SCIENTIFIC ABSTRACT VOYTSEKHOVSKIY, B.V. - VOYTSEKHOVSKIY, R.V.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
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• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

VOYTSIMMVSKIY' B.V4; KOTOV, B.Te.
Optical investigation of the detonation spin vave front. Izv. Sib,
otd. AN SSSR no.4:74--80 158. (MIRA 11: 9)
l.Institut gidrodinamiki Sibirskogo otdeleniya AN SSSR.
(Rxplosions)

__jMZVMgj;M6.UV I; MMT. B.Te.; MITROFANOV- V-V-; TMKHITAK, Noyes
optical invogtIC&tIon of traueverse datOnatiOn vST8,I, IzvoSib,
otd. Ali SSSR no.9:44-51 158, (UM n:n)
1, Pilbirskoye otdolen1ye AN 550.
(Axplosions)

YOTTS Mr IOVSKIY, D.V.; KOVALI, A.A.; SUNITSAO [Sun To laol
Shadow mraViod for registering waves on the surface of a
liquid. Izv.5Ib.6td.AN SSSR no,51127-129 159.
(HIRA 12210)
1. InstWit gidrodinamiki, Sibirakogo otdolmnlya kkadmmii nauk
MR.
(Waves)

~/o. .2ooo 68152

AUTHOR: voyteekhovskiy, B.V. SOV120-129-6-15169
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PERIODICAL: Xklady Akademii nauk SSSR, 1959, Vol 129, Nr 6, pp 1254-1256
(USSR)
ABSTRACT: The author first deals with the basic scheme of the device in
which a steady detonation was produced (Fig 1). If such con-
ditions are created in a channel, under which the orienal gas
mixture moves with sufficiently high velocity steadily before
the front of the detonation wave$ this phenomenon may be con-
veyed into the steady state. The front of the detonation wave
propagates only in one direction in an annular channel. The
initial gas mixture enters in radial direction into the chan-
nel through the internal wall. The detonation in the ring was
photographed through a glass plate (serving as an upper
boundary for the ring). Figure 2 shows the position of the
fronts in the annular channel. The mixture In this channel
was ignited synchronously with the opening of the photographic
shutter at a point of the outer edge. Without any preparatory
measures being taken, the detonation wave propagates from the
Card 1/3 point of ignition simultaneously in various directions. The

68152
Steady Detonation
SOV/20-129-6-15/69
detonation waves collide on the opposite side of the ring,
one detonation wave being able to break through into the
-reservoir containing the original mixture through the feed-
nozzle. The provention of such break-throughs to the rear
causes considerable technical difficulties, and this problem
was solved by means of a feed-nozzld!~of special shape and by the
proper choice of pressure condltio . After the collision
between the two detonation waves the number of fronts Increases,
after which a stable process of single collisions of detona-
tion waves sets in. In order to produce a steady annular
detonation it Is necessary to exclude one of the fronts during
ignition. The steady detonation has, as a rule, several fionts,
and only on its edge is it possible for one single detonation
front to exist, A multifront steady detonation is a very
stable process, and in the neighborhood of each detonation
front a complex picture of the interaction between shock waves
is produced. Details are discussed on the basis of a figure.
If there are many detonation fronts, they propagate in the com-
busted mixture with sonic velocity. Such a detonation process
does not, however, fit into the scheme developed by Chapman-
Card 2/3 Jouget. The velocity of a steady detonation increases with a

68152
A Steady Detonation
ASSOCIATION:
PRESENTED:
SUBMITTED:
Card 3/3
SOY/20-129-6-15/69
deterioration of the conditions for its development, andmust
change within the limits of from v 1 to 2v 1t--V,, where v,
denotes the velocity of sound in the combustion products. The
flame of the steady detonation is bluish-green. As a result
of the suddenness of combustiono the carbon atoms are apparentV
not able to recombine to large groups, so that a more complete
combustion of the explosive mixture is attained. In steady
combustion a monotonic sound with the frequency nf is emitted,
where n denotes the number of fronts and f - the revolution
frequency of each front. The author thanks Academician M.A.
Lavrenttyev for his attention. The experiments were carried
out by V. and M. Tatarchuk. There are 4 figures.
Institut gidrodinamiki Sibirekogo otdaleniya Akademii nauk SSSR
(Institute of Hydrodynamics of the Siberian Department of the
Auadulu:z Of SuielluL-5 017 Lilv USSA
September 14, 1959, by M.A, Lavrentlyev, Academician
September 11, 1959

OXEIGIOVSm, -B. v.I (Novosibirsk)
"Spin Detonation."
report presented at the First All-Union Congress on Theoretical and Applied
Mechanics, Moscov, 27 Jan - 3 Feb 1960.

