movement of
gas molecules,
or like the turbulent pulsations in the liquid. The authors
prefer the latter
Card 1/2

80280
Thermal Conductivity and Heat Exchange in a
5/170/60/003/02/22/026
Boiling Layer B008/BO05
aEISUMptiOn, and give a number or proofs which speak in favor
of this as-
sumption (Fig. 1, Tables 1 and 2). The second problem
discussed by Zab-rod-
sl:iy deals with the correctness of a division of the total
heat transfer
rosistivity from the wall of the boiling layer, in the heat
output re-
st~stivity, and the resistivity to heat of the layer itself
1 - 1 + This problem is of high importance for technology and
K "wall
planning. A method for a ~~imultanqous determination of and
'ball (heat
exchange coefficient of the wall) by one single experiment is
suggested. On
the whole, the values of the summary heat transfer
coefficients K determined
on the basis of the division of the resistivity to heat into
its components
do not differ from the values determined in the usual way.
The authors, how-
ever, hold the opinion that such a division is more natural,
and besides
permits to discover some charaoteristic features of the
process of movement
of particles in the boiling layer. Fig. 2 shows the heat
transfer from the
turbulent flow through a solid wall, and Fig, 3 the beat
transfer from the
wall through a boiling layer. There are 3 figures, 2 tables,
and 8 ref-
exences, 7 of which are Soviet.
Card 2/ 2

BONDAREVAp A.K.; GRIGORIYEVA, V.I.; TODES, O.M.
,~, =, !--, ~-, v4z* -
Motion and mixing of solid particles in a fluidized bed. Dokl.
AN SSSR 152 no.2:386-388 S' 163. (MrRA 16:11)
1. Predstavleno akademikom S.I. Vollfkovichem.
I

,KATIAS, V.V.; BONDARIVA, A.M.
Lithlophosphate, a now mineral. Dokl.AN SM 112 no.1:124-126 Ja
157.
(KWA 10:2)
1. Kol'skiy filial Aksdemii nauk SSSR. Predstavleno
a-kadefflikom D.I.
Shcherbakovym.
(Kola Peninsula,-Lithium phosphate)

AITMORS:
Ginzburg, I. Y., Rogachev, D.

Bondareva, A, M.
TITLE:
New Data c-n ffollmquistite (N,~vyye dannyye o
PERIODIM::
ooklady Akademji Nauk 101j8 Vzl. I-), Nr

pp.
ABSTRAOM
c-,n the
i~'ola maj n-,v m)~rt.;.t4

the oonlant-zone of an.1 the

anorthosites and amphibolites ,,ontaitilng them.

i.* a
metmnornatic, mineral. In the ext~(!elntritt -it,

parqgttrtesis with llintits, nrainnry ii(,rnblende,

andeminp,
01.4nozoisite, cuarty,', RTO IV!(.

'Is. in -Lhit
endkic-intact. it js 9
mineral cjlllel~meq

ande-sine-oligoolase, cluariz, biotite,
apal-ite fnd

wi.th rpessarzite, sch,-rl and oj,e mine-i-I..".

separnt_ion~ nf nt~ te are come Limcs 1 It i

MM9-) I L4 te
:,(,yLi EL-.~r v- ti t,,! :7

F, s te. ort i% i re 1',,; b -1 t
a 0 cord i ngr 1. 0 t h e

t-he JO. nnn bi cnnsll.dererl

il'his
!IrcerLainty of "T~ avrig-'ri
v

'
_U rn . Ho its; j,, t i e
the rivesint

Oai.a on
tree pegmati le-endc,~ or, t a C~-. wc-riL i3e iec-i.ed f
Dr -1 1 ani J
structurally lmestigat~,1. Ot~liimel'la-sha~-A,
horjd'.,rr~.~j -v
f orm two Lypes: lio-,!-inded hy q pritnr f)- b~y a r,.!.;
and a pinacoid. The -pre-sent rr~-.mjuistite --1 s -~i ~;
r-,
wi th a t-nge of wink in the secAion J,-jrri-.yt In I
tinge of' blur- in long.' tiWinal sectiona, The
pleochroism, and the engle. of the optic,[Ll qxeP1 V a 11Y
optical Orientalion "wrresp,,*,rids 1-c) t hf.
I Ft PIPOlents werp spur!, rosr,.Ipi cal ; y 1,C-Und In
ih~ h-,~!r-
quistit--, (by Mg. ~,* i , `F, P
JA, Na, 11n, Ca (weak -1~ -;nes), ~-A. r, Cr, Ti, Zn.
of lines); hesidep these C-t H. ind C were -h Pri
proved. In contraer tr~ mher
no K,,0 waa determined here wid 11 n', I 19, 1~~
1i q'Ui d and ga s w n .9 f ~-:r the i j il im e .1 c 1 c
c t Pa !, -erv. v a
calculation (z*ference 6) ;,i' Orita ;,V thf,
(table 1) 2 variante of ~hf~
0 and TIE) vrere estnb!:L.-~heei- -ht~y sr= !n ft
(III and I.V) t:ompgrea with tiie e ~! n h
Cu!-d 2/-1 amphibolia formu."ap (reit~rennv-n

New Data on Holmquistite
symmetry, the parameter of the unit cell and of the spat-~s-,
group were determined. Figure 1 shows the ster,~ograp
projection according -to which the CV -q t ni. -T)WS Tr. tn-
rhombic syngony of Laue of aiAss D;b
vibrations were taken. The investigated Hmpb,,-tl,,, I- s w h i
n. h
belongs to tvp-i4~sl hc-ImquJzqI~i-an I.-; nz! dcub, :*hz:-rrtbi-
monoclinic . Other h0lIT!LJ.),I ;-ZTi T 6!!. i re f r-r~lv s 4, 5
1 m-, zn'.
belong to the rhombic. minerals. The ~!
ami.,Mboles is to be korree-~r-d s~,coTd2rg,'Y anf~ '.&L
!Vr~on"'7m
lithium-glau~,ophanp (rpfereTiv-s i-i t;,. oe
There are I figure, 2 tables, and 11 referen,i4~!~, ~f tr-~;-
are 2oviet.
ASSOCIATIOW,- Kol4skiy filial Akadf-mil na,lk SS'!R NO-jif,
PRESENTIM November 2, 1,,v D, T. Sbchei-bqk-,. M,~mbei-,
ly
Spiences IJS'!'~
SUBMITTEI)i N~.-vemher 1. 19".1
cRra 3,13

-BONDARMA, A.M., RMACBRY, D.I., SUI"V, A.S.
Alkali amphibole containing lithium from the contact
zone of the
Lovozero maelf. Zap. VSSS. Min. Ob-Ta 88
n0.6:710-712 159.
(KIRA 1318)
1. Geologicheek-ly institut lollskogo filia-la AN
SSSR-
(Lovosero Tardrae-Amphibole)
(Lovosero Tundras-Lithium)

IIT---T T r-r-
77;
KAYIVSK-Tr, X.M., ROMANMO, Te.A.. BONDARNA, A.Be
Proliminnry results on an evaluation of the anticancer activity
of certain cultures of Aotinomyces. Antibiotiki 3 no.lt7-9
Ja--F 15 8 (MDU 11: 5)
1. Laboratoriya ekeperimentallnoy bioterarpii Inatituta
eksperimentall
noy- pntologit i terapli raka AMN SSSR.
(AOT INOXIMS 9
caneer-inhib. strains (Run))
eancer-Inhib. strains of Actinomyces (Rue))

