SCIENTIFIC ABSTRACT FELDMAN, N.KH. - FELDMAN, S.B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000412830001-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 31, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

qfi~R/Cbemlstrr - syntbetic Pharm- sesv 1:
ceuticals
"Synthesis of Aminosulf ides and Aminosulfones.
X1. SyntheEis of 1,1,1-Trichloro.-2-Hydroxy-
Mane-(n-Nitrophenyl)-Sulfide, Its Acetcxy
Dorivative, and Sulfoxide," N. Kh. Felldman, T. T-
Ourevich, A3.1-Union Chemicophar last imeni
Ord,zhomikidze
"Inur cfbsbch KhW vol xxi, No 9, py 1656-1659
CoWensatlon of chloral with u-nitropbenylzer-
~.&ytan yielded product. of vtddn of 1 g-mole of
chloral. to 1 g-wole of mercaptan, .(without sepu of
F20). In acetic anhydride medium. acetylation of
191T46
PSISR/Chemlstry - Synthetic Pharma-. Sep 31
ceuticals (Contd)
(K group also occurred. Nonacetylated product's
sol was decompd'uponi attem
Pts at acetylation or
~addatiou. Acetylated product was oxidized to
'~~Bpon&jng sulfoxide. Both condensation
*oducts were decoupd by heating or actionof
j SOJUS.
191T46

YlLINAN, N.L., insh.; UJTOVOT, Ye.A., inzh.
Direct water pumping at the "Novo-Tgontrallnara" mine of the
Stalinshakhtontroi Trust. Shakht.stroi. 4 no.2:24-26 F 160.
(MIRA 13:5)
1. Trost Stalinshakhtostroy.
(luznetalt Basin--Kine draiWo)
2

FELIDMAN N- L.,inzh.; CHILIK3, I.M., inzh.
Efficient work organization layout for mining inclined workings
of considerable length. Shakht.stroi. 6 no.2:23-24 F 62.
1(MIU l5t2)
1. Gornoprokhodcheskoye upravleniye No.13 tresta Donetskshakhtustroye
(Coal mines and mining)

FELIDMANO IT.L.,, inzh,; CHILIKIN, A.M.,, inzh.
Reinforcing junctions and workings of large sections with arch-
type pliable supports. Shakht. stroi. 7 no-4:27 Ap '63.
(MIRA .16:3)
1. Stroitellw uchastok No.13 tresta Donetakshakhtostroys

FELIDMANO N. L,
OComparative Toxicity for CelIm of Diffund aW GramLbw Dyes,," Dokl. AN SSSR.,
59, No.5., 1948
Lab, CyUlogy and Iab. Histology,, Irat, Exptl. Mod., AMS

FELIDYAN,q No Le
"Problem of the Diffused Coloring of .a Coll by Certain Baaic Vital Dyes.' D*I.
AN SSSRs 590 No.62 1948
Lab, Cytology and Lab. Hi6tology,, Inst, IVU. Ned, j AM

oilw - Coll Oct 48
- Ploents
I~Mw Role of Coacerwation in Depositing Granules of
IA916 Vital PigRente in a Cell)" N. L. Felldman,,Lab
of Histolo Inst of lxperlmental i4ed, Acad )bd Sol.'
USM, 3 ~/4 pp
ftDok Ak Nauk sm" voi Lin, No 6
Experiments vith horse serum denatured by -beating,
VhIch is incapable of coacervating pigments, prove&
that coacervation of pigment in native cells occurred
dwlng, denaturation. This explains the inability of
lzkjureiL cells to granulate ginee the- native albumen
M /ILCVM7
'1~"&Icine Can (Coutd)
is produced only- In living cells.
A. Orbell 9 Aug 48.
Oct 48'
Submittedby

:::.7 1 :-~~ -, - - -1
.2433-9. 1% L. 0 rasprodelonil 0sT10vl-*l-ll v
Tnid,,/ Al-ad. naW~ 333R, T. 111, 10-10, S. 16-190
30! lotopis, No. 32, 1949.