VOYTSEKHOVSKIYI B. V. Dr. PtwB4LEkth Sci - (diss) NDetonation
spin and stationary detonation," Novosibirsk., 1960.1 38 pps (Joint
Scientific Council for Phys-Math and Tech Sclences., Siberian Depart-
ment, AS USSR) KL, "-60,, 127)

0 0
AUTHOR- Voytsekh2YAW__j3
TITIE: Spin stationary detonation
28371
S/124/61/000/008/012/042
A001/A101
PERIODICAL: Referativnyy zhurnal. Mekhanika, no. 8, 1961, 15, abstract 8B89
("2h. prikl. mekhan. I tekhn. fiz.", 1960, no. 3, 157 - 164)
TEXT: An Installation is described which makes it possible to bring about
a continuous (within 1-1.5 seo) detonation burning of preliminarily prepared ex-
plosive mixtures. The installation represented, in schematic features, two co-
axial hollow cylinders with a vertical axis and a free space betypen the walls.
The internal cylinder has, in its upper face end, a s'teel disk-flange with an
aperture in the middle and an annular gro6ve of rectangular cross section made
in the'upper surface of the disk. A plexiglaas plate is laid from above on both
of the cylinders in such a way that it adheres closely to the face end of the
outer cylinder and has a small gap with the upper surface.of the inner disk. The
explosive mixture is fed into the annular groove through the hollow of the inner
cylinder with a necessary velocity and a correspondIng velocity of outlet of the
burning products through the space between the cylinders; this makes it possible
Card 1/ 3

28371
S/124/61/000/008/012/042
Spin stationary detonation A001/A101
to ensure, after initiating detonation within the groove, a comparatively durable
propagation in this groove of one or several waves, unfdirectional or colliding
with each other. Experiments were conducted with an acetylene-oxygen mixture,
and results were recorded bythe slit photo-sweep of the protes3 through the up-
per transparent plexiglass plate. The photorecorder with a rotating drum was
mounted on a rocking suspension in such k way that it could move around the axis
perpendicular to the axis of drum rotation. This displacement was brought about
by an auxiliary explosion synchronized with detonaiion initiation in the annular
groove. The rocking suspension of the photorecorder permitted avoidance of mutu-
al superposition of the image during repeated revolutions of the photorecorder
drum; a long duration of phQtorecording of the process was made possible, due to
the width of the film used (or to the size of the image along the slit)., The
author presents photorecording of detonation and the presumed scheme of the syz-
tem of shock and detonation waves circulating within the annular groove. He
derives the system of equations for determining the angles between the fronts of
the waves in such a system. Equaiions of conservation of mass, momentum and ener-
gy are written down, using the method of plotting the control planes in.front of
such a system and behind it. The results of experiments are characterized by the
Card 2/,3

Spin stationary detonation
2!~ 371
S /i 2 4 16 1 1,-r0 /0 0 3 /D 12 j 32
AOOI/AIOI
discovered growth of detonation velocity with deterioration oL' conditions L"or
its occurrence and by the change of this rate from the value of sound velocity
to the detonation velocity in an impoverished mixture.
Yu. D~?nlsov
[Abstracter's note: Complete translation]
Card

39224
S/207/62/000/003/005/016
/Y. y 1028/1228
AUTHOR: Voytzekhovskiy, B. v., Mitrofanov, V. V. and Topchiyan, M. Ye. (Novosibirsk)
TITLE: -Un-tNe-fl-ow-str~ucture in a spinning-dctonation wave
PERIODICAL: Zhumal prikladnpoy mckhaniki i tekhnicheskoy fiziki, no. 3, 1962, 27-30
TEXT: Experiments on the detection of the leading front of a detonation wave on a Tdpler installation
were designed in order to ascertain experimentally which of the patterns of flow in the rcgion of the front
fracture proposed by Voitzekhovskiy (according to which the compression of the main mass of gas occurs
behind the shock front in the transversal detonation wave) and Denisov-Troshin (according to which the most
luminous region represents the "fracture" of the leading front of the detonation wave) is correct. A photo-
graphic record of the detonation was taken by the method of total compensation through a slit in the detonation
tube, and a diagram of the disposition of the fronts drawn on the basis of comparison of the Toplcr and Self-
luminosity photographs of the detonation. This estAblished the existence of a shock wave, in which the
preliminary compression of the gas taken place, before the zone of maximum luminosity. The experimental
results obtained agree with the theoretical pattern of flow proposed by Voitzckhovskiy. The authors thank
L. V. Ovsyannikov and R. 1. Soloukhin for their comments. There are 3 figures and I table. The most
important English-language reference reads as follows: R. E. Duff "Inveit'gation of Spinning Detonation
and Detonation Stability", The Physics of Fluids, 1961, no. 11, p. 1427.
SUBMITTED: January 26, 1962
Card 1/1