BONDARVA
Effect of actionxanthin produced by Actinomyces globisporus
1131
on experimentnl tumors in animals. Antibiotiki 3 no.1:31-36
Ja-F'58 (MIRA 11:5)
1. Laboratoriya eksperimentAllnoy bioterapit Institute.
eksT)erimentall
noy patologii i terapii raka ARN SSSR.
(ANTIBIOTICS, effects,
notinoxenthine, on exper. enneer (Rua))
(CYTOTOXIC DRUGS, effects
same)

K&YEVSKIY, 11.14.; AVDE)MVA, I.A.; ROMAMIKO, Ye.A.;
UR&ZCVA, A.P.; BCNDAMA, A.S.;
TIMOMMKAYA, Ye.A.; MUMA, V.G.; GOR'XOVA, N.P.; TATMIM,
N.Ni--
Aurantin and its affect on e3q)erimental tumors. Antibiotiki
4 no.4:43-46 JI-Ag 159. (HIRA 12:3.1)
a
1. Laboratoriya eksperimentallnoy biotera ii (zav. - chlen~-
korrespondent AW SSSR prof.H.H.Mavevskiy5 Institute
eksperimentall-
noy patologii I terapli raka AMI SSSR.
(ANTINSOPLASTIC AGMUS pharmacol)
(ANTIBIOTICS pharmacol)

ROMMNKO, Ye.A.; B01MAREVA, A.S.
Studies of the effect of bacterial preparationg on
transplanted
animal tumors. Antibiotiki 5 no. 5:%,60 S-0 160.
NIRA 13:10)
1. Laboratoriya eksperimentallnoy bioterapil (zav.
- chlem,-
korreapondent AMV SSSR prof. M.M. MiLyevskiy)
Instituta,
eksperimentallnoy klinicheskoy onkologii MIN SSSR.
(TUDIORS) (BACTERIA)

BE
,~KKa, Z.L.- RODIONOVA, Ye G - YANGULOVA, I.V.; PETROVA,
M.A.; KOROUXA, V.G.j
MAyhsny, Ye.A.? URAZOVAI A.P.- BOllllARhVA,-A.S.-__
MCAYOVA, V.G.; T11408MCHKINA, M.ye.; mmwv, U.N.
'Tumor-inhibiting properties of mycelial extracts from
some fungi.
Antibiotiki 6 no.6:/+88-49Z Je 161. (KIRA 15-1)
1. Vsesoyuznyy nauchno-issledovatellskiy institut
antibiotikov,
Institut ek erimentallnoy i klinicheskoy-wdcologii AMN
SSSR.
RUNORS) (FUNGI--PHYSIOLOGICAL EFiECT)

IIAUVSKIY, M.M.; ROMANENK.O., Ye.A.; URAZOVA, A.P.;
MOLIKOV, Yu.N.;
TIMOFEYEVSKAYA, Ye.A.; XOMAMA-,- A -S-4 MAZAYEVA,
V.G.,
TALYZI11A, V.A.; BYAZOVA, 0.1.
Effect of the antibiotic olivomycin on transplanted
tumors.
Antibiotiki 7 no.3:64-67 11r 162. (MIRA 15:3)
1. Laboratoriya eksperimentallnoy bioterapii (zav. -
chier.-
korrespondent A]YM SSSR prof. M.N. Mayevskiy)
Instituta
eksperimentallnoy i klinicheskoy onkologii AND SSSR.
(ANTIBIOTICS)
(CYTOTCKIC DRUGS)

IIAYBVSKIY, M.M.; URAZOVA, A.P.; RC?.',ANENKO, Ye.A.;
MOLIKOV, Yu.ll.; WINDARE-11--il
.-A. MOFEYEVSKAYA, Ye.A.; WTAZOVA, C.I.; Mi-2AY-LV',
'I.G.; '7-ALI=,,i--,,,
-4. ; TP
V.As
Antitumor action of the antibiotic chrysomallin (2703).
Antibiotiki
9 no.1:33-34 Ju 164. (MIRA 18--3)
1. I-aboratoriya ekspeerimentallnoy bioterapli (zav. -
chlen-
korrespondent AMIN SSSR prof. M.M.Mayevskiy) Instituta
eksperimenta-11-
noy i klinicheskoy onkologii AMI SSSR, Moskva.

EC00TEVA, F.
Sovetskaia Belorussia- ocherk o dokumentallnom fillme
fSoviet White Russia; outline
of a documentary fijj~. Moskva, Goskinoizdat, 1952. 29 p.
SO: Monthly List of Russian Accessions, Vol. 7 No. 1 April
1954.

S/190/62/004/007/001/009
BU5/B/180
AUTHORS: Entelis., 5, G,.,-Nesterov, 0. V., Bondareva, G. G.
TITLE: Interfacial polycondensation of phythalyl choloride and
piperazine
PERIODICAL- Vysokomolekulyarrqye sayedineniya, Ve 4, no. 7,
1962,
995 - 999
TEXT: Molecular weight end polycondensate yield were studied
in dependence
on reaction conditions. owing to the high rate condensation
the rate of
monomer diffusion and hence the degree of dispersion of the
phases
play an important part. It is suggested that the molecular
weight and
yield increase as the reaction approaches the kinetic region.
At room
temperature and 7-Tith vigorous stirring a solution of
phthalyl chloride
in an cwganic solvent was added to an aqueous solution of
piperazine
or an emulsion of aqueous solution of peperazine and organic
solvent.
The volume ratio of the phases was constant at I : 1. Table 1
and
Figs. 2 and 3 show the dependencies of Mw and yield on
various conditions.
Mole-cular weight was higher with more rapid addition (55000
at 10 min
Card 1/4

S/190/62/,)o4/oo7/6ol/ooq
B315/B180
Interfacial polycondensation of ...
to 87000 at %- 10 see). Excess piperazine due to slow
addition increases
the probability of the chain breaking. Addition of
emulsifiers increases
yield and Mw (from 75.8 io 88.0% and from 5-5*104 to
9.701o4 with
0e[-7 (OF-7). Chlorinate& bydrocarbons as solvents
(reaction product
partly soluble) produced higher Mw with benzene and toluene
(insoluble
reaction product): C014 t PV - 7.0-104, benzene : & a
1-85*104. Yield and
Mw also rise with addition of bases., the latter due to
fewer chain
ruptures with HCl binding and the former probably owing to
catalysis of
polycondensation. I. M. Bellgovskiy is thanked for
assisting in the
molecular weights measurements done by the scattered light
method. There
are 3 figures and 4 tables. The most important
English-language
references are : E. J. Cairns, J. M. Prausnitz, J. Chem.
Phys., 32, 169,
1960; 1.1, Katz, J. Polymer Sci-, 40s 337, 1959.
.V-
ASSOCIATION: Inst-'-tut khimicheskoy fiziki AN SSSR
(Institute of
Chemical Physics AS USSR)
SUBI-aTTED: April 13, 1961
Card 2/1 W4
-I