T kit md *air binding by
and N. L. PO'domp'. pokWy .4k4j.
ef. C.A. 43. I()7,3,r.-
threshold OF wjwtmty of frog M&Wle after
the "Wingot Cloctirrot by myWq by difft,44m
be
of The free dye into XvIstia from its mist, with the protein,
it
according to 111mmom (C.A. 43. 107.31) shop"I a Clow
tiftlemot bitliver" the 2 pro
.pertles. In I1h.CIj
series taiticity declines frwri onjobochito green to Crystal
let amil further to turk6l". whk-h em"povo.ts to the
vin-loinding power. In Otmeltoe 41ye Stourv, the (WAI
Site Now hv.lrA%qhk%Wc, folkivird by the mill.,jr.
lott"I by 4rrr%A Note. Its atitir Ivrs thr mitt i-
T41"Itift Wkitt"111. SAICA41191W. mutral red. whit# the
Iloksit" see arvan"It northylor" little. 149"finor blue.
and Ito the umiloormot merks the ardcor is: tri"Mitte. Pyre-
tolne. limlarahme; the latter romigul. J4 itiverlAtortAl ill IhAj
with lowtu inookity It 14 the in" rvwldy motmortrd toemb"
u( the wrlc%~ ~Tbv blailing by proteins I,& " limict,% too
inytooin. tout Worm mit"Itarty with tot gkibodto stut "S
macin. Ckworalty. Inemoor of roe, at Ph rm)" l"Mit"
too.k.1ty I~Ul proxcin binding. 6. 1611. K"AAPOR

so 4"Osuradva, tas t"Ir cascervatift with
6%I MOM&
allicuum In
Im It O.In AXIZ~Iil.
(pit 64--0) ::-05 =.is ... wk
ji.. NtM - - SID190) for technique)
'. I% Ioll~adsig .=.'s'tudy denaturation factorsi.
t 0 gave reversible coalruistion in the cold, Irreversible
I
"CO I
at roM temp. OW the ~ ! no cowervation with
the d,.. even on later n. 0=. at 0* cowervetion Is -
restored an adds. of HoO to the pptd. mtem. liestinf
COUS" kw of coaceirration at W-M' and UNWIT at 00
the charecter of the ppt. changes- sn"nMim albumin
t~ dr seem 70 &1 6xtfb the soln. revsain~
c ar pl~61_7). 7.;:8o it Sbowl greater therms
hl
&b y Ultrav~F
stability. Ultraviolet lit rapidly stops coamirration at
t~
rootatemp.oratV. Una. In denaturbstiproceirm. binders
M solos. cosoerystion craws
Punible idpificance in the
c CCU d-T is discussed.
M. Kosotspoff
T.

FICL'DKAN, N.L.
Caux"s of.depression of granaloprecipitation of dyes in injury
of calls* Doklady Akad. nauk SSSR 89 no. 2:345-346 11 Mar 1953.
(OLML 24:1)
1e Presented by Acadeniolm A, I, Oparin 15 January 1953,

Ar
ALIKSANMO7, V.1k.; MIDWO N.L.
SttAying the increase In the resistance of cells as a reaction to
high temperatures [with summary in Uglish). 33bt. shur, 43 no,2t
194-213 7 158. (MIU 110)
1- Botenicheekly institut In. T.% Komrova Akademii nank SSSR I
i;etitut taitologii, Akgemii naik 382, laninMd.
(Flantse Iffect of temperature on)

LYUTOVAR M.I.j FELIDWY N.L.
Investigating the ability of temperature adaptation in name marine
algae, TBitologiia 2,no.W99-709 N-D 160. WHI 13:12)
le Botanichookiy institut AN SSSR i Institut tsitologii. Afl SWAV
Leningrad.
(ALGAE) (PLAWS Kn?= OF TPMMLTURIC ON)

FELIDMAN., N.L.
Influence of sugars on the cell resistance of some higher
plants to heating and high hydrostatic pressu:re. Tsitologiia
4 no.6.-633-.643 R-DI62 (MIM 17:3)
1. Botanicheakiy institut AN SSSR i Insti-tut taitologii
AN SSM,, LeningracL

FELIDMAN, N.L.; LYUTOVAp M.I.
Investigation of the thermostabi1ity of eel-Is of some sea grasses.
Bot.zhur. 41 rio.4t542-546 Ap 162. (MM 15:8)
1, Inatitut tsitologii AN SSSR i Botanioheakiy institut imeni
Komarova AN SSSR., Leningrad.
(Seaweed) (Plants, Effect of temperature on)

