SCIENTIFIC ABSTRACT SERIKBAYEVA, S.M. - SHOSTAKOVSKIY, M.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549910016-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

-EWIPt., e) Pc- '~6_5/
19797-65 '_:nk s) (r.1)1' i) (0/1;_- WVV POVT/al
ACCESSION NR: AT5001012 S128561"16111(1061016810
-K.- Zh.
AUTUORt Serikbayeva,~S. M.; j!jg~~~,Kulumbetova ~4_
TITLE: The effect of;re*info_ the properties-of me branes
M
rcement on
SOMRCE: AN KazSSR. -Ins titut ZkhimicheskM~ nauk. - lkrudy'v..11, 1964. Sintez-i.
issledovaniye vysokomolekulyarnykh soyedineuiy (Synthesis and research of high-
molecular compounds), 108-111
TOPIC TAGS: ion exchange membrane, riainfo~rced.membrane,,polymer,r.ein.forcemen.t',--
polymer mechanical property, polymer adhesion
ABSTRACT: Re nforcing of ion exchan a ~ifith materials woven from, Ka on
geymembrane
(polycaprolactam), rayon, glass fiberV or cotton improved the,mechanical strength-T-:7--.,--:
but had unfavorable effects on the electrochemical properties.-Azikalit A_77mezn-~
branes are based on the anion-exchange resin AT-1 $nd.prepared by-mixing 1:0.0-8
parts resin and high pressure polyethyle~e,.reinf i~ced:aingle-..-.or double-aided,
with materials of various structure. Adhesich-was-better to-synthetic and loosely,-
Adh sio
woven materials than to natural fibers and tightly woven material. e n to
woven glass fiber %s poor. The high tensile strength of Ka ed th
pron increas e-
strength of double-aided reinforced membranes approximately ihree.times-andbend-
in
CarogIstrength about 85. times, but the, exchange, d4pacity-of -reinforced membranea,.was,.
/2

SHOSTAK, F.,r.; SPREI)J.N, B.I.; LYUBMAN, N.Ya.; T,;IWAY, A.A.
lor.-osmosis method of demineralization. Trudy IrLst. khim. nauk AN
Kazakh. SSR 11:164-169 164. (Ma 17a21)'

SHOSTAK, F.T.; BESMAN, V.L.; SHISHLYAMNIKOV, L.A.; TSKHAY, A.A.; LYUBMAN N. Ya.;
I -.KATSOVICHP F.A.
Study of critical velocities for the labrynth~type electrodializers in
the process of water demineralization. Trudy Inst. khim. nauk AN Kazakh.
SSR 11:170-175 164.

L 53766-65 rNTIf m)/EWG0P)/9NP(jY POrk RWK/*
iACCESSION NR: AP5012829 UR/0360/65/000/001/0094/0096:
AUTHOR: Savenko, 0. D.; Oudkova, L. P.; ShostAl F -T,
ITITLE: Structure of ion-exchange membranes based on a poilyvinylchloride film-
SOURCE; AN KazSSR. Izvestiya.. Seriya khi, cheskikh nauk,:.no. I 1965t 94-96
TOPIC TAGS: ion exchange membrane, polyvinylchl.oride membrane.
ABSTRACT: The article reports some preliminary,:-results of a study- of the crystals
linity of "Ankalit K-511 ion exchange membranes and describe6changes,iwthe crysta
linity of intermediate products during synthesis. -A URS-70 instrument was used for.-
x-ray structural analysis. Debye powder patterns were -taken Iof the initial-pol.Y--
vinylchloride film, of the film after the polymerization 2T sorbed styrenei and
b
the sulfonated air-dried cation-exchange membrane in the H , form., Contrary to ex,!-
pectations, an increase in crystallinity vias- observed durin g- impregnation of, the,-.':*,
initial film with styrene and its subsequent conversion into -polystyrene in the
presence of benzoyl peroxide. When the polymer -is- sulfonated, in the'-uresence of-:the,
catalyst its crystallinity incrle 1 f~the,
(AgZS04), ase6i~_-lhe-.drystal inity o finished.
membrane may be due either to the introducti_ofi:.*of: ~::s~'~ group: i ntd, the beinzene-..~~-,4-.,
Card 1/2

-65
-55766
PCCESSION NR: APS012829
'
i -
'
r-Ing, which occupies the on
4~-:' toi
thr f
or~-.o- e,presence
of
ortho or pare vosit
tra
des
of t

Thus, the structure-of the "Ankaljtm;-511
catalyst.

e rane- consists .-of ,
,
tw h
P

ne amorphous the otber~

ry t 11ine. Ori ai;~.
s a

'and
as ~1. gure

ASSOCIATION: none

SUBMITTED: 27Jun64
ENCL: 4 7-

SUB CODE! GC OC -
NO REF SM 005 OTHER.. '001

.z

A
ard 2/2
C

L 41074-66 ENT(m)AWN i )/T !JP(c) RMAMATM
AUTHOR: Yergozhin, Ye. Ye.; Rafikov, S. R.; Shostak, F. T.
ORG: none
TITLE: Chemical transformations of polymers. Communication 28. Synthesis and analysis
of cross-linked polynitro(styreneqco-divinylbenzene) I
I
SOURCE: AN KazSSR. Izvestiya. Serlya khimicheskikh nauk, no. 4, 1965, 82-94
TOPIC TAGS, polystyrene, copolymer, thermal stability, polyvinyl, nitration, organic nitro
compound, vinyl polymer, polymer structure
ABSTRACT: In order to clarify the structure of cross-linked polynitro(styrene-co-DVB), -the
authors investigated the nitration of this copolymer under various conditions and some of the
- copolyme was synthesized by adding
properties of the mononitro derivatives produced. The
0.68 g of PVA In 120 ml distilled water to a mtxtue of 20 g styrene, 6 g DVB, and 0.4 g
benzoyl peroxide and heating to 80C for 5 hr with constant stirring. Nitration of the copolym
was carried out at -6C with mixtures of nitric and sulfuric acid varying In composition from,
pure HN03 to 229 g H2SO4 + 101 g HN03, aM the effect of the proportions of nitric and sulftn4
acid on nitration kinetics and the final degree of nitration was Investigated; the best results
Card 1/2

