SCIENTIFIC ABSTRACT VOSHEDCHENKO, B.M. - VOSKANYAN, V.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001861020010-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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Category t USSR/Solid State Fhysics - Fheso Trvneformation in E-5
Solid Bodies
AbB Jour ; Ref Zhur - Fizike, Wo 3, 1957, No 6612
Author :Kontcrovich, I.Ye., Voshedchenki. B-M-
Title IFrocodure for the Doterminction of the Grain of lustanita.
Orig Fub :Zovod. laboretoriye, 1956, 22, No 8, 954-955
Abstract :No abstract
Card - 1/1

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AUTHORS: K(Mtorovichl I. Ye. and Voshedchenko9 B. M. 126-2-19/35
TITLE: influence of overheating on the properties of heat
treated structural steels. (Vliyaniye peregreva na
svoystva termicheski obrabotannykh konstruktsionnylth
staley).
PERIODICAL: Fizika Metallov i Metallovedeniyet 1957, Vol.5, No.2,
I pp. 340-348 (USSR)
ABSTRACT: There is no generally accepted opinion on the influence
of the initial austenite grain on the microstructure,
fracture and the mechanical properties of the steel
after repeated recrystallization. The authors carried
out experiments with the aim of establishing the influence
of the character of the micro-structure and 'the
appearance of the fracture on the mechanical properties
of certain structural steels after preliminary over-
heating and subsequent recrystallization within a wide
range of temperatures. The experinents were carried out
with specimens made of three grades of steel with
chromium contents between 1.49 and 0.75% and Ni contents
of 3.67 to 1.48%, the chemical compositions of which are
given in Table 1, P.340, Plates of 100 x 60 X 12 mm.
were heated at 900, 10001 11001 1200 and 1300'C for
Card 1/4 75 minutes and then cooled in air. Following that, the

till hiofioo -if 1110 17j,H I~j I I ui , tIt
plat8s were queriallb(I i-I-I 0~1
12500 (with steps of 100 0), tempered at 650 0 for
ninety minut8s and then cooled in the furnace with a speed
of 50 to 100 C/hr. The slow cooling of the specimens
after high temperature tempering was effected for the
purpose of shifting the critical range of brittleness
towards higher temperatures. Comparison of the impact
strength data for alloy structural steels after double
recryBtallization led to the conclusion that preliminary
heating in -6he temperature range 900 to 12000C with 0
subsequent hardening from various temperatures up to 1200 C
hardly reduces at all the impact strength if the fracture
has a fibre-like appearance. Therefore, the heat treat-
ment regimes and 'the test temperatures were so chosen that
the obtained impact strength valuets correspond to the
semi-brittle state of the inveatigated alloys. The
specimens were cut in the direction of the fibre. The
tensile tests were made at room temperature, the impact D
strength was tested at room temperature and also at -196'C.
The graph, Fig.1, shows the influence of the temperatures
Card 2/4 of double recrystallization on the mechanical properties

126-2-19/35
Influence of overheating on the properties of heat treated structural
-steels. of steelI l2X2H4A (tempered at 6500C, cooled in the
furnace and tested at 20""C). The graphs 7 Fig.2, show
the influence of the temperatures of double recrystalliza-
tion on the impa8t strength of structural steels
(tempered at 650 C. cooled in the furnace). The graph,
Fig.4 shows the change of impact strength of two of the
teste& steels as a function of the temperature of 0
preliminary overheatigg (final hardening from 850 C in
oil, tempering at 650 C followed by cooling in the
furnace, testing at 200C). Figs. 3, 5, 6 and 7 represent
microstructures after various treatment programmes.
Comparison of the mechanical properties show~that these
either do not change at all or increase slightly with
increasing temperature of preliminary heating and final
hardening. In the case of impact test of structural steel
specimens at temperatures corresponding to the semi-brittle
state, intergrain formations also have an influence, in
addition to the influence of the structure of the
austenite grain. Depending on the subsequent cooling
speed of the steel two types of structure may form, namely,
Card 3/4 a martensite-troostite structure with a definite
orientation relative to the crystallographic planes of

126-2-19/35
Influence of overheating on the properties of heat treated structural
steels.
the initial austenite grain or a ferrite-pearlite structure
with a less definite orientation rela'i'jive to the initial
austenite grain. It was established that breaking up of
.the initial boundaries of the austenite grain and the
re-orientation of the grains caused by the overheating
at high temperatures ts due to the grovith of new grains
above the recrystallization temperature. The differing
size of the new grain,- is due to the differing degree of
phase hardening inside the old grains.
There are 7 figures and 10 referehces, all of which are
Slavic.
SUBMITTED: May 15, 1956 (Initially), October 15, 1956 (after revision).
ASSOCIATION: Moscow Aviation Technology Institute (floskovskiy
Aviatsionnyy Tekhnologicheskiy Institut).
AVAILABLE: library of Congress.
Card 4/4
"'M
N' 9 0 A-K

'h h A/ /-7
AUTHORS: Kontorovich, I.Xe., Voshedohm*o, B.M. 32-11-37/60
TITM Determination of the Critical Interval of Brittleness in the Ex-
tension of Samples With a Smooth Surface (Opre4elenlya kriticheakogo
Intervals, khrupkoati pri rantyashenii gladkikh obmzteov)
PMUODMALi Zavodskays. Laboratoriya, 1957, Vol. 23p Nr I i, pp. 1362-1365 (USSR)
ABS7WTt It is said in the introduction that this field has not yet been
sufficiently investigateds above all because the brittle destruction
of the smoth samples is difficult to attain even at - 1960 0, and also
because of the lack of suitable methods of determination. In this work
a method for the determination of the critical temperature of brittle-
name in the case of extension up to fracture of the annealed smooth
samples of constructional steels in described. As samples the stools
IMMA and 23X2HB A in form of rods 11 11 75 = were used. They were
first hardened at 12000 in oil and were then annealed 0at 6500 (within
60 min,.) with following cooling in the furmoe (P-50 per houO. Here-
from the "shortened Gagarin samples" were made. ( ,t may be seen from
the drawing that the bolts have a length of 5e mmo are pzvvided with a
threado and the threadless part has a length of 30 mm). Tests were
carried out on & traction engine "P5" at a =dmal stress of 5000 kgj
Card 1/2 and extension was automatioeLlly recorded, Extension In the case of

32-ii-37/6o
Determination of the Oritioal Interval of Brittleness in the Extension of Samples
With a Smooth Surface
cooling down to 1960 was carried out by the application of a thermo-
stat system consisting of a vessel which wa3 mounted on the traction
shaft and was filled for cooling with liquid nitrogen or, because of
the less low temperatures of liquid nitrogen, with liquid nitrogen
diluted with gasoline, The vessel contained the sample whiohl, screwed
on to the two ends of the shaft, vq~a connected with the *motion
engine. A thermocouple was elastically connected with the sample. In
the course of a series of tests carried out up to the point of breakibg
the diagrams of the extension of the samples were constructea. In-
vestigations are described which were carried out with a view of
avoiding certain kinds of fracture caused by tearing. There are 4 fig-
ures.
AVAILABLEt Library of Congress'
card 2/2