FELDMAN, No L..and KAMENTSEVA,, 1. To.
"Heat Resistance and Cold Resistance of Calls of a Leaf of Yellow
Star-of-Bathlehem at Different Phases of Developnentom pp* 76
Institute of Cytology of the Academy of Sciences USSR, Botanical
Institute imeni V. L. Komarov of the AcadenW of Sciences USSR
jI Nauchnays Konferentstya Institologii 04 555H. Tezisy 1)ok1jqdOv (Sooond
5sientific Conference of the Institute of CytoloV of thn AcadAm-v of Seleir-ee
u&%il, Abstracts of Reports), Leningrad, 1962, .88 pp.
JPRS 20,63h

FELIEMANX-N,-L.; KAKEIMEVA, I. Ye.
'Beat and front rest stance of leaf cells of the yellow star-of
Bethlebem, at different stagn of development. Bot. zhur. /*8
no.3'.414-419 Mr 163. (MIRA 16:4)
1, Institut tgitologii IN SSSR i Botanicheekiy institut imeni
Vs L, Komarova AN SSSRO Leningrad.
(Plants, Effect of temperature on)
(Yellow star-of-Bothlehem)
T"

FE IANL_ N. L.._
"Heat hardeiing undernatural and experimental conditions-"
Un= - InternatIonal PYIDPOSi'm on the Role of COU R4.6tious in A&ptatims
of Metazoa to Faviromeftal Temperature.
leninmdo USSRO 31 NOY - 5 June .1963

TROSHIN.A.S.P otv. red.; ARRONFT,N.I.,, red.; BMER,T.V., red.;
Z11I&W1SKIY,A.V., red.; KUSAKIUA,A.A.p red.; PHO~=R,
K.L., red.; IDZINA-LOZINSKIY,L.K.9 red.; POLYAIISKIY,
Yu.I., red.; SUKHANOVA,K.M., red.; USHAKOV,B.P.,, red.;
FELIDMAN)N.L.p red,j ALEKSANDROV, V.Ya., red,
www*"L~~~
(cell and the temperature of the medium; transactions)
Kletka i temperatura sredy; trudy. Moskva, Nauka, 1964. 303 p.
(MIRA 16:1)
1. International Symposium on Cytoecology, Leningrad, 1963.
2. Institut tsitologii AN SSSR, Leningrad (for Troshin,
Arronet). 3. Laboratoriya koemicheskoy biologii Institute,
tsitologii AN SSSR, Leningrad (for Lozina-Lozinskiy).4. La-
boratoriya tsitofiziologii i tsitoekologii Botanichskogo in-
stituta im. V.L.Komarova AN SSSR, Leningrad (for Aleksandrov).
5. Laboratoriya sravnitellnoy tsitologil Instituta tsitologii
AN SSSR, Leningrad (for Zhirmunskiy,, Kusakina, Ushakov).
6. Laboratoriya tsitologii odnokletochnykh organizmov Instituta
tsitologii AN SSSRj Leningrad (for Sukhanova). 7. Botaniche-
skiy institut imeni V.L.Komarova AN SSSR, Leningrad (for Arronet).

ZAVADSKAYAO I.G.; FELIDIMAN, N,L,,- KAME21TSEVAi I.Ya.
,Carbohydrate content and cold resistance in the aells of higher
plants. DoIcl. AN SSSR 157 no-4095-JW1 Ag 164 (KIRA 17:8)
1. Botanicbeskiy institut im. V.T,. Kamarova AN SSS)R i Institut
tsitologli AN SSSR. Predat-avleno akaJcmtkon N.M. Slaakyanomo

BEBKOP V.G., inzh.; MEL'ITICHENKO, G.I., inzh.-.; FELIDMO, N.M., inzh.
Protection of 10 kv. rural electric power distribution lines fiom
single-phase short-circuits to ground using a search method. Energ.
i elektrotekh. prom. no.3:10-11 JI-S 164.
OMM 17:11)

FALIDMAN, N.S., insh.
----~7~heWZ benobing rachine. Stroi.mat. 5 no.8:30 Ag 159o
(MIR& 12:12)
(Azerbaijani-Qtwries and qqW710;~rN~ij*ent and supplies)