USSR / Pharmacology, Toxicology. Anticonvulsants
Drugs. V
Abs Jour: Ref Zhur-Diol., No 9, 1958, 42353.
Author
Inst :Rostov-on-Don Medical Institute.
Title :On the Pharmacological Action of the Fla.nt
Anth-
riscus Silvestris.
Orig Pub: Tr. otchetn. nauchn. konferentsii
(Rostovsk.n/D
med. in-t) za 1956 g. Rostov-na-Donu, 1957, 102-
112.
Abstract: The anticonvulsive properties of a
preparation
from the root of anthriscus silvestris (1) were
investigated in mice receiving injections of cor-
azole. I is used in folk medicine as an anticon-
vulsive remedy. It was demonstrated that I pos-
sesses a strong anticonvulsive effect in mice in
lethal doses only. Smaller doses, (0.023 Mg/9)
Card 1/2
17

I USSR / Pharmacology, Toxicology.
Anticonvulsants.DruCs. V
% Abs Jour: Ref Zhur-Biol., No 9, 1958, 42353.
Abstract: decrease the convulsions by 50% and are less
toxic
(causing 50% morbidity of the animals). The most
effective is an alcoholic extract of 1 (1:10).
Card 2/2

6wMuI_I*14L, dote-.-, prepodavatell;-GAMLYLINOV, N.Y., dote.,
kand. nauk,
pr podavatell; OOZIDXWp R.Ya., kand. nauk, prepodavatell;'
ZBXUUDKOV, A*P.,. kand. nauk, prepodavatell; KAIINM, V.N., kanL
nauk, prepodavatell; LIPARI, G*Gq, prepodavatell; MARTIYANOVA.
L.P..-.
kand. nouk, prepodavatell; NIIZNAROV, S.V., dots.,kand. nauk.
prepodavatell; SAJAY, LOG., dote., imnd. nauk, prepodavatell;
SASKOVITS, Te.L., dote., kand. nauko prepodavatell; ZININ, V.,
red.; DANIZIU, A.. tekhn. red.
[The.party is the organizer of the collective farm system]
Fartiia -
organizator kolkhoznogo stroia. Moskva, Goo. izd-vo polit.
lit-ry,
1958. 190 P* (MIBA 11:8)
1. Eafedra marksizma-leninizma Moskovskoy ordena. Lanina
-ellskokhozyaystvannoy akademii imeni K'A. Timiryazava (f6r all
except Zenin, Danilina).
(Collective farms)

P V 11 u is MIS% list illopla Omit AnR14,1911 1:13 140 UL, moo.
'l
a I t, 1- S A-V 10 IX W LE4 I- Ia- I a k 4 t v v
lot-Itt
AL
seswilling matclial for P"Aphic negatives, L
Hcmdamba � P. Krimmy, H, V. Km-all-isk-And M, Nt'
W1,3K.5, 1-w-11, 111417. The maiciiA 1-*;
90
itcated with
nint chimide and
vither or ill werell-Iml,
00
4,
A I AI L A*VTAkLV%GK4l. LlltM4lL*t CIAWFICAMN
I y-T V
Vot 111A Ila Is It it all) A1
w IF w 11016 a 0 0 0 0
V o 0 o;'0 o 0 0 0 a o 0 o 0 0 0 0 0 o 0 o 0 o
I
%
V 'j hi as
t ii J- 0
T-
'00
WOO
-0.
.8116, 'Wt -1
ri
94 An j I a iii i 0 da 0 3 9
0 0 6 0 0 0 0 0 0 0 0 0 a 0 01
o 0 o 0 0 0 o o 0 0 o 0 0 as 0 411

BONDAREVA, 1. V.
USSR/Medicine Infictious Diseases Dee 51.:
"Seeding Out From the Bone Marrow as a Method of
Diagnosing Typhoid," I. V. Bondareva, Saratov
"Sov Med" Vol XV, No .12,p 27
Found that'typhoid cultures were obtained from
bone marrow in 71.8% of the cases after one seed-
ing, while successful cultures from the blood
were obtained in only 62.5% of cases after re-
peated reseedings when diagnostic tests were
carried.out on a group of 32 typhoid patients.

BONDAREVAI K.G.
Use of visual aids in testing the knowledge,, skills and habits of
students. Khim. v shkole 18 no.5:35-42 S-0 163. (MIRA 17:1)
1. Institut, obshchego i politelchnicheskogo obrazovaniya Akademii
peda-
gogicheskikh nauk RSFSR.

.BONDAREVA, K.G.., zaaluzhannaya uchitellaitsa shkoly
RSFSR
Using chemical experiments and visual aids in graduation
exahilhatiow
in chemistry. Xhim. v shkole 18 no.6tl9-26 N-D 163. (MM
17:1)

BOITDARLPVA X.G. uchitalluitsa
I
Worldng scheme for demonstrating the operational principle of contact
process apparatus used In the mnufacture of sulfuric acid. Rhim. v
shkole 15 no.5:64-65 " 160. OUM 13 - 10)
1, Srednpya shkola N6,23, g.Chita.
(Sulfuric acid) (Chemistry-IbcPariments)

BONDAREVA, L. N.
Dissertation: "Investigation of the Directional Properties
Lenses." Cand Tech Sci, All-Union Sci Res Cine-Notographic
(Vachernyaya Mosjcva--Moscow, 20 Apr 54)
or Sound Diffusion
Inst (NIKFI), 29 Apr 54.
SO: SUM 243, 19 Oct 1954

BONDAREVA,L.N.; NARNOVSKIY,M.I.
_
Directional properties of scattering sound
lenses. Trudy Kom
po akust. 8:114-124 '55- (MLIRA 8:8)
1. Kiyevskiy institut kinoinshenerov.
(Sound lenses)

NURMUKHAMETOV, R.N.; BONDAREVA, L.V.; BABKINAP V.G.;
DOKUNIKHIM, N.S.;
ABRAMOVA) N6I.
Study of the behavior of some vat dyes in fabrics
from their
fluorescence spectra. Zhur. VKHO 8 no.5:588-589 163,
(MM4 -17: 1)
1. Nauchno-issiedovatelinkly institut organichoskikh
polupro-
vodnikov i krasitelay.