SOV/137-58-9-19964
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 9. p 268(USSR)
AUTHORS- Kontorovich, I.Ye., Voshedchenko, A.M,
TITLE- Effect of Isothermal Quenching Upon the Temper Brittkness of
1ZKhZN4A Steel (Vliyaniye izotermicheskoy zakalki na otpusk-
nuyu khrupkost' stali 1ZKhZN4A)
PERIODICAL: V sb.: Metallovedeniye i term. obrabotka. Moscow, Metal-
lurgizdat, 1958, pp 104-111
ABSTRACT: An investigation is made of the influence of heating temper-
ature in isothermal quenching and tempering, and of the effects
of methods of cooling upon the temper brittleness of Nr I ZKhZN4A
steel. Specimens were quenched from temperatures of 800, 900,
1100, and 12500C in a potassium nitrate bath at 380-4000, being
held for 15 minutes, and were tempered at 350, 450, 550, and
6500 with cooling in water and in the furnace. In quenching from
8001 and tempering at 450' the critical temperature of brittle-
ness is minimal. An increase to 12500 in the temperature to
which the metal is heated for hardening increases the critical
temperature for brittleness from -30 to ~ 1400, An increase in
Card 1/2 the tempering temperature from 450 to 6500 with water cooling

SOV/ 137-58-9-19964
Effect of Isothermal Quenching Upon the Temper Brittleness (curit.)
reduces the critical temperature f,--r brittleness in the entire interval of
temperatures for hardening and increases the value of a,,.
F. U.
I. Steel--Mechanical properties 2. Steel--Temperature factors 3. Steel--Test r,.~,,thcd,3
Card 2/2

KONTOROYICH, Ms.. doktor tekhn.nauk profo; VOSHICDCHINKO, B.M., Imnd.
tekhn.nauk
Effect of heat treatment on the mechanical properties of
structural steels at low temperatures* Irv.vyR,ucheb.zav.;
chern.met. 2 no.7:79-86 Ji 159. (14IRI, 13:2)
1. Hoskoveki7 vachernly metallurgichookiy institut. Rakonon-
dovano kafedroy metallovedonlya i termicheekoy obrabotki
Moskovskogo vocbornego metallurgicheakog(i instituta.
(Steel, Structural--Heat treatment)

KONTOROVICH, I.Ye.) VOSHIEDMINKOk-B.M.; BUNTUSHKINt V.P.
Effect of addition alloys on tho aging of the 1115435 sohd solution.
Izv, irys. ucheb, zav.; cherns mt. 8 no.7t1/+5-349 63. (MIRA 18:7)
1, Moskovskiy.vacherniy metallurgicheakiv inatitut,

Z~
1PRARM-0 MR,
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4 MW

Wr.

Card 2 11
M=

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0~ jPI-0-F,
=WC
1302 SOURCist- -/0120/66/000/001/0019/0021
APOO.
rMOR: rAmtorovichp 1.
ye.; Vashedchenko,'B* No; luntushkle,, V. P.
'.G; basc2l, HY081111 Xe rat luggicaL Ina ti tMte_ (Hoskovskiy -vachernyy metAillurgicheakly
tTLE:., Effect of molybdenum an the properties of Khl5H85 Ni-Cralloy-
)URCEt Matallovedeniye I to icheskaya_obra.botka,metallov.-no.-I, 1966i 19-21
PIC TAGS: nickel containing alloy.,chromium containing alloy, molybdenum, octal
.rdening, hardnesso metal ijitig, phase cooposition / Khl5H85 NL-Cr alloy
ISTRACT:, Melts of this alloy, containing different proportions of Ho and Cr (2405,
20,-4,10 and,14.6% Ho and-115.20 16.3,e
and 13.0%,Cc, respectively) were pre
r
e4 by the Powder-ometallurgy methodJ TW campression-molded specimens (lOxlOx7O mm)
re sintered at 1180*C in ahydrogen atmosphere for 4 hr with subsequent cooling in a
ream of hydrogen. Following hardening at 1080% for 8 hr and aging at 680% for
to FO hr the properties of the specinene were investi&ated. Radiographic and chemlca~.
.aselanalysen showed that the malts conuininS up to 4.10% Mo after hardening have a
.ngla-phase, austenitic structure, while the malt with 14.6% Ho h" a two-phase &u#-
,nitic structure; the second phase, which segregates around the grain boundaries, I~
-lyb4enum-rich. The density ~f the melts Increases with Increasing Ho content: foll(m
ted 1/2 UDCS 669.14,018,45628

X-NRA AP
g quenching the specific weight of the melts with 2.050,4.1 and 14.6% Ito incteaced
0.13, 1.8 and 4.6%0- respectively, ccapared with the Hd-free HL-Cr allcry. Th6 hard-
39 of the alloys increases with increasing Ho contert: the specimens with 14.6%
h4ve a hardness of H,, - 335 comparM vi-th Hu a 217 for the Ho-free specimens. The
lition of Mo also enhances the.electric, resibtLvity of the alloys. After aging 2-3
at 680*C the alloys acquire optimal hardness, since any longer aging causes a
:rease in the hardness of the dustenite. The varLationq in hardness follawkag brief
Wg apparently are a consequence of intragrenular processes -- the redistribution
alloy elements and# possibly# the variation in the density of dislocations* Orig,
to has: 2 tablesp 3 figures.
3 CODE: 11v 130~ 20/ SUBM' now/. MO- REFS '-000/ --OM REFS 000

L 02970-67 . EWT(M)/EWP(V)/T/EWP(t)/ETI/E-qP(k) IJP(c) JD1HtA/HW/M/JH
R, AT6032628 SOURCE CODE: UR/000o/66/ooo/ooo/ol62/oi67
AU71fOR: Orlov, B. D. (Candidate of technical sciences); Dmitriyev, Yu. V.
(Candidate of technical sciences); Voshedshenko, B. M. (C'andidate of technical
sciences)
ORG: none
TITLE: Spot weldin of molybdenum
Z
SOURCE: Moscow. Vyssheye tekhnicheskoye uchilishche. Avtomatizatsiya, mekhanizatsiya
i tekhnologiya protsessov svarki (Automation, mechanization and technology of
welding processes) Moscow, Izd-vo Mashinostroyeniye, 1966, 162-167
I tlt-
TOPIC TAGS: molybdenum alloy, welding, M017WM=MZZVU3Y spot
welding
ABSTRACT: Spot welding of molybdenum presents serious difficulties because the
melting temperature of molybdenum is much higher than thyt of elec~fode alloys. In
view of this fact, several variants o, spot weldingJM-lPfind TBM-11 molybdenum alloy
sheets 0.3-1.5 mm thick were tested. The most promising resats w re obtained with
projection welding and the use of insulating inserts made of mica, aluminum oxid'e,
zirconium dioxide, or a mixturi of zirconium oxide with glass. Projections must be-
made on a soft backing (aluminum, copper) to prevent cracking of molybdenum sheets
To protect the electrode, sintered molybdenum foils/0.1 mm thick are inserter~~Y
Card 1/2 Ji

L 02970-67
ACC NRiAT6032628
between the electrodes and sheets. With these precautions, satisfactory quality welds
were obtained. Welds with 4.3-4.4 mm nugget diameter failed at room temperature in
a brittle manner under a load of 210-265 kg. The strength increased with increased
temperature, and at 500C the fracture became ductile and occurred under a load of
220-270 kg. Orig. art. has: 3 figures and 2 tables.
SUB -CODE: .13, 11/ SUBM DATE: 14may66/ ORIG REF: 002/ ATD PRESS: 5099
Card 2/2 --"P-

USSR/Cultivated Plants - Grains. M
Abs Jour : Ref Zhur Biol., No 18, 1958, 82290
Author : Korovin, A.I., Koroviria, Z,I.) Vatsuro, L.D., Vosheva,
ZOA.
Inst : N.A. fbksi,-,iov Acadez.-W
Title The Influence of Soil Temperatare oii the Processes of
Development and the Dyrzmics of Crop Formtion.
Orig Pub V sb.: Pabyati akad. N.A. Maksimova, M., AN SSSR, ~957,
13J-144
Abstract Experiments were conducted at the Solikamokayn Experi-
mental Station on spring w1wat Diarviatj winter wheat
Ullynnovskaya and rye Vyatka. Temperat,res lowered to
6-70 were created 12 the root zone by means of a conti-
naous cooling of the vessels by cold spring
water ii, a special Vacimo-vegetatio.., booth. Winter
Card 1/3