BrROT, Aerre; SMMYAIWSXIT. Ta.I. [translator]; VOLKOV, A.V., redaktor-,
FELIDW, 0.1., redaktor; MONOT, A.P., tekhaichookiy redaktor
[Portugal; regional geography study] Fortugalita; raionno-geografl-
oheskii ocherk. Sokr. pereyod a frantsusekogo IA.I.Serebrianskogo.
Pod red. i so vatup. statlel A.T.Volkova, Hoskva, Izd-vo inostran-
noi lit-ry, 1952. 175 P. [Microfilm] (MLRA 7910)
(Portugal-Geograpby)
(Geography-Portugal)

r M FT3 L-1%. Is
FMM&N, T.We. SAPGIR, L.M. [tram latorl; OBMGA, R.R.Etran3latorl; XMIA,
V*3., redaktor; PARCHEVSKIT. 0,1., redaktor; IGNLTIYZV. G.M., re-
daktor; YZLIDMAN, 0.1., redaktor; GLUSIMOT, To.S., tekhnichaskir
radaktor.
[Ireland; physical and economic geograpby. Abridged translation from
the English 'uy L.K.Sapgir and R.R.Obergal Irlandiia; fizichaskLia i
ekonomichaskaia geograftia. Sokre perevod a angliiskogo L.K.Sapgir i
R.R.Obarga. Red.i vstupq statlia V.E.Kuninole Moskva, Izd-vo Inostran-
noi lit-ry, 1952. 399 P, (HIBA 8:4)
(Ireland-ftysical. geography) (Irelant-Economic geograph7)
-s7

I f IT R.
KNOGOLIM, H-1. [translator]; KYCUKOVA. G.V. (tranalAtor]o YCRAL - 0. 1..
radaktorl IOVtIVA, N.A., tekhnicheskiy redaktor -
[The crisis in U.S. agriculttLre and the condition of the farmer;
a collection of articles. Translated from the Baglish] XrIzIs
sellakogo khosiaistya SShA i poloshenia farmerov; sbornik viaterialov.
Pereyod N.I.Khogolet I G.YoKychakovole Kooky&, Izd-vo inostrannoi
lit-ry~ X955, 209 po (KLRA 9:9)
(United States-Agrioulturs)

HANZNIXA, Jirij ZIIKUND, Miroslav; YBZHOV, V.D. (translator]; POTIUUN, I.N.,
redaktor; RUBINSWEYN, G.I., redaktor; YZLIDMAN, 0.1., redaktor;
NIKHMOVA, A.N., takhaicheskiy redaktor
(Africa of dreams and of reality. Translated from the Czech] AfrUm
graz i deistvitallonosti. Perevod a chashekogo V.D.3%hova. Red. I.I.
Potakhina. Moskva. Izd-vo inoetrannot lit-ry, 1956. 277 p. (HLRA,. 9-12)
(Africa--Description and travel)

-.-=TIFI v
HAMLX&, Jiri; ZWWND, Miroslav; ROZOVA, B.I. [translator); POTXXHIN, I.I.1,
reduktor; RUBINSMYN, O.I.g rodaktor; 71142ALL 0.1., redaktor;
NIKIY AaAO., takhnichaskiy redaktor
[Africa of dream and of realitys'Translatea from the Czech) Afrike
grez L deistyltellnosti. Pereyod a chosbakogo S.I.Rozovoi, Xoskyas
Izd-vo imostrannot lit-ry. Vol.2, 1956. 314 po (MLRA 10:3)
(Africa--Deacription and travel)
I

TAN-KIM-XHUON; Dzuwyxv, Tu.r. (translatorl; FELIDHAN, 0.1., red.;
KHOKYAKOV, A.D., takhn.red.
[Geography of Cambodia] Geograftia Kambodshi. Moskva, Izd-vo,
inostr.lit-ry, 1959. 93 P. (Translated from the french) -
(MIRA 12:11)
(Cambodia-Geogra-phy)