V.
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T/ol P('. I0, )/Flip ( I1v
ACC NRj AP6029078 SOURCE OODE: UR
.21MOR: Voyteekhovskiy, B. V.; Hikol%r!v, V. P.
ORG: none
TITLE: Hydraulic press "Ob"'. Caass 58, No. 184130
.SOURCE: Izobret prom obraz tov zn, no. 114, 1966, 142
/01 2
116
TOPIC TACS: hydraulic press, forge press, metal forming press,
hydraulic equipment
ABSTRACT: This Author Certificate introduces 'a hydraulic press which featuresa
housing and a working chamber with a plunger (see Fig. 1). To increase the output
Fig. 1. Hydraulic press
I - Working chamber; 2 -plwger; 3- high-pressure
as; 4 space under piston.
9
eMciency of the press, the plunger moves inside the chamber, which consists
o~f two cylinders of different diameters. The space above the plunger is filled with
6'rd 11? uDc: 621.226

ACC NRj AP6029078
high-pressure gas, and the space under the plunger is filled vith hi 4npressure
Orig. art. has: I figure. tTD3
SUB COM.: 11, 13/ SUBM DATE: 14Dec62/ATD PRE 5 S I S'o 4'~

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TZM11MOV, V.A.; OLFNIFOV, N.F.
Fossible use of pulsating Jets for the brealdrg down of rocks.
Izv. Sib. otd. All SSSR no.9;117-120 I U,* (MIRA 17: 8)
1. Institut gidrodinamiki Sibirskogo otdaleniya AN SSSRj
Novosibirsk.

ACCESSIGN NR AIM4024182 BOOK -EQ55T.01TAITION S/
Voytsekhovskiv..A. V.; Xitrofanov,, Ve V,; Topchiyan, Ho YE,
Struct&o of the Pront in gas detonations (Struktiwa fronta oetonatsiiv gazakh)j
Novosibirsk, Izd-vo Sib. otd. AN sm, 19630 167 p. Must, biblio. Errata
e uk SSSR*
slip inserted, 1,500 copies printed., (At head of titlet,'Akad miya ni
$ibirzkoye otdeleniye. Institut gidrodinamiki).,
TOPIC TAGS: physics.,.gas detonation,, gas.dotonation frcut
TABLE OF CONTENTS [abridged)%
Introduction
Ch'. I.1A singla theory of gas detonation 10
Che U. Spin detonation -- 34
C.I. III. Multi-front detonation -- 81
Ch IV. Stationary detonation - 136
Ch4 V. Sow gener4 characteristics of detonation with transverse waves
SUB CODE; NE SUBIXrTTED: l9se~63 NR REF sov, o68
OTIER: 073 'DA73 ACQ: -21Mqy64
Car&

VOYTSEKEOVSKIY, B.V.; MITROFANOVp V.V.; TOPCHIYAN, M.Ye.; NAZARYANTS,
OVCPII,111IKOVA, T.K., tekhn. red.
(Structure of the detonation front in gases] Struktura fron-
ta detonatsii v gazakh, Novosibirsko lzd-vo Sibirskogo otd-
nila All SSMt 1963. 167 p. (MIRA 17:3)

VOyTSpqg LvSy y 1. nZZOFANOV, V. V.; SOLOA11111, R. "'OKH171AN) H- Yeo
(Novosibirsk)
'ItSome results of investigations on gas detonatioO
report px~sented at the 2nd All-Union Congress on Theoretical and Applied
Mechanics, Noscovis 29 Jan - 5 Feb 1964.

VOYTSEKHCYVSKI Y.;-NIX0LAYLV, V.P.; DUDIN, V.M.; RAYYER,-O.F.;
X~,-B. G.P. .
ZKIYP
Some results of crushing rocks with is pulge water jet. Izv. SO
AN SSSTt no.2 Ser. t9kh. nauk no.1:7-ii 163, (MMA l6s8)
1. Institut gidrodinamiki Sibirskogo otdeleniya AN SSSR, Novosibirsk.
(Mining engineering) (Water jet)

VOYT.5EXHUISKIY, B.Va (Novosibirsk); XOVALIv A.A. [deceased] (Novo3ibirsk)
Carrousel-type hydraulic duct. FMTIF no.2%137-139 JII-Ag 6o.
(KMA 14:6)
(Hydraulle models)