USSR/Caltivated Plants - Grains.
Abs Jour Ref Zhur Biol., No 18, 1958, 82290
M
ia roots. This coiifime the increaued dermnd for for-
tili7ers ii, the north! bu the 6t,Ler ha:A, the prod c-
tivity of photosyntliesis bacarae lover, the Srovth of the
stems prior to spike formation was retarded, the struc-
ture of the spikes became poorer and the amo..-A of graiiis
iji then, decreased. The retarded passage thro"Lh the
light stage, anrliptensified growth of the roots and to
some extent of the leaves leads to aa iucreaae in the
aL- e&,nto crop ..iider the coiiditions of lowered teriperato,
.X,.r
re but it also produces a poorer struct-re. In the ag-
greCiate yield, the weig4t of the roots, instead of beiiig
14%, increaseq to 23.6%, and the wei&t of the grain ins-
tead of being 35.9% drops to 23-6%. This partially ex-
plains why under the prodt%ctio*u conditions of the ~nzth
the aggregate yield is si.ifficiently hiEft in cold years
but the grain yield drops corsiderably. - A.A. Kornilov
Card 3/3

VOSKNINS 11. P. (ElIGR)
VOSHININ, 11. P. (ENGR) -- "Investigation of the EffPct of Working Parameters in the
Tamping of 'Ia~stone and Its O~erating Conditions Rpted on the Effectivenece of
Oround Packing." Sub 3 Jill 52, Eoscow Motor Vehicle and Road Inst imeni V. N.
Molotov. (Dissertation for the Degree of CAndidate in Technical Sciences.)
SO.- (NECHERNAYA YOSEVA, January-December 19~52
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YuGoslAvIA/Huclear Physics - Installations and Inatrument3. C-2
Mithods of Wasurement and Research
Abs Jour : Ref Zhur - Fizika, No 2., 1959, No 2599
Author :Paie M.,,Prelec K., Tomas P., Varicak M., Vosicki B.
Inst :
Title :Cockroft and Walton Accelerator for 200 kb Used to Conerate
Neutrons.
Orig Pub ;Glabnik mat.-fiz. i astron., 1957, 12) No 4, 269-289
Abstract :.,No abstract
Card 1/1

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VOSHIX, Ya.V.; OGANOV, K.A.; YANIT, T.Te.
I~ , . ~
Increasing the effectiveness of hydraulic fracturing of strata.
Heft* khose 35 no,8335-38 Ag 137, (KM 10111)
(Carpathian Mountain region-Petroleum engineering) .

PHASE I BOOK EXPLOITATION SOV/2551
Smirnov,, V. X.,, and Ye. S, Voshina,
---------------------------
Propitannyy grafit i yego primeneniye v kh1micheskoy promyshlen-
nosti (Impregnated Graphite and Its Application in the Chemical
Industry) Moscow, Goakhimizdat, 1959. 70 P. (Seriso: Korroz-
iya v khImicheskikh proizvodstvaM i sposoby zashchity, vyp.
12) 3,5001copies printed.
Ed. (Title page): V.- 1. Kruchinin (Deceased); Ed. (Inside book):
S. M. Belen'kaya; Tech. Ed.: L. G. Kleyman; EditoriAl
Board: N. A. Baklanov, V. Ye. Volodin, V. S. Kiselev (Chair-
man), 1. Ya. Klinovp V. 1. Kruchinin (Deceased). (Secretary),
G. V. Sagalyev (Deputy Chairman)p and P. 0. Udyma.
PURPOSE: This booklet is intended for industrial engineers in
establishments of the chemical industry and those in scientific
research institutes studying anticorrosive materials.
COVERAGE: The booklet, one of a general series entitled, Korroziya
v khimicheskikh proizvodstvakh i sposoby zashchity (corrosion
in thfe Chemical Industry and Methods of Protection), contains
Card 1/5

Impregnated Graphite (Cont.)
SOV/2551
general information on graphite and the properties of graph-
itized materials. Production methods and fields of application
of these materials are revievied. No personalities are mentioned.
-There are 10.referenqes... all.doviet.
TABLE OF CONTRiTSs
From the Editor 3
Introduction 5
General Information on Graphite 7
Physicomechanical Properties of Graphitized Materials 11
Brief Survey of Impregnated Materials Used Abroad (According to
Bibliographical Data) 14
Brief Survey of Impregnated Materials Used in the Soviet Union 18
Card 2/5

Impregnated Graphite (Cont.) SOV/2551
Industrial Method of Processing Graphite Impregnated With Phenol-
formaldehyde Resin 21
Effect of impregnation on the physicochemical properties or
graphite 27
Chemical resistance of impregnated graphite 28
Processing impregnated graphite which is resistant to a change-
able medium 29
Short industrial Process for Impregnating Graphite With "Etino.11"
Lacquer 29
Methods of Producing Heat-resistant Impregnated Graphite 32
Industrial process for produaihg heat-resistant graphite from
~organosilicon polymers 34
Brief Information on the Use of Impregnated Graphite in Equip-
, ment Manufacture Abroad 36
Fields or Application for Impregnated Graphite in the Soviet
Union 47
Card 3/5

Impregnated Graphite (Cont.) SOV/2551
Use of graphite as an antifriction material 48
The use of graphite as a chemically res1stant material in the
manufacture of chemical apparatus 50
Protection of chemical apparatus from corrosion with the aid of
impregnated-graphite inserts 55
Testing the assembly of Reflux Heat Exchangers With Housed
Tubing 56
Determining the Coefficient of Heat-Transfer of Heat-exchange
Apparatus Lined With Impregnated Graphite With the Use of
Hea.t-con,duoting-Cements 61
Bagic Instructions for Assembling and.Operating Ghemical Heat-ex-
change Apparatus Made From Impregnated Graphite or Lined Slabs
of Impregnated Graphite 63
Operational Testing of Heat-exchange Apparatus 63
Conclusions 67
Card 4/5

I Impregnated Graphite (Cont.) . SOV/2551
Bibliography 69
AVAILABLE: Librainy of Congress
T~I/jb
Card 5/5 10-28-59

NEKAYEV, P.; SAYECHNIKOV, I. (Samenov, GorIkovskoy obl.); NIZAWYEV, M.
(Kazan!); VOSHKULAT. I., '
From the mailbox. Mostprom. i khud,prorQ,so 4 no#406 Ap
163. (MIRA 16:10)
1. Predsedatelt obshchestvennogo soveta bytovogo kambinata,
Shakhunlya Gc;-Ikovskoy oblasti.

