SCIENTIFIC ABSTRACT MATVEYEVA, N.A. - MATVEYEVA, N.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001033010007-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

_:MTVFW.A,.-NOA-~--
CMnge in the phagooytic activity of the loucooyten of perl-
pberal blood In childrm vnder the Influmce of a tonoMec-
tmW, Tirudy moL nauch. sotr. MCRIKI nolen-81 959
(KM 1011)
Io Zz pediatricheskoy klinW (zavo profo Mol.Mevskiy) Mos-
kovskogo oblastnogo nauchno-issledovatel'skogo klinicheekogo In-
stituts ineni Madimirskogo.
)r

1 3. -t 6- n
MA7VEYEVA, W. A. Cand Med Soi -- remote results of toAillectomy in
children." Moo, 1960 (2nd Mos State Red Inst In N. I. 110irogov). (KL, 1-61, 209)
-407-

KARCHMOS V.I., kaj9t,,mqd.uauk; PnMG1NAj 119L.p kandom9donauk;
!!~TTVAV-A,44- USWOVAp S*F*
Waticcobip 'betwoon adenoviruses and rheumatiam.. Terapearkb.
poo6t72-75 IGL. (MIRA 15 0-1)
1. 1z nauebno-ekapertmentallnogo otdols (sav, . doktor med.mauk
Ool. Voronkova),, otoritoluduplogichookoy kUniki (save - prof.
I,PY&. Sondul'skiy)p datskoy klitAi (sav. - prof, Mel. Olonkiy)
Mookovskogo obUwtnogo nawbuo-igolodovatel'skogo klimicbeekogo
ImUtata imen.1 M.P. Vlaftairskops
(AMOVIRUS IffECTIONS) (rxmuTiw)

MARGFMKOt V.I.; PINEGINA,, N.L.,- MAMMA, B.A.
Incidence of discovery of' antibDdies to adenoviruses in healthy
subjects and.those vith different diseases based on complament
fixation data. Vop.virus. 7 no.3s357-3(0 Hy-Je 161. (HIRA 140)
1. Hauohno-rekoperimentallayy otdol., pediatricheskaya i otolaringolo-
gichoskayn k1laW Moskoviskogo oblastnogo klinicheskogo instituta
imeni M.F.Vladimirskogo.
(ADENOVIRUS IMIECTIONS) (CCWLEKMT FIXATION)

MAPO=Op Vol., kand.med.nauk; ~MNKOVA# OJej, ddktor medausuk;
PIMINA$ W.L., kandined.mavk;,jATMWAj, N.A.
Aroblem of chronic adenorvirao Imleotion in chronic tortoillitis,
Ybots.otorine 23 tools54--57 Ja-Ftw 161m, (MM 14a2)
1. 1z mauabno-eksperimenWimogo otdala (sav. - dcktor medenM&
0.1, Vorozkornt)., Moskovskoy mauabnoy ctorlmolaringologichmkoy
klialki (savo - prof, I.Ta. $mduI'vkIjr)jp pedistrichaskoy
klinfti (sav, - prof, M,I.. Mmk.ty),, Oblaotmoga J~aucbmo-jeolodo-
vatellskogo klintcheakogo ~wtituta Imeni M.F. lMadimirskogo,
HDakrab
(MNSIXAS-MOYMES) (AMOMMS IMIECTIONS)

mmmo, nNEOINA, USHAKOVAt S.P.
Autolmme reaction agairmt antigens from tonsils in chronic
tonsillitis. Zhur.mikroldol. epid. i imun. 32 no-4:,%-53 A
'.161. VIRA 14:91
1. Iz Moskovokogo oblastmogo nauchno-looloodvatellskogo klinichs-
okogo iwtituia imani Vladimiralw
(TOMIS-DISEASES) goiANTIGENS AND ANTIBODIES)

I.A.
Mmedlate ud mote "=Its of tmaMeetwW in ebiLbvn.
FmUitrila 39 no.2155-W IP 161. (MIR& 3,492)
I& Is pediatricbemkoy idinAi (sav, - profs M.I. Olevakiy) 'I
.otcritolaringologichemkoy klinfti (say. - m~elw&mwy dayatell
mavki prof. 1-U. SemNaleMy) Nomkovokogo oblastnogo mauebno-
iseledovatellakogo klinicbeekogo instituts imeni M.F. VladIM12-
skago - (dlr. - ltand.modam* PsM. Lamm*O).
5owns-auBmw)