PASHCMWXO, M. (Poltavskaya oblast'); VOYTIMKHOVSXIY 3 (~hltomirskaya
oblant').
In school pedagogical rooms. Prof.-takh.obr. 13 no.2:26 7 '56.
(KLBA 9-5)
1. Zaveduyushchaya pedagogicheskim kabinetom uchilishcha mekhaniza-
taii sel'skogo khozyaystva No. 4 (for Paahchenko); 2. Zaveduyu-
shchiy pedagogicheakim kabinetom remealennogo uchilishcha No. 2
(for Voytookhovskiy).
(Technical education)

SEMIYANOV, kand. tekhn. nauk, red.; BERLIN, A.Ye.,
retsenzent; VqKLSI~ retsenzent;
DATfWVA,, Ye.A.., retsenzent; ZIL'IERSM-Mll., Ya.Yu.,,
retcenzent; KIRICHMSM, "I.R., retscvtLent; XMPIKOV~
L.N.., retsenzeat; MEMO, A.Ye.. retsenzent; LEBEDEV,
V.V.t retsenzent; EOROZOV, V.F., ret!;onzent; MOSYMIT,
V.B.2 retsenzent; 1--.USMSKlY, I.S., retsenzent; PODERNI,
lu.S.) retsenzent; SALIKOV, I.A.~ retsonzont; SUS11CHENKO,
A.A., retsenzent; TREVYAKOV, K.M., retsenzent; ULIYANOV,
V.P., retsenzent; TSVIRKO, P.P.p retconzent; TSOY, A.G..,
retsenzont; CHELITSOV, ret-conzont; SHISHCHITS, G.N.S
retsenzent; DIDKOVSKIY, D.Z., otv. red.
(Handbook on the prospecting., planning2 and construction
of strip mines) Spravochnik po izyi-kaniiamo proektirovaniiu
i stroitellstvu karlerov. Mockva: Nedra, 1964. 2 v"
(MIRA 18:2)

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BAKHCHISARAYTZEV Arutyun Nikolayevich; KULICHIKH:EN, N.I., retsenzent;
UY,1-2., retsenzentl IVANIN, F.D., retoenzent;
KOVAL', V.A., retsenzent; CHEREDINIX, P.Ye., retsenzent;
NIKOLAYEV, S.V., red.; SUCHILIN, A.P., red.; SERGEYEVA, N.A.,
red. izd-va; GUROVA, O.A., tekhn. red.
[Organization and planning of geological prospecting]Organiza-
taiia i planirovanie geologorazvedochnykh rabot. Izd.2., perer.
Mosku, Gosgeoltekhizdat, 1962. 369 p. (MIRA 16:2)
(Prospecting)

varTSMOVSKIY, X.F.
Ordering theor7 for u-componeut S11076- S00b- AN Grux SSR 21
no.3:277-280 3 138. imin 12W
I* Kafedra eksperimantallnoy fiziki Vrotelavokogo univaraiteta,
Pol'sha. Predstavleno chlmom-korrespondentom Akademit V.I.
Kamasakhlixovym.
(Alloys)

.VC r Y pS4~~-I, /I- r.!
VOV-TSMOVSKIY. K-70
Thermlonic emission from ordered binary- alloys. Fiz.met. i metalloved.
5 no.1:3-7 15?. (MIRA 11:2)
1.Kafedra eksperimentallnoy fiziki Trotalavokogo universiteta. Pollskoy
Narodnoy Respubliki.
(Nuclear physics)
t

VOYTSEKHOVSKIY, 14.1.
1
i Xv
Rigidity of convey -.r.;rfpces uith edge_~. V,9i- ' sk- un- :
mekh. 19 no.605-40 N-D 164.
Mat.,
(WRA 18:2)
1. Kafedra matematicheskogo arialim Morkovokogo univeraiteta.