V 0 ~ 1 K j VF I E, *' AITS YY
Synthesis of thn rodel corpounOn of tY-- 1 a'~!P tyliq of 7,ynth'Aic ru"-'~r
r,tructur-.-n -n,,3 ntiirly nf tlv~ir rn~.-~tl.-ity .!Ith In "r- ---',,in.
0.
,"..7'A MUNIr.A. Hun-,ary
Vol. 21, ro. 2. llr~'
',bnthly 'i-,t of 7-ot Dirvotian Acvo!:i~ilons (EMI) LC Vol. ro. 2',

situ
T-1k. T. F.
'
TITL
t- Systh..10 of SaWs Diale" Url'stile. or
PZZIOMCALt Zhur-a O%alab4y khtsit. 1960, Tel. 30, Is. 3. pp t4t~_Ij,-j 71
rml 1%. P-4.xt impr damoritoo Ike symO.s.e of 2 co4r-e3 cn:.,t-
US th* two p**41U. b"14 types of the Owl,_-, ~.Y--`,,?-t_,-
1
...
2 6 (1) end
eaa,po-". arv 11"u,*4 for the first its.. co.-;Q~14 (1) .,.1
from 1.3-dietaorst-wi-m-2 (111) or fras I .1od
by mom,as, or " pythe.j.. C~_,*.
only romot with tbt b.- to*. all aotiva-.1
swan tbea the vw&Q%1oA Meseds very *I* I T r this r-.n,
me , 4b4 utt,"to R04.9cr171*4 co.?C~d i-t W
Pr*444%100 or CI). This -sponad ..6 symtb.x1s.1 in t.* 41jf.r-t v,l*-.
by Ila, "64%1.b or Co.-- 31 with chla"Pr". 1.
1 1-7 tb- *rc%&.So ro.agl~% of (111) -ilb to% or 11 in
-art- msp4wA* may arts. fra. c..poual (r7) on the

ob."ca.1 s"1101. .,A I.CT".4 -pootmoo-py al..rtr
thas only %M deal"& "..peund (1) to %h, -.&IOn r.--
1. or sawpoon4 (I Ike &u%Urs pr*cs-'*u !"z
a..te. For tka &YOU.
:".6 (1). tb.% was, VrV4u*#A "I "
: I
of eosvu" (M) Wilk chlorepro.* Is she Fr.. z sz~:.-Jrv.s
T" Is" r*smotioft motbad. we" was" for t14
QWpax& (SX). TU. rplac.ment of .%34r1- ty
of (v Is,"
wroc.u "4 r Ibe sitaltaos"t q a rw.1jo% of tbe 4.1ble Uad.
:
achieved INY %U* 64 1 &1 UpIvolleettom -it" U74r-91- Is It$ of
t
of 0 &estate for I" iddA.z of the r-8.1ti.4 by-
Ramey slatol &.&A a j

. chlart4s. The otre.taxe, at Q-.7ona4 z ) Byattlak..d is SU. way
( x
&"S
was, &rely aort"a ty ibA old or 1XITSM04 8V4Q%r*AC*;Y- &It thA GPM%"~
:
are aacarstaly deaCT111.4 Is " "Periasatal p"19. yield, boillac ;61-t, 7
yorlo,ouve. ls4aj~ do"lty# end alwasstar7 per sent Sn4IY*j. are
far all prodeats U614.6. 2ve figure* ob.. tbA 1.frsr.S wetra of
Pa.md* M "d cxx). r" .7.4tr. were takes. "d latarpr.t.4 1.7 G. I.
seseweW. Tkair Intorpretatlas to 442GK1064 19 Creel
"A 4 W.Cersame-- I 36-1-t. I &marlesmi. I trill.k. -W I Caress,
77
5133irrms J=e 15. It" Ilk'

NOVAK, Zdanek, inz.; SROM, Jaromir, inz.,-,VOSIKA, Otakar, inz.
I
.Parallactic link with auxiliary base at the end in general position.
Geod kart obzor 11 no.3:60-62 16- 165.
1. Chair of Special Geodesy of the Faculty of Mechanical Engineering
of the Czech Higher School of Technology, Prague,

TLUSTY, Jaromir, doc, int,; YQSI~K/s, I~akar, inze_
Geodetic operations at the Abu Sir cemetery in Egypt.
Geod kart obzor 10 no, 3: 71-72 Mr 164,
1. Czech Higher School of Technology, Faculty of Buildil1g,
Department of Special Geodesy, Prague.

NOVAKIZ., inz.; SROK,L.Iriz.; VCSIKA, 0. inz.
Contribution to polygonametry with mipporting points.
Good kart obzor 9 no.1203.6-321 D163.
1. Kateft-a speoialni geodoalev Fakulta strojirenBka, Cesko
vyBoke uceni technickep Praha.

VOLEJ111K, Josef, inz, (Prague); VOSIIA Otakar inz. (rrague)
Anaytic solution of compound curves* Greed kart obzor
10 no. 3: 63-66 Mr 164.

TLUSTY, Jaromir.. doo.p inz.j VCGIKA, Otakarp Inz,
RAI! Search for the lost Southern Temple :Lu Nubia by geodetic methods.
Good kart o1ror 9 no,7:184P-189 Jl 163,
1. Katedra specielni, geodezie stavabni fakulty, Catilm vyaoke
uceni tachnicke,, Praha.

TLUSTY, JarcTdr, do--. Inz.; VOSIVI, Otakar, Inz.
Geodetic works at, the Am Sir burial ground In Egypt. Gss~d
kart obzor 1.0 no.2i4l,-44 F164.
1. Ceske vysake uopn-l tec-,nnicke, katedra specialni. gs,,,dezie,.
0
Preha.

svy, 0., inz.
orom the U 368.1 rtool ororatArg at lc-w
no.ll:M-91.2' ff 164.
.3t,ro.i j ren-1tvi
1. stat, llnearch IrntltlltO oi- "iterial and 1'nf~finology,

~ - ~. . - . ~ ".: - .:~ -"tl,~ilf!~,~Ae, ~,Cr ".-
:
z ~7 , - ~:: ~~ ! I -91,1~ -4 '~ F 4--l
1 - .1 ol-,; ~J, 1~,Y-Inl EINNINISIMBINT.
;l. . . 7 . . ~Z%-:

j_ji
t P. - ~ 5,--
~3 ~I;r -,~h M7-V. k". !i-

V031KOVSKY. 0... inz.; JELINEK, E.,. inz.; MILOCHOVSKY, J., inL.; FIALA. L. Inz.
Comparison of varicus steela for iuiklng prmjure vusor!;3.
Ii,. no. s Zapplt Tabulky pro konqtruktery 14 no.Bil-8 Ag 164.
1. State Reuearch Inutitute of IMatorials and Tochnolojy, 11raguo
(for Vosikovsky and Jolinek). 2. Geskomoravika-KoUxin-Danak. National
Enterprise, Prague (for Ramhcvsky anti Fipja).

r r Y"- MIN!
-66
L 34693 IINIP (w) /T 90 t) /ETI JD
-AM'Ril AP6025853 SOURCE CODE: CZ/0032/65/015/011/081h/0822
AUTHOR: V
2sikovskiyo,O. ngineer)
ORG: State Research Institute of Materials, Prague (Statni vyzkumny ustav materialu)
W.MTLE: Brittle frac-'V-ure of steel with an elevated yield point
SOURCE: Strojirenstvip v. 15j no. Us 19650 814-822
IA, 40P.1-C, TAGS,., material fractures steels brittleness
~j'. 4MMACT: The article outlines the conditions under which brittle fracture ma
y
occur in steel with a high yield points which is used for making high-pressure
vessels. A readily determinedparameter, transient temperature, cae be recommended.
as the most reliable criterion for judging the suitability of a given type of steel
for such application. The results of experiments with three types of steel are
described and discussed. This.paper was presented by Engineer V. Horak Candidate_~
.,of S6iences. Orig. art. h~s: 12 fipres, 2 formulas and 3 tagles. LB sed on
7 `~uthorts
Eng. abstil [JPRS: 3307321
-SUB~XODEv 119 20 SUM DATE: none ORIG REF: 008 dTH REF: 03.6
Card I uDct 620.192.4i 669.14.018.29: 9.14.03-8.47
-.539.56 66
'I'/
or),. 'A f