BLAZHEKI Miroalav (Blazek Miroslav); AVDEICHBVp L.A. [translator]; RO-
ZOVAYAq S.I. (tranolator]; RUBINHT&Nq G.I. (translator];
MIWOYZ, I.M.,, red.; PIMVAROV, Yu.L., red.I_FRLIIVM, 0.1.,
red.; IOURVAO N.A.9 tekhn. red.
[&onomic geograpby of Cwhoolovakia. Translated frm the
Czechoslovakian] MconomicheskaU geografila Chikhoslovakii.
Votup. statlia i red. I.M.Maergoiza. Moskva, zd-vo inostr.
lit-ry, 1960. 76 p, ' (MIRA 1435)
tGeechoslovakia-Ecotomic geography)

-u- 1.. 5-1 -iniskiv, ~i. F.j
-
Felld.-an, 0. S. "On the relALion of the ndntral composition of osseous and demal
tisNue to the protrin content of the food ration," Trudv Kazansk. Fps. stomatiol. in-ta
Issue 2, 1949, P. 31-37
SG: U-5240, 17 Dec. 53, (Letopis lZhurnal lnykh State,., No. 25, 1949).

M,
USSR/Electronics Rarlio receivers
Card t 1/1 Pub. 8~ 14/24
Authors t Pumpyanaky, V. and Feldman, P.
Title "Belarus' 5311
Perlodical Radio 61 29 339 June 1954
Abstract i The new 14-tube superheterodyne receiver "Belarus' 5311Y manufactur.ed
by the Minsk -Radio Factory under the ma4ement of the Ministry of the
.Bielorussian Fuel Industry, is described in detail. The "Belarus" 5Y
is a classl receiver operating on.long-, medium-, and short-wave bands.
The main parameters of the receiver are: Nominal output power-4 wt; 135
wt (from an AC line). The amplifier's medium-frequency band-pass can be
varied, in stages, between 5 and 12 kilocycles. Illustrations, showing
the general view of.the receiver, the high-grequency capacitor group, and
the receiver circuit diagram, four illustrations in all.. are sho,,rm. Al-
so four tables giving data on coil windings.
Institution
Submitted