AGALINA, H.S., insh.; AKUTIN. T.K., inzh.; APRESOV, A.M., insh.; ARISTOY,
B.S., kand.lakhn. nauk,; BELOSTOTSKIY, O.B., inzh.; BMIN, A.f9.,Inzh.;
BESSM, X.A., inzh,; BLYUM, A.M., inzh.; BRAUN, I.T.. inzh.; BRODSKIT,
I.A., inzh.; BURAKAS, A.I.,inzh.; VATWAN, I.Z.. inth.; VARSHATSILIT,
I.N.,inzh.: VASILIYXVA, A,A.,inth.; VORONIN, S.A.,Inzh.; VOYTSY.KHOYSKIY,
L~I., inzh.: VRUBLEVSKIY, A.A.,inzh.-, GMRSHKAN, B.G.,
h.;
--GMMYAT'41KOV, G.A.,inzh.; GORLIN, M.Yn., inyh.-, GRAMMATIKOV. A.R., inzh.-.
DABHEVSKIY, A.P.,inzh.:DIDKOV5KIY. I.L., inzh.; DOBROVOL'SXIY. B.L.,inzh.;
DROZDOV. P.P.,kand. tekhn. muk.; K0ZLOVSKIY,A.A.,In%h.; KIRILMO,
V.G.,inzh.; KOPELYANSKIY, G.D.,kand. tekhn. nauk,; KORETSKIY, K.K.,inzh.;
XUXHARCHUK, I.N.,inzh.; KUCHER, H.G.,inzh.-. KMMYAK. H.V.,inzh.;
MIRONOY, Y.V.,inzh.; NOVITSKIY, G.V.,inzh.; PADUN, N.M.,Inzh.;
PANKRATIM. N.B.. inzh.; PARKHOMANKO. V.I.,kand. biol. nauk,; PINSKIY,
Ye.A..inzh.; POILUBM, S.A., lnzh.; PORAMMO, F.T.,inzh.; PUZANOT,
I.G.,inzh.; MMIM. I.P.bizh.: RMNIX, 1#59,kand, takhn. nauk.;
ROGOVSKlY, L.Y.,inzh.; EMMAN. A.G.linzh,; RIBALIMIT. T.I.,inzh.;
SADOYNIKOV. I.S.,inzh.; SEVERIYANOV, N.N.,kand. takhn. nauk.; SIMNSHKO,
A.T..inzh.: SIMIK, A.Kh., in2h.i SURDUTOVICH, I.N..inzh.; TROPIKOV,
Volo.inzh,; MER, H.M.,inzh.; FIILKOVSKIT, A.M.,inzh.; FRISHKAN,
H.S., inzh.; CHERESHNEV, V.A., inzh.; SHESTOV, B.S., inzh.; SHIMAN,
M.I., insh.; SHURYATSKIY, A.P..inzh.; SHCHERBAKOV, Y.I.,lnzh.;
STANCHENKO, I.K., otv. red.; LISHIM. G.L.jnzh4,rsd.: KRAVTSOY.Te.P..
inzh,lreds; GIIIGgRIUV, G.V.,red.; XAMINSKIY, D.N.,red., XRASOVSXIY.
I.P..red.;.LETTMAN. L.Z.. red.(deeeaeedj,; GUR8VICH. M.S.,In2h.,rad.;
DANIMTSKIY, A,S.,inzh.,red.; DEMIY, A.M.. inzh.,red.; KAGANOV.
S.I*,inzh.,red*; KAMAN, B.N., kand. takhn. npuk, "d:.LISTOPADOT,
l'P.,iizh.,red.; MZNDMVICH, I.Re, inzh, red deceased);
lconJnued on next card)

AGALINAS H*6*000 (continued) Card 2.
pENTEOVSKly, N.J.,Jnzh.,rsd.:pOZMERG, B.X.,Inzh.,rsd.; SLATIN,
D,S., inzh 0red.; IFEDOROV, H.P.,inzh.,red.; TSYMBAL, A.T.,Iuzh.jred.;
SMIRSOY, La., red. izd-va.; PROZOROYSXATA, T.L., tekhn. red.
LKining ; an encyclopedic handbook] Gornos delo; antaiklopedichookii
spravochnik. Moskva. Gas. nauchno-takhn. izd-va lit-ry pe ugollnoil
promyshl. Vol. MOrganization of planning; Construction of surface
buildings and structureej Orgenizataiia proektirovaniia;.Stroitelletvo
zdanii i soorazhanii na paverkhnosti shakht. 1958. 497 P. WIRA 11:12)
(Mining engineering)
(Building)

VOMEZHOVSW~lk X #I
Calaulation of the paralisters of a micropenstromater, Vo
gidrogeol. i inzh*geol* no.191149-152 161. (KIRA l5t2yo
Ncks-Teffting)

,VOYTSEMOVSKIY N.K,.-,inZh.; SHAGIAKHMMVi, 14-S- , Inzb.; BEKUMEV, V- L
inth.; FILIPFO-Vt G..S., inzh.; SHULIGA,, V,I-, inZh.
lWuotrial testo ct the B&Sh-250 drining rig* Gor, zhure
no.10:54-55 o 161, (MM 15:2)
1. Zhdanovskiy gorno-obogatitel'W kombinat (for Voytsekhovskiys
Shagialchmedov). 2. Gipronikell., Leningrad (for Bokushev,,
Filippov., Shullga )jBoring machinery)

VOYTSBKHOTSKIY, N.K. #,VIVO KOV, G.T.
Multiple purpose excavator brigades. Gor. shur, no,3:34-37 Kr 157.
(MLRA 10:4)
1. Zamestitell direktora lorillskogo kombinata (for Voyteekhovskly).
2. Direktor rudnika *Ugol'zWy rucheyw (for Vinikov).
(Norilsk--Copper mines aneL mining) (Strip mining)
(Excavating machinery)