VIZBARAYTE, Ya, I,(Vizbaraite, Jj; -VOSILYUS, L. I No YIiU
0 0, A: 119 :: ": 1;
SAVUKINAS A. Yr-.[Savul7na F. Jucy A ]
Two-electron matrix elements of energy operator in the case of J1
coupUng. Liet ak darbai B no',1:23-42 161. (EM 10:9)
1. Institut fiziki i materatiki Akademii nauk Litovskoy SSR i
Villnyusekiy gosudarstvennyy universitet, im. V. Kapsukasa.
(Matrices) (Electrons) (Functions)

S/081/61/000/021/004/094
B102/B138
AUTHORS: Vizbarayteg Ya. I., Vosilyus, I. I., Savukinas, A. Yu.,
yutsis, A. P.
TITLEs Two-electron matrix elements of the energy operator in the
case of jl-coupling
PE'RIODICAL: Referativnyy zhurnal. Xhimiya, no. 21, 1961, 12, abstract
21B84 (Tr. AN LitSSR, B, v. 1(24), 1961, 23 - 42)
TEXT: The matrix elements were determined for the matrices of jl-coupling
transformations to LS and jj-coupling, expressed by 6j-coefficients, and
also expressions for the electrostatic and spin-orbit interaction energy.
The coefficients at the radial integrals in the expressions of these
energies are'tabulated for the configurations al, pp, pd, pfo pg, dd, df and
dg. [Abstracter's notes Complete translation
Card 1/1

BI 02/B1 38
AUTHORSt Vizbarayte, Ya. I., Vosilyu3, I. I., Savukinas, A. Yu.,
YUtSiS, A. P.
TITLEs Application of jl-coupling in the case of an excited oxygen
ion
PENODICAL: Referativnyy zhurnal. Xhimiyal no. 21# 1961, 12, abstract
21B83 (Tr. AR LitSSR, B, v. 1(24), 1961, 43 - 48)
TEXTs The energy spectrum of a ls22s22pnl configuration is examined using
JI-coupling. In the case n1 w 4f#59j theoretical values for the positive
oxygen ion energy were found and compared with experimental data. [Abstrac-
ter's notes Complete translationg
S/081/61/000/021/003/094
Card i/1

VIZBARAYTE, Ia. I.[Vizbaraite, Jj; VOSILYUS, 1. I.jyqaTliUdP J
SAVUMASY A. Yu. [Srvukyras, ~. (Jucys, A: 1,
Application of the J1 coupling in the case of excited nitrogen ion.
Liet ak darbai B no-1:43--48 161. (EFAI 10:9)
1. Institut fiziki i matemattki Akad6mii nauk Litavokoy SSR I
VI:LlnyusBki-y gosudarstvermyy univeroitet im. V. Kapsukasa.
(Nitrogen) (Ionis) (matrices)

AR6035J38 SOURCE C--O--D-t:-UR/0372/66/000/008/GO28/GO28.
AUTHOR: Vosil a, S. K. ; Yasinyavichus, R. Yu.
TITLE- : Ma-the*-m,a-,t-i-ca-l-s~-t-ructure of an opera tional device for the automatic
recognition system of typewriter symbols
SOURCE: Ref. 1h. Kibernetika, Abs. 86178
REF SOURCE: Sb. Avtomatika i vychtsl. tekhn. Vilinyus, 1965,.'71-77
TOPIC TAGS: Mathem'atic analysis, recognition process, recognition, Probability,
noise, noise distribution, automatic recognition, pattern recognition, CA"444-
ABS"TRA~A~The operational device evaluates the prox.imity of a sign to a certain
class according to the probability value of one sign or another at a given application
of the signal. ~r4e sequence of signals, derived from the symbol for recognition is
analyzed as a mikture of the standard specimen of a certain class with noise. The
tests indicated Wat for typewriter symbols, whose signals are presented in a
analog form, the~suppositton to correct concerning the normal law of noise distribu-
tion. When a code presentation of the pattern signal is used, the probability density
-of noise is uniforM. Formulas are derived for the posteriori probabilities and
1/2 UDC: 62-.!506:621.391.193

ACC NR
AR6035Z38
block diagrams of the operational device for these two cases are given. Structures
of the operational device are optimal in the sense of that total probability of error
is minimal, since the recognition signal is determined in the channel, whose
probability is makimal. Orig. art. has: 2 figures and a bibliography of 5 titles.
[Translation of a~lstract) INT)
SUB CODE: 12
212

ACC AP6018122 SOURCE CODE: UR/oigi/66/ooo/oo6/0016/'0018.,,..-
4UTHOR: Valgin,, A.. D V. KuteROM, D. F-.-;-Vooilyute,,
Korshak,_
ORG: none
HTLE: Synthesis of unsaturated P~~qterLn the presence of alkyl-bia
(beta-hproxyqtfiyl)-a-m-fneo-and their investigation
: Plasticheskiye massy, no. 6, 1966, 16-18
TOPIC TAGS: polyester plastic, phthalic anhydride, amine, chemical
reaction kinetics, polycondensation) ORCq&)(C- -SrVrHfr/(4- P1?6VF.SZ!
ABSTRACT: The use of alkYl-bis-(beta,-hydroxyethXl - minesA(A) in the
La
synthesis of unsaturated polyesters was examinea. The poiyester was
synthesized from maleic anhydride:phthalic anhydride:ethylene glycol,
1:1:0.55 ratio, by melting in the presence of small amounts of A where
alkyl was methyl, propyl, Isopropyl or hexyl. Reaction kinetics showed
that even only 0.05 mol of A per mol of unsaturated acid accelerated
reaction 1.5 times. Increasing the amount of A to 0.3 mole accelerated
the polycondensation and gave higher molecular weight polyesters, The
longer the alkyl substituent at the N-atom of the amine, the more
effective the accelerator. Orig. art. has: 3 tables and 3 figures.
SUBN DAM none/ ORIG W: W-. 65NW~41802

TARIYAN, I.; VOSKA, Ro; SHOMID, A.
Effect of preliminary thermal treatment an the photoconductivity of
HaCl crystals subjected to the action of X rays. Krietallografiia
5 no.2:323-324 Mr-Ap 160. (MIU 13:9)
1. 'Institut meditainskoy fisiki %irlayeshtskogo weditsinskogo
universiteta.
.(Salt crystals-Optical properties)

VOSKANOV, M. A.
ozr
Diooertations appro, a by the Higher Certification C dosion
(VAK) in June 1961.- Terap. 34 no.10-123-126 162.
(MIPA 15:7)
(BIBLIOMOHr-ZOICIIIE)

VOSUNOV, M. A.
Diosertations approved by the Higher Atteatation Co=ission(VAK)
in May 1960, Terap, arkh. no.122116-n9 161. (MIRA 15:2)
(BIBLIOGRAPff--MICINE)

v0s -~&,A , kand. mad. nauk; GRISHINAp I. M.
Electrocardiographic examinations of patients with c7ocardial
infarction under the influence of exercise therapy. Terap. arkh.
no.9:n3-n4 161. (KIRA 15:2)
1, Is kafedry fakulltetakoy tempii (sav. - prof. A. G. Gukasyan)
I Moakovakogo ordena lanina meditainskogo instituta imeni 1. M.
Seobanova.
(EXERCISE THERAPY) (HURT--INFARCTION)
(MMTROCARDIOMUM)

VOSKANOV M.A kand.med.nauk
Exercise therapy In stenocardia. Zdorovle 8 no.8s2O-21 Ag 162.
(MIRA 15:8)
(EXERCISE VERAPY) (ANGINA FECMRIS)

RATNER, N.A., prof.5 PUSHM '-, Yu.T., ate nauchne s,)tr,;
SHKHVATSABAYA, I.K., ate nauchn* sotr,; ZYSXO, A.P., kand.
med. nauk;
A,, kand. red. nauk; MYASI;IrGV,
A.L.V profop redo; CHAZOV, Ye.l., doktor mod, nauk,. red.,
METELITSA, V.16". red.
[Hypertension and atherosclerools of the coronary &rteriea;
methodological Instructions on diagnosis; -treatment aril
prevention] Gipertonicbeskaia boleznt i atoroskleroz kom.
narnykh arterii; metodicheskie ukazaniia po, dlagnostike; le-
cheniiu i profilakt:Lke. -Moskva, 1964. 176 p.
(MIRA 18:5)
1. Akaderrdya treditsinskikh nauk SSSR, Moscow. Institut to--
rapii. 2. Deystvitellnyy chlen AMN SSSR (for 1-trasnikov).