MATVEIEVA, N.A. (YAzanl,, ul. Shmidta.. 37., kv. 40)
`-Striiia-iiiii~-ecr thei receptor apparatus of the iris. Arkh. anat. gist.
i embr. ~,l no.10:3&-40 () 161. (MIAA 14-- 12)
1. Kafedra giattilogii. (zav. - zael. deyatell nauki prof. A.N.14islavskiy
(tleceasedl) Kammskogp darstvennoypp meditsinskogo instituta.
(E-U)-IN&VATION)
V

WRCHENKO, V.I.; PINEGIHA,, N.L.; MATVEYEVA, N.A.
Virological and microbiological parallels In chronic tonsillItia in
children. Vopodras 7 no.4:78-83 JI-Ag 162. (HM 15:8)
1. Moskovskiy oblastnoy nauchno-issledovatelOskiy klinicheakiy
institut Imeni 14.F.VladiMrskogo.
(7ONSIM-DISEASES) (ANTISTIREPTOLYSINS) (ADENOVIRUS INFECTIONS)

t4hTVE'7EVA , N.A.
.... ...
Changes in the nervous
ran. Nauch. trjdy Xaz.
1, Kafedra gistologii (zav. - prof. G.I.Zabusov)
meditsinskogo Instituta,
elements of the retina in glral.:coma Ir,
gos. med. drst. 14:227-228 164.
WIRA 18:9)
Kazanskogo

MATVEYEVI., N.A. (Kazan'. ul. Shmidta, 37, kv-30)
Pathomorpholoia of the nerve elements of the human rtina in
glaucoma, ArkJi. amt., gist. I embr. 47 no.12:50-57 - 164.
(MIRA 18-4)
1. Kafedra giotologii (zav. - prof. G.I.Zabusov) Kazanskogo
gosudarstvenn*go meditsinskogo instituta.

AVTBM Matva7va, N.A. 32-24-6-23/44,
TIM: Inareamirig the of the Spectral Analysis of Gages
by karicbment In tne Discharge of a Direct Curzon, (Povysheniye
abnvxtvM!e11nosti spektrallnogo araliza gasov putte obogaahcheniya
vxmWake putoyannop toka).
FMODICALS Zmaska.1ra Isboratorlya, 195B, Vol 24, Nr 6t pp 746-748 (USSR)
AIBSMCT: This work- wo -carried out under the sqmrvislon of S.E. Trish.
The bighost aegree or nensitivity is attained in high-frequency
disdbargn, on w1dah o-me Son a further increase of sensitiviV
can be a ttafted, by pzwrious enrichment', of the pa mixture. It was
founa that within range of a cathode disobarge the concentration
of the gas with fte 2vrex-loniza-tion potential is inoreanea, so
that this pbenomonon. may be utiUs*8 for the purpose of gm oen-
richment, the stage of -enricbment Increasing with the voltage of
the 8isebarge cmnvnt. This metbod can* however, be employed oray
in the case of pots ulth a lower- ionization potential; in the
present Instance It was employed for the enrichment of an argon-
_heliuamdxture having a content of 10-4 - 1075% argon. From the
care 1/2 workln-nethDa-desorikea It mV e.g.,,be seen that a spectrogmph

Iz=aasIngAb9 Stirwitivity of ibe Speerkral 32-24-6-23/44
Axw1pix of (Amax by 31brichment In tho Dischane
of a Direcrt Current
producea by NIP] WU vnts usea together with a discharge tube vddoh
is aescribed In- form of a mohmtloal aravin. Two otaibratiou
d1apass are givent one witbout eAAdbaents ana one with enriab-
sent of -the Sao mixture. The avange qmantio error in the ana4-
big is S:Lven as * 25%; it my be seen'by ouVaring okUbration
varrex Cwt argon ma enriched to five times the prwrioup enmmt.
TUs natliod am also be eWleyed for -the purification of gm aul
the sopmation of iaotopes. There wm 3 figures aW 5 references
2 of w1dch are Swist.
ASSWIMON: Leningradskly goavLWmtvavqyy univenitat im A.A.Zbdanova
(Lenlugraa State Mivenilty imeni A.A.Zhilanov)
1. Gases--Spectra 2. Dases---Test results 3. High frequency
discharges
CwM 2/2

