SCIENTIFIC ABSTRACT BONDARENKO, A.P. - BONDARENKO, B.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206220003-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

QL".
4~~-
BONDARENKOJ, A.P., inzh.-gidrogeolog
Problems in plamiing the drainage of durprz. Ugol I
TYKr. 7 no.6:
31 Je 163, (MA 16:8)

BONDAMKO, Anatohy Porfirlyevich; AFOVINA, G.P.,
red.; SHAFETA,
YX
[Precast concrete supports) Sbornaia silikatnaia
krepl. Kiev,
Gos. izd-vo tekhn. lit-ry USSR, 1961. 76 p. (MIRA
15:4)
(Mine timbering)

BONDARENKO) A.P., ordinator
Case of death from agranulocytosis after prolonged use
of an
antasthman. Trudy Khar. red. inst. no.-52:148-150 159.
. ' (MIFA 14:3-1)
(AGMIULOCYTOSIS) (AMINOPYRINE)
(PIENOBARBITAL)

BONDARENKO, A.P., inzh.; SUKHININ, VOIO,
kand.tekhn.nauk
Motor road-roller with frame and rollers made of
reinforced
concrete. Stroie i dor. mash. 6 no.6:19-20 Je 161.
(MIRA 14:7)
(Road rollers)

BONDARMWO, A. S.
Only well-fed cattle. Nauka i pared. op. v sellkhoz. 7 no.5:8-10
OW 157. (KLRA 10:6)
1. Starshly inshener upraylenlya zagotovok skota Ki1xisteretva pro-
myshlennosti aWannykh i molochafth produktoy RUSR.-
(Cattle-7eeding and feeding stuffs)

BONDARMIKO, Alla Stepanovna
[Antibiotics from lichens] Antybiotychni rachovyny z
lyah2inykiv.
Kyiv, Aksdemiia nauk Ukrainskoi RSR, 1958. 76 p.
(KIRA 12:3)'
(ANTIBIOTICS) (LICHENS)

BONDARENKO, A. S.- Master Biol Sci (diss) -- "The
preparation and study of an
antibiotic from the lichen Cornicularia steppae Sav.".
Kiev, 1959. 16 pp
(Acad Sci Ukr SSR, Dept of Biol Sci), 150 copies (U, No
12, 1959, 127)

CHADAYEVI V.A.; IMEN, V.N.; MOIIAKHOVp V.A.;; BON
RMQOI_~
kapitan 1 rnnga zapnoa, red.; MARCHENKO, V.Gq, red.;
DANILOYA., Z.S., red.-laksikograf; BUKCVSMA,A.A., tekhn.
red,
[Concise French-Russian dictionary of naval terms]
Kratkii.
frantsuzsko-russU-i voenno-morsk-oi slovar', Pod red.
A.S.
Bondarenko. Xloskva, Voen. izd-vo M-va obor. SSSR,
1961. 341,
(MIRA 15:2)
(Frencq'language--Dictionaries---Russian)
(Naval art and gcience-.Dictionaries)

RF, K S_~ SHUTKIN, L.N.; RODIONOV, A.I.,,
FAVOROV, F A - BONDA
kon r-_a_Tm_fr_a1, red.; MARCHENKO, V.G., red.;
BERDNIKOVA,
N.D., red.-leksikograf; KUZIMIN, I.F., tekhn, rad.
[Engliab-Itassian dictionary on submarines and anti-
submarine defense]Anglo-russkii slovarl po podvodnym
lodkam
i protivolodochnoi oborone. Pod red. A.I.Rodionova. Mo-
skva, Voenizdati 1963. 260 p. (MIRA 160)
(Submarine warfare-Dictionaries)
(English language-Diationaries--Riissian)

BONDARVIRO, A. S.
Antimicrobial properties of an essential oil obtained from
the
nodding sticktight (Bidens cernuu e., cernual L.).
a Li-1 (MIRA .15:7)
Mikrobiol. zhur. 23 no.3*.30-33 161.
1. Institut mikrobiologii Akademii nauk VSSR.
(BIDENS) (ESSENCES AND ESSENTIAL OILS)

BONDAfOIKO., A. S.; ZEMUKHA, S. I.
Antimicrobial properties of wild and
'.qikrobiOl. 2hur. 24 no.1:1+1-1+5 162.
1. Institut mikrobiologii AN USSR,
(STRAWBEMES)
4C
garden strawberries.
(MIRA 15:7)

AY7ABIRUJI.9 B.Ye. [Aizenman, B.IUI; IWOM, T.P.
[Mkndryk,, T.F.);
SJiVA7GEFt,, M.D* [Shvaiher, M.D.); BliEDIEHINAp A.N.
[Bredikhina,A.14.];
Testing the antitu rigenic
plants in vitro. Mikrobiol.
activity of extracts from higher
zhur. 25 n0-4'-46-521639
(MML 16:9)
1. Institut mikrobiologii kN UkrSSR.
(11TERIA MEDICAP VIOETABLE) (CYTOTOXIC, DRUGS)

-10PARYWO A.S.; ZELaUKRA, S.I*; 10CHINOK2 F.Ya.;
NEGRASH, A.K.
1--fN6hr'ash., A.K.]; KUDRYAVTSEV, V.A.
Antimicrobial properties of Bidens cernua L. and
Bidens
tripartita L. Mikrobiol. zhur. 26 no.1:67-72 164.
(MIRA 18- 11)
1. Institut mikrobiologii AN UkrSSR.

PASYSHIll, I.I.; BONWOMKO, A.T.
Hetallic osteosyntheeie o the hip in district
hospitals.
Zdrav.Ti=k. 2 no-5:33-35 S-0 158. WBA 12:6)
1. Iz Ithirurgichookogo otdeleniya Bavram-Aliyokoy
rayonnoy
bollnitay (glavnyy varch - A.V.Karkina).
(HIP JOIRT-- M CTURRS)

BONURENKO, A.T.
Efficacy-of hypertension treatment at the
Sochi-Matsesta Health
Resort. Vop.kur., fizioter.i lech.flz.kullt. 27
no.2:143-146 Mr-Ap
162. - (MIRA 15:11)
1. Iz kardiologicheakoy kliniki (zav. - dotsent
N.M.Shikhova)
Sochinskogo instituta, revmatlzma (dir. - prof.
M.M.Shikhov).
(HYPERTENSION) (SOCHI-THERAEUTICS., PHYSIOLOGICAL)

s/049/60/000/02/017/022
E032/E414
AUTHORS3 Parkhomenkot E.I. and Bondarenko j_A.T.
i~ -_ -.1 - I ~ Mr
TITLE: The Effect of One-Sided Pressure on the Electrical
Resistance of Rocks-,V
PERIODICAL21zvestiya Akademli nauk SSSR, Seriya geofizicheskaya
1960, Nr 2, pp 326-332 (USSR)
ABSTRACTs At the present time there is only one paper available
on the effect of pressure on the electrical resistance
of rocks,(Hughes - Ref 1). Hughes studied the
electrical properties of peridotite for pressures of up
to 10000 kg/cm~4 and at temperatures of 1063, 1143 and
12100. Since this work was rather specialized, the
present author has carried out more extensive studies of
the electrical conductivity of rocks under the action of
one-sided pressure. The electrical resistance was
measured by the DC method described by Zaborovskiy
(Ref 2) and Bogorodetskiy (Ref 3). The specimens were
cut in the form of discs 0.5 to 2.0 ern in height and
2.8 to 7-0 cm in diameter. The electrical conductivity
was measured in low fields (3 to 800 V) in which Ohm's
Card 1/5 law still holds. The various necessary electrodes were

