SCIENTIFIC ABSTRACT BONDAREVA, T.P. - BONDAREVSKIY, A. S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206220020-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

AUTHOR&
Bondareva, T.P. and Samodurov, V.I. 5-6-6/42
TITLEB
New
Strata of the Pliocene Deposits in the Eastern Part of

the
Turgay Depression (0 novoy svits otlozheniy pliotsena

v
vostochnoy chasti Turgayekogo progiba)
PERIODICALs
Byulleten'
Koskovskogo Obshchestva Ispytateley Prirody, Otdel

Geologicheskiy, 1957, # 6, PP 93-100 (USSR)
ABSTRACTi
The author
describes new strata of alluvial deposits, un-

known thus far,
which occur in the low watershed between the

rivers of
Kara-Turgay and Ulu-Zhilanchik in the eastern part

of the Turgay
depression.

As these strata are more ancient than the valleys
whichy

according to V.A. Lindgollm and A.P. Sigov, existed
already

in the Middle-Pliocene epoch, their age can thus-be
determined

as Lower-Pliocene.

It is proposed to name these strata
the Katpagan suite

after Lake Katpagan located between the two
above mentioned

rivers.

The author gives a detailed petrographic
description of

the rocks and mineralogical composition of the
sands building

the Katpagan suite.
Card 1/2
He concludes that the
study of the composition and thickneBB

5-6-6/42
New Strata of the Pliocene Deposits in the Eastern Part of
the Turgay
Depression.
of this suite are of a great practical importance, because
its sandy rocks are associated with occurrence of fresh
water.
The article contains 1 map, 2 tables, and 8 Russian refer-
ences,
AVAILLBLEs Library of Congress
Card 2/2

_I 1Y
]3UNUAIUM
Paralleling the Chegan series of the Turgay Depression with
the
section of marine Paleogene deposits of Central Asia. Dokl.
Jul
SSSR 136 no.6-1411-1413 F 161. (MIRA .14:3)
1. Geologicheskiy institut AN SSSR. Predstavleno akademikom
A. L. Yanshinym.
(Turgay Gates---Geology., Stratigraphic)

BONDAREVA, T.P.; SAYODUROV, V.I.
Recent data on the stratigraphy of Faleogene deposits
in the northern
part of the Aral Sea region, Dokl. AN SSSR 140
no-3:655-657 5 161.
(MIRA 14:9)
1. Geologicheskiy institut AN SSSR4 Predstavleno
akademikom A.L.
Yanshinym.
~Aral'sk region--Geology, Stratigraphic)

BONDAREVA, T.P.; NEMOV, G.I.; SOODUROV, V.I.
Ape of the Tas-Aran series in the northern part of the Aral Sea
region. Dokl. Ali SSSR 140 no.4:892-894 0 '61. (MIRA 14:9)
I. Geologicheskiy institut A14 SSSR i Moskovskiy
peol.ogorazvedochnyy
institut Im. S.Ordzhonikidze. Predstavleno akademikom A.L.
Yanshinym.
I (Aral'sl% region--Geology, Stratigraphic)

-BO,NDAREVA, T.P.
Studying the anodic behavior of zirconiump niobium,
and
vanadium. Sbor.nauch.rab.asp. VGU no.2.'37-45 162.
(IMITPA 18: 11)

ACCESSION NR: AT4010280 S/3053/62/000/000/0280/0282
AUTHOR: Shatalov. A. Ya.; Bondareva, T.P.
TITLE: The electrochemical behavior of zirconium in sulfuric
and hydrochloric
acids
SOURCE: Trudy* Vsesoyuznoy mezbvuzovskoy nauchnoy
konferentaii po voprosam
bor'by* s korroziyey, Baku, 1962. Moscow, 1962, 280-282
TOPIC TAGS: zirconium, electrochemistry, anode polarization,
polarization,
oxidation, corrosion
ABSTRACT: The authors measured the electrode potentials of
zirconium in
solutions of sulfuric and hydrochloride acids in an
atmosphere of hydrogen,
oxygen, and air. In the HC1 solutions with hydrogen passed
through, relatively
reproducible potential values connected with the process of
self-diffusion
vere obtained. In an atmosphere of oxygen or air, the
electrode potentials
of zirconium showed a marked tendency toward passivation
(inhibition of cor-
rosion). With anode polarization ~,f the zirconium in HCI
after an original
rapid rise, a constant potential was established which did
not vary, despite
changes in the current density, but whic.% was a function of
the HCl concen-
Card 1/2 ..... . ......

ACCESSION NR; A14010280
tration. With anode polaritaiion of the zirconium in 1 N H2F4,
studied in
an interval of 20 - 270 ma/cm , there was a continuous rise in the
potential
reaching several tens of volts. The zirconium potential depended on
the
amount of electricity passed through the solution. With anodic
oxidation
there was, together with the rise in potential, a regular decrease
in the
capacity of the zirconium anode and a rise in cross resistance. The
tem r
po ary
change in capacitance can be explained by assuming a linear law for
the in-
crease in thickness of the oxide film with times
Orig. art* has: 2 figures.
ASSOCIATION: Voronexhskiy gosudarstvenny*y universitet,(Voromxh
State Uni-
versity)
SURMTED: 00 DATE AOQ: 28Jan64 ENCL: 00
SUB CODE: "CH' 14L ND REP MV: 001 OTHEA: 001
2/2

SHATALOV,, A.Ya.; BMDARE7A T.P
Kinetics of the anodic oxidation of nioblum, Dokl, AN SWR 147
no. 5:1137-7a= D 162. (MIRA l6t2)
1* Vbroneibskiy gosudarstvennyy universitet. Predstavleno aka-
demikom A.N. Frumkinv-mo
MON Q (Oddation,,RLectrolytic)

SHATALOV, A.Ya.; T.P.; TSYGANKOVA, L.Ye.
Anodic oxidation of vanadium and niobium.
Izv.vys.ucheb.zav.;khim.~
khim.tekh. 6 no./+:631-636 163. (MIRA 17s2)
1. Voronezhakiy gosudarstyennyy universitet. Karedra
fizicheakoy khimii.
Aiy

_L -12680-63
,ACCM AP30D
JD/JG
YEWT /BD5 MTTC/ASD
EWP(q)
Bondareva, T. P,j,Tsy*gankova, L. Ye.
"AUMORt Sbatalov;_A. Ya
--------------
iTZUS: Mectroahemical research on the passiv~ticm of niabium and
anadium
MOURCE: Mxurnal YrUladnoy kblmll., v0 36,* 1101D 3$ 1963A
.TOPIC TAM: passivation., znoaizin oiiaes -polarization,
repassivation, nibbium,
vanadiura
1ABSTRACT: 7he behavior of tbA. eleq!~rode, potentialw- of nibbium
and vanaditmi during - I
anodic polarization iii acid and caustie solutions Vas1nvestigated.
The potential
lof Nb, with constant current density increased vith time of
polarization and
P
,reached a voltage of several tenths of a hundred. '1a the beginning
sectionwof thei
:polarization curves., there is a proportionality between the
potential reached and
!the quantity of electricity, independent of the current -strength
applied--to -the
electrode -- -The ntialo of'the
pote in byd~loric,, nitric, sulfuric, phosft
lphoric acid solutions cannot be refteed to one but to~,tbe ftdc drop
In voltage as a-
result of the anodizing layer, of oxide. . %he electroae potentials
of the V anode-- on'
the part of the polarization curve where ionization occurs, depend on
current
strength, but. not on the cccpositim of the volution, Polaritation
tends tovara
~negative values In proportion to the increase In the pH of.the
solution. VanacUum
1.&rd 1/2__~_.,

~',L 16915-63 EW (q))tW (m)/bDS AFFTG/ASD JD/JG
s/o?6/63/037/004/016/029
ATJTHCR- Shatalov, A. Ya., Bonda eViL T. F.
36
TITLE: Kinetics of the anode,oxidation of niobium -in some
electrolytes
~O
PERIODICAL: Zhurnal fizicheskoy khimii, V. 37,, No. 4, 1963, 869-874.
7EXT: An investigation was made of the anode oxidation of niobiujp in
solu-
tions of mineral acids in order to determine the -kinetic patterns of
this process.
Potential-time curves were obtained from the anode oxidation of Fure
niobium in
U sulfuric, hydrochloric, phosphoric, and nitric acid solutions
employing an ex-
terrial current with a density of 0. 5-250 ika/cr.12. The anode
oxidation rate in -the
initial stages has a constant value in conformity with-the linear
portion of the
potential-time curves. The latter then bend toward the abscissa axis;
in the sta-
tionary state a balance is established between the formation and
dissolving of the
oxide film. After-the stationary state is reached, the higher is the
anode cur-
rent density, the higher will be the niobium potential.- Based on.an
analysis of
the time-potential- curves. during the anode oxidation of niobium
i.*4`tbe above solu-
'Lions, the equation i = a A exp t (B4 + a F)rl is dotained for the
'kin-etics of the
process. The constants A,, B+, and a have dilferent values for
solutions of dif-
ferent com.position; a is the factor of roughness; and F is the
voltage of the
Card 1/2