24(3) SOV/2o-122-3-14/57
AUTHORS: Frish, S. E., Corresponding Member, Academy of Sciences, USSR..
Mal~.veyeva, N. A.
TITLE: The Investigation of the Mechanism of the Separation of Inert
Gase8 in a Dischargo of Constant Amperage (Isaledovaniye
mekhanizma razdeleniye, inertnykh gazov v razryade postoyannogo
toka)
PERIODICAL: Doklady Akademii nauk SSSR, 1958, Vol 122, Nr 3, pp 375-377
(USSR)
ABSTRACT: The pas-sing of a constant electric current through a mixture
of gases causes their separation. There are 2 hypotheses con-
cerning the mechanism of this separation: 1) The separation
is causel by the transfer motion of the positive ions towards
the cath:)de. 2) The separation is caused by a transfer motion
of neutral atoms (which appear under the influence of electron
collisions) towards the anode. The existence of a transfer
motion of the ions in the separation of the gases is proved,
but the qxperimental material available is not sufficient for
the total explanation of the mechanism of the separation of
Card 1/4 gases by an electric discharge. The authors, therefore, systematic-

SOV/20-122-3-14/57
The Investigation of the Mechanism of the Separation of Inert Gases in a
Discharge of Constant Amperage
1y investigated the separation of gases by a discharge in a
mixture of inert gases. The discharge tube used for these
experiments is discussed in short. After the beginning of
the discharge, the conc.entration of the components varies
rapidly and reaches a steady value. The time necessary for
reaching the equilibrium increases linearly with the pressure
of the mixture, and it slightly depends on the amperage and
on the composition of the mixture. The time necessary fothe
separation increases with the length of the discharge tube.
Also the time necessary for the intermixing of the separated
mixture after the beginning of the discharge was determined.
The following dependences were found by the authors: 1) The
degree of the separation increases linearly if the tube be-
comes lc,nger. 2) In the region of low pressures (0,5 - 1,5 mri),
an increase of pressure noticeably intensifies the separation
3) An ircrease of the omperage of the discharge current in-
tensifies the degree of separation. Initially, this increase
is a linear one, but later it becomes slower. 4) If the con-
centration of the easily ionizable mixture increases, the de-
Card 2/4 gree of the separation decreasea, and its pressure dependence

SOV/20-122-5-14/57
The Investigation of the Mechanism of the Separation of Inert Gase3 in E,
Discharge of Constant Amperage
becomes less distinct- 5) The dependence of the separation
on the ionization potential of the mixture components cannot
be found, in a pure form. The results given above may be explain.-
ed (qua:.itatively) by the assumption that the separation of
the gastis is caused mainly by the transfer motion of the ioria.
The higher the difference of the ionization potentials of t~e
mixture components, the higher the difference of the concen-
tration of their ions and the more distinct vill be the sepa-
ration -affect. For a more detailed explanation of the observed
laws, the dependence of the velocity of the transfer motion
of the ions on the discharge conditions and the role of the
diffusion have, at the same time, to be taken into account.
There are 2 figures and 4 references, 2 oilwhich are Soviet.
ASSOCIATION: Nauchno-issledovatellskiy fizicheskiy institut Leningradskogo
gosudarstvennogo universiteta im. A. A. Zhdanova
(Scientific Physics Research Instituteof Leningrad State
Card 3/4 University imeni A. A. Zhdanov)

240), 50) SOV/54-59-1-2/25
AUTHOR: ?Aatveye'va, N. A.
TITLE: SeparatLon of Mixtures of Noble Gases in a Direct-.current
Discharge (Razdeleniye smesey inertnykh gazov v razryade
postoya:anogo toka)
PERIODICAL: Vestnik Leningradskogo universiteta. Seriya fiziki I khimii,
1959, Nr 1, pp 11-25 (USSR)
ABSTRACT: For the purpose of investigating the separation of gas mix-,
tures in direct--current discharge tubes gas samples were
taken out of the range surrounding the electrodes after
establishing a dynamic equilibrium of ~he individual dis-
charge processes. The gas samples were then subjected to
epee-troscopic analysis.. The time required for the establish-
ment of a steady state in the discharge tube is dependent on
the preasure of the gas mixture in the tube and on its length.
In addition, the invoetigation covered: 1) The dependenoe of
the separation degree on the pressure of the gas mixture to
be measured. In this connection it was shown that the depen-
dence o:! the voltage gradient along the tube on the pressure
of the gas mixture is analogous to the dependence of the
Card 1/3 separation degree on the pressure of the gas mixture (Figs 8,9),