s/o4g/60/000/02/017/022
B032/E414
The Effect of One-Sided Pressure on the Electrical Resistance of'
Rocks
in the form of graphite deposits on the specimens and
the contact between the specimens and the conducting
wires was made with the aid of tin foils In order to
have uniform fields, the area of the measuring
electrodes was 39 to 45% of the area of the high-voltage
electrode. The guard ring which was also in the form
of graphite emulsion was deposited on the cylindrical.
surface of the specimen. Under room conditions, the
guard ring reduced the current by 10 to 23% in basalt and
diobase specimens and by 50% in schist specimens. In
dehydrated specimens having a resistance of the order
of 1010 (1cm or higher, the surface currents were very
small and sometimes unmeasurable. Depending on the
magnitude of the resistance to be measured,, use was made
of the galvanometer M91/A or a microammeter with a
mirror scaled Measurements were taken on specimens of
basalt, diobase, peridotite, limestone, schist and
sandstone, The results obtained are summarized in the
table on PP 329-330t which gives the specific resistance
Card 2/5 of the materials investigated for various water contents

s/049/60/000/02/017/022
E032/E414
The Effect of One-Sided Pressure on the Electrical
Resistance of
Rocks
and under one-sided pressured It was established that
both the behaviour of rocks in a constant electric
field, and the changes in the resistivity, strongly
depend on the moisture content. The greatest change in
the resistance is observed not at maximum or minimum
humidity but at a certain intermediate value, Such an
increase in the electrical conductivity of rocks as a
function of pressure is apparently due to the formation
of continuous and conducting channels of liquid on
compression of the specimen. It Avas found also that the
most rapid increase in the electrical conductivity
during one-sided compression is observed in the region
of relatively small mechanical pressures of, say,
200 kg/cm , while the greatest change (5 to 1.00%) was
observed in schist specimens having a moisture content
of 28 to 32%, The figure captions are as follows~
Figure 1 - Current (pA) through a basalt 21 specimen as
a function of time-, (1 -- on application of a constant
f.iel&- 2 - on application of the opposite field,
Card 315 3 - on application of the original field),

s/049/60/000/02/017/022
E032/E414
The Effect of One-Sidied Pressure on the Electrical Resistance of
Ro.---ks
Figure 2 - Reduction in the current with time (min) for
a basalt 212 specimen: (Curve 1 - dehydrated,
Curve 2 - 0.23% moisture content, Curve 3 - 0.88% moisture
content). Figure 3 - The current through a sandstone
14151 specimen as a function of time. Figure 4 - Current
through a sandstone 14o92 specimen as a function of time
(min) for direct and reversed fields.
Figure 5 - Dependence of the specific resistance of
basalt specimens on the moisture content (in %):
(I - basalt 41; 2 - basalt 2; 3 - basalt 212;
4 - basalt 211). Figure 6 - Specific resistance of
basalt 211 as a function of pressure (kg/cm2; one-sided).
Figure 7 - Specific resistance of sandstone 14091 as a
function of pressure. Figure 8 - Specific resistance
of basalt 41 as a function of pressure. There are
8 figures and 11 references, 10 of which are Soviet and
Card 4/5 1 English.

s/o4g/60/000/02/017/022
E032/E414
The Effect of One-Sided Pressure on the Electrical Resistance
of
Rocks
ASSOCIATION2 Akademiya nauk SSSR Institut fiziki Zemli
(Academz of Sciences USSR, Institute of Physics of the
Earth
SUBMITTEDa July 18, 1959
Card 5/5

VOLUOVIGH, M.P.; BONUiRMO, A.T.
Studying electric resistance in rock specimens
subjected
to a surrounding pressure up to 1000 kg/cm2.
Izv.AN sSSR.
Ser.geofiz. no.7:946-953 J1 '60- (MIRA 13:7)
1. Akademiya nw1k SUR Inatitut fiziki Zemli.
(Rocks-Blectric properties)

VOIAROTICHP M.P.; TARASOV, O.A.; BONDARENKO A.T.
Investigating the dielectric permeability 9f rock
samples at
unilateral and isostatic (UP to 5DOO kg/cm~')
atmospheric pressures.
Izv. AN. SSSA. Ser. geofiz. no.7tlOO4-1008 J1 161.
(MIRA 14:6)
1, Akademiya nauk SSSRJ, Institut, fiziki Zemli.
(Rocks--Electric properties)

BOMARENKO, A.T.
Investigations of the temperature dependence of the dielectric
constant and the tangent angle of Oielectric losses of rocks
on different frequencies. Izv..AN SSSR. Ser. geofiz.
no.3:1+55-463
Mr 163. (MIRA 16:3)
1. Institut fiziki Zemli AN SSSSR.
(Dielectrics)

--- - - - --- -------
VOLAROVICH.9 M.P.; BONDARENKO, A.T.; GUSET, K.F.
X-ray investigations of rook samples at high
pressures and
temperatures. Trudy Inst. fiz. Zem. no.23:55-59 162.
(KMA 16: 11)

VOLAROVICH, M.P.;-BONDARENKO, A.T.; PARKHOMENKO, E.I.
Effect of pressure on the electric properties of
rocks. T d
Inst. fiz. Zem. no.~3M-90 162. (MIRA 167a

PARMOMIZO, E.I.; BONDARENKO, A.T.
Electric conductivity of rocks at high
sided pressure. Trudy Inst. fiz. Zem.
temperatures and one-
no.23:101-106 162.
(MIRA 16:11)

PARKHOMENKO, ~.I.; BONDARENKO, A.T.
'. ~-
Elect-ic resistance of rocks at pressures up to
40,000 kg~/CMO 2
and '-.jmperatures up to 4000. Izv. AN SSSR. Ser.
geofiz. no.12:
1823-1832 D 163. (MIRA 17:1)
1. Institut fiziki Zemli AN SSSR.

1ACCESSION XR: AP4038149 5/0049/64/000/005/0739/0741':
IAWHORs"., Bondarenko, A* To
iTITLEt Investigation of the dielectric constant of rocks at
pressures up to 50 000
1kilograw per square centimeter and at temperatures up to 40D
SOURCE t AN SSSR. Inv. Seriya, goof izichookay~&, no. 5, 1964,
739-741
ITOPIC TAGSt dielectric constanto capacitance, rook# pressure
dependenceg tempera-
~ture dependence, capaoitance motor NIE 1
IABSTRACTt The dielectric constant was measured by means "of an
NIE-1 capacitancet
moterp operating at a frequency-of 5Ailooyoles. The sons *itivity
of the instrument
lia reputed to be t(2-5)%- Samples tested included basalt,
porphyritet eerpentinized
1 dunite; amphibolite, end serpentine. On a test with dunite, the
dielectrie constant;
was found to vary at different rates on successive loading of the
same sample. The
change was-greatest on the first test. Increase in iielectric
constant with.load~~
was generally 20 to 25% at pressures of 50 ODO kg/cm When both
pressure and
itqmperature were increased, the capacitance increased more
rapidly at lower tempera-,
Itures (20-1000) than at high temperatures (200-4000)o When the
dielectric constant
Iwaa measured with change in temperature aloneg it vas found to
increase at first,

RCESSION NR: AP4038149
-reach a ma%imum (generally at about 1000) then decrease to a
minimumt somewhere
!below 400op and begin to increase again. The curve differed for
different preo-
Isuresp being moot sharply expressed at high presouresp
approaching a sine wave In
appearance. The author concludes tHat the increase in dielectric
constant with
pressure in rocks andl in generalp substances with ionic structure
is due to changes,
in,exiergy of interaction between ions in the crystal lattice.
Orig. art. last 4
figuree.
~
ASSOCtATIOIT, Akademiya nauk SWR Institut fisiki Zemli (loadeRr of
Sciences# SSSR,
Institute of Physics of the Earth)
SUBMITTEDs 2Wun63 DM ACQs 12,Tun64 ENOM 00
SU CODEI 33, SS NO REP SM 005 MUMS 001
Cwd 2/2

BMARUNKO
(MIRA IM6)

