SCIENTIFIC ABSTRACT SIVKOV, YU.P. - SIVOKON, P.YE.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001550920011-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 24, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 28040-66
ACC NR- AP5027003
slits of two diaphragms. The device was shown in a photo and its action
was explained. A NF-4 microphotometer was used for determining the
density distribution recorded by the film. Then, the experimental data
were analyzed and the results calculated. An example of the beam
density distribution in a transverse phase space was mapped out in a
diagram. The results obtained under different conditions and at the
currents varying from 350 to 480 ma were summarized in a table. The
current characteristics were plotted for four-and two-dimensional phase
spaces and for seven various operating conditions. The analysis of
curves shoved that, in accordance with- Liouville Is Theorem, the f ocuss-
ing voltage produced no effect upon the phase space. The dependence of
the current on the two-dimensional phase.space was more expressive. The
highest current density obtained at 400 ma was equal to 120 ma/cmmrad. -
The thanks were expressed to I M. Kapohinckiy and V. A6 Batalin for the
discussion of the results obthi-ne-Uin the experiments. Orig. art. has:
5 figures and 9 formulas.
.SUB CODE:, 18 SU13M DATE.-j 11AUg64 ORIG REF: 002 OTH REF: 604
Card 2/2

t% I / k3ij
ACC N'- AT6031241 _'_____SOURC -E-CODE, UR/0000/66/000/000/0001/0014
AUTHOR: Sivkov Yu. P. '3
ORG: none
(3A-
TITLE: Characteristics of ion beam focusine 12Y stationary linear -fields
SOURCE: USSR. Gosudarstvennyy komitet po ispollzovaniyu atomnoy energii.
Doklady, 1966. Nekotoryye osobennosti fokusirovki ionnykh puchkov lineynymi
statsionarnymi polyami, 1-14
TOPIC TAGS: ion beam, ion beam focusing, stationary linear field, phase space,
phase space transformation, simplex trans formation, simplex coordinate
transformation, invariant, invariant system, integral invariant, four dimension
ellipsoid
ABSTRACT: Focusing of ion beams by time-independent fields is regarded as a
transformation of four-dimensional phase spaces containing representative particle
points. A system of invariants has been erected which is the consequence of integr
invariants in dynamic equations connecting the coefficients of four-dimensional
ellipsbids in the phase space associated with linear simplex transformation of
1/2

L 01242-67
ACC NR: AT6031241
coordinates. In particular, a set of ellipsoids has been subdivided into classes
within whose limits a simplex transformation of one ellipsoid into another is
possible. The author is greatly indebted to Prof. A S. Gorshkov for his valuable
advice and contributions to the study. Orig. art. has: 29 formulas. [SP]
SUB CODE: 12,20/ SUBM DATE: none/ ORIG REF: 002/ OTH REF: 003/
hs
Card 2 / 2

ACC NR: A76031752
SOURCE CODE; UR/3092/66/000/004/0003/0022
AUTHOR: Ivanov, N. F.; Sivkov, Yu. P.; Soln shkov, A. I.
ORG: none
TITLE: Characteristics of the ion beam produced by the injector of a linear accele
tor
SOURCE: Moscow. Ilauchno-issledovatellskiy institut elektrofizicbeskoy apparatury.
Elektrofizicheskaya tura, no. 4, 1966, 3-ff2------
TOPIC TAGS: ion beam, linear accelerator, plasmatron, preinjector
ABSTRACT: The structure of a beam o~/ions with an energy of 500-700 kev obtained at
the output of the proton-sync~rocyclotron preinjector was investigated. The beam is
designed for injection into a linear accelerator and for this reason the density dis-
tribution of ions over the phase space is the most important characteristic of the
beam. Essentially, it determines the value of the current which can be captured by
the linear accelerator. The transverse phase volume and the magnitude of the current
were determined at a distance of approximately I meter from the output end of the
focusing arrangement used in the linear accelerator. A proton source of the duoplas-
matron type and the injector optics make it possible to obtain the crossover of the
beam at this point when the maximum current is 500 ma, thereby providing for the op-
Card 1/2

ACC NRi AT603175-- SOU2~;i~ CODE: U1V3092/-b6-/OW/OOV0Q23/O-O2
AUTHOR: Sivkov, Yu. P.
ORG : N o n e
TITLE: Particle grouping upon in 4ection into a circular accelerator in the constant
frequency condition
SOURCE: Moscow. Nauclmo-issledovatellskiy institut
elektrofi~icheskoy apparatury.
Elektrofiziche6kaya apparatura, no. 4, 1966, 23-29
TOPIC TAGS: circular accelerator. proton accelerat6r, GEV accelerator, particle
accelerator, particle distribution
ABSTRACT: A grouping variation in which particles are injected into the separatriss
right from the beginning of injection, but the shape of which changes in accordance
with change in accelerator operating condition is reviewed. Characteristics of
phase motion when f = constant and the grouping when f = constant are analyzed.
The parameters characterizing the grouping for the condition f a constant for the
pr4ton accelerator ITEF at 7 GeV are cited by way of an example. Orig. arte ban;
16."formulas and 4 figures.
SUB CODE: 20/SUBM DATE: None/ORIG REF: OOl/OTH REP.- 003

KUDRIN, L.N.,,, SIVKOVA, A.S.; MARTYNOVA, S.S.
Fluorine., phosphorus., and trar-e element concentration in bone
remains of fossil fishes and dolphins. DokI. AN SSSR 142
no.4!930-932 F 162. (MIRA 15:2)
1. Llvovskiy gosudarstvennyy universitet im. I.Franko.
Predstayleno akademikom N,M.Strakhovym,
(Geochemistry)
(Bones, Fossil)

KUDHIN, L.N.; SIVKOVA, A.S.; MRTYNfVA, S.S.
Chemistryp composition, and minor elements of mollusk shells.
Min. abor. no.15:362-367 161. NIRA 15:6)
1. Gosudarstvennyy universitet imeni Ivana Franko,, LIvov.
(Shells)

SKULACHEVY V.P.; PrInimah ucImjtiye:8RAYNV*S, A.S.; DZHUNUA~ Kh.;
SIVKOVA, BA.
- -- -----
ATP and ADP as possible hydrogen carriers in the respiratory
chain. Vop. med. khim. 9 no.1:99-102 Ja-F 163.
(MIRA 17:6)
1. Kafedra biokhimi'L zhivotnykh Moskovskogo gosudarstvennogo
wniversiteta imeni M.V. Lomonosova, Moskva.

rl

SAVEL'YEVA, L.A., kand.uled.nauk; SIVKOVA, 11.11.
Pulseless disease (Takayasuls disease) in children, Fediat-
riia 42. no.1:68-70 Ja'63. WIRA 16:10)
1. Iz pediatricheskoy kliniki (rukovoditell - prof. M.I.
Olevokiy) ~bskovskogo nauchno-issledovateliskogo klinichesko-
go instituta imeni M.F.Vladimirskogo (dir. - kand.med. nauk
P.M.Leoneriko).
(ARTERIES-DISEASES) (PULSE)

T;
Preparation of '.-in qc. .-!j
n i:., r: !~i r,) n (~:n- v",2
..11, ir: "),o C! d i V,
~'M "'T The m,)thods of an~,
.c'-:-,nf--.9 (Refs 1 -8'~ vi.se', i bas made i1hese
COM-)ounls acces-,ible fin'l t- ;nvef!tir.-tticyn of their
of ett:-7.ntities o' r.11,7-Lli
liquor to the solution of r)rC7:n,-f,,-cuv or -ketone
leads to the irreversible form-,Uori of !,n rmorrlious, unsolubl~
product. This explains vth.,,r I. -'vn-I :.hfl C. Censoler (Ref 71)
were not able to so-Darate the avetonc?, tl-,e
oxidation product of the isw~rnrvl illcol-1. The
synthesis of --ionomercurized ':eton~:; -,,,i'uh
pormang~~nate of the easilv of the,
affiliation of mercury s~71ts on'o fl-e ols~fin bon,~ wrir;
L. ~ -~.lizirlv the
methodically devised. For tho ~iirposc -f neutr,
resulting alkali some acetic nci~! in ndv~_nce. 3y the
C-r-I 1/12 metl-od suSSested the folIo-I'n-_- t-,c-e

Preparation 0~' "lonomercurized Ketones Froi.-,
obtained doriving from prop.-,,lqn~, hex,~ne-l,
Iteptene-1, octene-1, and styrone: -.cctone, meth:,1-proprl
ketone, methyl-butyl ketone,
hexyl ketone and acetop-henoric,
-onomercurized alcohols were obtained by th,? affiliation of
mercury sal4S on to the alke--s airi -lot speciall- sri-parated
from the reaction mass. The meltinr points nrn 'Owr?r I)y 1-20
thnn those described in publications, which car. be explainei
by the minute impurity of Vie morcuri-,e!l alcohol tl~-t -.,.-as not
completely oxidized. There are 1 tablp rind ~ -eferences,
6 of which are Soviet.
TATTCII: ",Ios,.,,)vskiy gosudarstvenny,.r scolvi Slat'-:~
I - . .0
Univ-nrsity)
-7.11arch 17, 1956

D, ila- BRAYNES, A.S.; Prinimali uchastiye:
ZSPiKOVA) V,: PRC)NINlt:: T.; YEVTODIY'EIIKO, Yu.; MKHIN, V.; GOLIDIMAN, A.
Oxidat-lon arJ pnosphorylation in mitochondria fo the embryonic
muscle, Biokhimiia 29 no.4:653.-661 il-Ag 164.
(MIRA 18:6)
1. Kafedra Uokhllmii zhivotn7kh Moskovskogo gosudarstvennogo
universitota imeni Lomonosova.