---------------
----------
9892-63 Lr4p(g)/BW/EW(.m)/FZ(v)-AFFTG/.ksD-Pc,-6jVce-4
ACCESSION NR.- -'L 01473/11
AF30004 C -037~005 47-
G5
AUMOR: lurmukhametay A% Bondareva, L. V.
TIM: Luminescence spectra Of
diketonic vat dyes in dacron and in sola- -m
SOURCE: AN SSSR. Zhux-nal fizicheskoy khimil, V- 37, no. 5, 1963,
11-43-1144'
TOPIC TAGS: luminescence, diketonic vat dyes,, ftcron, fluoresf=ce,
viclantbrole,
dim-a-thoxyviolanthrole, isoviolantbrola, dichlorisoriolanthrole,
dibenzpyrenjixinone
Awmwil: Luminescence and fluorescence spectra of vat dyes
(violanthrole:
dimatho~W~olaxylthrole, isoviolanthrole., wA dibenzpyrenjuinone) wre
examl-nal
at 293 ani 77K. The.eleectronic transition reppomible for the long
wwre
E~bsorption and fluorescnece in moleciles of these dyes is
intarpretea as the pi
to pJ,* transition. The dye is inrDedded m;;oZiecularly in the
dacm-,n fiber;,
there is a significiant-shift -~n the fluoresce-nee aboorptio n in
transition f rom
Card 1/2

L 989;e-63
AccEssioN NR: Ap3ow4L>6
inert mediim to dacron. In solutions in vbich H-bands are formad be
"w en dye
molecules and the solvent the qDpe-arance of wide longer wwte
absorption of
lminesenece and quenching of fluorescence Is obserqezl. Orig. art.
has: 1
table, 3 figures, .5 formulas.,
AWO=101i.- Naucbno-issledqvatel*skiy fizAo*-khimicheskiy institut im.
L. Ya. Karpova (Scientific.Research Institute of Physical ch25stry)
SUBMMM.. 2wun6p- D= Acq-. 19jun63 ENCL: 00
SUB CODE: 00 NR 1W SOV: 004 OTM: 000
Card

TITLEt Application of the lumineneence method to determine the
state of stabilizing additives in polymers
SOURCE: Vy*sokomolekulyarny*ye soyedineniya, v. 6, no. 8, 1964,
1 -1411-1414
~TOPIC -TAGS-.. . di -6-n apb tb7l -n-pliana Ion a di a7aine .
di-S-napbtby
pbenelenedianine antioxidAnt, AntioxiZant, polypropylene fibeTs
polyamide fiber, di-O-naphthyl-a-phentlenediamine luminescence
spectra, polymer additive, phatooxidation inhibiter, polymer
stabilizer, synthetic fiber
ABSTRAM A study iB Made of the absorption and luminescence
_h*_Z_kA%
1 451
n an$ and- PO am 41-b idihtificatibns of the
0
pa
luminescance appetrawl-iolutions:AE! 21DOTS containing the addi-
Card

......... ........
7
'65
I_ 8759)_ -
SSION NR-* AP4043779'
ACCE
tive'it was concluded that:~a'.Aolid_.Moli6cular solution is formed
with,
the addition of I to the polyme The filbers and solutions contain--;,
ing I were ubjected to heat treatimentandto gamma.-and ultraviolet
ir.~,
radiatioDAThe-consumptionof I in the polymers was determined b7 !
of the initial fluorescence band. Solutions
71of -I~h6d abioArp-ti-b~n~---bi1nai---~i:ti,:,tht~-'~ rie g1at i -,
--7he- -p-ri-Mary
protective effect of I is ~ei-atiA- to its- iunction as a 'filter ab -
aorbing the UV section of tha Iigbt. The photochemical inhibiting I
effect according to Semenov is based an the terminsti-)n of the re-
action cansed by free radicals. Vith the absorption 3f light and
gamma quanta, and also with heat treatment, a molecule of I givol;
up an electron easily and various positive ions and ion radicals
are formed. As a result of these treatments colored products are
formed from 1. it is assumed that the primary photochemical act
in I was the photoionization, which apparently proceeds through the
triplet state. 'From the east vith w'hich the phatooxidation of
molecules of I occurred~ it can be concluded that I is a strong
:1 antioxidant~capable of inhibiting.pnotoaxidation processes in poly
nets* It cau be seau from the observed sivailarity in the change of
I.Card

I BOIMAREVA, M.
.Follow our example. ?in. SSSR11 no.1:55 Ja 160.
(MIRA 13:1)
1.~redsedatsll meatkona Rostovskogo gorfinotdela.
(Rostov-Pinance-Study and teaching)

ZEFIROVY N.S.; PRIKAZCHIKOVA, L.P.; AqR41~4, M.A.;
YUR'YEV, Yu.K.
Hydroxymercuration of dimethyl eater of
exo-l-methoxY-306-endoxo-
V_trans-tetrahydrophthalic acid. Zhur.ob.khim. 33
no.12:4OZ6-
A
4027 'D '63. (MIRA 17:3)
1. Moskovskiy gosudarstveruiyy universitet imenj
Lomonosova.

S/08 61/000/005/017/024
B101Y3220
AUTHORS: Namiot, A. Yu., Bondareva, M. M.
TITLE: Water-solubility of n-butane, a component of natural gas
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 5, 1961, 537,
abstract
5M192 (5M192) ("Nauchno-tekhn. sb. po dobyche nefti. Vses.
neftegaz. n.-i. in-t", 1959, no. 7, 38-42)
TEXT: The equilibrium constants and activity coefficients are
indicated for
mixtures of methane and n-butane (I) which contain up to 10 %of
1. Furthermore,
a comparison is drawn with regard to the water solubility of
CH4 and its
homologs including 1. The solubility of these hydrocarbons
decreases slightly
with increasing molecular weight. This difference becomes
particularly
important at high temperature and further grows under high
pressures. Thus, V/
for instance, at 200 atm and 400C the ratio of solubilities CH
4:C2H6:C3 H8:0 4R10
=1:0.44-0.20:0.073, respectively. Between 40 and 1000C, the
temperature
exerts, independently of the pressure, only a slight influence
on the ratio
of solubilities of these metnane homologs. The data are given
in tables and
represented in diagrams. [Abstracter's note: Complete
translation,)
Card 1/1

KAMM,, A.Yu.; BUNDAREVA, M.M.
Water solubility of argon and its mixtures with methane at high
pressures. Trudy VNII no-34alO~222 162. (~aRA 15.,-,)
(Argon) (Methane) (Solubility)

NAMIOT, A.Yu.; BONDAREVA, M.M.
Equilibrium constants of nitrogen dissolved in
water at
temperatures ranging from 150 to 2000 .
Nauch.-tekh. sbor. po
dob. nefti no.17:66-.68 162.
Equilibrium constants of isobutane dissolved in
water.
Ibid.:69-71 (MIRA 17:8)
1. Vseso3ruznyy neftegazovyy
nnuchno-issledovatellskiy institut.

NAMIOT, A,Yn.,~ BONDAIIIIEVA, IM4.
Idubility of mixtures of helium and methane in
water at high
pressures~ Nauch.-tekh.sboxr.po dob.nefti no.
18.-82.-90 162.
(MIRA 1726)

,TORBOCHKINA, L.I.; BONDAREVA, N.S.
Effect of phosphates on the composition of
phosphorus fractions
in-tbe myeblium of Actinomyces antibioticus.
Antibiotiki 8
no. 11:1006-1011 N 163. (MRA 170)
1. Vsesoyuznyy nauchno-issledovatellskiy institut
antibiotikov.