S/058/61/000/003/009/027
AOO I/AOO I
Translation from: Referativnyy zhurnal, Fizika, 1961, No. 3, p.
299, 3E165
AUTHORS: Bondarenko, A. V., Nikitenko, V. I.
TITLE: Electric Conductivity of Synthetic Ceresin in the Melting
Temperature
Range
PFJUODICAL: "Tr. Novocherkassk. politekhn. in-ta", 1959, Vol.
73, "Raboty
Kafedry fiz.", pp. 43-46
TEXT:- Specific resistivity N of synthetic ceresin grows with
temperature.
The different course of dependence of ?Y on temperature at 40-57
and 57-11006 is
explained by the fact that higher-molecular components
participate in the mechan-
ism of electric conductivity; moreover, this is.also the result
of the effect of
low-molecular (paraffin) fractions contained in synthetic
ceresin. This is
confirmed by changes in mechanical and optical properties of
synthetic.ceresin at
the 570C temperature. The deviation of the
temperature-dependence of ?v at heat-
ing from the analogous curve at cooling is explained by the
orientation of the
structural elements of synthetic ceresin during cooling in the
presence of an
electrical field. V. Kuchin
Translatorts note: This is the full translation of the original
Russian abstract.
Card 1/1

DERFELI, A.G.; KRAVTSOVA, I.P.; DYUBIN, N.P.;
SVIRIDENKO, F.F.1 POPOVA, A.M.;
DOLINENKO, O.V.; SHAROV, B.A.; Prinimali uchastiye:
DYUBIIIA, A..V.;
TARASOVA, L.P.; LESENKO, I.I.; LEVCHENKO, N.D.;
BONDARENKO, A.V,
Using ferrotitanium for the deoxidation of rail steel
and
its properties. Sbor. trud. UNID4 no.11:365-378 165.
(11IRA 18:11)

BONDAIRENKO, A. V. Cand Tech Sci -- (diss) "Study of the
syn-Ehesis of viMrItoluene.11
a
Yaroslavl', 1956. 10 pp (Min of Higher Education USSR.
Yaroslavl' Technological
inst.), 1GIO copies (KL, 3-58, 97)
-26-

8062.3
,S70-~- o o SOV/81-59-5-16377
Translation from: Referativnyy zhurnal, Xhimiya, 1959, Nr
5, P 376 (USSR)
AUTHORS: Bondarenko, A.V., Bogdanov, M.N., Farberov,_M.I.
TITLE: The Industrial Synthesis of Vinyl Toluenel
PERIODICAL: Uch. zap. Yaroslavsk. tekhnol. in-ta, 1957,
Vol 2, PP 33 - 46
ABSTRACT- The process of catalytic dehydrogenation of
ethyl toluene (I)
to vinyl toluene (II) was investigated at 540 to 6000C
with a
volumetrio rate of 200 - 800 ml per I liter of the catalyst
per hour and with dilution by H20 vapors in the molar
ratio of
1:8 - 1:16. With an increase in the temperature to -;,-,
5800C
and a drop in the volumetric rate to --' 400, the yield of
11 is
reduced considerably. "Lie optimum conditions of the
dehydroge-
nation process are: temperature 560 - 5800C, volumetric
rate
400 - 800 ml per 1 liter of catalyst perhour, dilution with
H 0 vapors 1-12 - 1:16. The standard eatalyst for
dehydrogenation
0-12 was used as catalyst. A thermodynamic calculation of
the
dehydrogenation reaction was made. The equilibrium
constants and
Card 1/2 the equilibrium composition were computed at 427
- 7270C, and also

3062.Y
The Industrial Synthesis of Vinyl Toluene
SOV/81-59-5-16377
the apparent energy of activation of the dehydrogenation
reaction, being
32,700 cal on the average. It is shown that, in addition
to I and II,
toluene, zy1ene, ethyl benzene and styrene are part of
the catalysate com-
position. A circuit diagram of the contact installation
is submitted.
L. Volkova
Card 2/2

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2114- 8 20
S/081/61/000/011/016/040
FS 0,~-L) B105/B203
AUTHORS: Bondarenko) A. V., Karakuleva, G. I., Kutlin, A. M,
Farberov, 14. 1,
T1 TLE. Synthi~,sis of vinyl xylenea on the basis of xyleneB and
ethylene
PERIODICAL; Referativnyy zhurnal. Khimiya, no. 11, 1961, 190,
abstract
111#91 (Uch. zaps Yaroslavsk, tekhnolog. in-ta. 1960. 5.
79-89)
TEXT: In the alkylation of m-xvlene (1) by means of ethylene
(mcliar ratio
1 the minimum yield (,-- 17'o by we.-ight of the resul t ing
alkylate) i r.
products of disproportionation (PD) with the boiling point
'45-1800C
CH CeH C H , (CHO 0 H ) was obtained at 60-650C and with 21i! A101
wh i 1 e
3 5 4 2 5 1 3 6 3 3'
'~he y3 eld in ethyl xylene (II) was - 30%~ or 95-97~fo of the
reacted (I),
respe,,%tively. The polyproducts are smoothly dealkylated to (II)
under the
conditions of the main reaction. The effect of temperature and AM 3
1
-~on~~entration on thp PD yield was studied. Vinyl xylene kyield
20-25%6
Card 1/2

Qynthesis of vinyl xylenes on the
2h820
s/081/61/000/0',1/016/04C)
B105/B203
i-eferred to th-3 paased-through. or 70-750/o to the
decomposed (II)) is obtained
by dehydrogenation of II) on the catalyst K -.10 (K- 10)
(87.6,~o ZnO, 10
Al 05 %1 0. 44T, K,O) at 6000C . and dilutior. by w a t e r
cr')OV 0-56~5 SIOP, 0.4z-i6 2 C.
lax ratj,:~ ~-f 12 dtiring
vapor in a mo , a contact time of 0,55-0,.4 se,-. Th-?
,~,ffect of temperatuz-e, ~:,ontact time, and charaz;ter of
the Catalyst on the
dehydrogenation process of (11) was studied,, [Abstracter's
not,~,: Compl ete
ti-anslation.]
Card 212

,7,/058/62/0"0/002/020/053
A058/A1O1
AUTHORS: Bondarenko, A. V., Popov, S. Ya.
TITLE: Cathode polarization incident to electrocrystallization
of metals
under the action of sonic and ultrasonic vibrations
PERIODICAL: Referativnyy zhurnal, Fizika, no. 2, 1962, 43,
abstract 2G330
(V sb. "Primeneniye ul'traakust. k issled. veshchestva", no. 14,
Moscow, 1961, 87-94)
TaXT: Incident to the electrocrystallization of metals
ultrasonic and
sonic vibrations decrease the magnitude of overvoltAge in that
region of current
densities where there occurs concentration polarization. The
lower the concentra-
tion of rarefying ions, the greater the reduction of
polarization. The rate and
magnitude of cathode passivation is appreciably greater in the
presence of a
field of acoustic vibrations than In the-absence of such a
field. Galvimic plat-
ings produced under the action of ultrasonic or sonic
vibrations may have either
a finer or a coarser crystal structure than in the case of
electrocrystallization
without vibrations. The throwing power of the electrolyte in
the presence of
vibrations may be either better or worse than in their absence.
A satisfactory
Card 1/2

S/058/62/000/002/020/053
Cathode polarization incident ... A058/A101
explanation of the action of acoustic vibrations on the crystal
structure of
deposits and on the throwing power of electrolytes can be given
from the view-
point of the action of vibrations on the cathode-passivation
effect incident to
the electrocrystallization of metals. In using sonic and
ultrasonic vibrations
for the intensificationcC the electrocrystallization of metals,
the prospects are
good for electrolytes with which one can use both the depolarizing
and the
passifying actions of vibrations. There are 12 references.
[Abstracter's note: Complete translation]
Card 2/2

S/058/62/000/002/018/05-')
A058/AlOl
AUTHORS: Bondarenko, A. V., Popov, S. Ya.
TITLE: Currentless electrode potartial under the action of
ultrasonic and
sonic vibrations
PERIODICAL: Referativnyy zhurnal, Fizika no. 2, 1962, 42,
abstract 2G313 (V sb.
"Primeneniye ul'traakust. k issled. veshchestva", no. 14, Moscow,
1961, 95-99)
TEXT: It was found that ultrasonic and sonic vibrations exert an
effect
on currentless nonequilibrium electrode potential. In the
electronegative metals
Zn and Pb, the p6tential under the action of vibrations is
shifted to the side of
positive values while in the electropositive metal copper, the
potentiall is
shifted to the side of negative values. This shift in potential
can be explained
from the standpoint of the depolarizing action of ultrasonic and
sonic waves on
the cathode and anode polarization of micropairs. In designing
the thickness of
galvanic platings for components operating under conditions of
vibration, it is
necessary to take into account the possibility of increase of
corrosion current
under the action of vibrations.
FAbstracter's note: Complete translation'l
6ard 1/1