L 16925-63
S/076/63/037/004/016/029
Kinetics of the anode.oxidation of
p~lectrical. field7.- Assuming that the time - dependence the
electrode potent4.als
of niobium in the~absence of external current is due to local
corrosion currents
resulting1from the interaction of niobium and water and using the
corresponding
values for A+ and B+., the values of the self-diffusion rate of
niobium for solu-
t
1 -7 a/cm2.
IOns Of 1N H2S04 and HU are found to be on the order of lo There are
7 figures and 3 tables. The most importLnt Engglish-language
reference reads as
follows: H. A.-Johanssen, G. A. Adams, P. V. Rysselbarghe, J.
Electrochem. Soc.,
104) 33% 1957.
ASSOCIATION: Voronezhekiy gosudarstve=.vy universitet (Voronezh State
University),
Voronezh
SURMITTED: Tune '14, 1962
Card 2/2

L -63 EwP(q)/ZWT(M)/.oD$ AFFTC/ASD -JDIT(A
12873
ON NR: AP30029-16 S/0076/6_VO37/()06/134/1327
AMOR: Shatelon A, Ya.; ]~PR_va T.
TITLE: Kinetics- of the anodi xi ti a zir
0 "0 da:tao some electrolytes. 1.
-63,
vo 3 no, 6., 19 1321-1327
TOPIC TAGS: kinetics, anodic oxidati
C c
on, ele trolyte, zir onim
ABSTRACT: Equations for the Ionic-current strength in the anodic
oxidation of
21rconlua in IN H sub 2 SDsub 4, H sub 3 POsub 4, 'and HM solutions
have been
derived for steady state rates of potential growth with, time,
assmdng that the
only anodic process is the formation of a ZrO sub 2 film. In the
case of 1i sLb 2
SO sub 4 and H sub 3 PO sub 4 calculation of the anodic current is
-carried. out,
Cn,
according to equation (1), shown in the enclosure. 7he corresponding
e =.essi
for the KOH solution is of
the form re~esented by equation (2) shown in the
enclosure. On prolonged anodic oxidation of zirconium with constant
density
C=Tent a maximum potential value is obtained that remains constamt,
unless there
is a break-throush of. the oxide film,. Uhich leads to an abrupt f
ell in potentici.
It has been sugsested that under the influence of internal stresses
a nev
formation of the oxide fi2m In the steady.- state-occurs ~at-the
s=e- rate- as- 1ts7-----,-
breakdowzi-66-- at the:effecti*--t~-thl
ckness`bf-.the~~ijm remains constant... -0ji,
6rd 1#1
4i n

1 8691-65
ACCESSION NRi AT4043088
Experizailts -CaTiled~out with 99.996% ygre -irconium
98.7% pure niobiums and.99.7% pure vanadium in solutions of HN030
HS P04,,. XOR, and ',H7SO showed that the potentials of sirconiun and.
.4
niobium in all the electrolytes te-sted continuously STow ~Yitb the
io d - a f - - A 0 0 1-1 wit ion OF im- i rMi1t_:,_11a t Ii- a - c a
n 9 t an t -.-d a a a i ryi A - Ud t h e y_7
r2 a % magn, - wa
may -reach 4 --tbnsi -de '_ bli
p--tc.160 v.for zirconium
in lN gulf urid 4cid;b 'When, the _currents to ti3rned of f the
potential
drops to the original valui,,'but vitb-.urTent turned on agAin it
returns rapidly to the value it previously reacheds The high
potential of zirconium and niabium anodes' annot be explained sole-
ly by An o%zaic_.vvltaSe.Arap_An Us.-gTowin, oxide fil.n. Pote,nials
-,'of vanadium Anado-Ju-tbo-sect-lon of :thft*:P0laTizatLon ~cujj;jj
corre-
sponding to the active prOce as of ionization depend upon the current
density. With tbs InersaBing.pH of the electrolyte# the polarima-
tiou curves shift towards negative values* Vanadium can be easily
paf:oivated in a Moderately alkaline solution" In 0001 H sulfur.ic
.2
acid, vansdium~ pas3ivatas:~ a It'- a mcuv.T;&nt:- density as higb as
60 qa/cu
-1:- ~Yhe -introduction of subs tinces~--f orming Imseluble compounds
In iha*
Wa
Card 213

!Card 3/3

VYALOV, O.S., akademik, otv. red.; BOGDANOVICH,
A.K., red.;
BONDAREVA, T.P.., red.; P15hVANOVA, L.S., red.;
SU13BOTINA-,-". ., red.; IIIELILIK, A.F., red.
(Maikop sediments and their age analogues in the
Ukraine
and Central Asia; materials] Maikopskie
otlozhenila i ikh
vozrastnye analogi na. Ukraine i v Srednei Azii;
materialy.
Kiev, Naukova. dumka, 1964. 299 p. (MLRA 18:6)
1. Kollokvium po mikrofau-ne i. biostratigrafii
maykopskoy
tolshchi i yeye vozrastnykh ana-logov. 1st,
LIvov, 1961.
2. Institut geologii goryuchikh iskopayemykh
AIIII Ukr.SM
(for Vyalov).

- - - - - - - - -I
BOUDAREVA, V.D.
- ~, - - -.1 -
Production litl!13- f9r pre-paring.glaz!D4 candies. Xhleb. I
kond. prom. 1
no.5:34-35 W, 57. (MIJU 1W)
(Confectionery-liquipment and supplies)

BONDAR-,IJA, V. I.
20623 Boyer, S.N., Sokolova, 1. B. i Bondarc-ia, V.I. K
t)oznah:iyu gellrintofaun--
arkhara Kazakbstana. Izvestaya Al-cad. nauk Kazakh. SSR,
No. 44, Seriva parazitol;
vyp. 6, 1948, s. 85-98. - Rezyume na Kazakh ya-.-. -
Bibliogr: s. 97-1/18
SO: LETCPIS ZHURNAL STATEY - Vol. 28, Moskva, 1949

SOKOLOVA, I.B.; BOUV, S.11.; BONDARMA, V.I.
"'; -
Study of helminths of the saiga In Kazakhstan.
Izv.AN T4Lzakh.SSR.
Ser.paraz. no-7:91-94 '49. (MLR& 9:5
(Kazakhstan--Worms. Intestinal and Parasitic)
(Parsaites--Saiga)

BOOARRVA, V. I.
Occurrence of oribatid $oil mites in pastures of
southeastern
Kazakhstan. Izv.AN ]Easakh.SSR.Ser.paraz. no.7:95-98
149.(MLR& 9:5)
(Kazakhatan--Nites as carriers of diaeaso)

I ---
;11- - - - I .~f '- " .'_:' ., '. t "_ .
"Eyperiment with Curing Sheep of Nematodiasea by
Phenothiazine in KolkhazeE"
SO: Vaterinariya;Vol.26;No.2,-45-46,-Fe bruax7 1949;unel

BONDkMA, V. I.
K voprosu o vidovoy samostoyatellnosti razlichnykh
vidov mul'titsepsov,
"Works on Helkinthology" on the 75th Birthday of K. I.
Skryabin, Izdat, Akad.
Nauk. 55SR, Floakva, 1953, page 66.
Inst. V6terinary, Kazakh Affil. All-Union Order Lenin
Academy of Agricultural
Sciences in V. I. Lenin

~~Relating to the Dehelminthization of Horses"
Tr. Vaes. In-tu Gellmintologii 1953, No 5, pi, 158-159
Thirt,- horses with stroneyloicliasis were given small doses
(10-16 milli-
grams per kilogram of body Wfight) of phenothvazine and this
sharply reduced
the number of strongyloides eggs. The larvae were excreted with
the feces
after dosing with phenothyaziixe and did not reach invasi on
stags. In in-
dustrial installations the treatment of horses with the drug had
excellent
results when given in daily doses of 5 -milligrams per kilogram
of body
weight. (RZbBiol, No 3, Oct 54)
SO: Sim. 492, 12 May 55