ROSTOVSKIY, Ye.N.; SHCHEMUNOVA., O.V.; BOWAREVA, N.S.
Reactions of polyvinylchloracetate with some amines. Vysokom,
soed. 3 no.7:971-975 J3. 161. ~ (4MA 14. 6)
.1. Institut vysokomolekalyarnykh soyedineniy AN SSSR.
(Acetic acid) (Amines)

I I
k.2LI 7765 E,?IT
(nn )/EpFf O/Ent~nYp(j)/T PC-4)pr-4As-4 RPL 1MSVF,1P;!
ACCESSION NIL: AT4049854 S/0000/64/000/000/0151/0155
AUTHOR: Rustovskiv Ye. N,; Shcheikunava o. v.- Bo
ndareva,
TITLE: Arbuzov rearrangement of triethylphosphite during itq
chlorine-Containing polymers -eacf-
operties
SOURCE: Rhimicheskiye avoystva :L modifikatslya polimerov (Chemical pr
-dif le'at Jon - of b)2i - tbdrnik _i--
v-1,_and-- the-mo tntey- ose"7 1z --vo 1;axik_a,' 1964,
TOPIC TAGS. Arbuzov -rearrangement, trieth~lphosphitc, chlorinated
polymnr, poly-
vinylchloroacetate~ polyvinylehlorilde, acrylic acid chloroanhydride,
methacrylic
i acid, polymethylchloroacrylate
ABSTRACT: Iinear, pboaphorus-containing polymers vere obtained by the
reaction
of triethylphosphite with chlorine-containing polymers, such as
polyvlnvlcbloro-
Polymer of the chloToanhydT'de
acetate, potyvinylchloride, the aCTV1_-: ac-"-
or me n schema!;
.QgULLS. ~cidf~and polymethyl-_,~-chloroacrylate. The reactio
are given. DependiWon time (50,75,100 hrs) and temperature
(iC0,120,150C),
polymers or copolymers vith different phosphorus contents were
obtained. 7he
Cord 1/2

chlorine-c-ontaining polyme-rs
SOURCE: Xhimi-chaskiye svoystva i modifikatslya rolimerov, (Chem-iral
p-roperlies
And t'hadmodif-ication- off-jA i)`- 8 rnik , stated.- Moscow, Izd-vo
Vauka-, 1964,
TOPIC TAGS: Arbuzov rearrangement, trieth~lphosphite, chlorinated
poly-ner, poly-
vinylczlloroacetate~ poly-vinylthloride, acrylic acid
chloroanhydride, methacrylic
acid, polymethylchloroacrylate
ABSTRACT: 11near, pboaphorus-containing polymers were obtained by the
reaction
of triethylPhoapbite with chlorine-containinga polymers, such as
polyvrimylchloro-
acetate, potyvinylchloride, the polymer of the chloroanhydride of
acrylic acid
or me schemes
,~c ind polymethyl-c-1-chloroacrylate. 7 e reaction
are given. L~c~
Depending on time (50,75,100 hr%) and temperature (ICIJ,120,150C),
polvmers or covolvmers with different Dhosphorus contents were
obtained. The
-A
C-d
1/2
MEN MIM
OWN M-01N. - Mull

3!_z
------ ----
_-ADC
T.SSION -M- ~AT4049854'
d. It was found that if the chlorine atom in the
-experimental data are tabulate
pol-mer vas directly bound to tb.acarbon of the main macromolecular
chain, its
reactivity in the Arbuzov rearrangement vith triethiylpbosphite
decreased con-
siderably. This result agrees with the dAta available, according to
which sec-
ondary alkylhalideB do not initiate Arbuzov rearrangements, and Is
obviously
explained by the low mobility of the Cl atom in polyvinvlchloride.
Durinp the
reaction of polyvinyichloride in dioxane, no isomerization of
phosphite Vas
found. The, reaction of triethylphosphite with polyvinylchloroacetate
and Poly-
meric chloroanhydrides of acrylic and me-thacrylic acid gave linear
polmeric
derivatives; of alkylphosphinic acid or their cupolymers~,with the
initial chlor-
ide (not previously described in the literature5 with igh degrees of
conversion,
92-95%. The properties of these phosphorus -conta ining polymers vere
stiidied In
detail. Tbe conditions of preparation and polymerization of the
various com-
pounds are described in detail. Orig. art. has: 1 table and 3
lormulas.
ASSOCIATIOV:
-1:
OMITTED:-
No REP SDV*.
Card' 212
Institut vy9okomole1,ulyarnv1tb 3oyedineniy AN SSSR (Macrappolacular
eOct62*:;-:!' ENGL-t
DE::_M-
R
_0
006. oil
OTHERi

GUBERNIYEV, I-I.A.; TORBOCIIrMA, L.I.;.BONDAREVA,_N.S.
Polyphosphate characteristics of volutin granules from
Act. Antibiotiki
6 no.1:5-9 -Ja 161. (MIRA 14:5)
1. Vsesoyuznyy nauchno-issledovatell "ki institut
antibiotikav#
r
(ACTINOMYCES) (PH68PHATES~

BONDARRVA, N. V.
I-.-- --': : i~ tu.r,a. o.fthe -- bone marrow In diagnosis of
typhoid fever.
Sovet. Mod. no. 12:27 Dec. 1951, (CLML 21:3)
I*' Saratov.
I

BONDAREVA, N.V.
Role in diagnosis of typhoid fever, played by cultures fm of
microbes found in the
bone marrow of patients *
SoIj. med., 15,no. 12,1951

BD-,;,.'DA?',:"Vp' V.
"Diagnostic Sinificance
Durin- Typhoid
RSFSR, Saratov, 1955.
7 T4
of the Investigation of 3cnt~ Earrow-Functates
Cand Med Sci, Saratov State P-'edicil Inst/,-!-'.Iin
iealth
(iL, 'Nlo 14, APr 55)
11 _5 - Survey of Scientific and Technic 1 !AsE.ertations
SO: Sum. No - 704, 2 Nov 5
Defen4ed at USSR Hic~her Educational Institutions (16).

US3R / Looparasitology. Parasitic HUminths of G
ka, n .
Abs lour: Ref Zhur-Biol., No 6, 1959, 24256.
Author : hosinachevskiy, V. V., Bondareva, N. V., Savich,
T. Ye.
Inst : Belorussian institute for the Advancod Training
of Physicians.
Titlo Clinical and 3ipiddrAiological Peculiarities in
Bolorussia.
Orig Pub: Sb. nauchn. rabot Belorussk. in-t usovorsh.
vrachoy, 1958, 1, 160-184.
Abstract: No abstract.
Card 1/1

Rt_~f '.~hur-Biolopjyn, TTo-4, 1-959, No. 14879
Al 7 Bond"revn N.V.
- Z11 T 12 The Bacterioio~~ical ili-.17.nosis of Typi~-oid
Fever.
Zidravookhr. 11010ru-'39ii, 1958, Nr.4, 36-38
ABSTRACT :In 63 -oatients, with typhoid and paratyphoid.
4_ -
fever -parallel studies were conducted On Gpeal
iments obtained bj -puncture of the bone ni-ir- si
row and blood cultures at different interval
of the febrile perlos and in tne suhfebrile
period. Utogether thcre viere c14 c-altures of
" I-th
the ])One marrow and 121 of the blood.
tj-,e seedinj.~ of minimal doses (0.1 - 0.'2 IT,,)
of the -puncture specimens or bone marrow on
:solid nutrient medium the growtb of the a_entj
1/3