BONDARERK.O.,__A,_V.; KISELEV., V.P.; DRASILINIKGV, K.G.
Compoultion of products of the thermal dehydration of silica
and
properties of its dehydrated surface. Kin.i kat. 2
no-4:590-598
JI-Ag 161, (MIRA 14: 10)
1. Makovskiy gosudarstvennyy universitet imeni.
M.V.Lomonosova,
fizicheskiy fakulftet.
(Silica) (Dehydration (Chemistry))

A.V.; KUTII-, USTAVSHCHIKOVA., Z.F.; FARBEROV, M.I.
Synthesis of tert-butylbenzoic acid.
Izv.vyv.uchob.zav.,
'- d' * a~h cl~-, 1 it, I
,I ' ln,tOMI, 4 nc,3:4"--4e,5 161. (lm 14:10
1. Yp-roslavs1civ teh~-aiologiclleshiy inatitilt i
ii,-,.iioiiiic,-isr,].edovr,--
tcllo'dy institut uintc7.rj. monamerov dlya
sinteticheshogo kauchuka,
lulfc~~a te%hnologii osrovro-o organicheskogo sinteza
i
u
sintetichosklogo
(13enzoic

BONDARUKO, AeVOP- KISELEV) V.F.; KWILINIKOV, K.G,
Thermal dehydration of silica and certain properties of
Its surface*
DokI.AN SSSR 136 no.5:1133-1136 F 161* (MM 14:5)
1. Moskovitkiy~gos.universitet im. M.V.Lomonosova.
Predstavleno akad.
M.M.Dubininym. ""'
(Silica) (Dehydration) (Surface chemistry)

6/204/62/002/004/014/019
E075/E435
AUTHORS: Bondarenko A.V. Dolinkina, V.P., Kutlin, A.I.
Farbero , M.I.
TITLE: Synthesis of vinylxylene from xylene and acetaldehyde
PERIODICAL: Neftekhimiya, v.2, no.4, 1962, 585-591
TEXT: The synthesis was carried out in two.stages: stage 1 -
condensation or xylene and acetaldehyde to produce
dixylylethane,
stage 2 - catalytic cracking of dixylylethane with the formation
of vinylxylene and ethylxylene. The first reaction was
conducted with 92 to 961'a H2SO4 as catalyst, the molar ratio
of the
acid to acetaldehyde and xylene being 1:0.25:1. Technical xylene
as well as individual isomers could be used in this reaction.
An increase of the molar ratio of acetAld4hyde to xylene above
0.25:1 lowered the yield of dixylylethane. The reaction
temperature had no effect on the yield between -14 to +100C,
however, at 20*C the yield decreased markedly. Under the optimum
8onditions the yield reached about 36% of the xylene taken and
82% of the reacted xylene. The second reaction was conducted in
the presence of a clay (kaolin) activated by heating in air at
550 to 570*C- The yield of vinylxylene increased with
Card 1/2

S/2o4/62/OO2/oo4/oi4/ol9
Synthesis of vinylxylene... E075/E435
temperature up to 600*C and reaction time (the time of contact
up to 0.2 sec). The yield of ethylxylene increased at the same
time. Dilution of dixylylethane with steam, or working under a
vacuum, increased the yield of vinylxylene and improved its
quality. The optimum condition for the reaction are:
temperature - 5000C, contact time - 0.05 sec, dilution with
water vapour 1:28 (moles), final partial pressure in the system
110 min Hg. The yield under these conditions is about 62% of the
feed. Vinylxylene obtained consists exclusively of
2,4-diniethylstyrene. There are 3 figures and 5 tables.
ASSOCIATIONS: Nauchno-issledovatellskiy institut monomerov dlya SK
(Scientific Research Institute of Monomers for
Synthetic Rubber) Yaroslavskiy tekhnologicheskiy
institut (Yaroslavl' Technological Institute)
Card 2/2

TIXHVINSKAYA, M.Yu,; BONDARENKO, A.V.; FARBEROV, M.I.;
SOLNTSEVA, L.V.
Reaction of liquid phase,catalytic oxidation of tertiary
butyltoluens Zhur.pr4l.khim. P5 'no.7*tl584-1591 Jl 162.
11 (MRA 15:8)
1. Yaroslavskiy to khnologicheskiy institut i
Nauchno-iseledovatell-
skiy institut sintesa monmerov dlya sinteticho6kogo
kauchuka.
(Toluene) (Oxidation)

BONDARMOP L._~ DOLINKINA, V. P.; KUTIIN, A. I.;
FARBEROV, M. 1.
Synthesis of vinylxylens based on xylene and
acetaldebyde.
Neftelchimia 2 no.4:585-591 JI-Ag 1620 (MIM 15:10)
1. Nauchno-issledovatellskiy inatitut monmerov
dlya sintati-
cheskogo kauchft i Yamlavehy tekhnologicheakiy
institut.
(styrene) Uylene) (Acetaldetqde)

- __63 _4
, I I )-/LVj (i)/BPS: ~?nC/ASD 4
1-15 8
'A~APVC 4/
kP4
ESSION M: AP3005452 '7 41
s~02OA3/W3/04/os413/0557
iACC.
'73
'AMSCSSI Bo dar ik A. VjFarberav,~ M. 1,; Tikhvinskaya, M. Yu.
I
ixalinina
J
jTn"LE: Liquid-,phase catalytic' oxidation oic so,
~f di tert.butylbenzi
S01IRCE: Neftekh'Imly ~v Bs no* 4 1963., 548-557
JTU1'P1C TAGS: liquid phase-catalytic oxidation~butylbenzcdc acid
toluene alk -9 -rub er, rosin, isobutylene, alumi
ylation, ynthetic ~b num,
chloride., cobaltous oleate
I ABSMACT s The main.product-of oxidatlon of di-tert.butyltoluene Is_
'dl-tart.butylbenzoie soid. ~It was reviously shown that the
alkaline!
this acid can complete]
salts of 6yr place the disproport.Lonation ro
!sin which is used as an-emulsifier in the production of synthetic
rubber. Di erti rybutylbenzoic acid,has a branching structure with
~tuo tert.butyl groups',which combine weal with the rubber. Di-tert.-
~.bvtylbLmnzoic acid was prepared In three stages: (a) alkylation of
C4 t~rd Ilp"b,

'L. i,r;48i~~63
4C1,M)SION INR I AP3005451
he presence of 90-97% Hq SOj at stmoisph"
toluene with isobutylene In t
er1c:pressure and 0 to 40c; (b) disproportionation of tert.butyltolu-,
iene into di-tert.butyltoluene in the presence of a luminu:m chloride
at~;
ja pressure of 10 to 7 15 ra~ HS and 80,to-11OC; (c) oxidation of
di-tert,!
..1butyltoluene with 02 from.the~air In the presence of cobaltous
oleate~;-
-icatalyst. Authors attempted,to, evaluate the conditions of liquid-
I phase catalytic oxidation of di-tert butyltoluene, the character of
'the intermediate products and by-products, as well as the kinetics
ofi
the reaction. The effect of.the above factors were studied in the
6 of cobaltous oleate and other catalysts. About 80"mole % of~;
pi-esene
d'.1-tert.butylbenzoic acid and 5 mole % of di-tert.butylbezitoic
alde-
',h,,rde.is obtained d e
base on-th reacted di tert.butyltoluene. Some
the -s -and identified. The
,r- Droducts of the reaction were eparated
o
.-like product f:-om the reaction effects the Inhibition of the re-
s tar
-;Bation., A.Scheme forthe formation of main, intermediate and side
Is proposed and an explanation of the Inhibiting effect is
-.given. Orig. art. hese.1 table, -4 f%ures, 3 formulas, and a scheme
'for a possible converslon~during the oxidation reaction mechanism.
XOSOCIATION: Yaroslav enginearingg isnt.
z rd.kVP