f
/012/2220/225Q
ACC NRt AP6019353 SOURCE CODE: UR/0074 5/034
-~AUTHOR:, Yergozhint Yet Yet Shostak, F. T.
ORG: pstitute of Chemical-Sciences,.AN KazSSR, Alma-Ata (Institut khimicheskikh
-.'nauk AN _Xa_SSRT__
TITLE: Oaddation-roductionlpblymers A
SOURCE: Us 'khi khimii .196%, 2220-2250
pe v*.34, not 12P
TOPIC TAGS: polymerizationt polycondensation, oxidation reduction reaction
'~'ABSTRACT: A review on'oxidation'-reduction olymers covers three
~Inethods of synthesist 1) polyoondensation 23 polymerization, and
3) Introduction of.aotive groups into an Inert polymer. The varl
OUs chemical reactions, types.of polymers preparedq and.their phy-.'.1'
1
isloochemical properties are discussed. A separate section 4s do-
[voted to oxidation-reduction exchangers where methods of pr-&epara-.*A'_.
4,
--Real are-reviewed.
Itiong reactlonst and pkvsiooche Cal pr rtles
,Advantages of Inorganio-eleotron exehankereg (eg.-, nantronite.'
sodium polyvanadateg eto.)'over oxidation-reduction polymers In-
,-elude the absence of Irreversible oxidation reactions, a relatively
thigh oxidation ratet and a high resistance to high temperatures
r
"and.radiation. Disadvantages are a low i;apaolty and instability
1.1n strong aolds and strong bases* The various applications of
.'~pxkdk~ion-reduotlon polymere.are listed. A problem to be solved -C
UDG: 541.6
Cmd 1/2
----------

FINSKIY, A.Ye., inzhener; SHOSTAK. G.F.
-
Increasifig the weight of packages. Tekst.prom. 16 no.11:56 N 156.
P. (MIRA 9t12)
-R `.-
1. Zaveduy-us hbhiy lab ors,t cr i7ey Kiyevskoy khlopkopryadillnoy fabriki
(for Shostak).
(GQtton spinning)

SHOSTAK, G.M., inzh.
Heat transfer coefficients in marine fuel heaters. Sudostroenie
24 no.11:34-37 N 158. (MIRA 12:1)
(Marine engines--Fuel consumption) (Heat--Transmission)

GELEVERI, V.I.; FOUJYNKTOVA. I.A.; SH06TAK, I.P.
Investigating drawing conditions and properties of wire made of
oxygen-blasted converter steel. Biul. TS11IICHK no. 10:46-49 '58.
1. Nizhnedneprovskiy zavod metallicheakikh izdoliy.
(Wire drawing)

AUTHOR: Shostakv K. 25-8-13/42
TITLE: School of Peoples' Experience (Shkola narodnogo opyta)
PERIODICAL: Nauka i Zhiznl, 1957, # 8, pp 24-25 (USSR)
ABSTRACT: The All-Union Agricultural Exhibition (VSKhV) in 1957 was
vicited by more than 400 thousand people, and illustrated re-
cent improvements successfully achieved in the agricultural
field.
Minchurinskiy Rayon, Tambovskaya
The Kolkhoz imeni Komintern
,
Oblast', a pavilion of which was one of the centers of inter-
est at the exhibition, initiated socialist competition to
produce 100 centners of meat and 400 centners of milk from
every 100 ha. The cultivation of forage, especially of corn,
is of vital importance in cattle-raising. The cultivation of
corn was increased 7-fold in comparison with 1953. Farms
cultivating virgin soil and waste land contributed to a large
extent in achieving these results and the cultivated soil of
the country was increased by almost 38 million ha during the
last three years, and the total harvest of grain was increased
by 201j'o' in the course of one year. The exhibition also showed
new methods of farm field cultivation and operation of new
Card 112 machines, for instance the chemical method of weed control,

AUTHOR: Shostak, K. 25-11-27/28
TITLE: The Works of a Revolutionary Scientist (Trudy uchenogo-revo-
lyutsionera)
PERIODICAL: Nauka i Zhiznl, 1957, # 11, pp 62-63 (USSR)
ABSTRACT: The article deals with a book "Izbrannoyell (Selections)
which was compiled from works by academician G.M.Krzhizhanovs-
kiy. It gives a picture of the most important historical
events of the October Revolution. The first part of the book
mainly deals with the electrification of the country - the
famous GOELRO program.
The second part is devoted to Lenin's personality. Further,
Krzhizhanovskiy described the work done by young scientists,
such as D.N.Pryanishnikov, B.A.Keller, V.R.Williams and
S.G.Strumilin and others who helped to develop Soviet science.
The third part is devoted to prominent members of the
Communist Party, such as F.Dzerzhinskiy, A.Tsyurupa, L.Krasin,
K.Tsetkin and N.K.Krupskaya.
There is a photograph of a letter written by Lenin to
Krzhizhanovskiy.
AVAILABLE: Library of Congress
Card 1/1

SHOSTAK9 L.D., agronom
Ensiling corn together with straw4 Mekh. sill.hosp. 12 no.7:8 161.
i ~_- ---(MIRA 14:6)
1. Kolkboz. im. XX s"yezda Kamaunisticheskay partii Sovetskogo-Soyuza,
Nw-o-Ukrainskogo rayona, Kirovogradskay oblasti.
(Ensilage) (Corn (Maize))

SHOSTAK, L.I., assistent
Characteristics olf' qllerg-ic tests in Patients with epider-mophtosis
I g
of the feet. Vest.derrm.i ven. no.9:47-5-1 01 . 15:5)
1. Iz k-liniki kozhnykh i venericheskikh bolezney (zair. - dotsent
F.I. Stekhun) HLagoveshelienskogo meditsinskogo instituta (dir. -
kanri.nied.nauk M.K. Vladgeriyev, nauchn3ry rukovoditell - prof.
A. N. jl-,aviy&-iy).
(FOOT-DISEASES) (DEIMATCHYCOSIS) (ALLERGY)

SHOSTAK, L. Ya., Physician Dr. Med. Sci.
Dissertation: "Decortication of the Lung in the Case of Armored Empyema of Chest
Caused by Traumatic Injury." Second Moscow State Medical Inst. imeni I. V. Stalin
22 Sep 47.
SO: Vechernyaya '-.Ioskva, Sep, 1947 (Project #17836)

jEC,'3TZ'.l!:, L. l2i.
31"37. Dekortikatsiya Legkogo Pri Fantsyrn-y Er-D; - I Klet2k-i. V
- . yeme :.ruancy
SB: Voprosy Gr-,-ldnoy Mirurcii . T. 111. 1049, c. 136-4-0.
Z, 1.
Letopis' Zhtwn-;l'nykh Statey, Vol- 48, lloskva, 10,69

Shostak, L. Ya.
"Osteosynthesis in medial fractures of the neck of the femur."
Novye khirurgicheskie aDoaraty i instrumenty i opyt ikh primeneniy ,
No. 2, I*Kj P. 33
/ fS7
Ministry od Health ESSP

SILOSTAK, M., polkovnik.
,--"
Experience,repairing the PIS-79 drive. Voen.-inzh. zh-ar. 101 no.11:
38 N 157. (YTRA 10: 11)
(Electric driving)