) U916
(Now Concerning Helminthiases of Agricultural AnimaIx-per
material subzrdtted to
the editorial office-excerpt~D.-N.Antipin)
BONDAREVAP V.I. (Candidate of Veterinary Sciences)and
Dikov)G.I. (Junior Scientific
Coworker.,Institute of Veterinary Science.,Kazakh Branch of
VARKWUL)o
"Squash seeds as an anti-cestode remedy in dogs".
SO:Veterinariya;Vol.31;No.4;23-27;Apri1 1954;unel -

JaMIAMA.j~,1J.
Role of domestic mnd wild carnivores in spreading lprvnl
cestodiases.
Report no.l.Trndv Inst. zool. AN Kazakh.SSR 11-126-131
'53-
(MW l0a)
(Almm-Ata Province-Does as carriers of diseAse)
(Parnsitse-Foxes)
(Gentods)

-BONDAREVA, V.I. __ __
Role of domestic mid wild carnivores in the
epidemiology and
epizootolog7 of I&xv&1 Cestodialis. Report no.2:
Cestodes of
wolves. Trudy Inst.sool.Al Xazakh.SSR 3:101-104 '55.
(UzAkhstazk--Cestoda) (xim 9:12)
(Parasites--Wolves) -

nso. Fwa of domwaa fmd w U, m'rWvor4e in the appidemirl 97
and epizooUology of larvil cestodoL 2nd commuzi"tion. 0--tco'de

BONUMA, V. I.
-110011811,114"
Comparative rates of cestode Infection of dogs of
different service
deal ations. Trudy Inst.xool. AN r&xWrh.SW 3:105-112
155.
rZakhatan-Cestoda) (na 9: 12)
(Dogs as carriers of disease) (Parasites-DogB)

USSR / Diseases of Farm Animals. Diseases Caused R-2
by Helminths.
Abs Jour: Ref Zhur-Biol., No 2, 1958, 7340
Author : R. S. Shults, V. I. Bondareva
Inst :Not Given
Title :Concerning the Organization of Measures to
Control Coeunurosis and Echinococcys.
Orig Pub: Veterinarya, 1956, No 11, 24-28
Abstract: Among the methods for the fight against coeun-
urosis and echinococcus the authors recommend de-
worming of dogs twice a year, destruction of inva-
sive material and a complete and timely removal
from the flock of the affected sheep and goats
and their concentration in special groups. The
authors give great importance to this wethod and
cite arguments in favor of its expediency.
Card 1/1

USSR/ZooparasitoloC7 Helminths. G-2
Abs Jour : Ref Zhur Biol-, No 10, 1958, 43385
Author : Bondareva, V.I.
Inst
Title : Survival of Oncospheres of Brain Cyclophyllidea in an
Open External Medium,
Crig Pub : Dyul. nauchno-tekhn, inform. Vses. in-t
gelnintol., 1957,
No 2, 31-32.
Abstract : In an infection of larabs (at 7-8 mnths of age) by
a cul-
ture of eggs from seGments of brain cyclophyllidea which
wintered under snow in Alma-Ata for a period of 160 days
(from October 2. 1955 to April 2, 1956) with temperatures
ranging from +20 to -230, three were infected (a positive
allergic test), and coenurosis in the brain developed in
two.
Card 1/1

USSR / Zooparnsitology. Faras-itic Worms. G-2
Abs Jour : Rof Zhur - Biol., No. 8, 1958, No 33942
Author : Bondarova, V. I. varov, M. D.
Inst : T37 g-Tvon
Title : Exrorimontel Infection of Foxes and Jackals
by Costodc
Multicaps Multicops. -- Eksperir-entalnoo zarazhenic
lisits i
shaknlov tsestodoy Multiceps nulticaps.
Orig Pub : Tr. In-ta zool. AN KszSSR, 1957t 79
257-240.
Abstract : In fooding larvocystocoenure (7) vesicles
frcr- a sheer-
brain to 3 jnckals, 4 foxes, 5 pups end one bedgor,
so-,i-
ripened 11. nulticops were found'in 2 Jackals, 2
pups, end
one young fox. The opizootologicel significance of
jeckels
in spreading shear cconurosis end coonurosis of lvrgo
horned cnttlo is distinguished from foxes, the role cf
which is ovidontly insignificent.
Card 1/1

s,2 s -.u:3c!d b-,
f F -.Is. Diso, - C,
Jou:.- Rof Zhur Biol., J10 19, 1958, No 88278
Boadarowa V -I., Y-Jr.-.,olova Yo,.N.
Illst-,itutc- of 110dicine of the 11---.7.:~11:11i
Blanch -X
tho ;al-Uiiio-.i .'.cadaryr of .'.gvicultural
Scia~:-ccss Lmni
Titia Tra2t-,unt of Coonurosis in aoc-)
0 P u'O Tv. In-ta vet. fil. W.Sl(l,.,,IIIL,
lg:-),i7, 0, ~a,6-4-o--;
ho r~bst-r:~.ct
27

of Fan-, C -.u:,,2d
--bS JOW: 113-L Z-hur - Biol.; 2.11"; 15,58, No
8827""
Bond~~rcvc. V,I.
Cie
Vctcrimry lm'tittrto
litle JI'Marioacc ill CoutrOll"-13 Cc)cllurc).-ic
on c~
L
F
ar-i in Southa:iatara K=alldistan.
01~i Pub TT. IC-~zihlj,32r.
L. Vot. i,. -ta, 1957, 9) W6-591
H,) abstract

"Organization of Coenurosis and Echinoccoccosis Control in
the Kazald-i SSR."
report submitted at Fourth International Regional Conference
of Ati-san Covntries on
Parasitic DIseases in Animals, 3i May to 7 June 1958, Alma
Ata, Kazkakb, SSSB.
CNA. vet. Sci.; Kazakh Boo. VeterInary Inst, Alma-Ata, LIM

BOTEV, S.N., akedemiki prof.. otv.rea.; KARABAYEV, D.K.,
kand.veter.nauk,
red.; BONDAREVA-f V.I., kand.veter.nauk, red.; ANANIYU,
P.K.,
spetsired.;'BAAMOV, M.D., red.; MMSUO, K.L., red.; SHTMO,
Z.A., red.; ZLOBIN, X.V., tekhn.red.
[Collection of papers on helminthology; on the occasion of
Professor
Rikhard Solamonovich Shullts' 60th birthday] Sbornik rabot
po gall-.
mintologii; k 60-letiiu so dnia rozhdaniia professors
Rikharda
Solomonovicha Shulltsa. Alma-Ata, Kazakhakoe gos.izd-vo,'
1958.
402 p. (MIRX 12:4)
1. Vseaoyuznaya akedemiya sellskdkhozyaystvennykh nauk
imeni V.I.
Lenina, Kazakhokiy filial. 2. Akademiya nauk Kazakh.SSR i
Uteri-
narnaya sektsiya Kazakhakogo filiala Vsesoyuznoy akademii
sel'sko-
khozyaystvannykh namk im. V.I.Lenina, Alma-Ata (for Boyev).
3. Kazaklskiy nauchno-issledovatel?skiy veterinarnyy
institut,
Alm-Ata (for Bondareva).
(Holminthology--Collections)

BONDAREVA, V. I.) BOYEV, S. N. and SOKOLOVA, I. B.
"The Comparative Susceptibility of Agricultural
a,,id Wild Hooped
Animals to Blind Staggers."
Tenth Conference on Parasitological Problems and
Diseases with Natural
Reservoirs, 22-29 October 1959, Vol. II, Publishing
Hot3ie of Academy of
Sciences, USSHt Moscow-Leningrad, 1959.
Kazakh Scientific Research Institute for Veterinary
Medicine and the
Institute of Zoology, Kazakh Academy of Sciences
(Alma-Ata)
'A

BOUMVA, V.I.
--------
Specific izdependence of the cestode Moniezia alba
parasitic
in cattlo. Trudy inst.sool.AN Kasakh.SSEL 12:140-144
160.
(MIRA 13:?)
(Kazakhstan-Tapeworms)
(Parasites-Cattle)
4~

-BORIAMAO Vol*
Changes in the infestation of sheep by cestodes in
southern Kakakhstan.
Trudy Inst. zool. AN Xuakh. SSR 14:67-68 160. (MIRA 13:12)
(Kazakhstan--Contoda) (Parasites-Sheep)