SOV/54-59-1-2/25
Separation of Mixtures of Noble Gases In a Direct-current Discharge
2)The influence exercised by the tube length on the degree of
separation (Tables 1. ` 2). Therefrom it results that the dif
ferenoe in concentration of part of the mixture such as the
readily ionized portion increases at both ends of the tube
as soon as it is lengthened.. 3) The dependence of the separa-
tion degree on the intensity of the discharge current. With
increasing amperage also the separation degree increases as
observed by many authors. 4) The influence exercised by con.-
centration of the readily -ionized component on the separation
degree. Once again a similar effect on the separation degree
and the voltage gradient along the tube was found. Further.
the author investigated the separation of a gas mixture in
which the impurity has a higher ion potential than the basic
substance as well as the influence exercised by the ion po.-
tential and the atomic weight of the mixture components on
its sepaxation. The following conclusion was drawn from the
results obtained: The separation of gas mixtureBin a direct-,
current discharge may be employed to the purification of
gases from impurities with an ion potential lower than that
of the busic substance. The enrichment of the mixture with
Card 2/3 readily :.onized impurities in front of the cathode in the

BOV/54-59-1-2/2j
Separation of Mixtures of Noble Gases in a Direct-current Discharge
discharge tube may be used for increasing the senBitiVity Of
the analysis of gas mixtures. The analysis of an argon-helium
mixture is given as an exampleg in which a calibration curve
was plotted within the range of argon concentrations of from
2*10-5 to 10-4% by way of argon enrichmonto The author thanks
Professor S. E. Frish, Corresponding Member, AS USSR, for
having both proposed and supervised the work. There are 22
figures, 3 tables, and 16 references, 7 of which are Soviet.
SUBMITTED: June 10, 1958
Card 3/3

A

NJ
G.T. and
AVV1WRSl Gr&ROV$klY. V-L-- Lukty"ROW, U'- SV
ftrateaka, Z.G.
Irm t aspert on the Second AIX-Union Confarono* so 499
nostrouLas
-4
9021001CALs E,"ot*khnLka I elektrontka, 1959, Vol 4. 3r 6.
pr L339 - 1338 (USSR)
AMRACTi The conferencep was organisod by the AO.Sc.USSlt. the
''. Ministry of Higher Sducation and Moscow State University.
A&A'Sladraw. - 'Weasurowent of the a" VowLty During
Ske ormaide Operation at a Discharges (a P 1306 of
:o
f a Striated
the jaurwa).A.T. Nodespasov - The Notur
positive Columm..
V,Z,Paral' and T.1blu Kagan - Oft* Theory at Probes tar
-
Ltrarr Presomrso.
Wb
- 1rh
of a Dischar
e
Positive C04mm
t
l
.
W
a
g
ganjo
is a a OIL Regime..
qj-L-9WXYnkGW - *Influe"O of the processes of the
Annihilation or the Negative loss on Their Concentration
in the ColumaO.
N,D- Gahazishand kjPAsAchzLLL- sAnos"ous Scattering,
rw~rtiom of Plasma Oscillations and Plan" Assaftano
W.I. W1 4-tovIels - 'Inersy Lost by Charged Particle: for
Oscillations In plarms, (the 14mgmair
P--&"*) * and 'no Thearl of Xem-linear PI&s&& OseLlIations-.
11.4. Karttakov and Z.G. Wakrashpvto -04pandeace of
t
de H
to tr
ton or a pal
T
th
arathr
o
a
o
o
e nF
es
Vlseb"Se on the Material of the 19106trodeal.
and - -Formation of Lj,%t
-
I-V*to OIL the ARod* -
~i a Gas Discharge (*go P 1301 of
the Journal).
W.A. NOR --Distribution of Binary Mixtures at loars
Discharge-.
,
-
'
snow and T F *Son* t1beammans,
;.
z7s
t0
1.

'The POssLbLLItY of
1.0. jftsigney and
Obtal-4, lushly Gaftoontroted plazzaaw.
- A -Some Character-
Q.v. SmiraLtakays and B.N
-
Latin* as, "a oxv.,narge Is an Zen Pump and in a Magnolia
res"OtIon, Vacuum G&Ugol.