T
AU THOR
ijb
T R A 0 T vf,s more abundant Chan .!,,ith the culturin-, of
10 ml of blood. sinrle cul"Uure ol" 'Done
,narrow gave better results Lhan numerous 3ul-
tures of the blood. '2he number of pooitive
results from culturcs of the bone ir,-Arrow dor-
izntz- all periods of the disease was almost
double that of blood cultures. Bone M"IrroV.,
cultures with iiormal or subfe')rile te!VITera-
tures were especially -valua)le, since under
,these conditions there was quite a decrease
2/3
47

G'MCiT!.L TJ~7SR
CATLE G 01
Microbiology
AYE . J-D'u"'L, Ref ",hur-Bio1of,,iyFt, No.4, 1959,
No. 14879
AU"FHOR Bondareva, N.V.
S T.
TITLE,
ORT G. 17J F .
ABSTRACT :in the number of positive blood cultures.
In
a number of cases the agents of typhoid-para-,
typboid diseases were isolated fro.-ii the oone
Marrow, w"-ile other methods of iniyesti--~ationq
-,a-,,e negative results.- 1-!.Ya. BoyF%r3kpva
CARD: 3/3

KOSMACHEVSKIY, V.V.; BONUMVA, N.V.; SAVIGH, T.Ye.
Clinical aspects of Trichinella infection. Med. paras. i
para2, bol. 27
no.4:492 Jl-Ag '58. (MMA 1-2:2)
1, Iz !mfedr7 infektaianufth bolemay Instituta
usovershenstvovaniya
vrachey Beloruszkoy SSR.
(TRICHINOSIS, case reports,
clin. course (Rue))

BONDAREVAv N.V.; KAPIAN, Z.A.; VILENCHIK, G.Yu.;
KNYSH, I.N.
Clinical significance of antibiotic sensitivity
tests for
pathogenic organisms of infectious diseases using
paper
disks. Antibiotiki 5 no. 5:82-86 S-0 160. (MICA
13:10)
1. Belorusskiy inotitut usovershenstvovaniya
vrachey.
(ANTIBIOTICS)

BONDAREVA, N.V.; VEVCHIKOVA, R.K.
Results of dispensary observation of convaleacents following
infectious hepatitis* Zdravi Belor, 6 no. 5t23-26 My 160.
(MIRA 13:10)
1. Iz kafedry infektsionnykh bolezney (ispolnyayushchi7 obya-
zannosti zaveduyushchego - dotsent, W.V. Bondareva) Belorusskogo
instituta, usovershenstvovaniYa vrachey i Minskoy Apfektsionnoy
bollnitsy (glavnyy vrach Z.G. Alikina).
(HEPATITIS9 INFECTIOUS)