SKOLINIKOV. likolay Ivansvich; SIVKOVA, Valeriya Aleksandrsvua; SKOLYARUCO,
D.A., rodaktor; DANISOfA--fg.,'-iiditkti0i"'rTMANOVA, N.A., tokhni-
0
cheskly redaktor,
(Inproveaeut of sanitary conditions for workers pouring ustal In
open-hearth mllll) Osdorevlenlo uolovll truda pri razllvko metalla
v sartenevskikh tookhaM, Keskva, lsd-v* TTsVS Prefisdat, 19~5-
115 P. (Iroundries--Sanitation) (KMA 9:5)

GOWAN, Tu.M., inzh.; SIVKOVA. V.G., iuzh.
Carbide analysis of steel. Ilek. Ota. 30 no-3:31-33 Mr '59.
(MIRA 12:5)
(Steel--Analysis)

GOFMANY YU.M.Y inzh.; SfVKOVA, V.G., inzh.
Determination of vanadium carbide phase without the preparation cz'
a special sample. Energetik 9 no.10:13-14 0 t6l. (MMA 14,10.i
(Vanadium) (Steampipes)

SEVERIN, S. Ye.; SKULACHEV, V. P.; SIVKOVA., V. G.; MASLOV, S. P.
Separation of oxidation and, phosphorylation at the cessation
of the hypothermal state. Dokl. AN SSSR 147 no.6-43A89-3j"92
D c62. I'LMIPA 16 -- 1)
1. Moskovskly gosudarstvannyy universitet im. M. V. Lomonosova.
2. Chlen-korrespondent AN SSSR (for Severin).
(Phosphorylation) (Oxidation) (R-ypothermia)

GOFMAN, Yu.M.; SIVKOVA, V.G.
Determining of the carbide phase of vanadium using sulfonazo
reagent. Trudy IlREA no.25:343-346 163.
(MIRfi 18:6)

SKULACHEV, V.P.; MASLOV, KALINICHENIO, L.P.;
MASLOVA, G.M. -
Cold uncoupling of-oxidation and phosphorylation in the muscles
of albino mice. Biokhimiia 28 no.l-.70-79 Ja-F 163.
(KRA 16:4)
1. Chair of Animal Biochemistry, State University, Moscow.
(PHOSPRORYLATION) (OXIDATION, PHYSIOLOGICAL)
(COLD-PHYSIOLOGICAL EFFECT)

LEVACHEAT, M.M.i MISHUKOVA, Ye.A.; SIVKOVA, V.G.; sKnACHI.V, V.P.
Energy metabolism in a pigeon under self-heating after hypothermia.
Biokhim-iia 30 no.4:864-874 Jl-Ag 165. (MIRA 18:8)
1. Kafedra biokhimii zhovitnykh Gosudarstvennogo universiteta
Imeni M.V. Lomonosoval Moskva.

L jlUit-tDC t 'N0
--T9r0-1270-0-2TO 1-4 ffd -13 Y
ACC NR AP6022781 SOURCE CODE: URT0301
yashov. Tuo B.; Siy~~DV~*Ge
Kudr
Auvm Kakushkina, M. L
ORG: Biological-Soil Faculty, Moscow State Univ4rsi imo Its Ve LOWD-10601 0101090-
go- ---~-Ja stvannogo univers
poclivonnyy fakulltet Moskovsko, gos x ir r9i ta)
TITIJ!',t Mechanism of disturbance of oxidative phosphorylation in.irradiated animal
tissuos
SOURCE: Voprosy meditsinskoy khAmii, v, 12, no. 2, 1966. 147-15o
TOPIC TAGS: radiation biologic effect, phosphorylation, rabbit, oxidation, fatty
oxidation, kinetics, oleic acid, call physiology, biologic respiration, reaction
mchanism
ABSTRACT: Experimental evidence previously presentuad indicated.that the oxidation
Products of fatty acids possess radiomimetic properties and are highly reactive
compounds which cause the development of pathologic processes in an irradiated
organ'ism. It may be assumed that the formation of these active compound
have a definite effect on the energy mechanisms of the cells. The functional
activity of mitochondria in the presense of the oxidation products of fatty
acids and lipids isolated from the tissues of irradiated animals was studied.
The functional activity -of the mitoch6ndria was determined by'measu'H-M the
ratio of phosphorylated to free oxidation in them, the PJO ratio. Upon adding
oleic acid to mitochondria, the P/0 ratio dropped with an increase in acid
1 /7 .11~~: - 617-061.28-.M.921.8-092'-.

ACC NR: A
concentration. Analysis of the results of individual me"asurements of -the
,rates of oxidation and phosphorylation indicated that when the oleic acid
content-in-the reaction mixture is increased, the phosphorylation process is
.suppressed. The respiration rate of mitochondria remained cons t an-t in a widi-~---
range of concentrations but decreased with very high contents of oleic acid.
The inhibition of phosphorylation in conjunction with respiration was also
*observed in the acetone fraction of lipids from rabbit liver irradiated with
a do-se of 1,000 roentgens. Thus, in the tissues of the irradiated animals,
compounds of the lipid nature are present which inhibit the oxidative phos-
phorylation process. The addition of serum albumin considerably activates
oxidative phosphorylation. The conjugating effect of albumin confirms the
fact that the disruption of phosphorylation caused by the lipids in the liver 2
of irradiated animals depends on the presence of free un turated fatt
sa
Orig. art. has: 3 figures- D-Mff
SUB CODE: o6 / suBm DATE: 3OAug64 (RIG REF: 008 OM REF: 006

s/i96/62/000/021/002/007
E194/E135
AUTifOR: Sivicova, V.V.
TITLE: The flow of direct curre nt over a cylinder in a space
consisting of two conducting media
PER10DICAL: Referativnyy zhurnal, Elektrotekhnika i energetika,
tio.21, 1962, 6-9, abstract 21 A'44. (Tr. Tomskogo
un-ta, 1j5, 1961, 96-107)
TLXT: In a space consisting of two uniform media of
different electrical conductivity al and a2, direct current flows
in a direction parallel to the plane of separation of the media.
The electrical field of this current is examined for the case when
the second medium contains a foreign inclusion in the form of an
infinite circular cylinder of radius a arnd constant electrical
conductivity G3 located parallel to the plane of separation pt a
distance H from it in a direction perpendicular to the direction
of the current flow. To determine the potentials ul(x, y),
do(xl Y), u3(x, Y) of the resultant plane-parallel field, a
c~nformal conversion is made as a result of which the boundary of
separation of the media and the sectional contour of the cylinder
Card l/ 2
'VMP1ete translation

T16VARYATNIKOV, Mikhail Stepanovich; SIVKCVSKIY, N.I., reteenzent; OKHOTNIKOV,
G.I.. retsenzent; KAYORSKIY, redaktor: rOMINSKIY, L.I.. redaktor;
MAIMUSHINA, A.N., reriaktor lzdatelletva; REGICENVA, M.N., tekhniche-
skiy redaktor
[organization of navigation and the work of harbors] Organizatsita
dvizhenila flota I raboty portov. HoE;I-va. Izd-vo 'Rechnoi transport.0
1956. 355 p (MIaA 9:11)
(Harbors)

6 1 TO Ii . I ~ -0, - * L. DC'S 1 -,. .
"R!sks ~,~,d possi','Alities of tpip puL)lic hedth deuvrtmer.Ls it', ti.e county
couric"I s , m, tne r.rie f county obstetric it, n in incr~as tne numler of birt- u. -D. 8L.
I
(ITETEGESL~EGJGY, Vol. rO. ~, Mar. 19~9, Budapest. )
SO: ..onthl.;- List of _--'ast ~uro )ear, kccessions, Vol. 2 48, Library of Conrress,
.kug. 1953, U!tcl-

-.,L-;irubin Lartallir-L;nak
k7-iIonv-'.--,~;sztasE-:ra I'i rie'u',cd for e sel:'rat~on- of the biiiru~-in content oc' blood plzs~a,
Giving direct diazoreaction Orvosok L, ja 10 7, 3/34 (1"28-1-31)
p M 1
A new method is described fro t~!e se:,-~arate deter iration of the direct -nd indirect
bilirubin contents of blood ~-run, , based or. the fact that the first t,-pe of pin, ent
is adsorbable on ariiml charcoal while the second Is not. The fractions are then
~e-ted separately by means of the diazo-reaction. Gajdos-Paris
k,
Sot "-ysiolo!-y, Biocheristry and Pharmacology, Section II, Vol. 1, #1-6

KHRULEV, V.M.; GUBENKO, A.B., doktor tekhn. nauk, retsenzent;
FREYDIN, A.S., kand. tekhn. nauk., retsenzent; SKRIPOV,
B.S., kand. tekhn.nauk, retaenzent;_�PC~HKIN, F.P.,
dots., retsenzent; ZAYGHINGVA, E.A., red.; KASIMV, D.Ya.,
tekhn. red.
[Improving the durability of glued wooden structures and
building elements I Povyshenie dblgovechnosti kleenykh de-
reviannykh konstruktsii i stroltellnykh detalei. Moskva,
Gosatroiizdat, 1963. 113 P. (Plywood) (MIRA 16:8)