USSR/ Electronics Radio equipment
Card 1/1 Pub- 89 - 13/30
AuthIor# I Pumpyanskiy, V., Fel fdman, P.
Title The "Kinsk R-7-55" combined phonograph and radio receiver
Periodical I Radio 3,, 22 - 24j# mar 1955
Abstraot I A technical description is given of the "Xinsk'R-7-5511 combined phono-
graph and radio receiver, in which provisions are made for the possibility
of using an attachment in the form of a motoOless magnetic-tape recorder
for recording radio broadcasts, playing phonograph records, or recording
by means of a microphone amd reproducing what is recorded. Detailed
specifications are given of circuits, technical parts and construction.
Illustrations; diagrams; table.
Institution :
Submitted :
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go, i-00
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c-antraoidurn mahation. R. 1. Fri'ditian WIJ $- I- "IC"t and SlAn, III 04141M at%[ Ot itt UaMiaf I
m"Okiv (Robot Kalethry rhirtAVot J'K61"lnof Klihnii Co-NI10 NAIIV. at mint Isruill, fewlin) 1840( only In di"Wr.
1,10skov. -relthisol. Init. fx%k#A Ugk4ya Prow. Sm"s (alsollAt to that taking ptact is, jrasning trutin
8, IN-191 IL43).-The olijtct of the eslits. ants to from collogm), Le. breaking upof pniypsrltti~k Chmint at
0 tain Cu-NII. molea. of crilliagen and Its tanning produrvo, pWats W wmisda" 10)"415 asth the IWvWv3Iam2 UI a Ctim.
to stp. its disiltershm proIluct,s. to study their propenits, Wtmblr knsth 4 the chain. but idws its the dem-
rux-tion 1-00
and to muparst thrul with ph". chem. properties of gsrb-til the ehtin..
00 tin. Cu-Nils solos. diiiiasived collapti, leather (tauvxd but hLe true Ans. Fisivrefetrtic". W. It. Ilessin
with Cf. quehfacho, of C140). AM gelistla at room temp.
00 ateir "-A bra. AcidWation sif the sole. and Pa.
00 of the Cu-Nif, cum "41411
__pkx resulted In the forlastion of art
.4; aniorphtrus ppt. 'no Was. and plitt. obtained were
** .3 ! :09
00 0 studkil by the v method and by %-toys. The soIns. pm.
stated a Ism "Utive it, (bey did not gd. *oil their temp '700
coeff. vies low. The relative It of Cu-INII, Isaias. of 2.7* zoo
go '3
coUsM and tanned products at 200 mied from LN goo
00- (tanned with qusdrmho ext.) (a IOW (tanned with
forassilin), wbermas that of 1% Sciatin Dole. In water at the
I mme temp. wast 1.9810. The I of all Cu-Nits mains. at a
mace. of I.W% and at 25 LAW 33' differed very little from
tbat of pum Cu-NH* solims. - An appeux. Rom telatina
between the relative q and the temp. wea observed. The
distract of Hag ptupenift In even 6% low. am the in- 1-00
a
t I ='tcoducts to forte musicbmakally stmg
414tr of IC 800
films adket else t the prOdUCU last their ebaracteriss-
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turbidity, rtsp., weir from I 4X3 and 4.34,11 4.24 hJul jui(iatd by the alkali 1"Stment. ThtfC10" the I'oruv
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alkali treatment the wore the cullAgen struLture is looderittl treatment of evilagra vrith alkali at~n rmtributes to the R too
and the more vapor Is slowbed. The chew. changes it, shift Of the 1,0el,
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c
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FoTdmao (L. M. Kil:-! ...... , 11 TM., flw- f 'Olf I -u1- ',%TuA-
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fill nintutiows ("lit' '1'T 11W sf. phic-11
(,-rm. (if th'.
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v, the a.-tinn pf sud. plaiticize" otl C"I;lg 0 ive 13 vj!l, ..e. tin
6- rdative lio. of rattlig. inflwLet"I imo f1le -.1pedlit! n. Ft -
ld i ) L416" 0. specilliolu teacll-~q 4 nl.vc. C I tt'~.Stt i; n, "', "14
m tile Walitkiref, with sham dvch,wi W lwlth lifivZilo-14
.1 iNily from the 1.1ac Thilt poilif vilfc-poall, W ttjv,;[~m
-row a brittle stnte tc it ttighl, vla.tticcloe. At L?-14m~,Iw- 1", 4,
there b aLr o1m:rved a mote t-noiloe.noicio ~00j,
It-5.4 of Strength a-ld ;ncrea.;c.-. flliNity. Oul.-vinyl dilo. ;de
fibl-.4 -.ho%v vlongmion that I ~ 1111-f it, T.""'fvt 1" ltfup. ;it
'Ow ~eolpm" Olell underKo I-. fr"n -;Zion JUT
progms viliows % comp!tx mtuinn.
!Amok tbis rx,Nt Jo lower v-mp. wv'. .111hilito w)d phl~,*
ph tts -jv e ilic saini reitill. .rhv 1~- it * Cwi: )i 0,~, t-anis-
tion Is about 42W kcAl./inniv. M.
i, -7,

FELIDW, HI~; SOKOLOV, S.l*
State of aggregation of high-molecular compounds. Linear thermal
expansion and physicomehanical properties of some polymers. Xhim.
i Fis. Xhim. Tysokowlsiml. Soodineniy DokladY 7-oy Konf. Vysoko-
molskul. Soodineniyan 152, 159-67. (MLRA 5:7)
(CA 47 noak?86o 13j)
1. Moskov. Takhnol. last. LegIcoy Pros. in. L.K.Kagsnovicha.
,~R ~w

UW/ Chemistr7 - Physi-oal chemistr7
Card 1/1 Pub. 22 -24/44
Authors Yelldmwip R* I.
Title Effect of plasticizing additions on the mechanical properties
of poly*itinylehloride
Periodical Dok. ANSSSR 97/6, 1033-1036, kug 210 1954
Abstract. t The effect of quantitative ra -tios-of_,components (plasticizers)
in a given, mixture'of the physico-mechanical properties of
plasticized polyvinylchloride, was investigated. The effect of
the rate of deformation and change over from one state to
another which are connected with the relaxation processes in
material on the behavior of the polymer in the mixture, was
determited. It was established that this effect is primarily
determined by the molar ratio of,the plasticizer and polymer
and does not depend-upon the molecular weight, composition and
structuie of the plasticizer. Four USSR references (1945-1952).
Tables.
.Institution The Lo Y16 Kaganovicb Technological Institute of Light Industry# Moscow
Presented by: Academician P. A. Rebinddr, April 2, 1954