BOYEV, S.N., otv. red.; red.; GALUZO, I.G., red.;
PAK S.M., red.; SIMCHRiKO, V.V., red.;
ALEKSAXIDRIYSKIY, V.V.,
red:; KHUDYAKOV, A.G... tekhn.red.
[Parasites of farm animals in Kazakhstan]Parazity
sellskokho-
ziaistvennykh zhivotnykh Kazakhstana. Alma-Ata, Izd-vo
Akad.
nauk Kazakhskoi SSR. Vol.l. 1962. 225 P. (MIRA 16:1)
1. Akademiya nauk Kazakhskoy SSR, Alma-Ata. Institut
zoologii.
(Kazakhstan-Veterinary parasitology)

BONDAREVAJ V. I,; BOYEV, S. N.; SOKOLOVA, I. B.
Specific independence of Multiceps skrjabini.
Trudy Inst. zool.
AN Kazalch. SSR 16:46-51 162. ~MIRA 15:10)
(Tapewoma)

ln~DAREVAj,,._Ya.i~yara Ivanovna; BOYEV, S.N.., otv. red.;
MOSKVICHEVA,
L.N., red.; SUVOHOVA, R.I., red.; KHMAKOV, A.G.p tekhn.
red.
[Coenurus invasions in domestic and wild animals; devasta-
tion of cerebral coenurosis in the U.S.S.R.] TSenuroznye
invazii dorrashnikh i dikikh zhivotrorkh; k devastatsii tse-
nuroza tserebrallnogo v SSSR. Alma-Ata, Izd-vo AN Kaz.SSR,
1963. 355 P. (111IRA 17:3)
1. Starshiy nauchrqy sotrudnik AN Kaz.SSR (for Bondareva).

BONDAREVA, V.Ya.
Some data on the mountain-forest soils of the
Kuylyu River
VaLley. Izv. AN Kir. SSR. Ser. est. i tekh. nauk
2 no.10:
113-118 160. (MIRA 17-3)

BONDAIII-VA , V. Ya.
_- ~!, - -,
Vertl:~al zcYnIng of noib in the northwistern alope of
the
baylyu-Too. Rab. Tian'-Shan' vy-qokogor, fliz.-geog.
-"-. -^.r-
4.7-66 162.
1 ,
Soils of th'? differebt age moraines in the
northwe.3'.ern slope
of the Ak-Shiyrak VkisBif. rbid.:81-92
17: 10)

BONDAREVA, YE. N.
"Pollution of the Air of the Industribl Area by Resinous
Substances
and Dust," 'Paper presented at the Scientific Conference of
the Leningrad Sanitation
Institute, 8-10 MOY 1956.
U-1,054,017

BO!PA4KVA..JA.A;kj nauchn. sotr.; BORODIN, AX.,
nauchn. sotr.;
KUZYUTINj A.M., nauchn. --otr.;MERINOVA, L.I.,
nauchn. sotr.;
NOVIKOV, L.I., nauchn. sotr.; KLEY11140, M.Ya., red.;
IZHBOLDINA, S.I., tekhn. red.
[A guidebook to the State Museum of Defense in
Volgograd]
Volgogradskii gosudarstvennyi muzei oborony;
putevoditell.
Volgograd, Volgogradskoe knizhnoe izd-vo, 1963. 124
p.
(MIRA 17:3)
1. Volgograd. Gosudarstvennyy muzey oborory. 2.
Gosudarstven-
nyy muzey oborony, Volgograd (for Bondareva,
Borodin, Kuzyutin,
Merinova, Povikov).

GRINENKO, V.V.; kQNDAREVA, Yu.S.
41
Protective reactions of the grapevine arid its
adaptation 1-0
winter conditions. Fiziol.rast. 12 no.l.,99-109 Ja-F
165.
(MIRA 18:3)
1. Severo-Kavkazskiy zonalInyy
nauchno-issledovatellskiv. institut
aadovodstva i vinogradarstval Krasnodar.

OFESKIN, A.G.; BONDAREVICH N.N. - SAKHMV, Y.N.
Single cable grab buckc-- for loading bulk
materials with
self-propelled cranes. Rate. i izobr. predl. v
strol. no.89:
12-13 '5 4. (Cranes, derricks, etc.) .MaA 9: 6)

AKSELIROD, F.A., inzh.; ZAYTSEV, M.P., kand.
tekhn. nauk; ZLOBIR,
G.I., inzh.; KOCIERGIN, K.A., kand. tekhn. nauk-;
NEFUIASOV,
B.M., inzh.; SLIOZBERG, S.K... nauchnyy red.;
DONSKUY, A.V.,
nauchnyy red.; DEMUMSEVICH, V.P., nauchnyy red.;
SARAFANOV,
S.G., nauchnyy red.; RONDAROV"A,-fl-V,~ red.;
DORODNOVA,
L.A., tekhn. red.; PERSON, M.N., tekhn. red.
(Resistance welding]Kontaktnaia svarka. [By]
F.A.Aksellrod i
dr. Moskva, Proftekhizdat, 1962. 463 P. (MDiA
15:12)
(Electric welding)

OSTROUMOVAP L.Ya.) NESHCHERYAKOVA,/Z.MO;,
BONDAREVSKAYA, -L 1~
Destructive alkylation of"phenol by diisobutylane.
Lakokras.mat.
i ikh prim. no.2-16-20 160. (MIRA 14?4)
(Phenol) kDiisobutylene)

3/081/62/000/022/083/088
B101/B186
LUTHORSt Blagonravoys, A. A., Pronina, 1. A., Bondarevskaya
TITLEs Production of graft copolymers on the-basis of cellulose
.esters and isocyanates
PERTAODICkLi Referativnyy zhurnal. Khi~iya, no. 22, 1962, 554,
abstract
22P478 (Lakokrasochn. iaterialy i ikh primeneniye, no. 2,
1962, 4 - 7)
TEM A method is described of obtaining graft copolymers from
nitro-
cellulose (NC) and acrylonitrile is described. This consists
in first
introducing into the molecular NO unit an,'incomplete allyl
urethane ob-
tained by reaction of 116-hexamethylene diisocyanate-wit1h
allyl alcohol
in molar ratio. Tests of films made from these copolymers have
shown .
that they considerably surpass films of pure NO as to lose in
weight when
irradiated with UV light, and as to water resistance; they
are, however,
inferior as to elasticity. LAbstracter's notet Complete
translation.3
Card 1/1

ACC NR AP6035 823 020/0030/0030
E C
INVENTOR: Antipin, L. M.; Bondarevskaya, L. B.; Vladytskaya, N.
V.; Danilov, S. I.;
Zhigach,-A. F.; Larikov, Ye. I.; Snyakin, A. P.
ORG: none
TITLE: Method of synthesizing lithium-aluminum hydride. Class
12, No. 186983
.SOITRCE: Izobreteniya, promyshlenyye obraztsy, tovarnyye
znaki, no. 20, 1966, 30
TOPIC TAGL; litbiumlaluminur~ hydride, chemical aynthesis
ABSTRACT: This Author Certifice.te'introduces a method of
synthesizing lithium-
-aluminum hydride by a reaction of sodium-aluminum hydride with
lithium chloride in
diethyl ether. To accelerate the proces '9, it,is carried out
with Additions of
aluminum trialkyls.* In a variant df*the synthesizing process,
aluminum-trialkyls
are added in a quantity of 1-7%.
SUB CODE: 07 SUBM DATE: 220ct64/
Card UDC; 661.968.546'621'34'11

ARKHIPOVICH, N.A.;, BONDAREVSKAYA, . V.N.;
PODWIZINA,, - V.P.
Using the method of 1:1.dilution for the
sbqlification of the
ana2yals-of sugar. prodwis. .. Sakh. prom.
37,no.1003-34 0 163.
(MIR-k 16:12)
1, Kiyevskiy tekhnologidheskiy institut pishchavoy
promyshlennosti im. Mik6yana.