IN. G.
I'Com,oarativc- Evalt"ation of Accuracy and 'the Relative Advantage of Various
Mlethods of Time and Latitude Determination (by means of the Transit Instriu-,qent-1)",
Uch. Zap. Vyssh. Arkt. I-lor. Uchilishcha-, "
No 4, 1953), pr 69-5,0
Abs
1.7 '1146 1 Feb 55
J

SPITSTN, V.I.; SHOSTAK, N.Z. [deceased]
'7~fb1-OAA;"1-
Study of the chlorination of a carbon-beryllium oxide mixture.
Khim.redk.elem. no.2:93-101 155. (MIRA 9:4)
l.Moskovskiy gosudarstvennyy universitet imeni M.V.Lomonosova.
(Beryllium chlorides)

USSR/Cultiva-'6-~ 1--lants - Grain--i
-bs Jour : !,-f - Biol., 11.) 10, L40r:l
huthor : T.I., "L.11-1., Shostak, O.F.
Irist : 1103cow 'Scl,~Ction Station.
TitIc-, 11~.; culiz tics of Cor:i '~Crotocluiy t!,C S0uVI(.'r;I
3-- :!,,-),sc0w Oblast.
m.'L,-(L-!-I-'Yu, 1957, No 46-44.
Orig Pub
"0,-' rac t 'Tiis s-uCy was made at Mo!;cow solection statio.-,. In
cultivating corn ii, structurcIcss soils il',- i-~ p--r-
ticularly important to t)rovi*a,-~ for thc good soil
Goc~~ pr,~(!,cc~ssors of corn arC clovcx anC- wint"r
It- is r,.;com~nded ti-at on,~ -,o-,7 w--.,en the soil is --.- ~-y
at- thc wid of or in tho midd1c of t'.,- k.;iul of'
i)vt not later titan Ju-1--, 1. Tli,-; bQst 'oo s-Z-
_uiL,, cm. Th-, ,.;rc,.:ntagc of ripenca
Card 1/2

BAKBMKAYA, E.Ta. (Khar'kov); FMNIKOV, V.Te. (Moscow); ROSSINSKIY, S.D.
(Moscow); DUMAN, I.Ta. (Leningrad); SHOS91AX R.Ta (Moscow);
PAAAS ningrad); 3MSOV, V.V.
FIKHTWGOLITS, G.9. (leningrad); SP S F i.
(Vladivostok); RTBKIK. G.F., redaktor;,TUSHKEVICH, A.P., reda-ktor.
[Historical studies in mathematics. Vol. 51 Istoriko-matematicheskie
isaledovaniia. Moskva, Goo. izd-vo tekhniko-teoreticheakoi lit-r7, 1952.
472 p. Vol. 5. (MLR& 6:5)
1. Moscow. Universitet. Seminar po istorii matematiki.
(Mathematics) (Osipovskii, Timofei Fedorovich, 1765-1832)
(Peterson. Karl Mikhailovich, 1828-1881) (Letnikov, Alakesi
Vasillevich, 18)7-1888)

2
m

USSRIMathematics - Quadratic Forms
Card 1/1
Author : Shostak, R. Ya.
Title : Criterion for the conditional definiteness of a form of n variables -11b-
ject to linear connections, and the sufficient criterion for the condi-
tional extremum of a function n variables
Periodical : Usp. mat. nauk, 9, No 2, 199-2o6, 1954
Abstract : Poses and solves the problem of finding the necessary and sufficient
criterion for the positive definiteness of a given quadratic U(x 'x
(a aii) under the condition that the variables x, '"',xn saL;f*Y-a
givgn system of k linear homogeneous equations Pi'xlI ... Ixn) = 0. No
references.
Submitted January 30, 1953

SHOSTAK, R. Ya., kandidat fiziko-matematicheskikh nauk, dotBent.
Derivatives with arbitrary caracteristics of the order of dif-
ferentiation of analytic functions of complex variables. [Trudy]
MVTU no.50:335-362 156. (KLRL 9:8)
(Calculus, Differential)

R.Ya., ~-ndidat fiziko-matematicheEkikh nauk, dotsent.
4HOM"1011
Main component of the remainder In Taylor's formula. [Trudyl
MVTU no-50:363-366 '56. (HLRL 9:8)
(Series, Taylor's)

GUREVICH, Viktor Borlsovich; MINORSKIY, Vasiliy Pavlovich; SHOSTAK R.Ya.
red.; SOLODKOV, T.A., red.; AKHLA14DV, S.N., tekhn.red.
[Textbook of analytical geometry for institutions of higher
learning] Ucbebnik analitichaskoi geometrii dlia vtuzov.
Mosk7a, Gos. izd-vo fiziko-matematicheskoi lit-ry, 1958. 163 P.
(Geometry, Analytical--Textbooks) (1414 12:1)