VOSKANOV M A. kand.med.nauk
9 =:~~
Bile. Zdorovle 8 no.5:18 162 (MIRA 15:5)
(BILE~ -

VOSUNOVS M.A.9 kand.med.nauk
I---
Bi-lberry (Vaccini= myrtillus). Zdorovle 7 no.7t3l 161.
(MIU l4t6)
(HUCKLEBERRIES)

VOSKANOV, M.A., kajtd.med.naLk (Moskva)
Hemodynamics in patients mdforing from angina peetorle and
lao infaretion; according to dat&,-of-.m,-cba" cardlo-
Vrach.delo no,3sl32-133 Mr 163, -: (MIRA 16:/,)
(IMT-INFARCTION) (ANGI4 PEGTORIS)

6 3 Oll
cc SOURCE CODE: UR/0213/66/006/005/088110885
AUTHOR: Voskanyan. A. G.-; Pivovarov, A. A.: Khundzhua, G. G.
ORG: Physics Department, Moscow State Universit im. H. B. Lomonosov (Moskovskiy
gosudarstvennyy universitet. Fizicheskiy fakul'tet
TITLE: Direct recording of water-tem at e gradients in the sea
fA
~SOURCE: Okeanologiya, v. 6, no. 5, 1966, 881-885
TOPIC TAGS: oceanographic equipment, oceanographic instrumene~ea water, resistance
Ahermometer, pressure gage, temperature measurement
ABSTRACT: The authors describe a newly developed unit for the direct and continuous
recording of water-temper.Iture gradients in tV sea to a depth of 250 m. The unit
utilizes standard IS-264APplatinum resistanc4thermometers and provides continuous
recording of temperature differences accurate to 0.02C in the 5-25C range with a
simultaneous depth record' 1%. The shipboard recording equipment consists
,Pccurate to
of two EPP-09M3 recordingi o-tentfDmeters connected to the submerged instrument package
by an RShM multicore'cable.-.' The instrument is powered by 220-volt, 50-cycle, a-C
current. An overall "circuit diagram is shown in Fig. 1. The temperature sensors
(11, R2, R3, RO make up opposite arms of the measurement bridge and form a single
system consisting of two paired sensor sets (see Fig. 2). The depth sensor consists
of a diaphragm manometer with potentiometric output% Various other aspects of the
3

ACC NRj AP6034011
A lor-OF
L-er
L
A
JL 4~
R$ off &.fjffl
tj If#
rcuit diagram of tem- Fig.-2. Paired temperature setwor
~ig. 1. Ci
perature-measurement system.
circuitry,'design, and determination of the instrument-'a basic parameters are re-
Card 2/3

ACC NR# AP6034011
viewed. For measurement, the paired'sebsors are mounted in a special holder on a
I-m-long rod attached to the instrument-package casing. The temperature sensorr. may
be moved along the rod, thus changing the measurement base between themg and the
pressure sensor is located on the top of the casing. The recommended descent rate
for the package is 0.5 m/sec or less. Thorough testing and analysis of obtained
results have demonstrated the unit's reliability and effectiveness in studying the
structure of temperature fields in the sea* Orige art* has$ 3 formulas and 3
figures.
SUB CODE: 08, 099 14/ SUBH DATE: none/ ORIG REFt 001/ OTH REFt 001/
ATD PRESSt 5100
I Cmd 313

YEGANOVI GeorgiyL'6ioviohjVQ4P-904-A.E.-*-Qtv. -red.; SLKUNIj A.G.,,
red. izd-va,- KkPIANYAN., M.A., tekhn. red, ..e
(Problems of the economic development of th6.U.S.S.R. in the
work of the economic geographers of the U.S.A.]Problemy ekono-
micheskogo razvitiia SSSR i.stran narodnoi demokratii v tru-
dakh ekonomiko-geografov SShk. Erevan, Izd-vo Akad. nauk
Armianskoi SSR, 1962. 241 p. (MIRA 16:2)
(United Statea-Geographical research)
(Rassia-social conditions)
(Co=mist countries-Social conditions)

VOLOBUYEVp V.I.) BIDAj L.S.1 KUKUSHKINAj Oslo@; NKNARTOVICHI L,,V,;
KAIMKOVAt Zh.l,j KASIYAMKO, S.1.1 ITEYLEYA, L#A,,; ROUVA,
ZhA; Prinimali uchastiye.- DOISLIK, A.I.1 YP~4q)5~ A.O.;
SHAPOVALOVA, L,P6
Now wholesale prices for cast iran, blast furnace ferroallOysp
open-hearth and converter steel* Sbor,trud, UNIIH noolltl3l-137
165. % (MIRA 18:11)

VOSKIANYANY A.V.; KLYSHKO, D.N.; TUMANOV, V.S.
. Frequency transformations in quantum systems with discrete
energy levels. Zhur. eksp. i teor. fiz. 45 no-5:1399-1407
N 163. (MIRA 17:1)
1. Moskovskiy gosudarstvennyy universitst.

BEGLARYAN, N.P.; NAZARYAN, 0,A.;.VCSKANYAN, A.Z.
Effect of X rays and gibborellin on some bloche:,-~ical characterii-
ties of 1pomoea purpurea and Comes. hippinatus varieties. Izv.
All Am. SSR. Biol. nauki 18 no.8:32-40 Ag 165. (MIFA 18:9)

A=RraTA;- G.F. (I;oskva); VOSKAN-IYAN B..K-h,,-(Ibskva)i 3~EUGIN., V.~L (Ibskva);
KUZNETSO I.I. (MOSWa); 1 01 E.P. (~bswa
ASG-NITI automatic welding machineso Avtomqsvar* -14 no*9.*51-59
S 161, (Mectric welding-Equipmont and supplies) (MM 14: 8)

VOSKANI,IAN, B.Kh. (Moskva)j IELAGIN, V.M. (Mookva)
New alltomatic ASO--VITI welding bets with follower syeten. Avtoz. Evar.
26 no.2:65-67 F 063, (MIlk 16:4)
(Electric wel4ing-Equipment and supplieo) (Automatic co*trol)

a trill lie ,PU,~,. 1~~ 11 ! 6 thn rnc~f, t tw., t rrhj!
Sf,', I Ida I t! 7 at 5113 29 r0.'."-19 !-1.; 165-
1. {11-avnyv IYI,',h. Vsosoyumogo
tukhnlches',oy c!ltotlkl.