gman Aln
grobpm t3 ral
J
a'- d F-
and
N't-,
'11- 22n)
&%T and bu,
Siloxajl, 9MIrrs in
%-jib a,
ro'.
I. For It -L I()"
i.P'Gup, a i
unple
Tr; f
lit h ro k-
,y- 5zT. i%) uh&r
'I _15 I
I I ing,
of
a d M folmic acid
and, r1t of io
- - . -1 _0'. now Tb~ 1' 4
x,
ih i"., .. '0_ For
btlat4-C) Zt
Mlli Z*t e0 f"., :jO *
!"'r "t, M 'IF;d, ti;efl

ties e) 1 f- 47~
3L
il-C

tirmillite; and.joa!
jU ~t
t 4T'
A Aiv'
tlesvrffit~d for letn, of L) aad halogms x wg~
bas~i (-,n tbr- probability of cv~,I-ti,- ~f
hahdcs in deewrivin. of r;1C Saillipit, in 'nut2ct irl; H: ':":0
-mpie ~, dv~ouipd. in a quartz Lcs'-Iu!,c d~, iii rd pw drLn' d
Ii aud C (d. dm~ve .1fdody 114rDelem, A liza, 1949. pi,
56, :;7 (CA - 43, 93312~rj). and tbc drcompri 'Ic-
'Xi., ~.no.
fcmi-m-d on the L-jillyst f'platiaizoi ~.' hvzt~~Ci !t. '-
in a plug R m. lung ! cf. O!ta ~z,l Cou,-, -~; 4~,
612tzi, wbere they mact in a stre2m of N~. ~d P~~ inti;
,!,sorptian main of Asmine and AnIvdic-e ~hcr, H
The CO va~_,-es int. a rur~t with C.C) Inf--it-d
i',%)* where it oxidizes w CO, whi8i is at-orbed as nt~,vt~
Sinte tile !Ormat!Dn of WX OMM;at the eXpense of 11 rener-
ated in the decompn., difficult7cs are enrcamitcrW if thr
s~ample eouW-m Uttle or no H_ U;o, mucIl HX is retaint-d
bv [lie 5aot and in only slowly remove-' by- Nt. H--~-e, t~:~
z6 ~Rtld
p!
pnraffin are. nQt
analy;:~'a with ermy
rdaiiv- nmts. of samnle and

b9IDAR_1'VSKkYA., Ye.A.
S.V. Syavtsillo, Ye.A.. 0ondarevskaya, A.P. Kreshkov,
B.M. Luskina P
Terentlyev, V.T. Shenqatenkova, and L.M. Shtifman,
"The Analysis i, , A
lethods
of Monomer and Polymer Compounds."
Report presented at the Second All-Union Conference
on the Chemistry and
Practical.Application of Silicon-Organic Compounds
held Ln Leningrad from
25-27 September 195F.
Zhurnal prikladnoy khimii, 1959, Nr 1, pp 238-240
(USSR)

50)
AUTHORS: Korshun, M. 0. (Deceased), SOV/75-14-1-25/32
BondarevskMa, Ye. A.
TITLEs Rapid Methods of Mioro-Elementary Analysis
(Skorostnyye metody
mikroelementarnogoaanaliza) Communication 16. Dependence of
the Length of the Contact Layer on the Process of Decomposi-
tion in the Direct Determination of Oxygen (Soobahcheniya
16. Zavisimost' dlirxy kontaktnogo sloya ot sposoba
razlozhaniya
pri pryamom opredelenii kieloroda)
PERIODICAL: Zhurnal analitiahaskoy khimii, 1959, Vol 14, Nr
1, pp 123-127
(USSR)
ABSTRACT: It is known from the practice of determining carbon
and
hydrogen and of the simultaneous determination of C, H and
other elements in organic substancee,that preceding pyrolysis
of.the substance facilitates quantitative oxidation and also
the quantitative reduction'of the weighed-in portion consider-
ably (Refs 9, 57-63)p.because in that case not the vapors of
the substance by reactive decomposition products are oxidized
or reduced. By means of a similt-r method it is possible
to effect also.decomposition for the determination of oxygen.
Card 113 If the weighed-in portion is at first pyrolytically
decomposed,

Rapid Methods of Micro-Elementary Analysis. SOV75-14-1 -25/32
Communication 16. Dependence of the Length of the Contact
Layer on the Process of Decompostion in the Direct
Determination of Oxygen
it may be expected that the decomposition products resulting
herefrom will much more easily react with the contact layer
(soot) at 11500 than the non-decomposed substance. A shorter
layer of soot will, therefore, be found-to suffice than
before.
As a proof of the correctness of -this assumption it was
found
that in the case of a pyrolytic decomposition of the sub-
stance in a quartz vessel fitted into an empty quartz tube
(without contact layerl) a nearly quantitative decomposition
of the weighed-in portion occurs under a nitrogen atmosphere
at 900-10000, in which case up to 90% of the oxygen is
separated in form of H20, CO and C02* By previous pyrolysis
of the weighed-in portion the quantitative formation of
iarbon
monoxide is rendered considerably more easy. It is, there-
fore, possible to reduce the length of the contact layer from
16 - 20 cm to 5 cm, and, correspondingly, also to shorten the
entire quartz tube from 50 cm to 30 cm. Oxygen can also be
Card 2/3 determined quantitatively in an empty tube by
fitting the soot

Rapid Methods of Micro-Elementary Analysis. SOV75~14-1-25/52
Communication 16. Dependence of the-Length of the Contact
Layer on the Process of Decomposition in the Direct
Determination of Oxygen
forming the contact layer in the vessel itself immediately
. 0
above the weighedL-in portion and heating it up to 1150
Quantitatively, CO is formed. The results obtained by
several determinations carried-out in this manner are shown
by tables. 'There are 3 tables and 65 references, 16 of
which are Soviet.
ASSOCIATIONt institut elementoorg-richeskikh soyedineniy AN SSSR,
Moskva
(Institute ~ceElemmUI-ror3anic Compounds of the AS USSR, Mosc:ow)
SUBMITTED: September 13, 1957
Card 3/3

BONDAREVSKAYA, Ye. A., Cand Chem Sci -- (diss) "Study
of the
modern method of direct determination of oxygen in
organic
compounds and development of the method of
simultaneous deter-
mination of oxygen and haloid." Mos, 1958. 8 pp (Inst
of
Elementoorganic Compounds, Acad Sci USSR), 100 copies
(EL,
18-58, 95)
_16-

50) 50V/75-14-4-25/30
AUTHORS: Bondarevskaya, Ye. As, ByavtE;illo, S. V., Potsepkina, R.
N.
TITLE%
Determination of Ethoxyl Groups in Some Organosilicon and
Organo-

aluminum Compounds
PERIODICAL:
Zhurnal analiticheskoy khimii,
1959, Vol 1-1, Nr 4P PP 501-503

(USSR)
ABSTRACT:
The authors used for
the determination of ethoxyl groups in

organosilicic and
organoaluminum compounds the property of these

substances to
hydrolyse in the presence of acids or bases. The

uantitatively
determined according
formed ethyl alcohol can be

to the conventional methods Refs 5-9).
The weighed-in sample of.
~

the substance to be analysed is mixed with a 5% solution of

potassium bichTomate and sulfuric acid (1:1) and heated for 30

minutes over boiling viator with continuous backflow. After

cooling
a 101,~-iodine solution is added and the separated iodine

is
titrated after 5 minutes with a 0.1 N solution of sodium

thiosulfate. A blank test is conducted parallel to the main

experiment. The accuracy and the sensitivity of this determina-

tion
method for different concentrations of ethyl alcohol is
Card 1/2
listed in table 1. The authors also examined whether the

Determination of Ethoxyl Groups in Some SOV/75-14-4-25/30
Organosilicon and Organoaluminum Compounds
oxidation of the formed ethyl alcohol in the presence of
diphenyl-diethoxy-silane is quantitative. The results are
listed
in table 2. The results show that the sensitivity of the
method
is 0-1 - 0,3 % and the accuracy is up to 12% (relative).
Table 3
lists the results of several analyses of organosilicon
compounds
with various ethoxyl group content. The principle of this
method
was also applied for the determination of admixtures of
di.ethyl
ethoxyaluminum in triethyl aluminum. The method had to be
somewhat
modified as triethyl aluminum oxidizes violently in air. The
paper
gives a description and an illustration of the apparatus with
which the weighed-in sample can be kept in an air-free
atmosphere
until the end of the hydrolysis. By this method the authors
determined the ethoxyl group content in triethoxy aluminum and
admixtures of diethyl ethoxy aluminum to triethyl aluminum.
Some
of the results are listed in table 4. Table 5 compares the
results
of this method with the results of the determination of
ethoxyl
groups with hydriodic acid (Ref 3). This comparison shows that
both methods yield reproducible results. There are I figuret
5 tables, and 9 referene.es, 6 of which are Soviet.
SUBMITTED: May 19, 1958
Card 2/2