"I 1~ BMMNEVI V.S.; Prinimali uchastiyet ZINEVICH, V.D.; MOROZOV, V.I.;
. NUKHACHEV, V.S.; KAPRALOV, Ye.P.j KOLCHANOV, V.D.; BOGDANOT, A.V.1
OBUKHOVICH, I.I.; OSTROZHINSKIY, A.I.; KHROMV, M.I.;_ SIVOCHUB, A.A.
Breaking a solid body with a high-pressure water jet. Zap. LGI
41 no.lt44-51 '59. (MIRA 16:5)
(Jets--Fluid dynamics)

0
2~,089
S/18l./61/003/009/023/039
B104/B!02
AUTHORS,- Pines, B. Ya., and 3ivochub, V. A.
TITLE,- Structural changes during high- temperature creeping of copper
single crystals
PERIODICALi F-Lzika tverdogo tela, v. 3, no, 9, 1961, 2703 - 2'711
TEXTS The authors tried to establish a difference in the deformation
during creeping of copper just below its melting point and at lower
temperatures. For this purpose, they made coar3e-grained copper plates from
rolled copper sheet of 0.15 x 20 x 200 mm by annealing them at 1050 0C under
a load of c!r7 g/mm2 for about 30 minutes. From these plates monocrystalline
samples of 20 x 60 nim were made by covering a large grain with paraffin
and etching off the surrounding grains with nitric acid. The surfaces of
the samples investigated coincided with the faces (100) or (111): The
samples were loaded in the direction of the crystal axes C1003 and L1101
The tests were made with a vacuum device described by B. Ya. Pines et al. in
FIR:,,11, VII, no, 5, 766 - 776, 1959. The structural changes were examined
under a microscope and by X-ray diffraction studies, Negative Laue patterns
Card 1/3

2,M9
S/181/61/003/009/023/039
Structural changes during B104/B102
were obtained with a flne-focus X-ray tube (40 kv, 1.5 ma) using copper
radiation. Most of the pictures were taken with a 0.3-mm slit. In some
cases a microbeam of 50,k-was used. The sample surfaces were studied with
an MWJ-6 (MIM-6) microscope, and the micro-hardness was measured with a
MMT-3 (PNIT-3) instrument. The extensive results are discussed in detail.
Samming -ups a'I At comparatively high stresses (200 - 300 9/mm 2) one or two
e planes were observed in samples elongated in the [100
bands of glid - j
direction (creep rate, 10 2 _ 103%/hr) and along the E110j direstion (creep
rate, 10%/hr). These samples had an indistinct and split spot in their
2
Laue patterns. b) If the load applied did not exceed 50-70 g/Mm I no
essential structural change could be observed even after a comparatively
strong deformation (1-10%). Gliding tracks were not obtainedq and the spot
in the Laue pattern was diazinct. Only local indentations did occur. There
is obviously a creepizg free of dislocations under these conditions, which
is a result of pure diffusion. It is not impossible that there is also a
diffusion creeping at higher loads and lower temperatures, which is covered
by structural changes. Ya. I. Frenkell is mentioned. There are 7 figures,
Card 2,15

SIVCDUOV, V.T., starshiy elektromekhanik
I
Hov ve service the SP-1 electric drives. Avtom.,, telem. i
sviaz 1 6 no. 6:30-,V, je 162. (MM 15:7)
1. Blektricheakaya tsentralizatsiya stantsii Losinoostrovskaya
Moskovskoy dorogi.
(Railroads--Electric equipment)
(Railroads-Switches)

SIVODEDOV, V.T., starBhiy elaktromakhanik
Preparation and installation of the SP-1 switch drive. Avtom.,
telam.i sviazI 6 no.8:33-34 Ag 062. (MIRA 15:8)
1. Elektricheskaya tsentralizatsiya stantaii Losinoostrovskaya,
Moskovskoy dorogi.
(Railroads--Switches) (Railroads--Electric equipment)

GOLUBEVA, A-V-; NVEYMARK, O.M. [deceased]-, USMANOVA, N.F.; SIVOGRAKOVA,
BEZBORODIO, G.L.; MIYIRZON, A.A.
Syntheisis of acenaphthylone, and its polymers and copolymers
with other monomers. Plast.ussmy no.8:3-6 160. (HIBA 13:10)
(Acenaphthylene)

GOLUBEVA, A.V.; SIVOGWOVA, K.A.; LYANDZBERG, G.Ya.; GOROBETSLkYA, R.A.
The NSN tern- y copolymers. Bita.tekh.-ekon.inform. no.12:12
'58. (MA 11:12)
(Plastics) (Polymers)

GOLUBEVA, A.V.; SIVOGR&KOVA, K.A.; LYkNDZBERG. G.Ya.; DOYNIKOVA, S-N-
The SN-'918 copolymer of styrole with acrilonitrile. Biul.
11:12)
tekh.-ekon.inform. no.12:12-13 158.
(Polymera) (Acrilonitrile) (Styrene)
(MIRL

SIVOGRAKOVA, K.A.; BASOVA, Yu.M.-, BUTYRINA, N.P.; LYANDZBERG, G.Ya.
Special transparent colorless plastics. Biul.tekh.-ekon.inform-no.2:
15-16 '59. (MIRA 12:3)
(Plastics)

S/191/60/000/002/010/012
B027/BO58
AUTHORS: Koton, M. M., Sivograkova, K. A., Tolstikova, Z. D.,
Yeremina, E. ......
TITLE: Production of Large Scintillometers From Plastics
PERIODICAL: Plasticheskiye massy, 1960, No. 2, PP- 48-52
TEM The authors developed a method for the production of scintillo-
meters on polystyrene basis with additions of active materials. The
apparatus were made either as cylindrical blocks (10 kg weight, 220 mm
diameter, 300 mm height) or as a film of a thickness of about 10OA&.
After various experiments, the accelerated polymerization at 2000C, i.e.,
a temperature higher than the hardening temperature of the polymer, proved
to be the best method for the manufacture of block-shaped scintillometers.
The scintillating film was produced by means of rod presses and hot
drawn. The material was composed according to the formula:
styrene .......................... (basis)
n-terphenyl (scintillating additions) 27' per weight
related to styrene,
Card 1/2

Production of Large Scintillometers From S/191/60/000/002/010/012
Plastics B027/BO58
1,4-di-2,5 phenyl oxazolyl benzene 0.02% per weight related to styrene.
The polymerization of products of up to 1 kg was carried out in glass
molds; steel molds provided with an inner coat of polytetrafluoro ethylene
were used for larger devices. Siloxane liquid No- 5 which is stable was
used as heat carrier and proved to be satisfactory. The basic condition
for the process is a high purity of the styrene which is washed twice or
three times with a % caustic soda solution after rectification in order
to remove hydroquinone. The purification is controlled according to the
styrene color. N. V. Fadeyeva, L. A. Klinkovskaya, L. M. Kirichenko, G. S.
Smirnov, and A. V. Matveyev participated in the experiments. There are
3 figures and 12 references: 2 Soviet, 1 British, 1 German, 2 Canadian,
and 6 US.
Card 2/2

LT1.1 TT R S Golubeva. 111, V., I-Te mark, 0.
0 T% VDeceased~ , Us-manova, N.F. ,
Sivograkova, K. A., Bezborodko, G. L., !,Teyerzon,
T TT M' Synthesis of Acenaphthylene~' its Polymers, and Its Copoly-
mers 77ith Other Nonomers
PERIOUCAL: Plasticheskiye massy, 1960, No. 8, PP. 3-6
TEXT: In the introduction, the ;uthors give a survey of pubii_~hed data
on the synthesis, polymerization. and copolymerization of acena-,--)hthylene
which, with the exception of a pa-)er by V. S. Titov (Ref. 2), is based
uDon western papers. The authors then give a report on their experiments.
The synthesis proceeded from commercial acenaphthene of the type qMTY
go. 4850-54 (Ch'MTU ITO. 4850-54), and took place in the vaporous phase. As
catalysts, styrene con'4,.ct was used as well as the usual catalyst used for
the lehydm-enation of butane. For the purpose of analyzing the reaction
u
products, a nev, method developed by V. A. Balandina an] Z. F. Davylova
was employed: Iodination of the double bond in the presence of mercurous
chloride and HC1 in an alcoholic 7~elium. This method gave the san.e results
Card 1/3

Synthesis of Acenaphthylene, Its Polymers, S""191 60/ooo/0)81/001/014
and Its Copolymers '.Vith Other fvlon,-~mers B004X
B056
as hyr1rogenation on palladium and pl~~tinum black according to G. L.
Bezborodko. A maximum of concentration (up to 98-50~) and yield (up to
'a

f 0 0
ac,~~) -,,,as obtained between 640 and 650 C (Fig. 1). Fig. 2 gives the con-
a
centration of acenaphthylene as a function of the feedin-- rate of ace-
naphthene in g1l catalyst. At 125 -,-/'1 the concentration wa3 Only a
feeding rate from 320 to 330 9/1 is considered to be profitable. An addi-
tion of water vapor offered no advantz~~es. The block polymerization of
acenaDhthylene was carried out in the presence of benzorl uerox-Ide, the
L
emulsion polymerization in the presence of potassium persulfate and sul-
fanol. Polymers with molecular weiEhts of 119,000 and 160,000 Pere ob-
tained, which, hoojever, couldnotbe uiocessed because of their brittleness.
The copolymerization of acenaphthylene with styrene was carried out under
the same conditions as the polymerization. The acenaphthylene content
was varied between 10 and 50'~". The physical, mechanical, and electrical
properties ~.re tliven in Table 1. Fig. 3 shows that the thermal stability
of the copolymer increased with an increasing content of acenaphthylene.
In Fia. 4, the molecular weight and the intrinsic viscosity of the co-
polymer are rez)resented as a function of the acenaphthylene content. T'he
conolymer with a ratio between acenaphthylene : styrene = ?0 : 60, which
couldbe rocessed by ;-)ressinrf and casting under pressure %as founi to hrve
Card 213