BONDMETWO, A,V,; POPOV, S.Ya.
Effect. of acoustic vibrations on the passivatiort ot-
a Cathode Sun-
face during of zino. Trudy N111 1,3.31:;53-58
'62. kM1111A 17-.;-))

BONDARENKO, A.V.
Mechanism of ultrasonic action on the process of
aloctrocrystal
lization of metals. Trudy NPI 133:59-77 162. (MIRA
17s2)

;ACMSS10H XRt' AT402"23. S/3087/62/001/000/0091/0099
:AUTHOR: Bondarenkos A. V.; Farberov, M. I.; Karskuleva, Go I.;
Komolova, Go A*;
'Tikhvinska~ya.M.~u.'-
:T=E: Synthesis of di-tert-butylbentoic acid
,SOURCE; Yaroslavl'. TeMnologicbeekly inatitut. Xhimlya I khtmiches
key&
.tekhnologiya, vol. 1 (8), 1962, 91-99
TOPIC TAGS benzoic acid, isobutylene, toluenes polymerization,
emulsifier, our-
:face active substance, alkali metal
~ABSTRACT: Di-tert-butylbenzoic acid is a product which previously
has not been
:produced and has not been used on industrial scales. Only short
references have
been made to the possibility of its synthesis, 7he authors suggest
that the manu-
.facture of di-tert-butylbenzoic acid Is feasible from inexpensive
raw material;
toluene and isobutylene, This was done In three stages. It was
shown that a con-
venient method of obtaining di-tort-butyltolueM iS the
disproportioning of tart-
butyltolueme in the presents of aluminum chloride in the continuous
extraction of
toluene (in order to shift the equilibrium of.the reaction). Such a
method assures
a yield of the object product on the order of 90% for the converted
tart-butyltoluens
from the theoretics By mom of the liquid ph"s of oxidation
di-tert-butyltol
,Card 1/2

4CCESSION NR: 'AT4029923
In the presence'of a catalyst It vas possible to obtain*s,
high-yield of di-tert-
:butylbenzoic acid. Di-tert-butyltaluene and di-tert-beazoic acid
were separated
and characterized. 7he salts of alkali setals of di-tert-benzoic
acid wexe good
~emulsifiers in the processes of emulsion polymerization, Orig,
art# has: 2 figures
5 tables.
jASSOCIATION: Yaroslavskiy tekbnologicheakiy institut I
nauchno-issledovatel'skiy
institut vionomerov dlya SK (IMMS) (Yaroslavl technological
Institute and scientific
Mesearch Institute of smomirs for SK (NXIMSK))
!SUBMI=D: 00 ACQ: 29Apr64 ZNM: 00
,SUB CODE: CH ND TZF SOVt 003 On=-. 002
'11111,rr r-ItTA
COM, 2/2___
- ------------- -

BONDARENKO, A.V.; DOLINKINA, V.I.; KUTOIN, A.M.;
FARBEROV, M.I.
Synthesis of vinybcylol based on xylene and
acetaldehyde.
Khim. i khim. tekh. 1:101-107 162. (KRA 17:2)
1. Nauchno-issledovatellskiy institut monomerov dlya
sinteticheskogo
kauchuka i Yaroslav-skiy tekhnologicheskiy institut.

ISAYLINGOLID,, A.L.; TYURYAYEV, I.Ya.,- BONDARENKO,
A.V.; CHERFMUKRINA, T.A.
Catalytic hydrocracking of dixylmethane. Khim. i khim.
tekh.
1:111-121 162. (MIRA 17:2)
1. Nauchno-issledovatellskiy institut monomerov dlya
sinteticheskogo
kauchuka i Yaroslavskiy tekhnologicheskiy institut.

It. BONDARWO, A.V.; POPOV, S.Ya.
Electrocryatallization of copper on a vibrating cathode.
Trudy NPI 1341
45-57 162. (MM 17:2)

BONDARENKO, A.V.; FARBEROV, M-I-; TIXHVINSKAYA,
M.Yu.; KALININA.9 I.A.
Liquid-phase catalytic oxidation of
di-tort-butyltoluene
for the purpose of obtaining di-tert-butylbenzoic
acid.
Neftekhimiia 3 no-4:548-557 Jl-Ag 163. (MIRA 16:11)
1. Yaroslavskiy tekhnologicb-skiy institut.
T,

BONDARENKO, AN.
I . 'I--.-.-'-,-...-
Electrocrystallization of zinc in a stationary
ultrasonic
field. Elektrokhimiia 1 no-3:367-369 Itr '65*
(MI-InU 18:12)
1. Novocherkasskiy politokbnicheskiy institut.

G.T . ; BC, I IP ~'r D~,Vl A VF A RBEI
R A TI
Production of allkyInaplAha3enes. llf:f'ekh~mila nc-.6-
S56-8'7
1-1-1) 165. (MIMA 19:2)
1. Naucliiic~-issledo-v-,,it-21'skly institut. monomerov d
1~,, ~l Z; i n t P, t I -
cheskogo kavchuka i Yaroslavskiy takhnologicheskiy instAtut.
Submitted Jan. 26, 1965.

BASH FPC-,VA R.M, BO
Energy spectrum of' positive Ions hitting the
cpthode in an
117.
anomalous glowing discharge. Izv. vys. ucheb. zav.;
rad-Jol,
8 no.4:784-793 165. (MIRA 19;q)
1. Moskovskiy gosudarstvennyry univer,7itet.

0 0000*00 goo &00 0 go *Joe---
I A 1 6 r 6 0 V It It u W u 16 it a N a it a a k a 16 V ill it
ta It I* is 1. 1? a M 4. 4, V u a Aito
M I I L -IL-A V I T k A-,-b - I t- _.
- 6~0
no S'Pte". of the elplasw of the explosive Mutm
2H, + )j. A. V. flondart11110. J. PAYS.

R.) S. give; the wave lrnth%
00

and into.-miltir% found on the
r4ates fur 318 lin" in the

range U03-281 I %.. of which 23 were
in the .10.13 ~iMo.
00

Jet in thr.MT(o-3428. 140 in the
3429-.10014 and II0 in t[K.
'
1
1
i
h
4
i
00

- w
th t
~ 't-tM .
#V'4
-411 .
k, Fttgms. By cimpar
'ttliv, It. and 0.1g. flar. it tif hot It. B find- thAt
an lutenned6tt the excited Oil mig. is fiwu;c%l in to &V
00

atwitinti. Thiq rww source of the OUI sliectrum exceeds

in powtr
the uiwal 011 slk-cirum In w;ttcf vajxw. The
l
di
t
d
"I
i

.r sa
e
quantitin nitua
a
gh rotat
"Val, lisirs with h
indicate that ON!. ciphulim stw1ruin 12 twur like the

diwharg,-c
spretm-tu than like the ordinary c4unbuoLin

a 71W If&))&
mechanism is lWy unlikely list Ifir
*0

the nc"!aary energy .1
acti%-ntkvn of the riciled
=

011 It

06 a

00 S

j-00
.00
see
goo
Jet
Net
V*9
It A 11 Q 0 1 L"
0 0 0 0 0
0 0 0;0 to 0 0 a 0 0 0 0 0

-DA,17 'KC 'T
11 The TiocorTo~iitic-I of Nitrides cf 'rrc-,. .Ath
Zhur 'FiZ. Elsliril.,1110. 1
of Thermophyaics. lied. 22 Jun,- Ic)38.
Report U-16131, 3 Jan. 1952