_Y2~ ~11 eyyna.~JMASILINIKOV, A.P.,, kand. med. nauk,
~~~aAezhda V
dots., nauchnyy red.; Y&FRABOVA, 11.V., red.; PSFONIK,
B.M...
red.; ZIMA, Ye.G.# tekhn. red.
[Diseases transmitted to man k. animals; an aid for
students at
popular universities of health] Bolezni,,
peredaiushchiesia chelo-
veku ot zhivotnykh; v pomoshch? slushateliam narodnykh
universite-
tov zdorovlia. Minsk, 1961. 22 p. (Obshchestvo po
rasprostrane-
niiu politicheskikh i nauchnykh znanii Belorusskoi
SSR, no.25).
(MIRA 15:2)
(ANIMALS AS CAMIERS OF DISEASE)
(CMINITRUCABIL DISEASES)

E~NDARE A,_~V. - ELIKIFAp Yu.A. (Minsk)
y
Ulcerative colitis; suzvey of f oreign literature., Klin.med.
39
no,2:17-23 P 161, (HIRA 14t5)
1. Iz kafedry infektsiornykh bolezney (i.o. zav. - dotsent
W.V.
Bondrera) I)elorusskogo instituta usovershenstvovaniya vracbey
i kafedry infektoio=ykb bolezney, (zav. ~--prof. A.K.
Filippovicb)
Minskogo meditsinskogo instituta.
(COLITIS)

BWDARITA, N.V.; SOIA)SHCHEVA, V.M.
Clinical aspects of influenza. Zdrav. Bel. 9 no.8-115-18 Ag'63~
(MIRA 17 W
1. Iz kafedry infektsionafth bolezney Belorusskogo gosudar-
stvennogo instituta. usovershenstvovaniya vrachey ( zav. -
prof.
M.N.Bessmova) i MinBkoy Infektsionno7 boltnitsy (glavnyy vrach
Z.G. Alikina).

TV
175--/8 14
(MIRA
lcomplelnnyy institut
2 1 h j Ldo 1. ya. Ali SS,'~T; .-!illmlt'ad Mgfoh 25v

Transactions of ihe Sixt7l Conference (Cont.) SOV/6371
58. Belyayev.. Yu. K. "Ruled" Narkov Processes and Their
Application to Problems In the Theory of._Reliability 309
59. Bobrov, A. A., and D."Z. Arov. -Flows of Random Events -
Without Aftereffect 325
6o. Bondareva. O.__X._ EYAstence of a Solution Coinciding
-With -the Kei~el in a ftme of n Persons 3_37
61. Girsanov,, X. V. Minjmax Problems in the Theo1rY*of,Dif-
fusion Processes 339
62.' Gn6denko, B. V., Yu.'K. Belyayev,, and 1. N. Kovalenko.
Basic Trends of Investigations In the Theory of Queues* 341
63. Kovalenko, 1. N. On a Method in the Theory of Queues 357
64. Kolofiin, V. F. Some Problems in the Theory of Dynamic
Games
Transactions of t1-43 6th Conf. on Probability Tbeory and
Mathematical Statistics and
01 the Symposium on Distributions in InfPinita-Dimensional
Soaces 1,.eld in Viilnyus,
5-10 Sep 60. Vilinyus Zospolitizdat Lit SSR, 1962. 493 p. 2500
copies printed

BONDAREEVA, O.N.
Theory of the core in an n-person game. Vest. LGU 17
no.13:
141-142 162. 0AIRA 15:7) -
(Games, Theory of)

BONDAREVA, O.N.
Some theorems of the theory of -stability in
cooperative
games. Dokl. AN SSSR 153 no.1:61-63 N 163. (MIRA
17:1)
1. Predstavleno akademikom P.S. Novikovym.

BONDAREVA, O.N. (Leningrad)
Some applications of linear programming methods to the
theory of
oooperative games* Proble kib,, no.10:119-339 163,
(MIRA 18:4)

1 -1306 ZCase of -,,aisonini-- by so-called "oscilleted roef7
slu(,-,,ai o-ravion-ia -a~
RT
nazyvaemoi "zakachannoi i1croill.
Ves tni k Obshchn s tvennoi Gi gieny, Sudebn ui i Pralf tic ha
~,-koj. !,:e 6 it:3i April: 32'~5-3210,
117911117

BONDARIVA, S.P.
- --~
Connection between the lipase of the liver and
ascorbic acid. Ukr.
biokhim.zhur. 23 no.4:447-452 951. (MLRA 9:9)
1. Kafedra meditsinskoy khimil Kirgizakogo
meditsinskogo institute,
Frunze i Otdel biokhimii Vaesoyuznogo institute.
eksperimentallnoy
ondokrinologii, MoBkva.
(kSCORBIG ACID) (LIPASS) (LIVM)

BORISOV, V.N.; BONDAREVA, S.T.
Toxinfect-'on on .'fur fams in the Tay,-Vr.
Veterinariiaa 4-1 no-4.'43-44
Ap 165. (MIRA 1816)
1. Nauchn:,-Jssl,pdcvat9llskiy Irstitut, ec-l'skogo
khozyaystva Kraynego
Su-~-ara.

"The Re.-m-As of Utilizing Irritanto in Jofirnit--~
Stren-:~tho to Stjd-' r t1he
11
Fu.nctionall 'ondition of the Gastric Glands. (Exp~rimeital
Stud,,)." -,,,--d
!--.ei ~cfl, Stalim-rad Stat-:~ A.-edical Inst, j:in of
'"'calth 33FSq, St,-lin-7rai, 1P,54.
(],,'T,, TTo 9, Feb :55)
S10- Sim. Ilo. 631, 26 ilug 55 - Survey of ScientLific and
Technical Lkissertations
Def~nde.-.l at USSR lzlif,,her :Ediicattionall institiittons
(I")

V.S. Syrokomskii snd T.N. Bondpreva. Cerimetric Mothod of
determination of oxyF-en in
water. P. 1194
The Ural State Univ.
SO: Factory Laboratonr, No. 10, 1950

-BON1)AR'FVA,--T. N.-
Dissertation: "Irmestigation Into the Cerimetric Method of
Analysis." Cand Chem Sci,
Ural' State Univ., Sverdlovsk, 1953. (Referativnyy
Zhurnal-Khimiya, Moscow, No 4,
Feb 54)
SO! SUM 243, 19 Oct 54

potentlemeWc, Olwy d the Precipitation pf-cq~~j
1-iJI1,10,1111 I -fib rwct to fb~ effect c~ the ply of tCa
S R of th"

S/153/60/003/003/013/036/ri
B01 6/13058
AUTHOR: -2~~~
TITLE: Determination of Copper by Means of tile Cori-metric
Method
PERIODICAL: izvestiya vysshikh uchebnykh zavedeniy. Khimlya
i
khimicheakaya tekhnologiya, 960, Vol. 3., No. 3,
pp. 416 - 417
TEXT: The author criticizes the common calorimetric
determination meth-
cds for copper (Refs. 1,2), as they either require
expensive reagents
or yield unxeliable rpsults. The elaboration of a
volumetric determina-
tion method for small amounts of copper became possible by
using dilute
Ce 'IV) solutions. The author used bismuth reducing agents
as well as
phenyl antranilic acid as indicator for the titration with
0.01 n-cerium
sulfate solution. She established experimentally that
copper may best
be reduced from the bivalent state to the monovalent state
in a
1 N FC1 solution. In a H2SOA solution, copper is then
reduced to the
metal. The author separately describes two modifications of
her method:
Card 1/2

Determination Of Copper by Means of the S/15
60/003/0033/0'13/036/XX
Cerimetric 7-illethod B01 6YB058
a) the copper determination in pure copper salts and b) in
metall-i'l-
nickel. She concludes from Tables I and 2 that these twe
variants of the
method are sufficieptly accurate and give satisfactory
results. There
are 2 tables and 2 non-Soviet references.
ASSOCIATION: Urallskiy gosudarstvennyy uniirersitet im. A. M.
Gorlkogo;
Kafedra analiticheskoy khimii (Ural State University
imeni A. 1,A. Gorfkiy; Chair of Analytical Chemistry)
SUBMITTED: November 30, 11058
Card 2/2

CIMP,f4x 11C 8
-nur. kh'A.
1jr,
juay 1:..

JDPG
-,kCC NR, 1&601911'~~~~A SOURCE CODE: UR/0032/66/032/008/0907/0909
AUTHOR: Bondareva, T. N.; Shvarev, V. S., Perkina, V. P. 446
ORG: %Jmk !Z~Vcde- U~-%;vev%~A, '%M.1\
TITLE: Photocolorimetric determination of ceri using
phenylanthranilic acid
SOURCE: Zavodskaya laboratoriya, v. 32, no. 8, 1966, 907-909
TOPIC TAGS: cplorimetric analysis, analytic chemistry, cerium,
chemical composition,
ABSTRACT: A photocalorimetric method of determining cerium
contents in lanthanum oxid
is described in detail. The method utilizes the phenylanthranilic
acid as a complexin~
agent. The Ce(IV): pbenylanthranilic acid ratio in the complex is
constant and equal
to 3:2. The molar extinction coefficient of this complex is
15.4-103. In essence, th,
method consists of dissolving of the lanthanum oxide sample in
lnH2SO4 at pli = 3
followed by cerium extraction with a mixed solution of sodium
diethyldithiocarbaminate
in ethylacetate. The photocalorimetric determination of the
complex was made with an
FEK-N-57 spectropbotometer. It is claimed that the absolute
accuracy of the analysis
is equal to 1.6-1011% for samples containing 0.005% Ce and is
equal to 1.2-10-2% for
samples containing 0.2% Ce. Orig. art. has: 2 figures and 2 tables.
SUD CODE: 07/ SUBM DATE: 00/ ORIG REF: 007/ OTH REF: 002
Card UDC; 543.7

ALFEROVA, L.A., icand.tekhn.nauk; BONDAREVA, T.N.t*
SHERSTNEVA, V.A.9 inzh.;
IVANSKAYA, L.N., inzh,; GUSHCIIINA, L.I.
Amount of acid waters formed in the -Luinufacture of fatty
acids.
Masl.-zhir.prom. 29 no.llt4O-43 N 163. (MIRA 16:12)
1. Vsesoyuznyy nauchno-issledovatellskiy institut
vodosnabzheniya#