Synthesis of Acenaphthylene, Its Polymers, 3/191/60/000/008/001/014
and Its Copolymers With Other Monomers B000056
the best properties. Table 2 gives a
cal and electrical properties of the
styrene. The dielectric properties~rare
and its thermal stability is higher by
2 tables, and 24 references: 2 Soviet,
comparison between
copolymer and those
as good as those
0
about 30 C. There
9 US, 6 British,
the thermomechani-
of the poly-
of polystyrene,
are 4 figures,
and 7 German.
L/
Card 3/3

87643
S/191/60/000/012/002/016
B02O/BO66
AUTHORS: Golubeva, A. V., Usmanova, N. F., Sivograkova, K. A.
TITLE: Copolymers of a-Methyl Styrene
PERIODICAL: Plasticheskiye massy, 1960, No. 12, PP. 4 6
TEXTs The present paper studies the possibility of copolymerizing
a-methyl styrene with other polar and nonpolar vinyl compounds according
to a radical mechanism. The properties of the copolymers obtained were
investigated. For the copolymerization with a-methyl styrene, styrene,
2,5-dichloro styrene, methyl methacrylate, and acrylonitrile were used.
Copolymerization was carried out by means of the emulsion method in the
presence of an initiator (potassium persulfate) and of an emulsifier
(Sulfanole). The monomer concentration ranged between 99.5 and 99.8%, the
ratio of the hydrocarbon phase to the aqueous phase varied between 1:3
and 1:5, the pH of the medium was 7.8 - 8. The reaction was carried out
in the stream of an inert gas (nitrogen) at 75 - 800C. The composition of
a-methyl styrene - styrene copolymers was determined by means of the
infrared spectroscopic method devised by T. A. Speranskaya, that of the
Card 1/4

87643
Copo3ymers of a-Methyl Styrene S/191/60/000/012/002/016
B020/BO66
remaining copolymers chemically. When increasing t a-methyl styrene
content in the initial monomer mixture, copolymeritation is retarded, and
the finite conversion degree drops (Fig.1). In this connection, also the
intrinsic viscosity of copolymers decreases (Fig.2). The heat resistance
of copolymers drops with increasing a-methyl styrene content (Pig-3). In
the copolymerization of three monomers - a-methyl styrene, methyl
methacrylate and acrylonitrile - in the ratio of 35-70;50.65:13.65 mole%,
the heat resistance increases considerably as compared with that of the
ternary MCH(MSN) copolymer which contains styrene instead of a-methyl
styrene. The copolymers of a-methyl styrene with styrene or methyl
methacrylate (ratio 1t2-5 moles) exhibited satisfactory mechanical
properties and higher heat resistance than polystyrene and polymethyl
methacrylate. The dielectric properties were similar to those of poly-
styrene. The authors also studied the conditions of copolymerization of
a-methyl styrene with styrene, methyl methacrylate and acrylonitrile by
the suspension method. Polyvinyl alcohol and Solvar (partly acetylated
polyvinyl alcohol) were used as stabilizers for the suspension in
quantities of 0.1 - 1%, and benzoyl peroxide, diisobutyric acid azo-
dinitrile and benzoyl peroxide mixed with tert-butyl peroxide (in a
I
Card 2/4

87643.
Copolymers of a-Methyl Styrene S11911601000101210021016
B020/BO66
ratio of 1:1) in quantities of 0.5 - 1% as initiators. The experiments
were carried out in the stream of an inert gas at 70 - 900C. Under these
conditions, copolymerization of a-methyl styrene with styrene, as well as
with acrylonitrile, proceeded slowly. Previ 8usly, a bulk polymerization
of the monomers had to be carried out at 80 C up to a conversion of 35%,
and a suspension polymerization of the pre-polymer obtained. Even when
using this combined block-suspension polymerization, the degree of con-
version of the monomers was only 96 - 97%. The dimensional stability under
heat of the copolymers according to Vicat was only 1150C, and they were
very brittle. Nor was the above stability of the ternary copolymers ob-
tained under the same conditions any higher. The bulk copolymerization of
a-methyl styrene with styrene, acrylonitrile and methyl methacrylate at
different ratios of the monomers (from 0.25 to I mole of a-methyl styrene
in the initial monomer mixture), with benzoyl peroxide, ('iisobutyric.acid
azo-dinitrile and cobalt naphthenate, possibly with a mixture of benzoyl
peroxide with tert-butyl peroxide (at-a ratio of 1:1) as initiators, at
70 - 2000C for 200 hours in glass ampuls which had been previously
deaerated, yielded hard, transparent, colorless or - in the case of
copolymerization with acrylonitrile - yellow polymers with a heat
Card 3/4

8764~
Copolymers of a-Methyl Styrene S/191/60/000/ol2/002/016
B020/BO66
resistance according to Vicat of about 1200C. There are 3 figures,
1 table, and 7 references: 1 Soviet, 4 US, 1 Canadian, and 1 British.
Card 4/4

LYA11MERG, German Yakovlevich; BAZLOVA, Tanam Fetrovna; BUTYRINA,
Natallya Petrovna; GOLUBEVA, Anna Vasillyevna; PECEMKIN,
Aleksandr Leontlyevich;__SIVOGRAKOVA. Klavdiya Andreyevna3---
ALIPERIN, G.R.J, red.; FREMER, D.P... red. izd-va; V.L.Y
tekhn. red.
[New I-PT acrylic plastics for pressure modling and extru3ion]
Novyi akriloplast If-PT dlia litlia pod davleniem i ekstruzii.
T
.Ueningrad, 1961. 21 p. (Leningradskii Dom nauchno-tekhniche-
skoi propagandy. Obmen pVedovym opytom. Seriia- Sintetiche-
skie materialy, no.9) (Plastics) (MIRA 14:12)

1119 61/000/001/001/W5
Is'. 8104-
AUTSORS, Cal.beem, A. V-,
TITLEs & suspension method for obtaining bigh-molocular polystyr...
PLRIODIC&Li Plawitich..kly.04-sy, a-, 1, 1961. 5-7
TVXT IIn I- of the &rest co=:roi 1. &d,&
t .or. . d, dor :t*4 a of *"pension p.ljr..riz&
tion, h ..!h poky I f: b1 caditI.ns for 11"A8
a- r ad a LrI.
9hme . phy
.a doing .0,pI.d to""' m or u
prop rtl they he method
ti .A :i.d3 he. been mad. of PthlIf an.. of Initi.tpr. !ad
a. Y.11 as of Zabilt.or: ftdlr..cti.n t-aptraturo. The varto,sa
initiators *or. synthesized by .1kylalion or &Cyl&t'oa of H202 or 'a 02'
PIr.% polymerization *.- itr.g.n atmosphere at 20-956C .2tth
Idone in & -
anow.r-to-vator ratio of I,$ or 116, and with 0.5-2 initiator referr-d
yrsnn.,mThn,&uthor.,.I..d at obtaining a granulated polymor. Rem.Its
ummari d I TableI
Card 1/6
imtOr p:!y
,;,*rl zmtIonjt"*,jfor',uf
t .Iare hr Prc .t or
:;r1-,b".1yI byd r p* r, .1d. 90 12;16, "mu-1614, -
..a :01
as par..Id 019o 10If ;look. 55,000
I:rt-b.tyl P-roxid. 90 12-18 emulsion
:,:t;no,peroxkdo a
h Ittone :0 4 d r
peroxide ~ 24 pon's'"
by- by' k 0 -
dl..t I por.xy;dic:rboa6te 20-90 2:24 wmul~sio.
tort-but yl S,.rb na 90 810r u 000
&.rt-b.tyl P.-aItt! 90 12 Sr:null:: ;0100:000
t.rt-b.tyl p.ro e1h-rylat. 90 12 floc -
caPrYlyl perax!ds 70-go 8917 grnkul.. 40,0c'o
lauryl paroxid 70 ,r. a-]-- 45,D00
a.th.crylyl praxid. 90 6,,,
ao:ty!,abro1!do 90 6112 powder
,-III .,as IFI.r..Id. 90 7 granule. 4o,ooo
.IAnaec YI Pdroxid* 90 triser
sT.aftlo acid 10 ; 'I.Ion
C
:.tk,-oyl p.ro.1d. 0 so r&nul:: p:ooo
,4o)gtyric said dial
Card7t~ll. 0 7 Sr.n.1 7 000
lhz off-at of serious GO-P-41tiOn- of the initiatarm at 90"C In n1trog,a,
sith'alvar :;r,l- am . stabili2or, to illustrated in able 2,
ninitiator. ratio polyvetrix.tio. form
I Iti hr
b-asorl p:"tI4: ;.I Pr:pyl
as onr:otd 1.1 granules 55.50()
b..soyl peroxide - cl-nosayl par-
oxide 4'1 granules
b-na-yi p*roxid:r.,di-trt-butyI
p. t r.phthl.t. 111 10 granules 41,000
b.o.oyl V.r.x14 ~ t rt _butyl
perh.n.o.t. 1110 10 granules R4.700
bonaorl P:r*xid. # propane di-
t rt-butyl peroxide )#16 granules 55,:Oo
tort-bu%yl P-ra.id. + b.nso,j
peroxide 111 12 granules )0, 00
tort-butyl p*rowI4:,;,pr:pma.ddj-
,a,I-bp r,,.It1 12
tort-butyl p.r.ds .clazaYl
Card 3/6 P.rox -1411 1Q 14mul.to.