16(l) PHASE I 0= EXPLDITATICS SDY/2061
11141ranokow, G. S., Boris Pav1-1,h . Niaitl-I.A.X. A. Wimeako, S. M.
Logano G. L. Lunts, Va. F. Porshae-, Ye. P. Sych~&, S. V. Fralov, A. Va.
SbOstak, AM A. R. TanpollsTry-
Zadachl I uprazhmniya po matetwiticheskostu an.all" dlys wtuzov (Problems
and Ez-rcisos In Uth*mtlcal Analysis for Vtwa,s) No.com, Fismuitg1t,
1959. 472 p. 40.000 copies printed.
5d. (T~ tI* page). Boris Pavlovich D-L"wtchl Tech. Ed- K. F. Brudnal
15d. (inside book), W. A. Ugarova.
PURPOSEi This book Is approved by the USM ministry of Higher Education At
a textbook for students of vtuxts, especially correspondent- students and
meaning students specializing in mechanical engineering. It may 41" be
used for independent study.
cDVELWE, Th. book is M collection of 3193 prableam, mr, higher mathematics
(excluding malytLc gease#try) arranged in Syst~tic order for v"tu4*6-
At the bs9IMIa!rZfs:ach chapter a short theore,tical introduction, n*ce.-
%an f raulas, utions of more 1"Mant typical problems are given.
Anamer: - given for 411 probl ast, And for the mare ccaspl &Cat*d Ones
hints and dramings &" pr"Idd. -king the book moro useful to correePOn-
The auth.r:,gll spa clal tt~tlon to the more Important
deat students. c:1. I a -tIOa And
part: at the subject. such ul.t an f ilisite. diff0renti
IntsSrstlen technique. construction of ,.,h,, application of differea-
ti., And integral ce)culue, @.rift, and A,aluttoa of differamtisl equation
Chapter$ covering these subjects, therefore cant~ln more problems then
t S. a. rms,min. Docent y..A. Lbny
,,, Thetm-har.Vth*nkkrDoc.n
the th -d-l-vich,
r-tlyk: truc areX. - 56 srov, G. V. and L. Z. y
professor A. P. Yushkovich, Docent 1. M. Bremen%eyn. Vs. A. Sobol-4. the
lbskovtkiy enargNtich4skly Inatitut (Magcom Imtitu%e of Ensrg-tl~s)
V4660yulftry t-ochnyy Lfte2twt (All-Union Civil
Engineering Correspondence Institutt), Docent R- S. Gut.r. and M. A.
"a'"a ;.editor of 1.10.SWIN qw belp I. mrsmavis, the book. Tbr-
are " ferences. 102
Ch. IV. The indefinite Integral 102
1 Direct Integration 106
2: Me thod of substitutions Ill
nby parts 113
3. In 9r t,01
4. SLtP*l.:tIt.9r, 4cents Ining quadratic t- 116
5. lat. ato 120
gr t. ru"c 23
6. Integration of ':tri rat t.-; '... I
T. integration of t7190w-tric functions 128
a. Integration of hyperbolic function.
9. Applic tion of trigonom,etrIC and hYP beII for com-
4 dn'
) , en.r.
putla, Int&qrsle of the form ba-ut 0
R 1, a raLiqul function
130
:arlout transcendental funct-lofts
1 lat qr:tll:nn :f 131
101: ApplIC t"auction formulas" 131
12. Miscellaneous examples Of Integration
133
Ch. V In1 133
1: Dff'lnnl nt:g9rr:I 88 th' limit Of a I
Th. 't:1 35
dtt
2. Casoputtog definite Integral$ by --he Of indefinite Integrals 138
3. lop or integral- 144
. ..".t"ItutIon of variable In . definite integral 144
5. Integral I:nthb!.parts 145
'.Iu r" 147
7. Are,$ of plane figures 153
Length of an are of a curve 155
Vo -to: :olfldl. of revolution 160
'0. Ar!
11. =.ar the'arme's 162
is. gntraids. Guldenus
12. Applications of definite integral$ to t- "I-00- Of Physical 166
arpbLms

IMMIDOVICH, Boris ravlovich; KARON, Iseak Abramovich; SMOLITSKIY, Kh.L.,
prof., retsenzent; FROLOV, S.V., dotsent, retsenzent;.-WWWAK__II.'Ta,*#
retsenzent; YUSIMIGH, A.A., retsenzent; BIRTU,'G.I., red.;
AM-A OV, S.N., takhn.rQ4.
EPrinciples of computer mathematics] Osnovy vychislitellnoi mate-
matiki. Pod obshchei red. B.P.Damidovichs.' Moskva, Gos.12d-VO
fiziko-matem.lit-ry, 1960. 659 P. (KERA 14:4)
(Mathematics)

BARANENKOVp G.S.; DFXIDOVICH, B.P.; P7IMENKOp V.A.; KOGAN, S.M.; LUNTS.
G.L.; PORSHNEEVAq Ye.F.; SYCHEVA9 Ye.P.; FROLOV, S.V.;,SHOSTAK
--R.Ya..4-YANPOLISYJ7q A.R.; UGAROVA, N.A., red.; SMOLYANSKIYp M.L.9
red.; BRUDNO, K.F.9 tekhn. red.
r
LProblems and exercises in mathematical analysis for shools of
higher education] Zadachi i uprachneniia po matematicheskomu ana-
lizu dlia vtuzov. Izd.2., ispr. Moskva, Gos. izd-vo fiziko-
matem. lit-ry, 1961. 472 p. ' (MIRA 14:8)
(Mathematical ana3,vsiq--Problems, exercises, etc.)

SHOSTAK,SI.; GUROVICH,V.I.
Introducing progressive practices in industry. Leg.prom. 15
no.6:50-51 Je '55. (ML13A 8:8)
(Ukraine--Manufactures)

SHOSTAK, S.I.; GUROVICH, V.I.
The exchange of progressive technical practices should get vider
development. Leg. prom. ~-5:ho.11:41-43 N 155. (HLRL 9:2)
(Russia-Manufactares)

SHOSTAKI-4.1";'-wax. M.I. - MULKIDZHLMN, N.P., glavnyy khudozhnik.
Designing models for the entire range of clothing. Lag.prom.16
no.12:i3-i4 D '56. (MM 10:2)
1. Nachallnik takhnichaskogo upravlaniya Ministerstva legkoy
promyshlennosti USSR (for Shostak). 2. Direktor assortimentnogo
kabinate, (for Gusak).
(Clothing industry)

AFANASIYEV, 0.0. [Afanas'icv, 0.0.1; GOVITS, S.M. CHorvits, S.M.);
IGNATOYA. L.P. Elhnatova, L.P.]; KOTOV, M.P.; 110TIE, G.B.
[Novyk, H.B.1; OlMOT, I.Y.; FBYSAKHZON, L.B.-, ROaWN, G.G.
[Rozenman, B.S.]; SKATEMOY, V.A.; TSITRIN, L.I.: CHEGHNW,
M.I. [ChecherLiav, M.Ij-, WOSTAK, S.I.; RAZARENKO, N., red.;
GORKAVENKO, L. [Horkavenko-, red.
[Light Industry of the Ukraine] Lehka promyslovist' Ukrainy.
Kyiv, I)arzh.vyd-vo takhn.lit-ry URSR, 1960. 197 P.
(MIRA 14:4)
(Ukraina-Industries)

.. I - t-,l ~ " s i ; - Sm~o i , ,,
t,tk p -, ~,,-,iiv " 1. 1 , it " ! :, ~ k,, I', d . s~l I i I;kntil I- It *k %,' . I'; ~~ , 0 ~
~,nll observatiorw, Priroda 54 nr,.~):69, 74. L~ 65.
(1,11-RA 18:9)
1. Muz.,y prirody "Belovezi-iskaya pughchall , brestskayu obl. ,
Belorusskaya SSR (fer Oroeitak),

CHU19,1ASOV, S.F., prof.; inzh.; BRIZHANI, Ya.S., inzh.;
1TANOV, V.A., inzh.
Determining thq friction coefficient for the 3ombination
11concrete-woodb" Bet. i zhel.-bet. 8'no.7:322-324 Jl 162.
(MIRA 15:7)
1. Dno ropetrovskiy metallurgichoskiy institut (for Chukmasov,
SllostaZ 2. Trost Dneprostroy4etalt (for BrIzhan', Ivanov).
(Concrete-Transportation)
(Friction)

FINUS, Ya.S., inzh-.;-SHO3TAK, V.A., inzh.
Automatic shifting of gas and air valves in coke ovens. Mekh.i
avtom. proizv. 14 no.12:54 D 16o. (MIRA 13:12)
(Coke ovens)
16