BUDOVOY, G.T.,- MARTINKOV, I.P.; SHKOLINIKOV, B.Ya.; GRIGORIYU, Yo.A.;
SOLOMIN, V.V.; RE23,11K, A.I.; IGNATOVICH, A.A.; OZOWICIV, A.K.;
GIMNSKOY, E.B.; VIRNOV, V.Ye.; IMMISKIY, B.I.; VOLKOV, III.I.,
rod.;VOSKA?IYAIII G.G., rcd.; KASMOVSKIY, Ye.V., red.; FG-Mi,
A.Ya.--r~o-. LISOVTV.Y-u., red.; PONOI-MEVA, A.A.p toklm. red.
EThe district worker's manual; reference and rethodological aid
for economic and cultural plaming in an Eidministrative dis-
trict]Spravochnik raionnogo rabotnika; spravochno-rotodiche-
skoe posobic po planirovaniiu khoziaistverinogo i kullturnogo
stroitellstva v adrinistrativnora raione. Moskva, hTononizdat,
1962. 439 P. OMIA 15:7)
(Russia-Economic policy--Handoooksp manuals, etc.)

VOSKAN'YANs L.,, mayor
Warrant Officer Chuliatovis =obc-, StarBh.-earzh. no.9s3l S 161.
(Radio--Repairing) (YMA 15t2)

-- -1 , , - vvi YTaer iz at i - -~ -i . .- ~ - I - - - - - I - 7-, 1 1 una

fq.
ELM
52
NO A

MATSOYAH, S.G.; AVETYAN, M.G.; AKOFYAH, L.90; VOSKANYAN M.G.- MORLYAN
I , 4-14-0.
ELIAZYAN, M.A.
Cyclic polymerization and co;olymorlzation, Part 4: 87nthavis
and study of the cyclic polymerization of some divinylacetalB and
di.igopropenylacetals. Vysokom.soed. 3 no.7:1010-101Z~ i1 161,
(KIRA 14:6)
I* Institut organicbeakoy khimii AN Axvq=skoy SSR.
(Acetals) (Polymerization)

MATSOYANo S.C.; AVETYAN, M.G.; VOSKANYANt M.G.
11~. qyclic polymerization and copolymerization. Part 11: ' clic
., Ily
copolymprization of divinyl acetals with vinyl acetate. Vy!:Ok:),-,
soed. 3 no.e:1140-1143 AF., 161. (MIRA 14:9)
1. Institut organicherkly khimil AN Armyanskoy SSR.
(Vinyl compound polymers) (Vinyl acetate polymers)

MATSOYAN, S.G.; VOSKAPYAN M G ; SAAKrANO A.A.
Cyclic polymerization and copolymerization. Report No. 26:
Cyclic polymerization of divinyl acetals under the effect
of ionic catalysts. Izv. AJI Arm. SSR. Khim. nauki 16 no.5:
455-460 163. (MIRA 17:1)
1. Ifistitut organichopka-y-1himii AN Armyanskoy SSR.

14ATSMOs S.G.; VaMAHM, M.G.
Cyclic polymerization and copolymerization* Report, No,22s
Cyclic polymerization capacity of aliphatic divinyl aoetala.
Izv* AN Am SSR. Xhim nauki 16 no.ZtI51-158 16.7 (MIU 17&8)
1. Institut organicheskoy khimii AN ArmSSR,

3M8.
S/190/62/004/006/015/026
BIOI/B110
AUTHORS: 'Matsoyan, S. G.p Avetyan, He G., V6skanyanq Mo G#
TITLE: Studies on cyclic polymerization and copolymerization.
VIII. Cyclic copolymerization of divinyl acetals with
styrene
PERIODICAL: Vysokomolekulyarnyye soyedineniyap v- 4, no. 6, 1962,
802-884
TEXT: The authors studied the bulk copolymerization of divinyl formal,
divinyl ethanal, and divinyl butyral with styrene at 800C in N2 atmosphere,
in the presence of I mole~'o of benzoyl peroxide. The rholar ratios of the
monomers were varied between 10:90 and 90:10. The resulting copolymers
were white powders, soluble in organic solvents. Their composition was
calculated from their oxygen content. Infrared spectroscopy showed that
the copolymers had no double bonds. Formation of i-3-dioxane rings in the
principal chain of the copolymer is therefore assumed. The copolymer from
the initi&l mixture of 20)mole% of divinyl formal and 80 moleli~ of styrene*
(polymerization time 5 hr contained 3.89 mole% of'divinyl formal links and
Card 1/2

Studies on cyclic polymerization ... S11901621004100610151026
Biol/Bilo
96.11 moles'* of styrene links. The melting point was 121-1280C. With the
ratio 80:20 the polymerization took 32 hr, after vhich copolymer contained
21.69 molel,'2 of divinyl formal and 76-11 mole% of styrene; m.p. 102-1120C.
10 Mole-,/o of divinyl ethanal + go mole% of styrene yielded# after 4 hry a
polymer containing 5-71~6 of divinyl othanal and 94.29~ of styrenev mopq
108-1460C; and with the ratio 90:10, after 80 hr, a polymer*containing
42.80/1'a of divinyl ethanal and 57.20,14, of styrene) m.p. 88-1040C. Data for
divinyl butyral + styrene: initial mixture ratio 10:90, 1-5 hr, ratio in
the polymer 1.65ya divinyl butyral and 90-35,Gfo styrene; m.p. 116-1200C1
ratio 90.10l 100 hr, 52-940 divinyl butyral, 48.06fo styrene, m-P- 50-560C.
The copolymerization constants r of acetals and r of styrene were: for
2
divinyl formal + styrene, r I a0,05 � 0*05, r2 8.60 + 1-3; for divinyl
ethanal + styrene, r 0.02 + 0.02t r 2 - 6-75 0-551-for divinyl
butyral + styrene, r 0.01 + 0.01, r = 3,01 + 0.6. There are 4 tables.
2
ASSOCIATION: Institut .-rganicheskoy khimii AN ArmSSR (Institute of
Organic C.,emistry AS ArSSR)
SUBMITTED: April 10, 1961
Card 2/2

MATSOYAN2 S.G.;_YqS~,I!~AN, GE'vORKYATI, E.TS.,- CIIOLAKYAN, A.A.
Cyclic Poly-mnrl-,Intion and co;olrmprization. Forz -112: Cyclia
copolymerization of avinyl acptals with somr- vinyl monomerso
Izv. All Arm. 3SR. Yhin onn,-,'Ki 17 no.4t421~427 164.
(MIRA 1846)
1. In3titUto orgmnIohesk-.-.,y kUmAl AN ArmSSR.

MATSOYAJI, S.G.; VOSKAI-7.AN, M.G.; MOLAh-MI, A.A.
---------------
Cyclic polymerization and copolperization. Part 14: CYclic co-
polymerizatibn of aliphatic diviTWkcotals with vinyl acotate.
Vyookom.oos-d. 5 no.7:105-1'Al .11 163. ( b I I 1"W-,, 1 10 : 9 )
1. Inatitut oreanicheskoy khirdi All Armyar,31.cy ISSR.
(Vinyl compound polymers) (Vinyl acatatc.)

BAZIYANY T.A.;,!OLXA~~ _N.G.
-IT,-,., -
Treatmeat-of post-oparative. co=zdasilres in gymecologic patients
vith-sulfide water. Vop. kur., fizioter. i lech. fiz. kult'.
X no.3:266..267 My-Je 165. (MIRA M12)
1, Bollnitat d1ya. rumatikov (glAvn)-y. vroch ~ kand. mod. nauk
F.S. Seidov) Ministeretva zdravookhraneniya Azerbaydzhanskoy
SSR, Baku. SubmAted March 10, 1963.