-
o
uthsr&M A. r. 0 Pr pertlea of
and 0 E-
Tie. T.
9
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ls
-
--
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ccl
* Magnetic
I&tlo a
a BlectAn ca
n
wis
:bar
,,,.,,,
(.! , 1253 .1 the Journal).
:
Its paper by L.K. 31barman and B.A. Veklenxe eonsidered
the approximate methods for determining the sonsentration
of atoms at the radiation levels.

Anghl"m read a paper an
Z-JC"obejL=w ona &.&. T
Nad-ototL-suary Theory of the Stark Broode-An of She
Spostria Llues in plaza&*.
N.R~ X&SID& and S.1L.-KandsillabLass. - "Tbe Broadening
10-U6 Shift of Spectral Unes in a (Las-41scharge Pla&aa-.
J"t (Ingland) . *The &¬ice of slootres collision&
'
Lending to the Vzoltati.s, of the Molecular Hydrogen In
a Hydrogen Dieshargam.
W-AalAgn9w at 42. - -3-* Properties of the Aft
Discharge in an Atmosphere of Inert Gas***.
A.A~Xak and N~R-W&Arukow - eProduction of Risk
'
m
.
wporsturas By me*nz of Spark Discharsee
T
am

X&TTRWA, N.A..
Separation of mixtures of Ingrt gases In a d.c discharge.
Vent.LGU 14 uD.4:11-25 '59. imin 1,-:5)
(Blectric discharges through gases)
(Gases, Rare)

BOY/48-23-8-19/25
AUTHOR-
TITLE: Separation of Binary Mixtures of Rare Gases in Direct-current
Discharge
PERIODICAL: Izvestiya Akademii nauk S33R. Seriya fizicheakaya, 1959,
Vol 23, N:' 8, pp 1021-1025 (USSR)
ABSTRACT: In the introduction the results hitherto obtained in other in-
vestigations (Refs 1-8) are discussed. It is pointed out that
these investigations are carried out not to explain the
properties of electric discharges in gas mixtures and their
applicability to the separation of isotopes. The experiments
described. by the present paper were performed by means of a
discharge tube shown In figure 1. Binary mixtures of helium,
neon, and;.argon-were investigatedi-It was found that after the
beginninj: of the discharge..a change in the properties of the
mixture occurs along the dischhfge bolumn, attaining a steady
state after some time. This state of equilibrium is discussed,
and the ctffect of pressure and tube length investigated. An
enlargemeint of the tube length increases the time of separation,
Card 1/3 while pressure rise causes a linear increase of time to reach

SOV/48-23-8-19/25
Separation of Binary Mixtures of Rare Gases in Direct-current Discharge
the state of equilibrium. The measurement of the degree of
separation is discussed, and the results are shown in the
diagrams of figures 3 to 15. The dependence of the degree of
separation on pressurep amperage, and concentration of slightly
ionized gases is then discussed. Further, the dependence of
separatioa on the ionization potential of the components and
on their atomic weight is investigated. Because of the existence
of mutual influence between the components of the gas mixture,
it is difficult to develop clearly this dependence. It is
described, howevery by the diagram of figure 6 for moderate
concentrations of easily ionizable impurities. Finally, it is
pointed out that the separation depends on the ionic mobility.
The increase of the degree of separation by increase of the
difference of the ionization potential of the components is
investigated. The change of pressure of the mixture and of the
composition of the mixture causes a variation of the separation
degree, which originates from an ionic-velocity change. A
model for separation is developed approximately, and the know-
ledge of ionic velocity, of the relative degree of ionization
Card 2/3 of the components as well as the dependence of these quantities

SOV/48-23-8-19/25
Separation of Binary Mixtures of Rare Gases in Direct-current Discharge
on the discharge conditions and on the concentration of the
mixture components is said to be important for the development
of a theory of separation. There are 7 figures and 8 ref-
erences, 4 of which are Soviet.
ASSOCIATION: Nauchno-iseledovatellskiy fizicheskiy institut Leningradekogo
goo. universiteta (scientific Research Institute of Physics of
Leningrad State University)
Card 3/3

MATVEYEVA9 N. A., Cand Pbys-Math Sci -- (diss) "Separation of binary
mixtures of inert gases in a discharge of direct current." Leningrad,
1960. 8 pp; (Leningrad Oxder of Lenin State Univ im A. A. Zhdanov);
200 copies; price not given; (KL, 25-609 126)

TSVETKOV, A.I.; YERSHOVA, Z.P.; ~!tTVERVA N.A.
-.' --p -- - .,
Synthesis of chrordurn silicate similar to olivine. Izv.
An SSSR.Ser. geol. 29 no. 2:3-15 F 164. (MIA- 17:5)
1. Institut geologii ruCnykh mestorozhdeniy, petrografii,
mineralogii i geokhimii AV SSSR, Moskva.