001
06 icfIfiRRMhrIdwbyb=bAr&
N. 1. NmmiwT.
4M It.; XM~MA
00j:Dpw" Fb,,tf, a, w lp,~,4C was bmb&rded
ov With sUcUabs andAbo Izamaw cif the gas preasuro see
obwrn& Tbt,yi)M otgu) Iwakvbw increaW from
oem aa- it 4 v. to 1.2 i3d. as 12D Y.; sharp In.
gold cr0"""j"w4t7.,10,iWdJ7v. 7bewpotentials coo
M SUPPDMO $6 W tbb Olt- PDIMULU of Fe nit"
and to Zwoopma wa a EbAtIon of N in 3 diffaftnt
forwa. Orporxtecfd";p.,oftbaniW&traaidmost a**
J. J. B, we*
Coo
I L A #"A"WnXjkL LITINAUW CVA3WKATMP
slow Sflusaw
T SSDONO bib PGov Oki 0-1 Q%v L-11
I I " , # - ~I
Not on** Iguis II it TO Is M a I to bi 0 a v *1 .0,
0 a 0 * 0 : " 9
0 4-0 a 0 0 0 0 0 a 0 a 0 a a *ji a 0.0 0 some

BONDARFINKO, A. V.
Defnnded his Candidates dissertation in the Phy-Acs F.cuUy
of Moscow State
University on 3 July 1952.
Dissertation: "Inv5stigation of the Wmit Phenomeno of
Forced Combustion of
Gpseous Mixtures Containing Inert Diluantj."
SO: Vestnik Roskovskogo Universiteta, Seriya,
Fiziko-liatem,-.tiche!sk:L~',II i
Yestestwmny1ch Nwak, No. 1, Momcow, Feb 1953, 1)P 151-157.
trawl. in
W-29782P 12 April 54, For off. use only.

SOV/137-59-12-26380
Translation from: Referativnyy zhurnal, Metallurgiya, 1959, Nr
12, p 8s) (USSR)
AUTHORS: Bondarenko A V - opov, S.Ya.
TITLE: The Effect of Ultrasonic Waves~~on
ElectrocrystallizatioAf Metals
PERIODICAL: Byul. tekhn.-ekon. inform. Sovnarkhoz Rostovsk.
ekon-adm. r-na, 1959,
Nr 1, pp 47 - 49
ABSTRACT: Besides the testing of equipment and the development
of experimental
methods, the basic problem of the investigation was to reveal
the possible
effect of ultrasonic waves on the formation of crystallization
centers, on
the contact exchange, and increase in the current density, The
authors
investigated the deposition of Cu on the Cu-cathod6, of Pb on
the Pb-
cathode, of Ag on Cu and deposition of Zn. It was stated that
the ultra-
sonic waves increased the current density in deposition from
non-cyanide
electrolytes; that a primary thin metal layer, well adhesive to
the base,
was formed which subsequently was extending beyond the
ultrasonic field.
T.K.
Card 1/1

5W SOV/20-125-3-30/63
AUTHOR: Bondarenko, A. V.
TITLE- An Investigation of the Thermal Dehydration of
Cry3talline and
Amorphous Silica by the Method of Mass-spectrum Analysis
(Issledovaniye termicheakoy degidratatsii kristall:Lcheskogo i
amorfnogo kremnezemov metodom mass-spektrallnogo analiza)
PERIODICALt Dokladv Akademii nauk SSSR, 19159, Vol 125, Nr 3,
PI) 573-5'116
(USSR~
ABSTRACT: In this investigation the author used two samples of
pulverized
crystalline quartz (which had been prepared at vario-as times
and
had a specific surface of 35.8 and 8 m 21g) as well as three
varieties of silica gel (K-2, KSK-2, KSY-3). in thE!.Qe experi-
ments it was necessary to subject the silica samples to a par-
ticularly careful purification, All experimants were made within
0
the temperature range of from 400 to 1000 . The mass spectrum
within the range of from 1 to 50 units of mass was taken at a
temperature of between 100 to 1500. Negative results were ob-
tained from the investigation of the dehydration of silica gel
Card 1/4 K-2 in an ion source with a hot anode in which the
author tried

SOV/20-125-3-30'/63
An Investigation of the Thermal Dehydration of Crystalline and
Amorphous Silica
by the Method of Mass-spectrum Analysis
to determine charged particles. The mass-spectrographic
analysis
performed permits the conclusion that the silica gel surface
exhibits no independent emission of ions during thermal de-
hydrogenation, at least not within the limits of sensibility of
the device MS-4. It resulted that the mass spectrum of the
neutral components of the desorbed gas phase was comparatively
complicated in all samples of silica gel under investigation,
In
addition to H20 (apart from the mass lines of the fragments,
for
example OH), the lines CO , and CO, in most cases 0,~ and
2' N2 e
sometimes H21 RO as well as other nitrogen oxides and the lines
of various organic compounds were found in the mass spectra.
The
lines caused by SiO 2-Y Sio-, 02-1 and 0 are due to +he
sublima-
tion of the solid phase of silica gel, The absolute and the
relative content of the substances contained in the mass spec-
trum of dehydration varied considerably from sample to sample
and were dependent on temperature and the time of heating. With
Card 2/4 the exception of H 20 and 02, all other components of
the mass

SOV/20-125-3-30/63
An Investigation of the Thermal Dehydration of Crystalline and
Amorphous Silica
by the Method of Mass-spectrum Analysis
spectrum were caused by secondary factors. The latter are not
characteristic of the structural change in the silica gel sur-
face. The author did not determine any noticeable removal of
molecular hydrogen. A new result was obtained by the removal of
large quantities of molecular oxygen during the dehydration of
crystalline quartz and two varieties of silica gel. Curves of
the temperature dependence of this phenomenon are then given
and
discussed. There is no direct connection between the specific
quantity of water contained in the structure and the amount of
0
oxygen removed within the temperature range of fz'om 700 to
1000.
Further, the author discusses the anomalous behavior of si'lica
gel K-2 with respect to the removal of 02' Conspicuously the
most important feature of the mass-spectroscopic inveBtigation
of the thermal dehydration of silica gel is the removal of
"structural" oxygen which attains maximum intensity within the
range of from 900 to 9500. The lower temperature range of this
process has not yet been ascertained with satisfactory
accuracy.
Card 3/4 Finally, the experimental difficulties are indicated
which are

SOV/20-!25-3-30/'63
An Investigation of the Thermal Dehydration of Crystalline and
Amorphous 3--lica
by the Method of Mass-spectrum Analysis
due to insufficiently purified samples. This investigation was
made in cooperation with the Laboratoriya poverkhnostnykh
yavleniy Fizicheekogo fakulteta MGU (Laboratory of Surface
Phenomena of Moscow State University, Department of Physics).
The author thanks A. S. Predvoditelev, Corresponding Member,
AS USSRt for his interest displayed in the study under invest'
gation. There are 1 figure and 8 references, 3 of which are
Soviet.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet im. M. V.
Lomonosova
(Moscow State University imeni M. V. LomonoS07)
PRESENTED- December 24, 1958, by M. M. Dubinin, Academician
SUBMITTED: December 17, 1958
Card 4/4

I-. BONDARMO, A. V.
Mass-spectrometric investigation of the thermal
dehydration of
crystalline and amorphous silica. Vest. Mosk nn. Ser-
34'Pix-,astron
15 no.1:11-22 160. (MIRA 13:10)
1. Xafedra molabilyarnoy fIzIki fixicheekogo fakul'teta,
Moskovs-
kogo goeudaretvennogo universiteta.
9 (Silica) (Mass spectrometry)

3/194/62/000/004/00-8/105
D295/D308
AUTHORS: Bondavenko, A. V. and Popov, S. Ya.
TITLE: Cathode polarization in the electrocrystallization
of metals under the action of sonic and ultrasonic
oscillations
PERIODICAL: Ref-erativnyy zhurnal, Avtomatika _J radioelektroni-ka,
no. 4, 1962, abstract 4-5-39e (V sb. 11-rimeneniye ull-
traakust. k issled. veshchestva. no. 14, M., 19061,
87-94)
TEXT: Cathode polarization during electrical deposition of copper,
silver and zinc under the action of sonic and ultrasonic oscilt
tions is investigated. Ultrasonic frequencies of 12'~O kc/s wei-e
ra-
diated from a barium-titanate ceramic t-ransducer; sonic
oscill-lations
were generated by an electromagnetic vibrator fed from a.c. mains
of industrial frequency. The ul-Lrason-Ac in-Len5ity was
det-6rmined by
a thermistor measuring instrument. The comparison of the intensitly
Of sonic oscillations was carried out on the basis of the value of
Card 1/2