V
1A
EF-I-KOP
E 1:;,,, e-I r au:,, th r and =-ear-
Met., gornorud.
'~;m ~ow I n '(T

L 24868-66 EWT(m)/EWP(f)/EPF(n)-2/tWP(J)/r/ETC(m)-6 WW/WE/RM
ACC MR.- AP6006399 N) SOURCE CODEj UR/0413/66/000/002/6w/0143
AUTHORS., Koj~m Shostak
ORGi none 13
TITLE1 Fuel cut-off devicAlfor pg.~grobine installations, Class 46, No.
SOURCE: Izobrateniya.. pronyshlennyye obraztsy., tovariVye znakis no. 2j 1966j
142-143
TOPIC TAGS: engine fuel systews, gas turbine fuel.. gas turbine control., polymer
ABSTRACT: This Author Certificate presents a fuel cut-off device for gas turbine.
installations, consisting of a body which contains a valve with a valve rod, the
valve seat, and fuel inlet and outlet chambers. To make it more explosion-proof,,
the body has an intermediate low-pressure chamber connected to the gas suction,
line. The valve is two-sided~ in the form of a slider valve with ports and a
chamber connected with the low-pressure chamber whe the valve is closed (see
Fig. 1). A second feature provides-pol-vcaprolact4mlqinserts between the valve
seat and plunger. A third feature has the conneoti6n between valve and valve
rod located in the low-pressurechamber.
1/2 UDCs 621,439~-333-1

L 24868r66-
AGO NR: AP6006399
Fig, 1. 1 - body; 2 - valve; 3 rod; Gas
4 - seat; 5 - inlet chamber;
6 - outlet chamber; 7 - low-pressure.
chamber; 8 as j
leakage suction;
inserts* exhaustl
uction
P
7
'31 41
Orig. art. haot, 1 figure,
SUB CODES 131 SUBM DATE1 15AU64
Card 2/2 c2a-

SHO17W, '.F. T.
MTbr. , Lab. Tnorganic Chemi5try, I-10scov State Pedagogical Inst. im. K. Libknekht,
-19/,2-. "On Normn] Berylliun Tungstate," Zhur. Obshch. Khim., 13, Nos. 4-5, 1943.

CO
Retouch istio the therm#J st*bWty and walstitity of the
nonnAl saafts of the 4WA elements. Vlkt. 1. *ts '
and V. 1. Sbmtak (11(wow State Univ.). I. Geri. Chf!V
19,-"N'6. to, &25l-O(Hl49)(Hnjjhh trAnsLi-
tion).-Sev C. A. 44, 4 1 'se. F. r. C.
L'~. 1, 11 ' p 11
I fl'Atc i A-" C-6.11A; 4~ U .

Ctf
Thermal alabUity and "[&(Wty of normal alk&U metal
sulfates. V11tc 1. 8fil!"o ond V. 1. -14toolak lkwp.
IM'JivAol AkfO-. (), 10, 01#110 10, IYA)l MIIWU),
No In- r 0 1 , was ItKind 1`4 heating at low. Two III%.'
hrathill lit W) And Will. 1.111111116d in dur folinwing WNW.
. , -j (1.19 111MI Me H*A0j It and (144, KOAI&
(its )I 14W
0 at.1 it. 19. l(Lik), am and (1,27, C4K4 (IM stul 11.10.
In the saint order. ilia. corresponding wt. losses (sampirs
0.21141 X 11 2 hra.' beating at 12(11% wrrr 1.70, 111VI,
IWj, ~ ~ ; nobler 11W ~111. "'4011hul.. In m
(0.11 L ji-ki, 41.1vJ, . tkl 6, lit.
IMlreuw, 'a t he z streatti Velocity to ().4 I./alin. rc~jucrs
Ihe ltmq, poWbly as 4 itsult of coding. L)ecompu. on
(2-12 his.') beatinji at MO., dctd. by analysis of tile
hctirc
lows by %Imple volatillution, detd. it the same expts..
V.88. 0.77. 1.70. 2,711, 0.94%. At the raine temp.. In
6. strcam a( 11.0 vapor, 18 g./hr., in a tube of 2NI nint.
diam., the loss of wt. was 17.52. 3.69, 11.70, 40.44,
POA5%/hr., the decompit. 4.78. 0.31. 1), it, D%1hr-1
hence the toss, due to simple volatilization. 10.84, 3.34,
11.70,40A4,90M%jhr. Ttie 3 sulfates, KtSO., Rb2SOo.
and Cs.SO., which have the highest melting temps.. also
have the highest volatilities; the mol. vniatilities at 12(kl*
are in the ratio 1: 1.4:2.1. Le. markedly different. despite
tile peat c1twiless of the inciting temp$. (1M04, ltr$4,
and 101W). ConsequentIT.. volatility is dctd.tuottso
much by the !auic bonding the solid crystal, bu by be
ck3nges of bonding that take place after fusion. stronger
bonding in the solid state seems to give rise to weaker
t-nding in the liquid statp. The Increase of volatility
from Na to Rb is attributed to polarization of the cation
by the 0 atoms of the SQr- anion and corresponding
shift from ionic to polar bond, which effect increases from
Na to Rb. but plays no role In the cam of the very 111211 U.
The high volaWity, and low melting temp., of UpSO& Is
due to the potariting action of Ll on tbe SO&-- anion, re-
sultins in a decrease of the iock character of the bond.
Of the 5 sulfates. Na*M haa evidently the su gest
ioalc-bood duLracter In the fused butt. N. Thou

SHOS
Chemicel Abst.
Vol. 48 No. 6
Mar. 25, 1954,
General and Physical Chemistry
-V.I.%tY d ~&61
!!AL~~t tempe tures.
Viki S Atsvil V. I. -5r,7Fr-T-,J-n= ~h*',X
crov r^cnw
'Zz F-9
V"
(EnnI. fraPslation).-Sce C.A. 47, .106-1;, rH

T
'j~UL -

evapo In I e
(.,-,Effect of gameous inodia on thb fail rat ofAIk!%lj-
i
.---
- 3yri and V. I.
chiprides. Vikt. 1. Spit . 4
WOZ
---T,-ojnon7~nv Stair univ., .115srow), ' Zhur. ObjAchef Khjm~
Chemical Abst. 22, iuc~,M-'TG-r.. Cha-.-T=.". 22. 1109-15(1952)-

Vol. 48 No. 6 F)Lpts. were rnade in an efec. furnace at const. terep. of S(W.
ContmIled vuls. of air, water vapor, unit gaseous Nil, were
Her. 25, 1954 passmtf over Pt boats fiffird with,alkati chImides. GILI-WM%