TSVETKOV, A.I.; WASNIKOV, V.S.; SIICHEPOC4INA, N.I.; MATVEYEVA, N*A.
Nature of lame.13ar formations in titano magnetite. Izv. AN S~`R.
Ser, geol, 30 noo2:16-32 F 265. (MIRA 18:4)
1, Inatitut geologli rudzWkh o.estorozhdeniy, petrografii, mineralogii
i geokhimii AN SSSR, Moskva.

KMVKOFA4. N.I.; KIMAKOW... O.M.; HATVEYEIrA N.A.; VOLKUVA, L.A.;
TS DORA, N.D.
Effect of methylamine in various media cc the structure and
reactivity of cotton fibers, Zhxwb prikle, kW=, 38 no,5slC-77-
1084 My 165. (MIRA 18:31)
1. Institut vyvokcmolekulyarnykh soyedineniy AN SSSR.

LIVCHAK, I.F..Prinintall uchastiye: LOEtAGFBV, P.F.; SLADAOV, S.P.;
GRUDZIXSXIY, M.M PDLIKARPOV, 1r.F.; IZYANSKIY, A.Z.;
KONSTANTIMOVA'. -A - ST MIM, V. P.
red.izd-va; MUCHALINA, ed.
(Instructions for using improved sanitary equipment in large-
panel buildings] Ukazeniia po p-rimeneniiu usovershenstvovan-
nykh sanitarnc-tekhnicheskJLkh ustroistv v kruprpelementufth
domakh. Mosin-a, Goestroiizdat, 1963. 85 P. (MBA 16:8)
1. Akademiya Etroitel'stva. i arkhitektury WSR. Institut sani-
tarnoy tekhni):i,
- (Sanitar7 engineering-Equipment and supplies)

MATZYYWAI~ N.Aal lr%h. s-lurhbjr putl (Riga)
Relnfora.ed con(::r,-,tte slabo 3n t-zc-isings, Flat, i pit. khoz. 9
no.l,:12-:'A-3 0615 (MTRA 18,.-2)

4 11 A -KOVA.
VOL
R.T.;
Piction of the prir~&ry al~lp,'-ttic &,,,Ines on the stlnuct,~.rc- ara4a
reL L
, ctivity of c~.lttc.n celiulosp 'ibers. Zhur. prikl. khim. 38
no.4:919-925 ii,, 165. (MIRA 18:6)
Inatitut v7y---.)komol.akulyarrykh soyedineniy AN SSSR.

KUMOVA. N.1.; MATMEVA N.A.; KULAKOVA, O.M.
-------
Changes in the sLructure and properties of methylamin -activated
cellulose fibers during their storage. Zbur.prikl.khin. 38 no.691360-
1367 Je 165,, (WRA 18: 10)
1. Institut vys,3komoIeku1yarnykh soyedineniy AN SSSR.

MurbfsaP, V.V, arof Malvervis, N.G. 11).I. Mcnacirev hiorcow Ififtlifule of chenlical F"ginvec-
ivig), Steri# Ismolera-tor; -inj .. Myr'WrtrAII4&r, of bolvistyrole. 114S-8
S.S.3 R., Do"Y Vol. go.

. 1. KORSWIP T.V. GRIBOVA,, I.A. HAWEEVA, N.G.
2. USSR'(600)
3. High Molecular ftight Cwpounde
4, Progress-in the iqntheais of high molecular weight compounds.
Unp. khim. No. 1-1 - 1952.
t
9. Monthly L-Lat of Ruslan Ac~assions. Library of Congress, February, 1953. Unclefisified.