0013CA. b.G.; VOYTSEKHOVSXIY, P., otvetstvennyy red.; BELINSKIY, G., takhn.
red.. - , , I -
[Stokehold near'Noscov] Podmoskaynaia kochegarim. [Moskva)
Hookeboll 11 hevik, 1945. 122 pe (HIRA 11:6)
(Moscow Basin-Coal mines and mining)

-,.- Voyn-SA=VSKlyi, Pi "
Competition of innovators from four factories. Isobr. Y SSSR 3 uo.ZT
36-37 7 158. (MM 110)
1, Nwhal Inik OTI zavoda,
(socialist co " tition)

VOX'ISEKEOVBKrr,,-.,P,P,
Prevention of certain empUcation in intratracheal anesthesia
In orthopedic and traumatological patients& Ortop*ptravmi
protem. 22 no*309-43 161* (MIRA 3.414)
.1. Iz TSentrallnogo inatituta tramatologil. i ortopedil Mini-
sterawa. SSSR (dir. -' daystvitellnyy chlen AMN SSSR prof*
V.N,. Priorav). (n"MTRACOn AMTHESIA)

ALEKSEYEVA, T.V.j kand. tekhn. nauk; ART1241YEV, K.A.p kand. tekhn.
nauk; EROMBERG, A.A., prof.;-31MCISE 1 A -h.;
a in7
ULIYANOV, II.A., kand. tekhn. nauk; Prinimal uchastlye
KONONIMKOj M.A., inzh.; FEDOROV, D.L., kand. tekhn. nauk,
.retsenzent.
[Machines for earthwork; theory and calculation] Mashiry
dlia zemliarUkh rabot; teoriia i raschet. [By) T.V.
Alekseeva i dr. Izd.2., perer. i dop. Moskva,, Izd-vo
"Mashinostroenie," 1964. 467 p. (MIRA 17:5)

MANTSUZOV, Yako.v Leonovichj BEIZAYEV, Leonid Mikhaylovichf*
pjAVINSKIY~, V.I.p kand. tekhn. naukp retsenzent;
Va-ITSEKHOVSKly, R.I.,, inzh., red.; GALMOVA, H.S., inzh.,
A.F.., tokhn. red.
(Assembly and operation of suspended cablewayal 14ontazh i
ekspluatateila podvesnykh kanatnykh dorog. MoskvaIMashgiz,
1962, 275 P. (Cableways) (KMA 150)

KORMI K.A. (Korniev, K.A.],, doktor khim. nauk; XACHAN, A.A., kand,
khbL nauk; LOKHaCFOV V.F.; VOYTSEKHMIKIY H.70
[VoitsekhivsIIkyi, R.V.J, ken 5m.:'wn-aftu-kK-%~4j
Using ultraviolet spectroscopy for the investigation of the
photodisintegration of polycaprolactam. Khim. prom [Ukr.]
no.1:65-66 Ja-Hr163 WRA 17t7)
1. Inatitut khimii polimerov i monomerov All EkrSSR. 2. Chlen-
korrespondent AN UkrSSR (for Kontav).

NESTEROV, A. Ye. [Yestarov, A. IZ.J; VOMEUOVSKIYo R.V. [T;oItsA-hivs'kyi,R.Vj
balysis of three- oomponimt solvent mixturese Khim. promo.
[Ukr. ] no.lt69-72 Za4fr 163 (MIRk 1'.'Z-7)
1. Institut khImii polimerwr i amcmeroy All UkrSSR.

C~
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to
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0

2p, ". 13
Tyokhnogd pokazntyell 'konJcbVrekry qreltnitty. lumAtzz~..
"To. 4. S. 19;-21
SO: YTOPIS No- 34

-jo
p
Chemical Abst. I'll -1~p a d substances from Ieli
Vol - 48 .1pecific grolty, 1 1, qRs I I . Moak, Kkint.,
ZhFir, l1r, P~~O- f n Rusi an ; c .'CA. 43, 7781f.--
a,
Apr. 10 p 1954 The amt. x vf a liquid not by I C. of w solid can be coacti.
General and Physical Chemistry Z from x ~ daQda - ddldido(d. - do); do, and do Lre the true d.
of liquid and solid. tesp., do Is (ht d. of the bound liquid, ac
t d. of the solid In the liquid. Por 1110, off
jp-
1. 21 Then, x of fulfite 41hildic Is 0. Its.
data: x of CO(ton Is 0.130, of uscretrited
cotton 0.176. and of vitrlaui kinds of m)vn 0.1 '1 7
lk-m-