S/1194 62/000/004/068/105
Cathode polarization in ... D295/D308
the current passing through the vibrator. 12 references. Z-Abstrac-
ter's note: Complete translauion.-7
Card 2/2

J-11LUTHORS:
TITLE;
S/194'/62/000/004/067/105
D295/D308
Bondarenko, A. V. and Popov, S. Ya.
Potential of an electrode without current by the ac-
tion of ultrasonic and sonic oscillaiions
PERIODICAL: Referativnyy zhurnal, Avtomatika i
radioeleikt-ronika,
_Jmeneniye ul'-
no. 4, 1962, abstract 4-5-39ch (V sb. ?r_ -
traakust. k issled. veshchestva. no. 14, 11.1 190-19
95-99)
TEXT: The influence of sound of 100 c/s and ultrasound of 1950
kc/s on t-he non-equilibrium potential of an electrode
wilthout cur.-
rent is investigated. Sound oscillations were co=unicated to
the
electrode from an electromagnetic vibrator, the electrodebeJng
attached to the armature of the vibrator by -means of a
rod.-5, refe-
rences. /-Abstracter's note: Complete translation.-7
Card 1/1

5
/1 255 004/008/005/o16
S
7
B116/B212
Bondarenko A V Voznesenskiyl Yu. A., Minashin, M. Ye.
AUTHOM
S.3. Sharapov, N.
TITLE: Investigation of the automatic control system for t4e power
level of a power reactor
PERIODICAL: Inzhenerno-fizicheskiy zhurnal, v. 4, no. 8, 1961, 54-62
TEXT: The pFesent paper deals with the calculation of the control
system
.,iyen for the investigation of
of h power reactor...A.,concr6te example is.p
the transient processes for one of the variants of a projected
reactor.
having an automatic power control system. A number-of questions are
dis-
cussed which are connected with the autbmatic reactor during
non-steady
ope-r ct
ation~ The variant mentioned is shown in ?1g. 1. The control obje
is built similarly to that of the first atomic power plait in the'
USSR,
namely,a heterogeneous uranium-graphite boiling reactor. This
reactor has
-4
an effective neutron life of 1 4-10 sec and a negative temperature
effect. Fig. 2 shows the cross sectiori-'of a fuel element in "he
graphite
Card 1/11

25555
S/170/61/004/008/005/016-.
Inve-,3tigation of the automatic ... B116/B212
block of the core. Three groups of equations are set.up: For the change
of,neutron density in the reactor in time:
dn ko(l 1
- n + )-, cf.'
d
dc, k.0 P,
I= -).I C, +
d
6
6.
where -r denotes the time, n the neutron density, k keff, A, the,decay
constant of the fragments of the i-th group of delayed neutrons, 1 the
effective relative yield of delayed neutro" bf the i-th group (baking
into
account the production energy), a the effective life of neutrons in the
Card 2~ 1

Investigation of the automatic
'2 ~555
S/170/ 1/004/008/065/0~6
B116/B212
reactor. The deviation ak k I is caused by an exteinal perturbation
eff
(ak perturbation) and by a change in reactivity 1) due to the
motion of the
control rods (automatiq controller): &k AR , 2).due to the
insertion of
emergency protection rods into the core: &k ep ; and 3) due to.the
deviation
of the uranium, moderator and coolant temperatures.* e,,kt;
ak-combine's
additively all of these. The second group of equations expresses
the
chang matic control
ge in time of the determining parameters of the auto
day
Ji
-
system.'- They read: [n (,r (8)
d
d
T d A-u &u k k (9) ay 2 (10),
IN d-r 2 3692 ft
dx
T k4,6u &k- (p,2 (12),
S--.v Tr AR 5
where n(T) denotes the relative neutrdrx density; y, the angle of
rotation-,
Card 3/11

255~5
S/170/61/004/008/005/016
Investigation of the*automatic ... B116/B212
of the drive (of the intermediate switch mechanism the angle.of
92
rotation of the switch mechanism drive; u the potential at the
output of the
the time constant of this amplifier; T the time
magnetic amplifier'; TMV , SW
constant of the switch mechanism; kl~ k , k , k , k denote the
transmis-
2 3 4 5
sion coefficients of the control elements. The third group of
equktions
makes it possible to determine the mean change of the uranium
temperature,
(T-t) in the reactor and also the change ofv k. when the uranium
temnera-
U P f f
0
ture changes by 1 C and by&kt, if the,tempera'ture coefficient. of
reactivity
(Q is known. These &quationb bread as follows:
temp
dAt',
- 0,650 A tI + 0,596 A t) -L 8,63 in 11; (13.)
d-
dAtIl
0,654 A III + 0,600 A I+ 16,2 11; (14)
d
dAIIIII
0,661 A till + 0,607 A11,11 + 20,4 (n 11; '(15)
d
Card 4/11

25555
S/1 70/61/004/008/005/016
investigation of the automatic B116/B212
dAiIV
.1,52 A i,',v 20A tn ('0
d
dAil
1.77 A t' 7,64 AX';
d
d A Ptl
1,69 A 111- 4,99 A III -L 3,04 A I',;
(18)
d,c
41 A fill
; A till A I'll
1,48 A fill 5,67 A tlllk 3,33 A 11 -.0,01E.
d
where u denotes the deviation o.f the mean uranium temperature in the
cross section of-the core in question from a nominal value; &t the
devia-
.tion of the mean coolant temperature in ace~tain section (the
active.zone
is eivided into several sections with respect to height: 1, 1-1,
Ii~i' IV).
It is assumed that the heat removal is con-ce-ntrated in the layer
haling
radius r , and that the fuel mass will.-produce an additional thermal
re-
3
sistance. Eqs. (1) (19) have been investigated with- the help of a re-
Card 5/11

25555
S/170 61/004/008/005/016
Investigation of the. atutomatic .3116 B212
actor simulator considering 6 groups of delayed neutrons and with
three
si.mulating devices of type MH-7 OdN-7) for work cQntrol of
reactors.' The
se4. of eoup-tions is schematically shown in Fig. 3. The following
results
have been obtained by a study of the automatic coritroller and
reactor for
non-steady operation; 1) Representation in one-group approximation
results
in an o,xcessively high-ma)eimum reactivity jumD permissible;
therefore. 6
groups have been taken. 2) For a discontinuously changing
reactivity, the
increase of 'the amplifiGation factor of the automatic
controller'dill first
decrease the power excess but will also increase the control: time.
in-
creasing the am-olification factor by a factor o~ three will kee-D
the
system stable. 3) 'Uhen the temperature ef f ect. (Qt was not' taken
i'nto
account, one obtains &k 0.000472 and a linear dependence of the
Perm
Permissible reactivity jump of Qtemp: 8 &k perm/8Qtemp - 1-45- 4) The
znaY:Lmui-,i permissible amplitudes of reactivity pulsation in the
range of
0.05 - 0.3 cps, which can be applied to the automatic controller, are
4
Civen as: 6k 0.0002 at Q .0 and &k = 0.000325 at 9 = -0.67-10-
t t
Therefo re, 'Vhe temperature effect has to be determined accurately:
Card 6/11

S/1 70/6 1 ~c 04/008/005/016
Investigation of the automatic B116/B212
controller is able*to take
.5) Even at resonance frequencies the automatic
the pulsation of the coolant amount, and the amplitudes of the
co"rregpond-
ing stabilized power fluctuations will be smaller than the permissible
maximum.- A. K. Krasin, Academician of the AS BSSR, is thanked for
interest
in this work. There ate 5 figures and 2 Soviet-bloc references.
SUBMITTED: April 8, 1961
Fig. 1: Block diagram of the chief components of the,automatic control
system.
LeGend: 1) perturbation; 2) influence of the temperature effect; 3)
reactor;
4) control rods; 5) neutron detector; 6) power transmitter; 7) signal
am lifier; 8) intbrmediate switch mechanism; 9) comparator; 10) drive;
113 magnetic amplifier; 12) switch mechanism.
Peammop
Card 7/1'1