General and Physical Chemistry CO~ and I ICI were nsed on C3CI only. The rate of evalm.1,
:
d
d
i
was clod, by difference in wts. at stan
ar
t
me intervals.
Th,; wstiliq show: (1) At coast. tenip. tit 800 and gas flowt
(0.4 1. lu-r min. N.T.P.) tire rate of evaint. increases in thc~
order Li, K. Rb, Ci, and Is'a. (2) At const. flow rate of the
gases the rate of evapn. increases in proportion to the
pulario J the gas used. (3) The effect of the gas polarity ;s"
grcute.,t --v LiCI and Cs, the smallest on NaCl. Evapn. of
LiCl in .iler vapor is twice that in the air. (4) At low
-
flow ral ~, (0-2 1. per min. and less) the rates of evapn.
z
main id-wical 1~ all gases. M- 0. HofoWatY'-':7

BOCHKAREV, V.V., red.; LEVIN, V.I., kand.khim,nauko nauchnyy red.;.SHISHKOV,
- .-V.jP..#,knnd.-tekhn.nauk, ;iauchnyy red.; BUKHAROV, I.N., kand.biolog.
nauke-nau. chnyy red,; SHOSTAK, V.I..,kand.khim.nauk, nauchayy red.;
SAGURO, M.A., takhn.red.
[Methods of producing and measuring radioactive substances] Metody
polucheniia i izmereniia radioaktivnykh preparatov; abornik statei.
Mosk7a, Izd-vo glav.upr.po ispollzovaniiu atomnoi energii pri Sovete
Ministrov SSSR. 1960. 307 P. (MIRA 13:7)
(Radioactive substances)

L U0034-07 Z17 f k i) OLITU iiii//Uij
ACC NR, AIT)036687-- -S'OUItCE-CdDE:-URIOOOO-16CI6007-666-[63-qo6S9~~
AUTHORS Shostak, V. 1.
ORG: none
TITLES Interrelation between the center and periphery of the retina exposed to
brief Intense colored light flashes while fully dark adapted Lrpaper presented at
the Conference on Problems of S2ace Medicine held in kbscow from 24-27 I-lay 196�7
SOURCE: Konforontsiya po problemam kosmichealcoy meditabW,1966. Problemy
konmicheskoy meditsiny. (Problems of spnce medicine); muterinly konforentaiiv
Moscow, 1966, 390-391
TOPIC TAGS: visiony dark adaptation, visual acuity, central nervous system,
flash blindness
ABSTRACT:
The purpose of this investigation was to study the interaction of
the center and p*eriphery of the retina during the recovery of light
/~jollowijjjt filLense light flashes PfLer COM-
-s.ensiAivity - , cxl)o,,;ure to J)rjt_,f, 11
plete adaptation to darlmess. The recovery of light sensitivity was
our inter-I'
monitored on anADM adaptometer using the uaual method. F
connected, sequentially pulsed IFK quartz lamps with aflash energy of
about 60, 000 Im-sec and duration of 2. 3 see were used to produce
Card 1/3

L 06634-.07
ACC NR, AT6036687
light flashes. The retina was illuminated through 120 degrees'. After
30 min of preliminary dark adaptation, a1lash was administered when
*10* of the center of the retina was shielded. After full recovery of
'light sensitivity (60 min), the second flash was administered with no
shielding. The effect of shielding was studied by comparing dark
adaptation curves after both flashes. In all, 35 tests were conducted
on 7 subjects.
When the center of the retina was shielded, light sensitivity de-
veloped more rapidly. A statistically reliable difference between the
dark adaptation curves was noted from the 30th see to the 20th min,
the greatest values obtained (0. 36--0. 42 logarithmic units of
.sensitivity) during 6th to 12th minute. Starting with the 25th min of
dark adaptation, there was no essential difference between the con-
tinued slope of the curves. It is noteworthy that there was a difference,,
between the form of adaptation curves between the 6th and the 12th
minute. The curve obtained when the center of the retina was
.shielded was far less pronounced which indicated accelerated recove .ry
of rod function compared to conditionsWith shlelding.
C.,d 2/3

L 08834-67
ACC NRs AT6036687
It wa.,3 concluded that after exposure to bricf, intense light flashes,
Aho center of tile retina has an inhibitory effect on the recovery of
light sensitivity in its periphery. If Lebedinskiyl s concept concerning,
the influence of the CNS on afferent systems of the eye is correct, it' !
can be assumed that processes which origina *te inthe visual centers of
the CNS participate in the mecha-nisms of de-adaptatio.n induc.ed by
-light.f1ashepL., .4W-. A. No. 22; ATD Report 66.11�7
SUB CODEi 06 SUBM DATEt OOMay66
,41,111
3/3

ACC NR, AT6036655 SOURCE CODE: UR/0000166/0001000/0282/OZ83
AUTHOR: ~bzzhukhin, A. S.; Io I
11, X70 cooriverivil 11 into CififirClIMCIMe.1s. On ob-r- with
I ljo-ths vinyl ether as with 1. IdendLal
frartingHwith Br, on the water bath, a tri-Br pi garding formation of an ato-
an- formed, 1). 120-5*. dl.* i.WW, A#I? I.M). ilia. wt. niurn bromide tberrfrnm- 1. W. Pel
L A alTALLUROCAL LITERATURE CLASSWKATIGIO
IC 7- -
Sqj'jV'I Ar G~v C-t
7 -T-
U IT AT so I It .11 -If A A
:1* 0 0 0 0 0 0 0 0 0
10 0 al # 0 0 0 0 0 0 0 0 0 0
lima 60401'
a 2 A3 a 3 a v
At) L I V ad a a 9
1"A
-0 0
_0 0
'4110
_400
1411:
-411
SO 0
a
Col, 0
9400'
241#0
U400
tol) 0
CLIP*

W-W-
&**600000000*0000 16
a 1 4 16'10w1113 131415 1& it 11 1 a 36 It
L-a L--f -1- 'A 'to f- 9 a '1~ T. - it ~ -T L-M-04

Oe Otooluat th of
th=7
of vin
l
O
y
Sham
CA*w (U. k. S. R.) 14, 10:1-URI"4)4
0 cf. C. A. 39. OW.-CH#:CHOBu (I
'
save dibrowdelkyj
32 g. Be at -100
00 g N "A" fn- 7218* (Appareatly to