U.S.SR/Cu'emistry Plastics, Jul 52
.~"From the Field of High-1401~ecoax Conpowds.
XLVI - Concerning the Polymerization of 2,6
Muetbyl-4 Tertiary-Butylstyrene)," V. V..Kor-
~sbak): N. G. YAtveyeva, ~Ioscow Chet-Teeb tust
lm~eni D.I. Mendeleyev
"'Mur.0bahch Xhim" Vol 22, No 7, P.P 1173-1176
r~~9,6-Diiaethyl-4-tertitLry-butylstyrene vas prepd
a
d olyme iga~bed.
its -13 rizat-ion capacity invest
It was not polymer12ed by heating, under
';~:,x,:.effect of benzoyl peroxide, or by direct sunlight,
22,QT40

WArVE YGVH
Chemical Abst.
Vol. 48 fln- 5
Mar. 10. 19S4 skew I., alroat
OTp nic chamtatrY PL-%Fn--d-v-,,bjOv"
if IF Irmajok -nd S. V. Viwv
P A AV AkDOftL.

'Um'~~st ry - Plastics, Polymeri- I Aug 52
zation.
d-I 2he Effect of Stereqchemical Factors on the Caya-
C.- city of Substituted Ethylenes for Polymerization,
RIJ V.V. Korshak, N.G. Matveyeva, *3~nst of Org CI~'
Sci USM.
nAPk Ak Nauk MOOR" VIDI 85, NO 4, PP 79~7-
Pow gro of cagpda mere tested in regard to
their ion cavaciti: (1) etheene
tetrahalides; (2) unsym disubstituted. etny.Leness"'
with.'simple substituents; (3) ortho.-substituted"
~15 xvoche*'~ ~ta4jj an ~ejsent
"t the ability of Many subs Ltituted.-etbylenes,;
-have an,es pecIAL sjgnifj.:~
They,
.JtUte& etbylpnea' &Md7it
~66e in tet==bSt
VMG aj.$o ShQIM tb&t they,~haVe essential
~I ReMing in d:L- and,even in aome mon o4Ubeti_L
I' ifie rdsa~s f th64okk &Uo:;
~*Ltii etbylenes. re 0
.:proved ~tbavtke'cajxcity. of the sittatituted
Othylene forLpolymerization, is affected not
~.~Oaly,by. ~h6:iufluenae of the iubsitituent, 46n.
AhAk aet-:j%,j-t7- poIAM-4-:114, 4~Z the aouble,bond,
utL so bylitalmrely spatial influence in-
and eje lireVenting yoj~~rjz&tjojj.
byAcad A.H. Ifewwyanov M di
:~?.msented 5,, J 52.
E_

KORSHAK, V.V.; WVMYA, N.G.
Wom the field of high moleculur weight compounds. Report 59. Stereo-
chemistry ofoC-mcthylstyrenes in connection with their capacity to poly-
merization. I2v.AN SSSIL Qtd.khim.nauk no.4:751-756 Jl-Ag '53.
(MI-4,L 0:8)
1. Institut orgarAcheskoy "imi:L Akademii ruink SS.SR.
(Polymers and polymerization) (Styrenes)

NORMAN, VeYe; XLTVSMji, N*G,,
V--M.W.W-at
From the field of h1& nolecular vow CompunU4. Report 60. Role
of stersoobsulcal factors in the pol~mmwlzstlox 'process. IsrAX S=JL
Obd.kh1m6m=k.u9j,;XP&n= " 153. (mm 6:12)
1. Institut orym!Lchemkoy khimil Akadsull.omk SM
OPDXvam~rs SM Volymerization)
- jop

i T72 -
do:~

IMMM, T.V. -. MATVIMA. N.G..
- -
High molecular weight cmpanuft. Isv.AR SSSR,Otd.khIs.namk no.5:
942-944 3-0 '55. (KM 9:1)
I.Institut elesentoorganichesklkb*,Ooyedineuly Akadoull nank SOSR.
~v
(styrene)