3/137/62/000/0W018/085
AOO6/A101
AUTHOR: Bondarenko, A. V.
TITLE: On the problem of the mechanism of ultrasonic effect upon the
electrocrystallization of metal
PERIODICAL: Referativnyy zhurnal, 14etallurgiya, no. 12, 1962, 2,
abstract 12115
("Tr. Novocherk. politekhn. in-ta"., 1962, v. 133, 59 - 71)
TEXT: To reveal factors which determine the stirring effect of
ultrasonic
waves, experiments were carried out with the use of half-wave
flutters arising
during metal deposition, in a standing ultrasonic field. The
experiments were
made in an ultrasonic field of 1,250 kilocycles fr 'equency and 0.5 -
8 watt/CM2
intensity. The standing field was due to the presence of a reflecting
surface
established in the electrolyzer perpendicularly to the propagation of
u1tra5.onie----
waves. The following reflecting surfaces were tested: the free
surface of-the
electrolyte; surfaces of glass, metal, chlorvinyl, rubber, and cork
reflectors.
It was established that in a standing ultrasonic field metal
deposition proceeds
both in the nodes and antinodes of displacements depending on the
electrolyte
composition and current density. 'Die basic factor accelerating the
process of
Card 1/2

On the problem of the ...
S1 137/62/000/01 P-Aj 18/085
A006/A101
clectrocrystallization, may be microcurrents arising in the
electrolyte, in the
ultrasonic field, and on the cathode surface. Some effect may
also be exerted
by stationary currents of the "sonic wind" type. There are 21
references,
0. Oollder
[Abstracter's note: Complete translation]
Card 2/2

BONDARENKO, A.V.; FARBEROV, M.I.; KARAKULEVA, G.I.;
KOMOIDVA, G.A.;
M.Yu.; Prinimal uchastiye PAVLOV, S.Yu., student
Synthesis of di-tert-butylbenzoic acid. Xhim. i khim. tekh.
1:91-99 t62. (MIRA 17:2)
1. Yaroslavskiy tekhnologicheskiy institut, i
Nauchno-issledo-
vatellskiy institut monomerov dlya sinteticheskogo kauchuka.

IONi i. 7
-ACCESS Ilk. '-'AP5,0D MH 0
BY
AUTHOR: 7'axberov, M. 1. Bondarenko, A. V,- Romolova G. A;
~TITLE-. A metthod -for producing ~eta-vi-nyln!phthalene. s 12, No.
16"17864
Clas
z SOURCE., Byialetenl izcbreteniy~,,IA
ovarnyxn-znakov-, no. 3, 1965, 24
'TOPIC TAC-S: beta-viny1napbtbalerle
::~-ABSTRACT: r- - Cer~ficate ~.xnfr64taes a method for producing
S-vinyi-
This Autbo
naphthalene. In order to increase th e purity and yield of the
product, oxygen or
!;air is used for oxidizing--O-ethy-ln4phthalene-in the liquid phase.
The oxidation is
carried out,in the prese~.6e~.of of variable valence metals, producing
a mix-
ture of inethy1naphthyl:. keton e* and- meth)ri~'Aphthyl - carbinol
7,ie metbyinapb4thyl
icarbinol is reduced from this mixture and dehydrated.
none
SUBMITTED: 14Jul62 ENCL: 0C SUB CODE: GC
140 REF SOVII 000 BOTHER: 000
Card 1/1.
_t IN
Mi MR
r; & - - It '_
T EMU g -, rL
FRI 3 MKI-3 ~�M .1 ME -M_2

A VwT (I I AT
5022863' SOURCE CODE: UR/0141/65/008/004/0734/0793
AUTHOR: )Bashirova, M Bondarenko, A. V.
ORG: MOSCOW State. University oskovokly gosudarstvennyy univetsitet)
TITLE: Investigation of the energy spectrum of positive ions which
arrive at the
cathode im an anomalous glow discharge
SOURCE: IVUZ. Radiofizika, Y. 8, no. 4,11965, 784-793
.TOPIC TAGS: glow discharge, positive ion
.'P4~ I 'tq'
ABSTRACT: The distribution of enerjies~ of the ions bombarding the
cathode in an
anomalous, _kYdIV die-charge -was experimentally investigated. The
method of
cylindrical capacitor advanced by, A. Hughes and V. Rojansky (Phys.
Rev., 34, 2.84,
19?9) was used. Glasa discharge tubes 30"40-mm diameter and 20-25-mm
long
were used. The discharge was conducted in a gas flow. It was found
that the energy
distribution istrongly depends on the conditions of formation of the
canal beam; the
distributions were, entirely different in two cathodes whose
diaphragm arrangements
were different. The positive-ion current in the cathode region could
not be
UDC: 537. 525

ACC NRi AP5022803
determined from a common I-V characteristic for various discharge
conditions; the
characteristic segments of the distribution curves diverged from the
common I-V
curve in different ways. On the strength of the experimental results,
it is assumed
that the redistribution of ion energy along the way toward the cathode
and in the
transcathode space is largely due to a charge reversal whose
efficiency within the
discharge space is lower than that outside of this space. Orig. art.
has: 4 figures..
SUB CODE: 20 SUBM DATE: OZjul64 ~ORIG REF: 008 1 OTH REF: 004
Care 2/2
Z.-
MIND' W-0.914-1;

PILIPENKO, I.V.; BO]MkRENKO, A.Ta.
Experience ~usi ~coal=zoui or firing steam locomotives.
Z.bel.dor.transp. 41 no.6:70-72 Js '59. (MIRA 12.9)
1. 14ashinist-inctruktor po teplotekhnilte parovoznogo dopo
Pomoob-
nays, Oao_s'skC7..dorogI. (for Pili-penko). 2. Nachal'nik
parovoznogo
depo, PomoBhnaya Odeaskoy dorogi (for Bondarenko).
(Locomotives--Fuel consumption)

POCHEPA, A2eksandr Mikhayloviob; RAMOVSM, Hikhail
Yefimoviob; BONDARENKO,
Anatoliy.Yevgenlyevich; RUBIN, M., red.; MOLGIMNOVA, T.,
teklm,
- -
[Use and repair of television receivers) Ekspluatatsiia
i remont te-
levizorove 2.# izd. Odeasap Odeaskoe knizImoe izd-vo)
1961. 3.45 p.
(MIRA 14:10)
(Television-Receivers and reception)

POCHEPA . Aleksandr Mikhaylovich; RASMOVSK-TY,
Mikhail Yef imovich;
&, Yevgenlyevich; RUBIN, M
BONDARENKO ... red.;
.. Aga~ol y
~-
-fek6. reas
[Operation and repair of television receivers]
Eksplua-
tatsiia i remont televizorov. Odessa, Odesskoe
knizhnoe
izd-vo, 1963. 221 p. (NIRA 17:2)

GRIGORIYEVA, A.V. (Orenbarg., Sovetskaya, ul., d.2);
BONDAMIKO, A.Ya.
X-ray diagnosis of occupational diseases of the
ostevar-'Umlar-
apparatus. Ortop. tram. protez. 24 no.7,.66-69 OTI'63
(MIRA 17'.2)
1. Iz kaftdry renlgenologii s medit'sinskoy
radiologiyey ( zar..-
prof. A.V.C~-igorlyeva) Orenburgskogo meditsinskogo
instibx~,&,

SOME: Voyennyy vestnik, no. 1, 1965, 92-93
TOPIC TAGS: diver, personriel, training, training gear
kWTRACT- Combat engineer divers are trained in diving beneat"h i,,e.
711he person
" is first throughly familiarized with the equipment and procedures.
For act-aal
e~
n
training the equipment is laid out as shown in Fig. 1 on Lhe
I.' X 110e
checking the weather fjivi-ng is prohib.,ted i1r, temperatures