89341
S/19 61/000/001/00
Y 1/01~
a suap ... ion es.th.4 far... B101
.205
can tinuation of Table 2,
t.rt-butyl Forts-zot. . I.-Y1
p.roxid: III a gr ... Is. 86,700
.,,
Sort-butyl p.rb,nioate * 01In._
P.I.M. 2411 a powder 116,000
t.rt-butyl ptrbentoate + lauryl
per". Ida 4.1 7 granules 132,000
tort-licityl parb.azoat. ttort-
butyl p-aild - 411 9 ar.n-I.. 00.900
tort-butyl p.rb .n1. + pro Pan._
di-lort
b4tyl
III 7
granule.
91.900
.;
tort-butyl P be di-thyl
dI..rbo-
pr..y
t: '.1 12 ...let..
;
c
pryly
S.rt-buty1p_1a AI&O.t..
ldo
p*ro 411 a granules 90,000
- ro-
%*rt
butyl hydroperalld .
;
:
I
pan. di-stert-butyl perox de 111 12
Card 4/6
Experiment@ aith b,:,,oyl Parotid. (1), t.rtu-butyl peroxide (11), and
%ort_b ut yi P. rbon .a (III) were made in a toclaves (50,200,600 1 capac-
ity), uning Solvar as a stabilizer (partly apo.ifi.d polyvinyl cotist.
*Ith 42-13% aaet&A. group.). Monomer-to-vater ratio - 1,2; temperatures
80-95 C or -50-130 C. These experiments confirmed the results of laborstar-Y
a
..S to. Grarsulatat polystyrenes ith ,sol-cul.r eight or
100 000-120 000,;:r; obtained. :t 130 Cthe reaction too!: Place within
9-1 ; hr. the po ocoat-Ining only 0.3% of the Initial man ... r. I a..-
p&r%.:n b.too*n theme styrene& and those obtained by block polymerization
in YrN..t:d In Table 3.
P. V rty suspension polystyrene chtsined black poly-
2ith, styrene
00.5% 1 - rl I - 5 _c1 I
molisisul.rt:Isight )t%' 90,000-100,000 110.0DO-120.00C 90,000
therual aIIlity accord.
Ing to Vicat 99 00 96.5
according to Kartona 79 ?98 80 76
22 Is is
be.11. 950
A01 1050 1,100
tan 6 at 10 op. 0.000) 0 0005 0.0005 0 0003
1 61 IN" P. 2.5 i-5 2.5 i.5
Card 5
a As V. susion polynerizati 0n of styrene in the presence of polystyrene was
studied in dditic a. Ordinary styrene and styrene thermally polyonrited
up t: !0,1 wr*.1-Ih.r.pAn1",ri.2r*:,I: 11ty-11 ... u$.--,1hAAi:-i..UIng.1 and
.'tr," IIIitIat '. Isr:. .% . 0 u~. r eight
of140, 000 Is :. fb. I.ad. Polyvinyl alcoholtys Ivor. sodium poly-
MINItbacry"to, copolymer from math y1 a,,,- :ry!.t:,. or 11, aid,
, .(0.) t:d ;:1 1..,
astatine. Cs. 3(M4), " tmiss, at..or tIt rb~t.yb I too.
0.5% copolymer from methyl moths, cry in t:bands a "A
t0 %thaarylic acid, or 0.1%
Bolv&r move fatind to be the too few r bili-re. The polystyrene
treat ith Is pr%IaI;.:tz- f.0 5;o.i Ams amounted to 60-00% of the
total At tTh rr. t.bl.. and 10 r-tsir ......
of. b . pIII r,.to;
2 loviet-bloc &4d a Ison.S.I_bIa
Carl 6/6

2LO41
ITA IZID~, t17-a
S11911611000100410021009
B110/B208
AUTHORS: Usmanova, N. F., Golubeva, A. V., Vansheydt, A. A~j
Sivograkova, K. A,
TITLE: Synthesis and properties of 0(- and P-vinyl naphthalenes.
Report II. Polymers of vinyl naphthalenes and their
copolymers with styrene
PERIODICAL: Flasticheskiye massy, no. 4, 1961, 6-8
TEXT: Polymerization of monovinyl naphthalenes, and the properties of
polymers that are more resistant to heat than polystyrene are as yet little
known, P. P. Shorygin, I. V. Shorygina, Yu. S. Zallkind, and S. A. Zonis
found that r~-vinyl naphthalene forms transparent,brittle polymers softening
at 100-1100C with a molecular weight of approximately 5000. The poly-U,-
vinyl naphthalene obtained by S. Loshaek was also brittle and low-molecular.
The-,',-vinyl naphthalene copolymerized by M~ M. Koton with styrene and
acrylic esters had also a low mechanical strength. The copolymers of
~-vinyl naphthalene with styrene, methyl methacrylate, and methyl acrylate,
studied by C. C. Price et al., had molecular weights of 10000-40000. The
Card 1/8

Synthesis and properties of...
211-41
3/191/61/000/004/002/009
B110/B208
authors had previously shown (Ref. 9: N. F. Ustanova et al. Plast massy
no. 3 ('1961') that,
s,- and P-vinyl naphthalenes may be prepared separately
in good yields and simply from naphthalene. rk- and O-V2nyl naphthalenes
(99.6-99A ~') were polymerized by the block (I) and emulsion methods (N).
In the caso of (1), polymerization was performed in the presence of 0.5 %
benzoyl peroxide for 100 hr in vacuo at temperatures gradually increasing
from 60 to 1300C up to 98 % conversion. The polymers obtained in a yield
of 97 % vere reprecipitated from methanol dissolved in benzene in order to
remove the monomers.~ In the case of (II), polymerization was carried out
in the presence of potassium persulfate and sodium oleate in an N2
atmosphere. The polymer was coagulated with 1 % formic acid and separated
in the form of powder with a yield of 97-99 %. The ~t,- and P-polymers thus
prepared softened at 1600C, then formed a solid, transparent mass, and
dissolved completely in benzene, toluene, and dichloro-ethane. The
(~,-polymer, above all, is brittler than polystyrene, owing to a greater
rigidity of its chains. To increase the mechanical strength, styrene J :'):,
links are to be incorporated into the molecule by copolymerization. -I'his'
waS also accomplished by block and emulsion polymerizations at different
ratios of the monomers (10-90 c1,). Intrinsic viscosity, average molecular
Card 218

211h1
5/191/61/000/004/00.2/009
Synthesis and properties of... B11O/B206
weight, softening point, specific impact strength, and dielectric proper-
ties (tan ~( and F_ at 10 cps and 200C) were determined. _,5 had a conqtant
value of 2.6, and tan t increased with increasing naphthalene content from
2-10-4 to 5-10- 4. Intrinsic viscosity and molecular weight of the co-
polymer of d,-vinyl naphthalene (Figs. I and 2) decreased fivefold by
substituting naphthalene links for 40 % of the benzene links. In the
P-compound, the decrease takes place more slowly, as its copolymers are
high-molecular. The molecular weight of P-vinyl naphthalene copolymers
with 40 M to 80 % (II) naphthalene content was 108000 (1)- 96000 (11),
while that of o~-vinyl naphthalene copolymers was only 15000 (1) -10000 (11).
The mechanical strength of a P-copolymer with 40 % P-vinyl naphthalene is
sufficient for practical application. The heat resistance of and P-co-
polymers linearly increases from 113 to 1500C on transition from polystyrene
to polyvinyl naphthalene. The emulsion method is especially suited for the
preparation of copolymers with 30 % P-vinYl naphthalene of optimum
molecular weight and mechanical strength. I. A. Arbuzova.is mentioned.
There are 6 figures, 1 table, and 9 references: 5 Soviet-bloc and 4 non-
Soviet-bloc. The 3 references to English-language publications read as
follows: H. Mark, Chem. Eng. News, 138 (1949); S. Loshaek,
Card 3/8

21LJ41
S/191/61/000/004/002/009
Synthesis and properties of ... B110/B208
E. Broderick, J. Polymer Sci., 223 (1959); C. C. Price et al.
J. Polymer Sci., 1-1, 575 (1953)-
Legend to Table: Properties of
polymers of (k- and P-vinyl
naphthalenes. 1) Indices;
2) molecular weight: 3) degree
of polymerization: 4) specific
imp* 3.
act strength, kg-cm/Cm
5) beat resistance according
to Vicat, OC; 6) tan ~' at
6 6
10 CPS; 7) C at 10 CPS;
8) method of polymerization;
9) block method; 10) emulsion
method; 11) very brittle; 12)
note: the study was performed
with pressed samples.
Y cnocod "W"Wep"WKV
110KASaTraH JO!wY111CROtown
Z MWeXYnF1pHWA WC . . . 9000 66M 25000 115M
~ C-renein, ncmitmepit3atinH 58 428 160 74-1
'f YAellbllaft YA2PH8R DR3- .1
mocTb, xr-aKjavii . . . 6qeftb 1,6 1 2,5
' 'Pyn"
5
TermocTofixocTh no Binte -C 1
60, 5 160 162
61g4 npit 100 repu .
5. 10-41 3-10-113-4. 10'6
e _ npH 104 repit 2.G - 2.6
/,,L n P x w e % a is it e. Hmm-mmin nPowAitnueb. mi nPe=auuux od;wxw.
Card,4/8

Synthesis and properties of...
Legend to Fig. 1: Dependence of the
intrinsic viscosity of block co-
polymers of (A- and A-vinyl naphthalene
with styrene on their composition.
1) copolymer with 0(-vinyl naphthalene;
2~ copolymer with P-vinyl naphthalene;
a content of vinyl naphthalene in the
copolymer,
~ - __4 I
5/191/61/000/004/002/009
B110/B208
Card 5/8