DP~ I'd-
:'Iha 0 in the' bre"S a World
tott
roductloo of two usuche's. M 1. velldinan
0 KOL%R29
LANII-sd. ZAur,klF7.
d. CA - 49,14363M_~_Tf k, 0, vzd a are the Nole fractions it ri:
.of :d Ma. fint plasticize and 2nd pL-,Mjcivr, resp.,
tht 3 tge blealdngstress v ~ the poly-mer coittg. the two
pla.dicizers Is elk, w~w, w,.*; wt. ~n.and oj being vnnus. of the 3
"lt stan"s, resp, Wit relatiou was confnueiI for a poly-
;-1,11 chloride coutS. d-22 male % of plaitkiur cuwoisting
of;11 inixts. of CJIXCODu), nud tricoly) plux-phate at rx-
A.
ten;Iou of 2 tntnjinin, at 201. 'nie niatetittl wo-i in the I .
:h[gAy viscous stute. mud for such UlAteriaw, prtsmably,
w - *14 wil. WhOt i C0111pOnents are rM5v-1t.

rT I IT 7

AUTHORSi Felldman, R.I.; Mironova, A.K.; Sokolov, S.I. 69-20-1-15/20
TITLEs The Effect of a Plasticizer on the Mechanical Properties of
the Copolymer of Vinyl Chloride with Vinylidene Chloride and
Polyvinyl Chloride (Vliyaniye plastifitsiruyushchikh dobavok na.
mekhanichookiye evoyetva sovmestnogo polimera vinilkhlorida
a vinilideakhloridom i polivinilkhlorida)
PERIODICALj Kolloidnyy Zhurnal, 1958s Vol XX, # 11 pp_10b-109 (USSR)
ABSTRACTs The article is a continuation of the work published in
the references 1 and 2. The substances under investigation
were soviden and polyvinylchloride igelite-K. Soviden was
obtained by copolymerization of vinyl chloride and vinylidene
chloride in the ratio 77 s 23- It was shown that polyvinyl
chloride needs a larger quantity of plasticizer to reach
a high-elastic state than the copolymer. A comparison of the
results of previous work shows the aame dependence of the
mechanical properties on the effect of the plasticizer.
Card 112 There are 2 figures, 2 tables and 4 Soviet references.

69-20-1-15/20
T~e Effect of a Plasticizer on the Xechanical Properties of the Copolymer
of Vinyl Chloride with Vinylidene Chloride and Polyvinyl Chloride
ASSOCIATIONs Moskovskiy tekhnologicheakiy institut ldgkoy promyshlennosti
(Aloscow Technological Institute of Light Industry)
SUBMITTEDt January 7, 1957
AVAILABLEs Library of Congress
Card 2/2

AUTHbRs Felldman, R.I. 69-58-2 -16123
TITLEt The~ggr`sgate `State~a of High Molecular Compounds. 1. A
Study of the Linear Expansion of Polymethy;jwthacrylate,
Polystyrene, Polyvinylohloride and the Vinyl Chloride-
Vinyl Acetate Co-Polymer (0 sostoyaniyakh agregatsii vyso-
komolekulyarnykh soyedineniy. 1. Izucheniye lineynogo
rasshireniya polimetilmetakrilata, polistirola, polivinil-
khlorida i sovmestnogo polimera vinilkhlorida s vinilatse-
tatom)
PERIODICALt Kolloidnyy zhurnal, 1958, Vol XX, Nr 2, pp 220-228 (USSR)
ABSTRACT: Aggregate states are very important for the investigation
of high molecular compounds. For determining these states,
special methods are useds specific volumet linear dimen-
sions, heat capacity, mechanical, optical, other properties
at various temperatures, thermography# etc. In this article,
the linear expansion method is employed. In this method,
isotropic materials give similar results, but in anisotropi--
materials the expansion coefficient dependson the direction
of orientationo Experiments were carried out with a dynamo-
meter of the Polyani type. The change of expansion is meas-
ured after a temperature change of 1 C. Industrially manu-
Card 1/4 factured anisotropic strips of polymethylmethacrylate wi.th