- d:0 1.15M. thejeroduct Is hygfowopk
it readily lom "Br and displaces kxl
0 rractfug quantitatively with ASNO~ W
ll~
VOK - 0 0
is 1. 3. V 13 m IS 36 9 X a
W- JT- 1, 6 1. -4 V---4 I
wv. .k,! t. C401
1
40 41 Q a 41~ 0
jt~
L,
4110
/a -of
-00
00
*0
046
4D0
00
00
00
00
06
CC4 at temps. Wads to decreased yields of this di-
00 brueuldevydrolysis by water at recta temp. ykl& DOW
and BCCHlCllO. IlYdrolyals in the Pmsftwe Of NAsCOs
yields besides the above, small wots, of bromeWme)i fis
loo-IltIOCII-Xilimbfandnated as above
0& gave 88.75 dilwommadhe isio-Am ~, be 6".30. mV
IAW. do 1.4921. so-An%OCH-CHs similarly pvc
00 3 Abropoeoethyi be-Am dAdr. be Ql1j meV 1AM, dr 1.4FA.
0 * - Hydrolysis of the "" " ImiAtull a :d BraftCHO.
00 w4tb admixt. of L-A It. I is p , ted that the
strit"Urem ot the di.S~E. .y bR es, gxprcsord us
00 tautemneric forms (nomW ether strucure vi. ICH]lr:-
00 9 4:11--PH-R Br). 0. M. Kosolapoff
ti
A I a I L A IIALLuar.ICAL UTIMAY041f CLAtIIFKATION
1' X-iaW ~11.41LW.
Team WOMOT
131040 411 got
lu it IV 10 is . . . . . . . a Ed a N W I W a a d3 a
9 0 0 0 0 0 0 a 0 e 0 0 0 0 0 6 0 6

SHOSTAKOVSrI ~'J. 7
.91 1 .
"Polymerization of I-IonoallUl- Vinyl ethers: of the Isobutyl. and the Isoairtyle Eth.,~rs."
Lossev, I. P.2 Fedotova, 0. J. and ShostaOrcovsky, M. F. (p. 889)
SO: Journal of General ChemjLU7 (Zhurnal Obalichei 19i:Lmid) 1944, Volume 1.1i, noo 7-89

00 A
Pooctitis A-* f4cf1frill 1.019
00

00 -a CR
Safety - D.-Kilts". P. S.
R141nan. sr
am 1. P. Loscy.
US-MR 66,406. &lay 31, 1 pill,
IAYCt* AFV HIA11C 44 vtqxAyinri~ al vinyirtheri and uri~ld.

21 V-9-. methacrristes, obtained In the
16 . =Owh Of
09
go
00 k7
00
S at A#9TALLV*GKAL UTEROURE CLASSiFKATION
7- -7
It sow.) .9t Oh. d.1
u is IV .0 It -T I
0 lit "ObLy droc Kit OCK Kcrit sic
1
0 0 0 0 0 0 0 0 * 0 * 0 0 1
000000000~ 0000004
=00
to*
was
ago
L a. I I - #A Ia rw a x 4 1 v 61 0 a a 3 in v
xit
0 0 0 0 a *
00 0 0 0 0 0 0

ce F! t'-e ba~c- of' nyl
-.7
fO r7:,' t~4.-:) Cf ethers 01-
b-
rt 1- E te in
:"e n C. r,~

0 0 0 9 0 0 0 0 a * to
G
I M it 1: 1; 11 :1 22 ~a 20 In is IF 21
. I
j K L A -it _;P T
of
a
00 A
00
Ar
00 Z'
so i
:0
so
Hydration of vinyl etherv I. Ozoinium mechanism
o
f
the reaction of hydrol"is of ethers. It. Joindc nature
.1 hydrolytic ether cleavage. Shovallovskif (In4t.
OrK. Client. Acad. SLi., Nfo,.-ow~.
tvae.
lion% of vinyl alkyl rthrr~, in thr lir-itce of mineirad avi&q
and their,-Alts. with water may Ili, explained by the ('Xirla-
lion slid drcompti. of oxonium ruinivis. of the type
CII':CII
R>011 X (1)
whi-te It tit alkyl and X Is A h4losen. Ilydrulylik lit
I -ItAlorlhyl alkyl ether, Undcr the itillilence td water and
aq. alkalit-1 utity be explailted by the exilirlice of 2 tauto.
lactic forini; I and ClIXIMOR. The prewitcr of
tesmasit focuel. CII.X~WR slid CII'C:6RCJ^. may_
If cl- It
-ist the trandcr of the :qttromirti, fornin from om: to the
other. CINXIIONIconshaLins with 21,*,', It"SO.Kors hao
u4ti. its V- It, miti. at ti-viii tritip, wilh thr forinvioit 4
abotil 71.4';;~ A4,11. Simil-ifly. t H,-ClIUM (11) iomy Ile
Frallity .-onvvrlr,I tit Aell -lit grotle healing Willi
'J"', Ilf8g), until 11114111,61 1144Y. I% AU41"(41; if the hydrolysis
t* colliltiorol at 10)" Willi slow wfiln. of the ether, niuch
Mc~Cif(ORt), is obtain"I (no data given) and some 18%
10
AM in distilled from the mtxt. 11.40M hydrolysis witIf
2% H.&)s also takes place lit 5D "In the citsit of iso-PrOCIT: -
Clit, while Cff,:CHODU is readily cleetvW at
t M If 7G-80n.
Clit-ClIOPh is not firdrolTzed Is ISO$ ev , after
3 lirs. at ltxl*
I; lion itanding wit avistd.CaCU"n.at
t*1411 truill. cleftynt Io A pulmlantia] extent with the
foriltAllott of Atli. Intemflon of IRUMIIIItMe wi
th
all. M%011 04,14 Aell anti 110011 WhIch Inay be Umd tot
&MAY of the other by litration ;Itb N&011 with tn"hyl
orange indicator; similarly. rapid reaction fts obwrvd
with the corresponding Cl defir. G. M. ]KOJOI&PON
-00
.00
-00
:its
a**
no*
go*
are
69, 11111
elo*
000
use
ISO*
floe
kss~ILA "TAiLURUKAL L1114111L.41 CLAISIPSCA110 It
iio.' tic." 40,1141
oe***** **6060459
30 it 32 33 34 In 36 -M - a IN 6 it a 43 a 0
An
U U AV 10 AS V' ('r it *0 a' C' 4' It Ix# K 9't 1; 0 IN a N W I W a 9 a a
44
0 see*