Synthesis and properties of...
Legend to Fig. 2: Dependence of the
molecular weight of block copolymers
of Lk- and '0-vinyl naphthalenes with
styrene on their composition.
1. O'Content
Notations as in Fig.
of vinyl naphthalene in the co-
polymer, L/Ic; b) mean molecular
.jo-3.
weight, bin
21 Jj3 1
S11911611000100410021009
B110/B208
0? /Zo-
CI-I
980-
ZL7-
0
7
9 4,
Cb
"a/c 8 OWINZWA

3ynthe3is and properties or ...
Legend to Fig. 5: Dependence of the
molecular weight of emulsion co-
polymers of G~- and P-vinyl naph-
thalenes on their composition.
Notations as in Fig. 1. a) Content
of vinyl naphthalene in the co-
polymer, ~o; ~) mean molecular
-3
weight, Mn.10
T
4
Card 7/8
~I_L411
911911611000100410021009
B110/B208
CIL codepwMe FfG
OaVWIWOiAi~ 16COMIXIA"

Synthesis and properties of ...
Legend to Fig. 6: Effect of
emulsion copolymers of c~,- and
P-vinyl naphthalenes with
styrene on their specific i
impact strength. Notations
as in Fig. 1. a) Content of
vinyl naphthalene in the co-
polymer, %; b) specific
impact strength, kg cm/cm
2111,1
S/191/61/000/004/002/009
B110/B208
Ct
C6 -F IG G
&IVUflAVOMafl&O
Card 8/8

USMOVA, N.F~; GOLU,'u,EVA, A.V.; VAf,,ISHEYDT, A.A.;- SIVOGRAKOVA, K.A.;
DOUIIKOVA, S.N. --
Sjuthesis and properties of polymers and copolymers of X- and
[6 -vinyl=pht-halenes. Report N0.3: Copolymerization of .f.ViWl-
naphthalene with styrene amd plastics derived from'them. Plast.
massy no.5:3-6 161. (MIRA 14:4)
(Naphthalene) (Platics)

-L 13366-6~ FPF(c)/EWP(J)/BDS/M(D,)/ES(s)-2 AFFTC/ASD/EvD-3/
SSD Pr-h/F'c-h/Pt-4 ----.HM
ACCESSION NA: AP3003300 8/0191/63/000/ -007/0008/0009'--
AUTHORS: qolubeva, A. V. ; Tolatikova, Z. D.; qvograkovs, K. A 99
Bezborodko, G. L.
rl 6
TITLE: The "ntheois and polymerizatiqd f stXM4erivatives. Synthesis and
polymerization of methylstyrole derivat-kios
SOURCE: Plasticheskiye masay*, no. 7, 1963o 8-9
TOPIC TAGS: methylotyrole, ai BtYrOle, synthesis, Polywrization, bromo-
toluene, magnesium, methylphenol, paraxylene
ABSTRACT: o-methylstyrole and 2,5-dimetbYlStyrole vere synthesized and studied
in detail. 0-metbYlstYrOle vas synthesized from 0-bromotoluene using organic
magnesium compound and a subsequent oxidation with ethylene oxidep fblloved by
hydrolysis of the obtained o-metbylphentol alcohol over MH 2,5-dimethylstyrole
was synthesized from parWlene by-the method of 2,5-dimethylacetophmon. The
polymers of o-methylstyrole and 2,5--cUmethyletyrole were obtained by block end
emulsion methods. Their PhYsico-mechanical and dielectric properties were studied'
It was determined that o-methylstyrole and 2,5-dimethylstyrole polymers possess
card 1/2

L 13366-63
ACCESSION XR: AP3003300
i
1 a -11
Pielectric Pi p2rti s9equal, to those of polystyrole. Ebwever,, they possess higher
)ili y (112-1250 and a high electric rigidity (34-37 ky/mm). These
factors distinguish them not only from polystyrole, but also from the polymers
of chloro-dex-ivatives of styrole. The otability'of dielectric properties of the
polymers have been established for a wide temperature interval of 20 to 1400.
IThe molecular weight was determined by the osmotic method. ','The authors are
grateful to L. N. Veselovskaya for her determination of molecular weights."
Orig. art. has: 3 tables.
ASSOCIATION: none
SUBMrl'MD: 00 DATE: Acq: 30Jul63 EXCL: 00
80 CODE., MA NO M M 006 OMR: 006
Card 2/2

ACCESSION NRs AP4012182 5/0191/64/000/002/0008/0006
AUTHORS Usmanovs, N, F,; Golubevas As V,; Bulatovs, V, Hog
Sivograkova# Ks Ae
TITLES Styrene copolymer SAM
!SOURCE: Pla~tLeheekLye massy*, no. 2, 19646 7-8
TOPIC TAGS: SAM styrene copolymer, physical mechanical property,
dielectric property, thermal stability, Injection molding, compressjou~
Molding, styrene copolymer
'ABSTRACT: A study of the physicomechanical properties of copolymer
SAM shown that this plastic, In comparison with styrene. has better
,heat stability (by about 25*) and maintains the other physicomech&UL-1
cal properties of styrene. Copolymer SAM has high dielectric proper-
~ties over an extended time and temperature interval. It way be
processed. by regular methods applicable to thermoplastics. The con-
ditLons for injection molding, extruding, and compression moldL%g
copolymer SAM are presented, "Investigation of the dielectric pro
!ertLes of the copolymer was conducted by Candidate of physical and
,:Card I / 2
Cc d 2_/.2-_

L 42047-65 Ma(m)/EPF(c)/EPR/D1P(J)/T Pc-,h/Pr-4/?s-4 RPL wvw
ACCFMION VR: AP5010916 UR/0286/65/000/001~/C~~io~bii.
AUTHORS: Golubevas A. V.; Sivvgrakova, K. A.; B~tyrjnas, N,, F.1 V4~oya!_ 1. Do
TITLE: A method for obtaWng a Easting plastjoW Glasa 39, ~fo. 169783/.,~;-
SOURCE: Byulleten' izobreteniy i tovax-WkA znakov, noo LIM# 102,
TOPIC TAGS: tplastic# casting, polywrizationsmothybiethacrylatep ethylacrylates
thermal stability, alpha methylatyrene, diisopropy3mwthogen dioulfide
ABSTRACT: This Author Certificate presents a method-for obt'A'ininga castivg
plastic by, -suspension polymerization of methylmethacx7late land ethylacrylcata in
the presen,99 of regulators, initiatorep wd a suspension stabilizers. To improve
the thermal stability of the plastic,,,copolywerization Is conducted in the
presence of 2-2.5% of CC -=tbV1vtMne and 0*05-0*1% of d1lappropylxanthaaen
disulfide.
ASSOGIATIONs none
SUBM1VM s 16ju2& ENCLt 00 Mr
NO REF. SOVS 000 OTHER 1 000

. . . . . -----------
9498-66 (A) Fdr(M)/FWP(J)/FWP(t)/EWP(b) JDAM
ACC NR, AP5028478 SOURCE COM UR/0286/65/WO/020/0%4/0064
#q ;;- qa. Y,.K '- -r_ 74
AUTHORSt 4921.._~Dl.; Kamnetakly, ria.; Sairnavaq1fi., Sr A., A.;
;jQnomnray&.V. M,; Golubeva. A V, - Luklyanor. N. Pt Terenina,
Ms
~'K. A.; Kinter, I. P. I Shal!Lw. Y -
0, f . P. 4y, ;;r YY 5~;
vy, j, 1r
ORGt none
TITLE: Surfacing for metallic and reinforced concrete docks. Class 39, No. 175643
by -----Sh -onstruction
nounced Oraanization of the State CQxmdttee on ASSR
_2Epq- ly 0
foanrpnizatmiya goaudarstvemogo kouiteta po sudostroyenlyu SSSR)_/
SOURCEs 87ulletent isobratenly I tovarnykh anskov, no, 20, 1965, 64
TOPIC TAGS: polymer, ~ copolymer, rubber, mineral filler, pigment, metsi durfacin~v
reinforced concrete, ship a Mponen~, I YN'rnel"C ic w s Sep- ^:7j-
4
ABSTRACTs This Author Certificate presents a surfacing material for metallio and
reinforced poncrete docks. The surfacing material is based an a binding polymer
and on mineral fillers and pigmenta. To increase its resistance to abrasim and
orrosion and to Maas Its slipperiness, a copolymer or styrolo with nitry2serylle
aid and vitb butylacrylia rubber is used as the tWiNL
:
SUB QDIXI ll/ 8MM was laar"
iA VWs 678.70.2-MAMCKC) 00.047

-210073
of
J; Lv
T \A!, 0:
T a L. D.
TiTLE- Afethod oi obtainiin'- a organic glass. Class 39, No. 181276
[announced by 91~
-~ te~ Scientii fic Research Institute of Polymerized Plastics and
T7 xperiniental Plant (Gosudarstvennyy nauchno-issledovatell skiy institut polimeriza-
tsionnyk-h plastinass i eksperimental' nyy zavod)]
SOURCE: lzobreteniya, promyshlennyye obraztsy, t6varnyye znaki, no. 9, 1966, 7 ~-73
TOPIC TAGS: organic glass, polymethylmethacrylate, light scattering, copolymer,
glass
ABSTRACT: An Author Certificate has been issued for a method of obtaining a i ht-
I- -LE
sc att eri ng, organic glass~with a base of polymethylmethacrylate4by blending it with an
opac if i er)"' followed by granulation. To increase the strength of the organic glass and,
to improve its casting and light-scattering properties, a mixture of trifluorochloro--
Card I / 2 UDC: 678, 744. 335-196. 2:678. 473. 2