kanalizatsii, gidrotekhnicheskikh sooruzheniy i inzhenernoy
gidro-
logii Akademii stroitel'stva i arkhi+-ektury SSSR (for
Alferova,
Bondareva). 2. Volgodonskoy filial Vsesoyuznogo
nauchno-isaledova-
tellskago i proyektnogo instituta sinteticheskikh
zhirozameniteley
(for Sherstneva, Ivanskaya, Gushchina).

LURIYE, YU.Yu.; ALFEROVA, L.A.; BONDARFVA, T.N.
Separate determination of low-molecular fatty acids in waste
waters. Zav. lab. 30 no.7:799-801 164. OGRA 180)
1. Vsesoyuznyy nauchno-issledovatellskiy institut vodosnabzheniya,
kanalizatsii, gidrotekhnicheskikh sooruzheniy i inzhenernoy
gidrogeologii.

30:199
S/080/61/034/011/012/020
I -9S C) D243/D301
AUTHORS; Shataiov, A.Ya., and Bondarevaq T.P~
TITLE: Electrochemical investigation of the passivation of
zirconium in acid solutions
PERIODICAL: Zhurnal prikladnoy khimii, v. 34, no. 11, 1961,
2487 - 2495
TEXT: The authors set out to study the passivation of zircon-Jum
-Ln HC1 and H 2so4 solutions of various concentrations and in
the
same solutions in the presence of an external anode current. The
mechanism of this reaction is still disputed and in the
introduc-,
tion previous views are sketched. In the first instance the
zirco-
nilin potential was measured by a 9nTB.-l (PPTV.-l)
potentiometer in
a special vessel with passage of oxygen or hydrogen. A
hydrogen,,
A hydrogen electrode, placed in the same solution, saturated
with
gaseous hydrogen and connected to the electrode cell by an
electric
sw.-:.tch served as the electrode of comparison. The e.m.f. of
the
circuit was the potential difference between the two electrodes,
Card 2/4

30199
S/08 61/034/011/012/020
Blectrochemical investigation of ... D243YD301-
To measure the zirconium electrode potential in oxygen or air
the
hydrogen electrode was placed in a separaie vessel, -through
which
hydrogen vias passed. When an external current was applied an
or-
dinary cell was used with an auxiliary platinum electrode.
satura-
ted copper sulphate composing the electrode of comparisons The
ca-
pacity of the zirconium electrode and the intermediate
resistance
a'. the solution boundary were measured on a circuit
illustrated.
The bridge was fed from a 3f'-10 (3G-10) generator using as
zero an
' I?
W-7 (EO-7) electron oscillograph connected to a low frequency
am-
plifier. The external polarizing current was fed to the cell
from
a high voltage rectifier. Two series of experiments viere
conducted
In normal H SO for 6-10 hours with continuous polarization at a
U 2 4
current density of 40 and 133 jiA/cm2 with readings ai: 30
minute in-
tervals~ Measurements in 0.1-5 N acad solution were marked by
con-
siderable s0atter and poor reproducibility,, but certain
regular-J.-
ties became nonetheless apparent, In H,SO 4 solution the
zirconium
pot-entia2 rose gradually to a constant level in 1-2 hours. In
HC1
the constant value was usually attained after 2-3 hours but the
Card 214

30199
S1080/611034101110121020
Electrochemical investioation of D243/D301
0
exact shape of the curve depended,--n whether oxygen or hydrogen
was passing through the cell. Witi, anode polarization in HC1
solu-
tion the zirconium potential rose rapidly to a constant level
in-
dependent of current density but varying slightly with acid
concen-
tration; in H2 so4 solutionp.studied over the 20 - 266 pA/CM2
range,
the potential rose continuously, the potentials in this case
being
dependent not on current density but the quantity of
electricity.
The passivating film formed was unaffected by H 2S0 4'
Simultaneous-
ly, there occurs a fall in zirconium anode capacity and a rise
in
intermediate resistance. The change in capacity is explained by
the linear relationship between the increase in thickness of the
ZrO 2 oxide film and time, as given by 1/0 = conSt 4 P - t (4),
where P is the coefficient of proportionality, dependent on the.
growth rate of the oxide film. There are 8 figures, 2 tables and
14 references: 8 Soviet-bloc cmd 6 non-Soviet-bloc. The 4 most
recent references to the English-language publication read as
fol-
lows: A. Charlesby, Acta. D,Iet-, 1, 340, 1953; IL 1,"araghini,
G.B.
Adamsp P.V&-i Rysselberghe, J. Electroch, Soc., 101, 400, 1954,
Card 3/4

30199
S/080 61/034/Oil/012/020
Electrochemical investigation of D243YD301
N. Hackermang O~B. Cecil, J. Electroch. Soc,,,, 101, 419, 1954; L~
Youngg Trans. Faraday Soc., 559 632, 1959.
SUBMITTED: July 28, 1960
Card 4/4

S/02P/62/147/005/028/032
61 BIOI/B166
AUTHORS: Shatalov, A. Ya., Bondareva, T. P.
TITLE: Kinetics of anodic niobium oxidation
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 147, no. 5, 1962,
1137-1140".
TEXT: The change in time of the potential during niobium oxidation
at a
constant current density was measured in I N H so and HC1.
2 4' H3PO4' HN03'
The linear function d,8 dt = (r/6B )i ln(i/aI ), where i-is the
current
f/ + 0
intensity, and r is the volume of oxide forming when one unit of a
quantity of electricity passes through$ is based on the equation
I = a-I exp(B -F) (1), of A. Giintherschul-ze and H. Betz (Zs.
Phys.t.92,
0 +
367 (1934)), where a is the coefficient of roughness, I and B are
0 +
constants depending on the type of electrolyte,, and F is the field
strength in the growilig oxide film. The more precise equation
I (Yi0exp B++ CtF)F based on experimentil data, is suggested to
1/3

S/020/62/147/005/028/032
Kinetics.of anodic niobium. *idation B101,/B186
rep ace Eq. 1. The constants of Eq. 4 are the,lfollowing:
2 6 14
I (cm-v)
oppa/cm B -10 f cm/v, allo 2
in H SO 0,572 1.63 -9-74
2 4
in HCI 0.357 1.23 -5.20
-4
in HNO3 8.0-10 4.78 -37.7
in H PO 7.53-10 -7 7.40
-54.0
3 4
It is assumed that the oxide.layer is non-homog'eneoust and that its
looser aris dissolve again".' A constant potent:ial is reached when an
p
equilibrium is established between dissolution'and formation of the
oxide
layer. This potential, however, increases with the density of the
anode
current. Observations over 60 - 120 hrs showed'ihat the potential of
Nb
2
in I N H SO increases to Altost 6v at 2.6 palom' and to almost 2 v at
2 4
Card 2/3

5/020/62/147/005/028/032
Kinetics of anodic niobium oxidation B101/B166
2
0.5 pa/CM . Short-time potentio9tatio measurements (6 hrs) of the
dissolution rate yield too high values. The formbLtion of oxide
layers on
insulated Nb electrodes was studied under the effect of
self-dissolution.
In HC1 and H so a change of the gas medium (H or air) did not
2 4' 2' 02'
affect the oxidation rate. The local current decreased
immediately to a
fraction of a microampere. Conclusion: Nb oxidation in
electro*lyte
solutions is mainly based on the reaction"of Nb with H 0. The
alectrolyte
2
itself affects only the structure of the resulting oxide layer
and the
rate of its dissolution. There are 4 figures and I table.
ASSOCIATION: Voronezhskiy gosudaretvennyy universitet
.(Voronezh State Universityy
PRESENTED:- July 5, 1962, by A. N. Frumkinq Academician
SUBMITTED: June 15, 1962
Card 3/3

BONDAREVA, T.P.; IVApIOVA, V.A,
Fourth Coordination Conference of Soviet Micropaleontologists.
paleot, zhur. no,31132-134 163. (MIRA 16:10)

inTaLTAITELMR, T. Fa
BONDAREVA, T. F. -- "The Foraminifera. of the Chegan
Formation in.the Southern
Portion of the Aral-Turgay Lowlands and Their Stratigraphic
Significance."
Min Higher Education USSR. Moscow Petroleum Inst imeni I. M.
Gubkin, Ghair
of General Geology. Moscow, 1955. (Dissertation for the
Degree of Candidate
of Geologicomineralogical Sciences,)
SO: Knizhnava letoas', No. 4. Moscow, 1956

7
sERovA, x.ya.; BONDAUVA% T.P.
Development of mill0lit0s In the PalsoCene period in the
TurM
Ottes. Biul.NOIP.Otd.gool.31 no.3:116-117 My-Ja '56. (KM
9:12)
(Turgay Oates--Iforaminifera, Fossil)