0 act
Go=
000
00-
00,
00.
0 q) 000000 **:::::1:
0 0 0 * 0 0 0 0 0 0 0 a 6660140916 *Go*** 00 Ge
u C, 31 ~1314 i5j. via )"10 41 42 43 As %T cm AT is n
CIL a a C P er 9; m T -ML" - .
I-C twowr
tt s -it I kip
.2 F
__fT
00
,00
w it p a to 0 (A
N,IV
-"7 t"I fit-III Af.-A113.11J., .1imil
pi~iw
ji4IM em
1-4`133 [AIIIA '4:A!J3P MRI 3An5al)a ~bjnus
Nutaq *spittw twi ilim ")m pimp
"! cj!lj'ml(PJ41 11"Oul!"'T -1111 -IA%iaqd JAIILA pilf-'1Amall
At*!.%pt IlAsv- lAtip. -li(anuai lAutA IlAjnq~4t lAutA 11AInq
I,,(UfA 'JAIII.1 [AMA' 11.1t;tIN11111111 S11 '11.111P414; JUM
14.11113 14111A M111*111PI) (')I S',
P,11441.. *f .31fAr.1 N -4 lift j1n*A(%jrjW-qC'
'IV '1116tnO 141111A 10 wattiodaid Up-mopnoy
Ir _T
r-v- I v-I 31 aff-M a 7 r r wn a t%
99 a if
Ah A U. e a o o
00
*0
00
j- 00
1, 00
so
lit 0&
00
00
i 1 00
Ir 00
00
0, 04
000
*-" 0 0

71.
i.'S'SV--'pectr--, Vinyl Al!wyl Ethers
he,iistr-,- - :1-thers
PA --~T)
Feb 191'.
"Ttie Combina-Lion Scatterin,7 of liaht Spectra of Vinyl Allcyl '-thers," !. ~3atuev
Prilejaeva, ". F. Shos-cakovsky, 1L- pp
"!-.v 'V.. NaLk ~~himll Do 2
8T,~

15TE t
USSR/Chemistry - Ethers Mar 1947
Chemistry - Halogen compounds
"Investigation of the Properties and Conversions of
Alpha-Halogen Dialkyl Ethers," M. F. Shostakovskiy,
A. V. Dogdanova, 10 pp
"Zhur Obahch Rhim" Vol XVII, No 3 -
Explanation of a series of reactions of alpha-
chloro-clialkyl-ethers, as in their association with
HBr, organic acids and alcohols.
15T88

r. J1_ JA'j. Apo
1W.
so -
00
-40
00
09
00 1 "319. Syntheslit of ,.I-Dkh1arcth)-I-AIkyI Ethers and 11keir
TMniformations. (In Rumiam) X
_F-U9s*ay%U,
go z In. It. Kawan. anti F. P. Sjdel'iiiivaikata.'.r6ir-'N-aI
00 I;rprnit Chrmistry (US.S.R.). v. 17(79). May
'40
t7outlitimam art- descrilk-41 tor the chl4irmatisin 4 a**
*0 o vmyl ether III -ml.-r I- 44nin theldarrOtyl alk)l
ethers. Atethodmi tire w,,rkv,l out for thi- prepars -00
flun of chluroacutals, by chlormation it( vinyl ether
s. -h~ P-...- f %,sLt,,r or in mixturv with
00 v bu tyl alcohol. 15 rel. 0
.00
00 1
to 0
00
AS.,%L- -El -11trK.t. [Z-
It 4-9 -tot 4- Lit pmm
0 0 00 0 fe 090 0 000 0 0 CID 0 IS go*** 0
0,0 qj

Chemistry - vilwi, Auohol 4un,1947.
Chemistry - Alcohols
"Azeotropic., Mixtures of Vinyl Alkyl Raters vith Ll-
Pohols," M. F. Shoet%kovskiy, Ye. W. Prilezhaeva,
10 pp .
"Zhur Ob-ghchey Ehimii" ~Foi XVII, No 6
It is proved that vingl aD71 esters form azoot-rople
mixtures with alcohols at boiling temperatures nor'.
exceeding 24 - -250. Virql ethyl, vinyl butyl, vinyl
isobutyl and vinyl isoozyl esters were purified and
obtained in a chemically pure farm. Comparison and
elaboration of various methods of ana3,vals of the
vinyl eaters in the presence of alcohols vas accom-
plished,
LC M9

8HOSTAKOV8M) M. F.
/Chemistry - Acetals Jul/Aug 48
Chemistry - Synthesis
"Synthesis Of Unsaturated Acetals.," M. F. Shoatakcrv-
sk-tY, N. A. Gershteyn, Inst Org Chem, Aced Sci U&M,
4 pp
Iz Ak Nauk SSM Otdel Rhim Nauk" No 4
Describea first synthesis of a series of unsaturated
acetals. Lists properties of compounds prepared,
which are determined by the presence of a conjugate
system of double and triple bonds In the molecule.
Submitted j6 Apr 1948.
8 ACM21
FA 8/49TZ

SHOSTIMKOVSM, it. F.
USSR/Chemistry - Acetyls
Chemistry - Synthesis
mar 1948
IsConversions of Simple Vinyl Esters. 1I. mechanism of the Interaction of Vinyl-Alkyl
Esters and Alcohols in the Synthesis of Ace-11-als. The Significance of the -Hydrogen. Bond
in Reactions Forming New Compounds,'t N. A. Gershtey-ii, 1.1. F. Shostakovskiy, Inst Org
Chem, Acad Sci US3R, Lab of Vinyl Compounds, 7-23~ pp
"Zhur Obshch Khim" Vol XVIII (LXXK), No 3
1
ew method for synthesis of acetyls from vinyl esters and alcohols, without aid oJ'
N
catalysts, but due to influence of heat. Formulas for complex hydrogen bonds which
occur due to esterificaltion reaction which occurs during synthesis of acetyls.
Submitted 21 Feb 17147.
PA 69T13

USWXIbendetrjv - 2thers.. Polyzeriza- Aug
.tion of
0110mistry - Yolymerization
"Significance of the Pw~ity of Vinylalkyl
XthoLra on tle Polymerization Process-. Poly-
ma-wizatim of Vizqlbutyl Ether in the Presence
of Oiqgen-Containiag Organic Compounds,"
M. F. Shostakovskiy, F. P. SidelIkorskaya, Yu.
B. Khg%n., lust' 0,-g Chem, Acad Sci USSR, lab of
Vinyl Compo=dso 6j pp -
"Zhur Obehob KhImU" Vol XMI (=), No 8
The degree of polymerization of vinylalkvl
esters and, other things equal, the process of
19/49TZT
usmftemistrz - Ethers, Polywriza- Aug 48
tion of (Contd)
E~
Pol,wwrizatiom~ depen&e mainly on' purjt~ of
Original vtther. Oxygeb-Containibg o~ftpviinds --
dlooh6ls
.L , aldehyle6,, 1-6tones,afid wq4tAU~--'.fozmd
in.-camercial vlnylalkyl 6thersL,-gIvb'.Ir`ise to
peroxide - effect. and reduce 16gree 6f 1061.ikeriza-
tion of poly7-IuyIa3Jql:-bth9r f6vmedlp~ L*dbaniaa
of lroakin~'alf pol$wrization chaini b~,Ialcohole
Is oembin&tionj---.with Initial vinrIdWl!'dihers
br a=& fgrmatjon,,6f
ing SuIvmIttel. 20 Dee-.45.
19AW27