L ; 1-199-(1
J0
ACC NR. AP6015657
ethylenelcopolymerlwith vinylidene fluoride and barium sulfate is used as the
opacifier. (Translation) INT]
SUB CODE: 11/ SUBM DATE: 09NIov64/
VI)

Mow
L 46-2f,5-66
- 7'.. _j) -Ijp(c) _~~K/R!i
- - EWT /~~ __ . - --1
Jkc 44:P 6 /-0 "kOf6 6 2
NAt A?603010 nURC-E =DE: Mt/ 0
INVENTOR: Golubeva, A. V.; Yeremina, Ye. N.; Sivograkovs, K. Aq.
Bezborodko, 0. L.; Kitner, I. F.; Shashina, V. P.-
iORGi none
:TITLE: Preparative method for q~ene~ acrylonitrile copolymeraj
Class 39, Ho. 185055
SOURCE: Izobreteniya. promyshlennyye obraztsy, tovarnyye znaki, no. 16,!
19660 92 1
TOPIC TAGS: styrene)acrylonitrilejcopolymer, suspension copolyneriza-
tion, nitrile rubber, impaqt resistant material
';ABSTRACT: An Author Certificate has been issued for a method for J1
,preparing styrene-acrylonitrile,copolymers. To impart impact r*sL~tanc
to the plasticized product, the monomers are copolymerized In suspen-slo
Iin the presence of 3-10% nitrile rubber. -130
SUB CODE: ll/ SUBH DATE: l3Apr62/
Card 1/1 MJS UDC: 678.L"6 -Z2-139
--;- I.-

L 01804-67 S1T(m)/EWP(j) IJP(c) RM
ACC NR,
AP6030604 r-4N) SOURCE CODE: IJR/0413/66/000/01610092/0093
INVENTOR: Golubeva. A. V.; Yeremina, Ye. N.; Sivograkova, K. A.;
Bezborodko, G. 1-; Kitner, 1. P.; Shishina, V. P.
ORG: none
TITLE: Method of obtaining shock-resistant plasticized rubber. Class 39,
No. 185056 /
p
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 16, 1966,
92-93
TOPIC TAGS: butadiene styrene rubber, copolymerization, rubber, plasticized
rubber
ABSTRACT: An Author Certificate has been issued for a method of obtaining a
shock-resistant plasti-tzed r~nbber from a styrene copolymer, acrylnitrile, and
butadieneacrylnitrile rubber"by means of suspension copolymerization of the. proper
monomers and rubber. To increase the light stability and heat resistance of
plastic' ed rubber, the process is carried out in the presence of butylacrylat
-ubber which is taken in amounts of 2-5%. (Translatio INTr
1
, ;'A nj
0;;F11 SUB CODE: 11/ SUBM DATE: 13APr62/ UDC: 678.746.22-139

PETROV, Vladimir Arsent'yevich; KOLMAKOVp Nikolay Alakseyevich; EFEL31WI,
Gilell Grigorlyevich. Prinimali uehastlye-, NIMIN, V,V,6 MOROZOV~
I.I.; SIVOKHAv N.V.; UTROBINAq N.I., IJKITDIA~ - MIKOV9 NJL
BAUSkiV;-'ff.7.-,-TATE0SOV, K.G..7 dota,- LIPKIND, L,Mj,-, LEBEDKVA9
A.K., inzh.-ekon.; VILIDAVSKIYq I.M,p dots.~ retsenzent; VOLKOVp
S.A.0 kand. ekan. naukq dots.9 red.i CHFAS,, 1161,,A..- red. izd--va;
PETERSON, M.M.. tekhn. red.
[Cont:ijmous conveyer methods used in the lot production of composite
machines] Potochno-konveiernye metody v seriino, m proizvodstva slozlmykh
mashin; iz opyta Leningradskogo zavoda poligraficheskikh mashin. Mo-
skva, Gos. nauchno-tekhn. izd-vo mashinostroit., lit-ry, 1961. 130 P.
(MIRA 14:9)
1. Rabotniki Leningradskogo zavoda ~oligraficheskikh mashin(for Nikitin,,
Morozov, Sivokha, Utrobina, Nikitina, Pankovf Baushev). 2. Leningrad-
skiy inzhenerno-ekonomicheskiy instit-it (for Tatevosov, Lipkindq Le-
bedeva).
(loeningrad-Printing machinery and supplies)
(Factory management)

SIVOKHIN, S.P.
-
Reactive properties of woodpulp. Bum.prom.31 no.2:6-9 Y 156.
(MMA 9:6)
1.Glavnyy inzhener Pakeinskogo teallyuloznogo zavoda.
(Wood-pulp)

I SIVOKHIN, S.P.
1--.1-
Increasing the collected amount of selenium slime. Bum.prom.36
no.1:24-25 161. (MIRA 14:3)
1. Arkhangel'skiy kowbinat.
(Selenium) (Sulfur ftoxide)

SIVOKHIN, S.P.; CIIUYKO, V.A., inzh.
Using sulfate soap for the manufacture of paraffin envilsions.
Bum.prom. 37 no.9:25-26 S 162. (~ffRA 15:9)
1. Arkhangellskly kombinat. 2. Glavnyy tekhnolog Arkhangellskogo
kombinata (for Sivokhin).
(Emulsions (Chemistry)) (Hardboard)

SIVOMIN, S.P.
Shope for the purification of nevage in the Archangel Combine. Bum.
prom. 38 no.2.-28 F 163. OURA 16:2)
1
1. Glavny-, tekhnolog ArkhsmgelJskogo i . ta. -
(Archangel-Woodpulp iropftry) ' (6ewage-Purificati,-iii

DYBTSIN, 4.A.;.31VOKIIII,', 4.P.
On tile road toward qualiLy improvemint. Bum.prom. 38 no.9-.5-8
S 163. (MIRA 16:11)
1. Arkhangel'ski.y kombinat.

SIVOKHINA' % B.
Dissertation: "Stereophotogrammetric Survey of Open-Cut Mining." Cand Tech Sci, Moscow
Mining Inst imeni I. V. Stalin, 29 Jun 54. (Vechernyaya Moskva, Moscow, 18 Jun 54)
SO: SUM 318, 23 Dee 1954

SIVOKHINA, N. B.
"Problem of Application of Stereophotogrammetric Survey in Open-Cut Mines".
Nauch. tr. IMosk. gorn. in-ta, No. 12, pp 92-105, 1954.
Several aerial survey methods are discussed and the stereophotogrammetric
method is found to be the best for open-cut mining. Its advantage consists in
easy distance measure with up to 1/1,000 relative error; in the marking of a
point on a map with an � o.23 m error. Its disadvantage is the dependence on
the quality of the negative and on the visibility. (RZhAstr, No. 1, 1956)
SO: Sum No 884, 9 Apr 1956

SITOXHIRL, N.B.; YROLOV. Ye.Y.
Determintug the accuracy of well surveying measurements and ealeuUting
errors. Trudy VNII no.11:321-339 157. (min loill)
(Oil wells--Measurement)

v I I

VASILIYEV, Yu.S.; SIVOKHINA, N.B.- FROLOV Ye.F.; CHERNOGIAZOVAy T.Ya.
I.------.------ I
Permissible deflections of bottom holes from the planned
position; a topic for discussion. Neft. khoz. 39 no.4:14-20
Ap 1619 (Oil well drilling) (MIRA 14:6)

,SIVOKHINA) N.B.; FROLOV, Ye.F.; CHERNOGLAZOVAp T.Ya.
Intersecting of the shafts of deflected wells. Trudy VNII no.36t
13-18 f62. (KRA 15111)
(Oil well drilling)

SIVOKHINA, N.B.; CHERNOGLAZOVA, T.Ya.
Evaluating the accuracy of determining the angle of the deflecting
unit in a well by, the graphic and mechanical methods. Truc~y VNII
no.36s27-32 162. (MIO 15sll)
(Oil well drilling)

-SIVQKHTNAJ, N.B.
Permissible curvature of shafts at the point of intersection of
deflected wells. Trudy VNII no.3603-37 162. (KRA 151ll)
(Oil well drilling)

FROLOV, Ye.F.; SIVOHINA, N.B.; DEMENTIYEV, L.F.; KOGHETOV, M.N.; MOLOTOV)
N.A.
Preli-inary method of evaluating the accuracy of calculating
petroleum reserves by the volume method. Trudy VNII no.36:38-56
,62. (KRA 15:11)
(Petroleum geology)

VASILIYEV, Yu.S.; _gy(jIKj!INA,. N.B.; BRONZOV, A.S.
Permissible deflections of well holes. Neft. khoz. 40 no.B.-8-13
Ag 162. (MIRA 17:2)

KALININ, Anatoliy Georgiyevich; VASIL'YEV, Yurly Sergeyevich; BiONZOV,
Anatoliy Samsonovich; SIVOKHINA,, N,~,,, red.; LATUKHINA, Te.I.,
ved. red.; FOLOS11U, A.S., -tefc& . red.
(Orienting deflecting drilling systems) Orientirovanie otklo-
niniushchikh sistem v skvashinakh. Moskva, Gostoptekhizdat,
1963. 149 P. (MIRA 16:10)
(Boring)

VASI'LlYEV, Yariy Sergeyevich; SIVOKIIINA, Nataliya Borlsovna;
BRONZGV, Anatoliy Samsonovich; KALININ, A.G., red.;
LATUKHINA
n) Ye.l,, ved- red-; VC-RONOVA, V.V,, tekhn.red,
[Tolerable declination of boreholes from the design] Dopu-
stimye otkioneniia stvolov skvazhin ot proekta. Moskva,
Gostoptekhizdat, 1963. 15J'r p. OAIRA 16:10)
(Boring) (Tolerance (Engineering))

.- ~f- 1, ";- .1.1 A, S - i SIVOLUT N A,, N. B.
,,,, L, _rr"V, Y'l-," ; --
Permasslhlo in the azim-uth and angle of ,-radient in
the drilling cf slant holes. Neft. k-cz,, 41 no. 1226-11
D v63. ~,mjaA 17.6)

P i " GULIHOBALIF, " "' 4
-, . . I - I I r~ ~ ,
.1 j- T z h.,
KinetHr; device of an automatLe michine for welding two vire
13ads with metallized resistor caps., Svar.proIzv. no.U,.-33-34
D 16.~. (M-7FLA 18,-,1)
.1. Vnesoyuzny-y nauchno-Issiedova tell skiy Lnstitut elektrosvarochnogo
,-,borudovaniya.