GUSMOI'y R. N. ; _19q_ ~. N.G.
I
Some complications (uterine perforation) in the performance of artifi-
cial abortion. Azerb. med. zhur. 41 no.1:45-50 Ja 164.
(MIRA 17:12)

-b- -1&aE=74g2~==
7CC_MV__KP502456l UR/0670/65/010/005/0748/0750
548,52 75
AUTH kanyan R.
OR~ Vos
TITLE:-- Growing of barium ferrite sinee crystalp from a- solution In the melt
SOURCE: Kristallograftya, v. 10, no. 5, 1965, 748-750
TOPIC TAGS: si c ~Tyqqtgr_qWJ_n agnetic anisotropy, ferrite, bar'um compound,
&L-Ift
cobalt compound, tungsten compound, Iron compound, magnetization
ABSTRAM- r1be object of the work was to develop a technique for preparing cobalt-containing
homogeneous and monolithic hexagonal barium ferrites of type W (NV =PaMe2Fel2O27) Of
varidus-compositions~--W-=Ba-CoxFc2-x?-+FelO;~"027,-whe -x=O[Fe2 4 W]; x=-0.5
_1e
[COO. 5rel. 54t W]; x I [Cor,02-+Wl; x 1. 5 [Col. GFeo 5 '~Wl, and x = 2[Co2NVI, and cryst.21s
of type M = BaFel.0p. The experiments on growing were carried out in an electric ftirnace.
The crystals obtaine had a basal plane 50-60 mm2 In Edze and were over 10 mm thick. Tile
consVint of magnetic crystallographic anisotropy K, and K2 -were measured. Magnetic mea-
surements at 20C showed that the barium ferrite CojW has it plane of easy magnetization witich
coincides with the basal plane- Co 5W has a cone o easy magnetization with a cone angle
aperture of 459; Fe22+W has a~ al of easy magnetization which colnuldes with We hexagoull
axis C. 'Ve thank V. Zalas~',ftnd S. S. Foatod!~
for assistance in the work, and Ye. N. )Jelova, who kindljWnse Q to perfor~i~ x-ray
analysis of the crystals." Orig./-fLrt. has: 2 11gures and 1 table.
Card 1/2

S/070/63/006/002/015/027
E021/E120
AUTHORS3 Timofeyeva V.A., and Voskanyan RIA
TITLE. The problem of growing corundum crystals from
solution in a lead fluoride melt
PERIODICALs Kristallografiya, v.8, no.2, 1963, 293-296
TEXT; It was established that the solubility of Al 203in PbF2
was 40% at 1280 *C but only a few percent a,t 888 *C, and growth
of crystals took place in a wide tomperature region (1200-1300 *c).
The crystals had a flat habit and gonlametric measurements showed
that the faces were pinacoid (0001) and two rhombohedra (10fl)
and (20il). When chromium oxide was introduced into the crystal,
the red color of ruby was formed. Because the rate of growth of
the pinacoid face was least, the amount of Cr 0 was the greatest
2 3
on this face and the central part of the crystal was more strongly
colored than the periphery. On the other,hand, the quickly-
growing faces of the crystals (the rhombahadra) held a mechanics).
mixture to a greater degree. Liquid inclusions Of PbF2 solidificid
on cooling. A lergo number of spirals were formed on the surfacits
Card 1/2

f
The probiem of growing corundum ... S/070/63/008/002/015/017
E021/1~120
of thin plates during fast cooling.
There are 8 figures.
ASSOCIATION: Institut kristallografii AN SSSR
(Institute of Crystallography, AS USSR)
SUBMITTED: May 18, 1962-
Card 2/2

KARAPETYAN, H.G.; VOSKANYAN, S.111I.; TONOYfill, O.A.; CHUMADMAN, G.A.
OopolymerIzation of acetalde-hyde with r-,ethylvinylketcne.
Izv.All Arn.SSR. Xhim.naul-I 18 no-4:371-378 165.
(1,111PA 18.12)
1. Vsesoy-uzr*ry nauchno-issiedovatellskiy proyektnyy iristItul.
polimernykh produktov. Submitted June 16, 1964.

CHUHAD2,11YAN. G.A. Yq;~~ANY All, S.M..; MIGRANYAN, T.Sh.; KARAPFTYAN, N.G.
Colblymers of scptaldphyde. Izv. V Ar-m.S--R.Khim.nsuki 17 no.4:1,66
164. (MIRA :L8,.6)
1. Yprpvsnskiy-fll-191 Vspsoyuinap nw~cMoLifisleao'vatellskogo
inStitUtA sinteticheskoeo kauchukA imr. S.Mebedeva.

L 4148-66 W11 m)/L0F(c)/MT(J)/T RFL_ VuIRM
--AZTMION NR: AP5023917 IJR/0171/65/018/004/0371/0378
542.952.6+547.281.2+ 547.3-84
AUTHOR- -Nara tyan, N. hakhadzhA GO
Voskanyan, S.- M. Ton A. C
--TITLE.-- Copo rizati of uceWdehyde with-methyl-vinirl ketone
SOURCE: AN ArmSSR. rzvestlya. Kh1micheskiye naukt, v. 18, no. 4, 1965, 371-378
TOPIC TAGS: acetaldehyde, ketone, copolymerization
ABSTRACT: In connection with the problem of Increasing the stability of polyacetaldehYde,
the authors studied the copolymerization of acetaldehyde with methyl vinyl ketone at -78C
in the presence of organometallic catalysts (1:1 mixture of butyllithium and trils7butyl-
aluminum), and in the presence and absence of the radical polymerization Inhibitor
9-phenylnaphthylamine. The structure of the copolymers obtained waB determined chief-'
1y by IR spectra*, The results suggest that methyl vinyl ketone copolymerizes with acet al--!
dehyde at the vinyl group (1a), the carbonyl group (1b),
H
CH -
........ _-CHCH'_ ...... -C
-0- ~---
cu'l -do cli
Card 1/3

L 14IJ48-66
ACCESSION NR: AP5023917 C,H
and also involves migration of hydrogen (Ila):
H _0
In the presence of the radical polymerization inhibitor, the copolymerization involves pri-
marily the migration of hydrogen; In its absence, It cdnsists of steps [a and Ib simul-
taneouslv. Distinct x-ray halos indicate the crystallinity of the chloroform -insoluble
fractions of the ace.-aldehyde-methyl vinyl ketone copolymer obtained in the absence of
6-phenylnaphthylamine. It is thus shown that ono of the ways of Increasing the stability
of acetaldchyde polymers is to copolymerize acetaldehyde with other monomers. Orig.
art. has: 3 figures.
ASSOCIATION: Vsesoyuznyynauchno-issledavatellaidyiproycktnyyfnstitutpolimernykii
produktov (All-Union Scientific Research and Planning Lqstituto of Polymer Products)
C ard 2/3

I
X, '
Card 3/3 _,/.

MAMLYAN3, M.G.; BABAYAN) G*G.; VOSKANYAN, S,,S,; SAYANYAN, E.A.;
OGANESYAH, E.B.
SYstem Na. , K. , SiC'! s CC" - H20 at 0 and 250 C.
3 3
Zbur. prikl. kbim. 36 no.11.,2402-2408 N 163.
(MIRA 17:1)

VQSP1%7AN,,_Vagan Aramovicb; BESPALOV, I.V.., lnzh,p nauchno red.;
DNEFROVA, 11.11.0 red.izd-va; PULIKINAp Ye.A.,, tek-hn.red,
(Industrial installation of drainage vith the use of pipe
filters] Industriallnoe, ustroistvo drenazha a por.oahchliu
trubofilltrov. Leningradp Gosstroiizdat, 1963. 149 .
(MIRA l6t12~
(Draij)age, House)