2~054
S/07 61/016/004/004/004
B107Y2207
AUTHORS: Bondarevskaya, Ye. A. , Kuznetsova, V. M., and
Syavtsillo, S.V.
TITLE: Simultaneous determination of fluorine, silicon and
chlorine
in organosilicon compounds containing fluorine and chlorine
PERIODICAL: Zhurnal analiticheskoy khimii, v. 16, no. 4, 1961,
472-476
TEXT: A method of simultaneous determination of fluorine,
silicon, and
chlorine in organosilicon compounds has hitherto not been
described. The
method described in this paper consists more or less of
melting with
metallic potassium at 900-10000C, titration of fluorine with
thorium
nitrate, chlorine determination by means of thiocyanogen and
acidimetric
silicon determination. The latter is based on the following
reaction:
Si(OH)4+ 6NH 4F+4HCl = (NH 4)2 SiF+4NH 4Cl+4H20. The HC1
excess is back-
titrated with alkali. The method was developed on several
monomeric
organofluoro-silicon compounds pTepared by K. P. Grinevich and
A. L. Klebanskiy. Furthermore, polymers and organosilicon
compounds con-
taining chlorine and fluorine were studied. Procedure: A
weighed portion
of 20 to 40 mg is filled into a polyethylene ampoule or into a
gelatin
Card 1/4

2505h
S/075/61/016/004,/004/004
Simultaneous determination of ... B107/B207
capsule and melted in a steel bomb with a four or five times
greater amount
of metallic potassium. If the compound to be analyzed contains
a fluorinat-
ed phenyl radical or fluorinated alkyl radicals on silicon,
melting is
carried out at 900-9500C for 40-45 min. If two or more
fluorinated alkyl
radicals are bound to the silicon the compound is melted at
10000C for
60 min, and, previously oxygen blown through the bomb for 2-3
min. After
having cooled down, the bomb is opened, the metallic potassium
excess
carefully separated with water and the content quantitatively
distilled
into a measuring flask of 200 ml. Fluorine, chlorine and
silicon are
separately analyzed by titration of the respective portions:
Fluorine by
the method described in Ref. 1 (Ref. 1: Korshun M. 0., Klimova
V. A.,
Chumachenko M. N., Zh. analit. khimii 10, 358 (1955)),
chlorine by means of
thiocyanogen according to Ref. 29 (Ref._2~: Korshun M. 0. ,
Gel ?man N. E. ,
Novyye metody elementarnogo mikroanaliza (New Methods of
Elementary Micro-
analysis), Goskhimizdat, M., 1955, P. 12). Silicon is analyzed
as follows:
5-6 drops indicator are added to 25 ml which are subsequently
neutralized
with HCl 1:1 and 1:10, as well as with 0.1 N alkaline
solution. The total
volume must not exceed 50 ml. The solution is then saturated
with solid
KC1 (30-50 mg) and again accurately neutralized with 0.1 N
alkaline solu-
Card 2/4

25054
S/075/61/016/004/004/004
Simultaneous determination of ... B107/B207
tion and-0.1 N acid. 2 ml of neutral ammonium fluoride solution
and 10 ml
0.1 N hydrochloric acid are added, the acid excess is rapidly
back-
titrated with alkali. The final color change is red - green.
The silicon
content is calculated by the following formula:
Si (-') =-L (V-V )-K-0-7015-8-100 , where V is the volume of
0.1 N alkaline
7V a 0
solution in ml, required for titrating 20 ml of 0.1 N HC1; Vo
is the volume
of 0.1 N alkaline solution in ml consumed for the
back-titration of the
acid excess; K is the normality factor of the 0.1 N alkaline
solution;
0.7015, the silicon amount in mg corresponding to one mlof 0.1
N HC1; a, is
the weighed portion in mg; 8, the coefficient corresponding to
the fraction
of titrated solution of the total quantity. The error of
determination is
below 0.5% absolute. The indicator is prepared by mixing two
solutions:
a) 0.1% alcoholic solution of methyl red, b) 100 ml 0.1%
aqueous solution
of bromcresol green with 0.5 ml of 0.1 N NaOH. 6 parts of
solution a) are
mixed with 5 parts of solution b). The neutral ammonium
fluoride solution
is prepared as follows: 40 ml of 25% ammonia are mixed with 25
ml of
40% HF. The mixture is diluted with water to one liter and ,
first
approximatively neutralized and then against an indicator.
Every day,
Card 3/4

25054
S/075/61/016/004/004/004
Simultaneous determination of ... B107/.B2()7
before experimental.work is started, 20 ml of 0.1 HC1 and 10 ml
of NH4P
solution are titrated with 0.1 N KOH. If the consumption is
elevated, the
ammonium fluoride solution has to be re-neutralized. The titer
of hydro-
chloric acid is established with potassium iodate against a
mixed indicator.
The same indicator is subsequently used for titration of 0.1 N
KOH against
0.1 N HC1. There are 5 tables and 29 references: 18 Soviet-bloc
and 11
non-Soviet-bloc. The two references to English-language
publications read
as follows: Stobba F., Analyt, Chem. 1, 298 (1924); Haszeldine
R. N.,
Markcow R. J., J. Chem. Soc. 962 (1956).
SUMUTTED: June 14, 1960
Card 4/4

ACCESSION NR Am4ooS922 BOOK EXPLOITATION S/
Kreshkov A. P.; Bork, V. A.; Bondarevskaya, )lr-. A.; My*shlyayeva,
L. V.;
Y
Syavtsillo, S. V.; Shemyai~n-WoRr-a,
Practical handbook on analysis of monomeric and polymeric silicongs
(Prakticheskoye
rukovodstvo po analizu monomerny'Wh i polirorny*kh
kremniyorganicheskilkh
soyedineniy), Moscow, Goskhimizdat*, 1962, 544 P. illus.0 biblio,.,
index.
Errata slip inserted. 6,000 copies printed.
TOPIC TAGS;ronomeric silicone, polymeric silicone., silicon., carbon,
qu.-ility control,'-
lacquer, enamel
PURPOSE AND COVERAGE: This book is a handbook on analysis of
monomeric and poly-
meric silicone compounds. It gives the fundamentals of the theory And
modern
chemical, physical, and physical-chemical methods of analyzing
silicon cozVounds,
metho4 of determining their physical constants and structure.,
methods of analytng
thd basic chemical products used in their production, and also the
methods used
in ex-perim6ntal and industrial facilities for quality control. The
book is intended.
for engineers., technicians, and researchers of research and plant
laboratories and ~
also for students and graduate students in the field of
elemento-organic compounds.,~
Card 1/2

T
1 ACCESSION NR AN4008922
TABIE OF CONTENTS (abridged3:
Foreword
'Introduction 214
Ch. I. Theoretical fundamentals of the analysis of silicone
compounds 65
Ch, II. Preparation of silicone compounds for analysis and
determination of
their physical constants 116
Cli. III. Qualitative analysis of silicone compounds - - 202
Ch. IV. Quantitative analysis of silicone compounds - - 256
.Ch. V. Quantitative determination of functional groups 315
Ch. VI. Physical and physical-chemical methods of analyzing
silicone compounds
357
Ch. VII. Quality control of silicone product production -
Subject index -
~SUB CODE: CH SUMITTED: 30Nov62 NR REF SOV: 584
OTHER: 568 DATE ACQ: 29Jul63
Card 2/2

BONDAREVSKAYA, Ye.A.; MZMKOV, A.P.; SYAVTSILLO, S.V.;
KUZNE230VA, V.M.
Elementary analysis of fulorine-containing organosilicon
compounds. Trudy-Kom.anal.khim. 13:24-27 163. (MIM 16:5)
(Silicon organic compounds) (Fluroine organic compounds)

-BONDAREVSKAYA, Ye.A.; SYAVTSILLO) S.V.; PUIbEPKINA, R.N.
Determination of alkoxy groups in some heteroorganic
compounds. 'Crudy Kom.analekhim. 13:178-183 163. (baRA
16:5)
(Alkoxy groups) (Organometallic compounds)
j

TERZNT#YE;V, A.F.; IARIKOVA, G.G.; BOhDAREVSKAYA,
Ye.A.
Use of aluminum lithium hydride in analysis. Report
No.ls
Determination of active hydrogen in organic
substances in ethyl
ether solutions. Zhur.anal.khim. 18 no.42514-4519
Ap, 163.
(MM 16s6)
1. N.V.LomDnosov Moscow State University.
(Hydrogen-Analysis) (Organic! compounds)
(Aluminum lithium bydride)

DONDAREVSKAYAP Ye.A.; KORSHUN, M.O. [deceased]
Improvement of the method for the direct
determination of oxygen
in organic substances. Zhur. anal. IdAm. 18
no.5:644-649 My'63.
(M RA 17: 2)