SIVOKOBYLENKO, V.F.,, inzh.
Experience in the adjustment of a protection s7stem against sing-le-
phase contacts to ground of the stator winding of an electric
generator. Energetik 10 no-5:23-2.4 My 162. 04M 15:5)
(Electric generators)

SIVOKOBYLISKIY A I otv. za Vyp.; PILIPENKO, T.P., red.; LUKASH,
~tk~tteig-. red.
(Uses of wood laminates compressed wood andteictile cbIPs in
machinery manufacture]Primenenie dreveanykh sloistyft pla-
stikov, pressovannoi drevesiny i tekstillnoi kroshki v ma-
shinostroenii. Kiev, In-t tekhn. informatsii, 1962. 61 p.
(MIRA 16:4)
1. Ukraine. Gosudarstvennyy komitet po koordinatsii nauchno-
issledovatellskikh rabot.
(Wood, Compressed) (Laminated plastics)
(Machinery industry)

EIVOKOHYPSKIY, A.I.; MATIVEMA, V.M~
Diesel engines operating with natural gas.
124-125, Mr-Ap 1,9.
enrines)
Mashinostrocnie no.2:
(MIRA 15:4)
(Diesel

SIVOKOHYLISKIY, A. I.
Bending pipes by the spinning and stretching method. Ylashino-
stroenie no-5:121-123 S-0 162. (MIFA 160-1)
(Pipe bending)

SIVOKON" F.F.
11 1 1-, -- -
Checking the state of measuring equipment and the maintenance of
standards a-ad technical conditions in industrial plants. Iza.tekh.
no.4:62-65 Jl-Ag 156 (KLU 9:11)
(1~ ~
sering laboratories)

SIVOKON" F.F.
-IA . - 1 '.. ~ , ~ ;- , !.- . I
Testing and inspecting weights, manures and instrumonts at the place
of their use. Ism-takh-no-5:66-68 S-0 156. (NLU 10:2)
(Keasuring instruments--Testing)

25(l), 28(2)
AUTHORt Sivokon', F.F.
SOV/115-59-7-26/33
TITLE: The Inspection of Measuring Instruments in Rural Areas of Molda-
via
PERIODICAL% lzmeritelInaya teldinika, 1959, Nr 7, pp 57-58 (USSR)
ABSTRACT The author reviews the activity of the Nloldavskaya gosudarstyen-
naya kontrollnaya laboratoriya po izmeritell.noy teldinike (Niolda-
vian State Control Laboratory for Aleasuring Instruments) after
its reor--anization which was per-formed during the past years. One
large measuring instrument repair organization was created by
combining the instrument repair department of the plant 11AVtode-
tall" and two balance repair shops of llMoldavpotrebsoyuzll with
I'Vesomerpribor", which is the principal measuring instrument re-
pair of the Moldavian SSR. The plant received a number of vehic-
les for performing repairs of balances and measuring instruments
at kolldiozes and other agricultural enterprises. The author des-
cribes briefly the activity of the teams which travel for inspec-
Card 1/2 tion and maintenance of measuring instruments to kolkhozes and

SOV/115-59-7-26/33
The Inspection of Measuring Instruments in Rural Areas of Moldavia
sovkhozes. Dozens of letters submitted to the editorial board of
this periodical prove the practicability of this measure:that the
repair of measuring instruments should be performed directly at
the user.
Card 2/2

0

Distr: 4E2cW/4E3b/4E3d

&"C in W eectrwrok of
znvewg&4~6 J th
*Mi
r7kh
95
n
.
,
g,
Woroshilov. P1. 4xUr.
M. girgko, and Y. K --beldin.
1318-2%1%0).-The elettrocheM. PfOC-

7
esses Occurrmc on Wte*ad C anodes were studied. To
obtain It ruatc"M GO of products formed in the anode
=,the electroilts were s%d. by2 glan diaphragms. The
ectrolyteflowedbetftent esediapbraguls and was socked
hj~- ak
up into the anode W6e by a partial vacuum which also re-
h
i
f th
d
Cl
l
d
ffi
n
hac C4j (ITO
e evo-
move
e
evo
ve
t
e current e
c
ency o
.
Intion'of Cf. Vol, and that of 0 (comumed in the oxidn. of
idl
th
I
f
h
d
d
d
I att- 0
e coned. o
e ano
ecrease
t
, at
st rap
y, as
e), ",
'NaCl in the win.. C. inciftsed from 50 to WS g./1. Tile
i
"a
break In the dT/dC occurred at C - 150 g./l.: increm
in
f
m S2h to 90
C Ooln 50 to A
d
14d
r
.
.
crease
ro
vci
'
94
n
and
decreased 110 12.07 to 6.15%, wheregL% increasing
'
~
.
C from 150 to 305 0. increased Vol to 92.53 and decreased
4.97% (the )nding current efficlencies of free

0 anj 3.10
of MCIO, were 2.21,1.51% and 1.72,0.4, 0-011o,
-resp.j . iret hwinsed and ijo decreLgodas the cA. increased
Irom 2W tp4OOOamll./sq. cm. IncreadnXthetem from
'30-
0*
d
to 7
. IOW amp./sq. cm., C - 305 C.A.)
(c
from 99
4 to 97
61w- and increased
from 035 to 1
47-
.
.
.
lot
10
m the current efficienky
dia
hra
p
g
A WaOH was, within a wide rafte- laidependent of C and
ofthetemp. ThemtioofCt-toOK-dLithanredoqgm?h-
aboattheame. Thedeterimbon
,itesnd-onCanodes"
.
,
of L the anode dearvaied as the cd. h=e"ed. This wall
'ascribed. to the facrexile.in vo w4 decrease in go as the cd.,

S/07o/62/007/006/005/020
1-1-132/E435
AUTHORS: Matyumhenko, N.N., Vorkhorobin, L.F., Pugachev, N.S.,
Sivokon', N.V.
TITLL: The crystal structures of the higher beryllides of
molybdenum, tungsten and rhenium
PERIODICAL: Kristallografiya, V-7, no.6, 1962, 862-864
TEXT: The highest beryllides oC ~Io, W and Re were made by
allowing refined beryllium to diffuse at above 11006C into these
metals until saturation was reached. Sectioning a foil
incompletely saturated showed distinct layers c6rresponding to
~'10-tNfODC 2-1%i0l3e I 2-MoBe _92. A foil of Not 0'.2 mm thick, was
completely saturated. X-ray powder photographs were taken
(spacings tabulated) and corresponded*to a cubic structure with
a = 11.63 No), 11.63 (110 and 11-54 A (Re). Chemical analysis
gave a formula MoDeo?. A structure with the space group
07 = Fd311, was proposed having 81-lo in (b), 16Be in (c), 16Bc
h
in (d), 48De in (f) and 96Be in (h) positions. Observed and
calculated structure factors were compared for the assumed
parameters x (Be in f) =-0.125 and x (Be in h) = 0. After
C Card 1/2

SIVOKONIO P.ye.
The origin and significance, of scientific experiments. Test. Nook.
un. Ser. ekon., filos., prava 12 no.4:43-67 '57. (NM 11:3)
(Science-Experiments)

/V xc-
2q-2-19/43
AUTHOR: Sivokon, P. Ye., Candidate of Philosophical Sciences
TITLE; Irreconcilibility of Knowledge and Faith (Znaniye i vera -
neprimirimy)
PERIODICAL: Vauka i Zhizn', 1956, 2, pp 53 - 513 (USSR)
ABSTRACT: In this article the author states that science and religion
are incompatible. He gives a historical review of attempts
made by leading scientists and theologians to reconcile reli-
gious and scientific concepts - all these efforts were doomed
to fail because of contradictions.
There are two sketches.
AVAILABLEt Library of Congress
Card 1/1

SOV-25-58-10-23/48
A UT HOR: _Sivokon!,--P.Ya_,_Candidate of Philosophical Sciences
TITLE., Reason Against Mysticism (Razum protiv mistiki)
PERIODICAL: Nauka i zhiznl, 1958, Nr 10, P 51 (USSR)
ABSTRACT: The article contains a criticism of the book "Rationalism
in Theory and Practice" written b.,,, Archibald Robertson.
1. Physics--Theory
Card 1/1

S170KON't F.Ye.. kand. f1los. nauk.
--- Science and religion -..re irreconcilable. Nauka i zhisn' 25 no.2:
53-58 7 '58- (MIRA 11:3)
(Religion and science)