Axpertmental use of A. V. Dumanskli's -mithod of di.
i
ti
t
f b
d
t
i
fl
R
V
V
kb
em
na
oun
va
tr
n
ow.
orlo
.
o!tse
.
*vsU
;s.A A. F. .9tryWyn finst- Gen. and 1
. Chem., Ars4
.wi. Ukr. 8-5,R.. Kiev), Maim. Kkim: 6p. 18, Z634Z
:7j
Chemical-Abot. ~111!'~X-n cf. Du"anAcit tt~nd Neirryach. C-A.45.
.17Wi-The DtrmAnmki't method is based on rcirsctometryj
vol. 48 Ito. 8 'Of a %,-,!n. obtaintJ after treating flour with 140 and Purer In

Apr. 25v 1954 deratite P'o~wt;""q an'l rcqui~ Precisr following CA direc-,
The 1`~Alowinx chanvs are recommended: To 2 of 4

Foods pmplri vthich ure piprnded In 10 MI. HjO each, &4d 6 s.
jur;lr VIM. (2, 1) after I hr., ctntrifuge 5 Mm.. mix, rect. -
trif ture 15 min.. and exam. rchworneirkally. -G.M. K--t

'1074-;W~~M_V(Wgu - NVEWP(
EF
S~i6M Mt R/0190/66/008603/0415/0418
:;;yI
--AUTIIOR: . Kercha,--Yu. _Yu.; toytte,khovskly- - RV,
ads i-AN -SSSR
Ins tLtu te-of -Chemistry- of Iligh-Holecular-Compou SR_
TITLEi- lovestiRation-of-the filler Ieffect.on thermal behavior of
SAProamidelby means of differential th~-rmal analysis
TOPIC-TAGSs-~ f iller,_ thermal- ef fectt~_ thermal -stress,_ pyroelectric-
cr yatals ka olin, graphite, polymerization, melting point, crystalliza-
tion temperature dependence
-- - --------
ABSTRACT: The thermalbehavior of Volycaproamide filleA with 25% of thi
filler,, pyrophilite, marshallite, kaolin, and graphitePhas been inves-
tigated using differential thermal analys a TST-ffffirs were in-
2 r6'~vL-i---On-the-lyas-is-o-f -the--
--trvduced--in-tlio-otar-,t-ing--po-lymeri-zatl,-on a A
differe n --- t-me-Iting and cry-aMaTlizatLon ElImIperature drops of filled
samples, the conclusion was drawn that solid fillers which do not
--chemica-11v in-terac-t-wi-th- po-1-y-capiroamide--could--eff.e.c-t-its--pr-ime~ry
crya tall Lae -6 tructure-, Orig. art.--fia-st I figure and 2.tables, (Basod
1/2 UDCt 678.01*153+678.,*675
Card

5
AT
7
AT600624.
--.-AUTHOR:- Ybytsr.khovsk_W.--R-_V-.t &mdldate-of~ t he-idcai-l cCehi*6~4 MUCTIO Ji
_7 ------
igh_,Molecular--C --(Insti
--ORG r~lnatitute -of- Chemistry_ Of _H KWv
f
1, merizatio rocens-n.the presence o
-7'
SOURM AN Mir, 11merpykh materialov (Hod1fI
3SR,-.Hod1f1katsiya avoyetv pollmerov1po
cation.-.Of the properties of polymers and polymeric materidla). Kiev, Naukova dunka,
____:,-OpIC-TAGS----polymi,izattQn,--pglymer,_synthet3c material, solid mechanical property,
polymerization' rate
-effect of introd Ing various Ukrainian, clays,
Guc -pyroph llite (A12 3-
Y"
-4MVH20), kaolin 01203-2Si02-2H20), palygorskite (m2HgOo3SiC2o4H20,PnAl2O3,4SiO2#
-5H20), montmorillonite 1m(M931Si4O1O3[OH32)-(p(Al1Fe) (Si4OjO1(OH12)nH20, silica,
alunina, titania, an4 powdered silica gel, as fillers in caprolactam polymerization,
on the specific viscosity of the polymer was Invest gated. The filler particle size
lvas 1-100 microns, The filler concentration varied with 0-20%. The polymerizations
were conducte -r"as-atmosphere-in-sealed-ampoules-at-2500C,,for.7 hours.
Card' 1/2,

The 11" ~
J".--salt was-used as- an -indicator.- The highest- degree- of caprolactam polymerizati
was achieved with pure aluminosilicate additives. It was found that mineral additiv
exhibit catalytic properties in the Initial stages of the polymerization process.
Specific viscosity nsp of polycaprolactam as a funct!.on of the quantity of the addi-
tive usedis graphed. Grig. art. has: 3 figures, 1 formula,
SEW CODE: 07/ SUBM DATE: 060at65/ ORIG FXE': 005/ OrH REF: 007
Card .2/2,c~p.,),