, ~ I I- -e r- - ; , pI -t. -
or UA-*1ecu3&r Substances F
fo 027 ~
As Joar: Xeforat Mar-MUdya, Xo 9, 1957, 3(*10
Author Korsbak V -V., Ntrov A. D., #wtveyeva N. G., Hircuoy V.P.,
.Xildtin Somlykb-Zedim. a.
Inst 0 ~41*0_n
Title 'Cowi-erail* Hi&-2blectilm 'COr4;krdUft. XCM PolWrization
zation Of 601* Sj. lieon-Olefins
orig ftb: zh., wan, iq~6, 26, No,4, 12D~_lw
s7-
Abstract: the.ten6mey of tri__U.;bUty1_&Uy~L' -ilane V 1350/
ft
12.2m, D 1.4534, d,;- 0.8031, methYl-4M
IP, xi-poo. 1.1436, 11,0~!_O .736 ~dlm
BP to-
!,.tramthallyl,,siLum (IT)-EP 269.5 ID 1745.=,--
83-ft /65
ni"D 1.539i, 0.0229, to po.Lywrize'abd
-copl ymrdLze with
=thy' wthemlaI4 (VI) and styreze (VII). I-IV do not form
polywra either oxt beating (1000 and 1600, 50 hours) vith or
Card :-1/2 _118

BAky N, A.A.; PATVXMA,. N.G.
Polymers with conjugated bonds In the macromolecular chains.
Part 3: Polyamimquinones. Vymokom.soad. I no.11:1643-1646
N 159. (MIRA 130)
1. Institut khinicheakoy fisiki AN SSSR.
(Quinonve) (Polymers)

BLYUMMID, L.A.; BIRLIN, A.A.; M&TVXMA, N.G.; KALMANSON, A.R.
Polymers with conjugated bonds In the macromolecular chains.
Phrt 4: Some characteristics of polymeric compounds having
different atomit in the chain of conjugation. Vysokom.soed. 1
no.11:1647-1652. N '59. MHA 13:5)
1. Laboratorlyat anizotropn3rkh struktur AN SSSR.
(Polymers)

5.3700 77099
s OV6 2 - 5 9 - 12 - 4 /4; 3i
AUTHORS: Berlin., A. A., Matvey*eva, N. G., Sherle, A. I.
TITLE: Letters to the Editor
PERIODICAL: Izv estJ.ya Akademii naWc SSSR. Otdeleniye khimicheskilch
nauk 19170, Nr 12, p 2261 (USSR)
ABSTRACT: Reaction of 1 mole oC copper salt of acetylacetone with
2 moles of tetracyanoothylene under vacuum, at 160-
3000, p:roceeded with formation of a complex polymer
and sepiration of acetylacetone. The polymer (infusible
black substance) was insoluble in organic solvents, in
bases and diluted acids. IR absorption spectrwn showed
no intense absorption bands in the 700-3 000 cm-1
range, with the exception of a 2,224 cm-i band corres-
pondine. to the CN-group. The following structure of
the chElate was sugge2ted:
Card 1/3

jjetters to the Editor
-C
77099
sov/62-50-12-4,1/4':~
Elemental analysis showed the presence of acetylaceton-
ate groups. Electron. paramagnetic resonance spectritm
showed broad intense lines with 500-700 oersted separa-
tion between peaks. An eqiortiolar mixture of copper salt
of acetylacetone, tet.racyanoethylene, and fluoronitrile
gave a copolymeric chelate with a presumably bandlike
Card 2/3 structure.

Letters to the Editor '17099
sov/62-59-12-43/43
ASSOCIATIONt Anivotropic Structures Laboratory, Academy of Sciences,
USSR (iaboratoriya anizotropiche8kilth strWctur Akademil
naWc SSSR)
SUBMITTED: June 5, 1959
Card 3/3

5.3610,5.3832 77098
sov/62-59-.12-42/43
AUTHORS: Berlin, A. A., Matveyeva, N. G.
TITLE: Letters to the Editor
PERIODICAL: Izvestiya Akademii nauk SSSR. Otdeleniye khimicheskikh
nauk, 1959, Nr 12, p 226o (USSR)
.aBSTRACT: P lyccndensation of equimolar amounts of chloranil and
enzidine in 2 M sodium acetate in methanol solution
gave polymers with 2 chlorine atoms in the basic unit.
These polymers were soluble in sulfuric and formic acid,
and soluble to a large extent in dimethy1formamide.
Equlmolar amounts of chloranil and benzId1ne in dimethyl-
formamide in presence of a 2-fold excess of sodium
acetate gave polymers in which chlorine atoms were
replaced by acetate radicals. Such polymers were
soluble In sulfuric acid and insoluble in dimethyl-
formamide. Their suggested structure is shown in M.
Card 1/3

Letters to the Editor
77098
sov/62-59-12-42/43
CI
_NN AC
I Ac N NH,
-H