S/020/63/148/006/017/023
B117/BI86
AUTHORS: Terentlyev, A. P., Corresponding Member AS USSR,
Turkelltaub, A. M.,-B Domochkina, L. A.
TITLE: Gas-chromatographic determination of nitrogen and oxygen
in
organic compounds
4RIODICAL: Akademiya nauk SSSR. Doklady, v. 148, no. 6,
1963~1316 1319
TfTs A method was devised for simultaneously determining
nitrogen and
I 'N
o,ygen, the end pr oducts ~ 2 and:CO) being analyzed by gas
adsorption
4hromatography. Pyrolysis is carried out in an evacuated quartz
tube, in
a stationary helium atmosphere. "Nickeled" carbon black (Ni:C -
1:12 is
used as-reducing agent; thus the pyrolysis can be carried out at
900 C.
The chromatograms of the substances consisting of C,H,O,N show
one peak for
CO and N The chromatograms of the substances composed of C,H,N
have only'
2*
one peak for N~ and a straight line instead of the CO peak which
is observed
in substances consisting of C,H,o instead of the N 2 peak. It
was shown that
by the gas adsorption analysis pyrolysis products are determined
more
Card 1/3

S/020/63/148/006/017/023
Gas-chromatographic determination... B117/B186
rapidly than usual and that the separation of the individual classes
of
organic substances is also easier to control. Ideal conditions for
the
separation of individual components were obtained with an artificial
gas
mixture of H, 0, N, CH CO and CO . The separation column was 60 mm
long,'
4' 2
4 mm, in diameter; the sorbent used was molecular sieves of type 5 h
(5A)
crushed to a size of 0-5 - 1.0 mm, and dried in vacuo at 3000C for 2
hrs;
the carrier gas was helium (flow rate 50 ml/min). under these
conditions
H, 0, CH CO could be separated at room temperature. The , adsorbed
at:
4' C02
the entrance of the column, could be forced out either by helium
flowing
back or by heating the column to 3000C and by draining through a
side tap.
The conditions described above were applied to the analysis of vacuum
pyrolysis gases used in direct detarmination of 0 and N in organic
sub-
stances. The 0 and N contents were determined from the surface
bounded by
the corresponding peak in the chromatogramo which was compared with
the
calibration curves. A linear dependence was observed between the
surfaces
bounded by the CO or N peak and the 0 and N content of the bat-ches.
2
i A number of organic substances with C, H, 0 and K content were
analyzed by
this method. There are 3 figures and 1 table.
L car.d--2/3-.---.

S/020/63/148/oo6/ol7/023
Gas-chromatographic determination... B117/B186
ASSOCIATION: Moskovskiy gosudaretvennyy universitet im. M. V.
Lomonosova
(Moscow State Univeri3ity imeni X. V. Lomonosov)
SUBMITTEDi September 1, 1962

AKUTINP M. S.; KORSHAK, V. V.; WDIVILOVA, L. A,; V
'INOGRADOVA, S. V.;
BIJEUITSKIT., Yu. M.; VALETSK17, P. M.; LEBEDEVA) k.
S.; Prinimali
uchastiye.- PONDAREVA, Ye. A., laborant;
RESHETkKOVA',, L. M.1
Now data on the processing and properties of
polyarylates.
Plast. massy no.U:20-26 '62. (MIRA 16:1)
(Esters) (Condeln~'sation products(Chemistry))

TEIT,W/EPF
Db

ACCESS101i NR. AP5005845 S/0075/65/020/002/0249/025-9

AIMOR:
Terently-ev. A.P.; Ban Ye. A.; Pots22kina, R.N.; Sy-avtSillo S.V.

TITLE- Andly'sis of and pheny1diphenylovpilanes
P~

SOURCE: Zhurnal analiticheslroy khimii, v. 20, no. 2, 1965, 249-252

TOPIC TAGS: silicoorganic compound, silicon determination,
phenoxysilane

detemination, phenoxy group

ESP

'TPLAVT~ I I
-Pb ny (C6H5)7-sl(QQ~H~)4 h yidiphenylo4sffin

0
-beatj Carr!
_:.t- AC6 _AGr)H in eicbRology - -

heir anal Y-.i r6 5 ~rVM p e d a d
and e 04 int _NU slrnple;~n rapi
YM is e

method of determining phenoxy groups In phenylphenoxysilanes by
fusion with potassium

hydroxide in a stainless steel test-tube heated
with a burner. The phenol for-Tmed

be determined iodometrically or
bromometrically, the la _rfer Lech-nique bemZ ~m r et,, 7 r
q was
ldi-3beny1o%jsiIane
hen
mined acidimetricall
The anal
sis of
d
t
i
ili

_
cor
e
er
s
s
y.
p
y
y

carried out by, using the bromide- b romate method in a mf-dium --.~f
gl-cia-1 acctjc~ acid

and HC]. Both procedvres are des~7rjbed in detail,
and forin-.Aa~, Lr~~

calculation Of OC6H51 Si, and %OC6H4C6H5- "The
phenvlphenoxys~!in;;tz

phenyl,diphenyloxysilanes were synthesized,
isolated in the pure 11o rm, azd kimL y S *p-L C-d

1/2
Card

A
-1,
I
;-CO4 2/2

L 14689-66 EWT(M)/&1P(,t)/EWP(b) IJP(c) JD
JFCC NR: AP6005878 SOURCE CODE: UR/0075/65/020/010/1054/1058
AUTHOR! Terentlyev, A. P.; Larl
Lkova,_G. G.; Bondarevsk ava Ye. A.; Pj~avidlo, G. Ye.
ORG: Moscow State University im. M. V. Lomonosov (Moskovskiy
gosudarstvennyy uni-
versitet)
TITLE: Lithium aluminum ride n analysis. Report No. 2. Determination of
lithium aluminum hydride content
SOURCE: Zhurnal analiticheskoy khimii, v. 20, no. 10, 1965, 1054-1058
TOPIC TAGS: hyd ride, lithium compound, aluminum compound, volumetric
analysis
ABSTRACT: A previously described technique for determining active
hydrogen in or-
ganic substances by means cf LiAlH4 was used to check the lithium
aluminum hydride
content of ether solutions and the composition of solid LiAlH4. A
weighed sample
was decamposed with ethyl alcohol, and the hydrogen evolved was driven
with the vap-
or of the boiling ether in-to an azotometer filled with a 1:1
water-ethanol mixture,
which absorbed the ether vapor. Frcm the azotometer, the hydrogen was
transferred
into a eudiometer for volume measurement. Analysis of three samples of
100% LiAlH4
Card 1/2

6 v
Card 2/Z.

BONDAREVSKAYA, Yb.A.; BROVINA~ M.Yu.-~ URYDT~INA., L.A.
N -~ "*-::--I d i r, gparts mad,~ alumin~iv,fre4
etr.~,!. I
obr. met. no.1108-29 N 165.
1. Ryazanakly stankv stro:',-el I nyy ztu-od.

TMNTIYEV, A.P.; LARIKOVA, G.G.; BONDkREVSKAYA, Ye.A.;
PRAVIDLO, G.Ye.
Lithium aluminum hydride in analysis. Report No. 2:
Determination
of lithium alumin= hydride content. Zhur. anal. khim.
20 no.10:
1054-1058 165. (MIRA 18:11)
1. NJ. Lomonosov Moscow State University.

BONDAREVSKAYA, Ye.A.
Packaging machine tools for tropical countries. Za
indus.Riaz.
no.2:55-56 D 161. (KM 16:10)
11 Nachallnik tsentrallnoy zavodskoy laboratorii
Ryazanskogo
sZankostroitellnofro zavoda.

BONDAREVSKAYA, Ye.P.
Result of the use of colposcopy in the diagnosis of
cancer of the
cervix uteri and of precancerous conditions. Vop.onk. 5
no.10:/+66-
(141P
471 159. "A 13:12)
(UTERUS-CANCER) (ENDOSCOPY)

TOMASHY K.K.; BC'NDA-REVSKIYY A.M.
Operation of fireclay-burning rotary kilns. Ogneupory
26 no.11:498
501 161. (MIRA 17:2)
1. Zaporozhskiy ogneupornyy zavod.