POLYAKOVAY V,M.; VOYTSEKHOVSKIr,'-R.V, fVoiteekhivalkyi, R.V.1
............. ....
Variati"on of tho'constant'b of Tung's isquation-In'the process
of polymerization-and additional'treatment of po],Y-Fl-caproamide.
Dop. AN-URSR no.11:1484-1486 165*
(KRA 18322)
1* Inatitut khimii vyookomolekulyarnjrkh so7odineniy AN UkrSSR.

'VOYTSEKHOVSKlY. R.V.j POLYAKOVA, V.M.; GORSHFOHNIK OVA, O.V.
Changes obs.arved in the moleonlar weight distribution of poly-z-
6aproamide during ;,--irradiatlon. Ukr. khim. zhur. 31 no.6s6OO-
602 165. (WRA 18:7)
1. Inatitut khimii vysokc;molekulyarnykh soyedinenly AN

~-. - I -
Z/ z

LEE]-

KERCHA, Yu.Yu., kand. khim. nauk- VOYTSEIGIOVSKIY R.V. jXoitsekhivsIk-yi, R.V.],
0 -1 "v'.r
kand. khim. nauk; OSTROV-vRlM8V~,-V'r.-m;-r.-,K~~;, V.R.J, kand.
khim. nauk; KOVALENKO, G.F. [Kovalonko, H.F.); KUZITETSOVA, V.V.
[HuznIetsova, V.V.]
Effect of the esters of pentaer-ythritol and synthetic fatty acids
on the properties of polyvinyl chloride. Khim. prom. (Ukr.) no-3:
38-40 il-S 164. (MIRA 17:12)

. VOYTSEKHOVSKIYF R.V. (Voiteekhivalk3d, R.V.), kand. khim. nauk; POLYAKOVA, V.14.
-
flaw analyticalmethod for determininfthe pollydispersion composition
of poly- Z--caprolactam. Khim. prom. kr.) no.)176-78 J1-3 164.
(MIRA 17:12)
t

KOWIEV, K.A., glav. red.; SPERYAKOV, A.S.., red.; CHERVYATSOVA,
L.L., red.; SMETIMMIA, H.P., red.; YEGO.R(YV, Yu. P..q
red.; RMANKE-VICH, M.Ya., red.; KUMETSOVA, V.P., red.;
PAZRIKO, MI.,, red.; KACHAII, A.A., red.; UYTcMKTI VSYJY,
2~V.j, red.; CREKOVI A.P., red.; DUMANSKIY, LA.,, red.;
AVDAKOVA, I.L,, red.; VYSOTSKIY, Z.Z., red.; GUMENYUK,
V.S.., red.; MELIDIK, A.F.., red.
(Synthesis and pbysical chemistry of polymers; articles
on the results of scientific research) Sintez i fiziko-
khimiia polimerov; sbornik statei po rezul'tatam
nauchno-issiedovatellskikh rabot. Kiev, Naukova dumka,
1964. 171 p. WIRA 17:11)
1. Akaderniya nauk URSR, Kiev. Institut khimii vysokouDlel-.u-
lyarnykh soyedineniy. 2. Institut fizicheskoy khimii im. L.V.
Pisarzhevskogo MI USSR (for Vysotakiy). 3. Institut khimii
vysokomolekulyarnykh soyedineniy AN USSR (for Romankovichf
Chervyatsova, Voytsekhovskiy).

VOT75
.,UMVS&lYp,R.V. [Voltsekhivslkyl, R.V.); MTEROV# A.Yee
(Nisotierov, A.19.j
Viscosity and molecular veight of capron produced under conditions
of high-speed low-temperature pclymerization, Khim.prom. [Ukr.)
ho.ltl5-17 Ja-Mr 164. (HIPA 17%3)

VOYTSEKHOVSKIY, R.V.; ZASDIICHUK, T.K.
Interferometric determination of water-oolub2o low molecular
fractions in Capron. Zav.lab. 28 no.10:3206-1207 t(g, -(MIRA15:10)
1. In3titut k4~mii polimerov I,Naonomerav AN UkrSSR.

1. VO~TSWOVSKIY, R IV.
2. ussR (600)
4. Colloids
7. Determin-ation of the lyophilic properties of solids by their specific weights,
Ukr.khim.zhur. 17 nc. 6, 1951.
APRIL
9. Monthl List of Russian Accessions, Library of Congress, 1953, Uncl.

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