KZENDZOVSKIY, V.R.; BONDAREVSKIY, A.M.
Automatic analysis of stack gaves from rotary kilns for
oxygen
content. Ogneupory 26 no.51230-239 '61. WRA 14:6)
1. TSentraltnoye protektno-konstruktorskoye byuro
Glavproyektmontazh-
avtomatiki ~for Ksendzovskiy). 2. Zaporozhskiy
ogneupornyy zavod
kfor Bondarevskiy).
(Kilns, Rotary)
(Gases-Analysis)

h0136
C) D409/D301
AUTHORS: Aleksandrov;-skiy, I.M., B6nda-.evskiy, A.S. and
Kuzin, R. Ye. ~Moscow)
TITLE: A ferrite-transistor reversive counter
PERIODICAL: Avtomatika i telemekhanika, v. 23, no. 8, 1962,
1112. - 1115
TEXT: A binary ferrite-transistor counter is described
which is used in multi-channel automatic-search systems. The
counter
has great reliability and simplicity. Its main element is a
ferrite-
transistor flip-flop (shown schematically in a figure). The
flip-flop
differs from the ordinary ferrit-e-transistor circuit by the
presence
of-the diode D and of the resistor R in the base-circuit. A
second
diode is connected in pa'rallel with R. Such a flip-flop,
incorporating
2 diodes, is more stable in operation than the one-diode
flip-flop,
described by H.R. Irons (Ref. 5: A Transistlor-Maenetic Core
Binary
dounter. Proc. I.R.E., v. 46, no. 12, 1958). The operation of
addition
Card 1/2

S/103/62/023/008/006/006
A ferrite-transistor reversive D4og/D301
is-carried out in the inverse code which is not the case in
ordinary
counters; this made it possible to dispense altogether with
comnutators
at the flip-flop-outputs; thereby the circuit becomes simpler
and its
oDeration more reliable. The counter performs the operation A 11
=-Q,+Q'
2
in 4 stages. The basic diagram of the counter is shown in a
figure.
Each fli-o-flop triggers the one that follows, so that a
backward flow
of information is excluded. All the ferrites of type F,T - 5
(VT-5) are
semiconductor triodes of typeTf 16 (P16) and Tj 202 (P202), and
diodes
of type A-7 (D7) ands A 103 (D103). The parameters of the
counter are
listed. The range of values of these parameters may be
fairly-wide. A
model counter, incorporating 11 flip-flops, was
laboratory-tested. It
was found to be very reliable in operation, working for a long
time
under laboratory conditions. There are 4 figures.
SUBMITTED: March 8, 1962
Card 2/2

ALEKSA-NDROVSKIY, N.M., kand.tekhnasuko dotbent,
BONDAREVSKIY, A.S.~ BONDIN, u.,.
Two-channel. optimalizing controller uning transistcrs and
zwgnetic-cor-~
elements. Trudy MEI no.50'.5-24 t63, (MIRA 37.-22)

ALEKSANDIRSEY, N,V,,, kand.tv1dui.n_-uk,, dolwejitj
BONDfiAEI.',',K.Y, AtS*j hITZIN, Meg
Operational block of a discrete-type automatic
--p"Vimization Bystem. ' -"rudy
NEI no,,50-.25--42 163. (MIRA 17112)

ACCESSION NR: AT4045^07
-,o
AUTHOR: Aleksa-ndr Aonda,
TITLE- Two-channel ferrite-trarisistorized automatic optimizer
SOURCI~: avtomaticheskoye upravienlye i vy chislitel'naya tekhnika,
no. 6, 1964,
80-99
TOPIC TAGS: automatic con i _stem automatic optimizer, transistorized
opti-
tr2ol
mizer, ferrite optimiixer, two channel optimlzer, automatic search
hydrocarbon
dehydrogenation
ABSTPACT- As understood by the authors of this article, automatic
optir7iz-ors:
-which are a variety o" self-adjusting systems, are designed to
search out by the
~iobe:-Method the exact~u or,-ar-1-o-w-er limit of the function of
one or sl~-Veral
Rp
variables in a previously ass1gUed,-':c1o,se it is noted that th15
Virqblen-
becomes particularly important in ihzsa cases in vblr-b the function
under ntu Y9
along with the unknown upper or lower boundary, varies with time in
an unpredic-
table fashion as a function of perturbationn vh1ch cannot he
calculated. For the
automatic optimizer ift L.,. not -strictly necessary that the
unknovn, e:.tsct upper Or
C,,d 1/4

T---L 35422-65
A -ACCESSIOR NR. AT4CV43207
'd function, Although
1 DAt coincide -.Atb the tilt ing
this ma Ybe the case in actual practice. In the optivization of
production pro-
Cesses the functional relations alluded to above are generally
understo^-d
"he statit, characteristics of the objects under consideration which
exprcn7 cc_'r-
tain indices or rrftE7r1a of the proclsses performed, such as c~:~t:,
quality of the end product, etc., as a "unction of control eifectF- w--T.
within a certain limited region. In the particular case considerec !!, -~
cle the ob 'iect of optimization fa a device for the dehydrogen_atic~n
7' tuc,?~,
in t C. ~Utyipncf~ (thp prttrqrv raw material :,n the productLion ~:f
o f
2;.q- t iOn Nq_Q

first and occond Order
2
_T 35422-65
ACCESSION NR! AT4045207
trajectories are plotted.--:The_aL1-tom'atic optimizer developed on
ptm~' ~~ase the
A
basis of 'bese calculations Is basically designed to use small,
eeonomicni and
reliable ferrite-transistor elements, with the discreLeness of ~he
blocks determining the overall discrete character of the entlr~'
ment. The latter mny be described as a twin-channel extreal rmzu'7~7-
stenped -timiZed search bv the gradient method. T~e vari~-
L11C. CTILiZ11 7 P1 1 --jaL1'-;1_-j !1_4DLj%, ftC.Iu, Or I k, I` al
a,- -,g~c C 11: i: LiL L i:.Y, ez-i
described in detail in the article. The programming unit, which is
designed to
7
assign the operational sequence, of a1l the elements of the auton.
tic o t in. i z- e
ma
is also described. The actual worLing of the device is discussed in a
finai
tion of per-
the paper. The optimizer vat assembled and tested over an exten54Ve
Iod an a twin-cbanne! electronic model ~-simulator) -under laboratory
conditions.
The results of this testing confirmed, i~*the authors' words, "the
advisability
----_1-Df empluying~ --opt imi-Led ~ search nn-uadti-~dim
nsional:_nbjects with complex dynamics."i
Attention Is also called r- the hi6 degree of operational reliabilltv
if this
0_T_ i i-6 i.a in a A
Ist d'opt m ze't model nd 0. . Bonc'in I
e iz~ Engineers R. Ye o. Kuz
took part in deveioping,and,tes~tlng.,the,optimizer'.11~Orig.
12'formulas~
APSOC7ATION.4 Hone
Card 3/4

-51
L-0924-65 iwj~td)
----14/ 4
.PU 4/?k Fl-
-40ESSION M, AR4046577
S/D271I64/OW/0013/BO31/BD31
Aytomat., UiM Ali. i-wchisl. tekhn. Svodw Un, Abs, SB2D7
AUTROM Aloka
ondar6,Yskjj,-_ 7ftn2 R 0-6
TIM: OPOrational unit of a diacrete -autmatic timization OyatcM
'OP
1963,~~5
CITED SOMM. Tr. Hosk. energy in-ta, vyp. -~O -42
70PIC TAM automatic control, optLni~l automatic control 0)
'AWSUTIOM A discroto 0 0' ril'Amit~ -Is considered VnIch IE'inteiaded
gor
p'ratjbi~
the result *4B a binary
realizing aQ = Q2 - Qj and reading (direct or inverse)
code. The function being optimized la specified as a number of pulDos
uuecosoiveb
arriving at a counter. The operational unit is based on a binax7
reversiblo cou-%t-
er which Is designed with a maximum reliability and minirium number.of
elemento.
A nonsy=otrical ferrite-transistor ta.-Igger was selected as a bvsIc
urAt uhic1h
Permitted to'rapla--e Bubtraction operation by addition operation in
rl~,verso codztg.
-the counter circuits Pr3molpal devicez) of the operational unit
Prinol, culto of tho u.4araticnal
p&1 cir
in two, *-Or"s-IOU-S M I or- ie46d46.:zut a
2
ic

F-AMMION HR: 'AR400577.
and pulse-number outputs. The *pO~kAtIbndI:uAIt was devalopsd for a
two-Channel
disorets S~pp-typo automatio optimization System with a dependent
gradlent-type
axch) the unit was tested in an automatic optimizer chcuit with -a
wapply
voltage variatiol~ of +-301,, ohd Rt-~-jarj-ous =bjent temparaturea.
The unit f-a'hibit-ed
*X Nmotims for a Iong tLna NAM9
ufi -ai-ant reU-ability and operatod witInout zali
a
-5 titlas.
iUustratIoxw* Bibliogmpbp