69-58-2 -16/23
,The Aggregate States of High Molecular Compounds, 1. A Study of the Linear
Expansion of Polymethylmethaerylate, Polystyrene, Polyvinylehloride and the
Vinyl Chloride-Vinyl Acetate Co-Polymer
interior stresses were investigated. The test results af-
ter 5 cycles of heating and cooling are shown in Figure 2.
The tests lasted 13.5 days. The length of the strips was
reduced by 3.1 % at a temperature change from 85 to 160 0.
Thermal processing increased the heat resistance of the
material, Contraction started only at higher temperaturps.
The temperature curves for pressed industrial specimensof
polystyrene are given in Figure 3. They indicate the tran-
sition to a more resistant stage. Thermal processing de-
creases the contraction.0 value of the material. A tempera-
ture change from 98-103 C reduces the length of the speci-
mens by 0-43 %- Polyvinyl chloride was tested in the form
of films prepared on glass or mercury and dissolved in di-
chlorethane and chlorbenzene. The average molecular weight
is 62,000. The form of the curve changes in relation to
the preliminary processing of the specimen. The contrac-
tion shows that the polymer chains are relatively mobil and
may be re-grouped. After 2 cycles of cooling and heatingg
Card 2/4 the length of the specimen was reduced by 11 %. Preliminary

69-5a-2 -16123
The Aggregate States of High Molecular Compounds. 1. A Study of the
Linear Expansion of Polymethylr~ethacrylate, Polystyrene, Polyvinylchloride
and the Vinyl Chloride-Vinyl Acetate Uo-Polymer
heating reduced the lengthening of unstretched specimens
by 25 9;. In Figure 5, the temperature dependence of ths
relative lengthening is given for films of plasticized
polyvinyl chloride. The films were prepared on rollers
and then pressed. With the increase of the plasticizer
concentration, the transition points are moved to lower
temperatures and the hysteresis loo a are increased. The
coplolymer produced from 85 weight ~ of vinyl chloride and
15 weight % of vinyl acetate was tested in the form of
anisotSopic films prepared on glass. Thermal processing
at 160 0 removes the orientation. Lengthening during the
tests is decreased from 22-5 to 9.9 %. The analysis of
the cited facts shows that the coefficients of linear ex-
pension and the temperature transition points are not very
constant and depend in the first place on the foregoing
treatment of the specimen and on the preliminary kinetic
changes leading to the investigated state. The great num-
ber of transitional points proves the diversity of the
Card 3/4 aggregate states in high molecular compounds.

69-58-2 -16123
The Aggregate States of High Molecular Compounds. 1. A Study of the
Linear Expansion of Polymethylmethacrylatet Polystyrene, Polyvinylehloride
and the Vinyl Chloride-Vinyl Acetate Co-Polymer
There are 11 graphs, 1 table, and 38 references, 20 of which
are Soviet, 10 English, 7 German, and 1 American.
ASSOCIATIONs Moskovskiy tekhnologicheskiy institut 1"egkoy promyshlennosti
(Moscow Technological Institute of Light Industry)
SUBMITTEDt April 15, 1957
1. Moleculu compounds-Phase studies 2. Polymthylmethacrylate
--Linear expansion 3. Molecular.qoxpounds-Test methods
4. Moleculu compounds-Test res4~s
Card 4/4

AUTHORSt Felldman, R.I.; Sokolov, S.I. 69-2C-3-21/24
TITLE: The States of Aggregation of HigY Molecular Compounds (0 so-
stoyaniyakh agregatsii vysokomolekulyarnykh soyedineniy) 2.
Study of the Linear Expansion of Gutta-.Percha (2. Izucheniye
lineynogo ra3shireniya guttaperchi)
PERIODICAL: Kolloidnyy zhurnal, 1958, vol XX, Ur 3, pp 388-394 (USSR)
ABSTRACT: Gutta-percha exists in two principal modifications which havo
been detected by roentgenological and electronographical
methods. These modifications are differentiated by the po-
sition of the various chain links and the chains themselves.
Gutta-percha films on different supports have been studied
according to their states of aggregation. For this purpose
they were heated and cooled and their linear dimensions
measured. A film of gutta-Dercha R (Figure 1) has been test-
ed and measured. At a temperature of 58 - 620C it became
transparent, which means that this temperature is the melting
point of the crystals and the transition point to the amor-
phous statee Figure 1 also shows the dependence of the length
of a film of gutta-percha R, which had been heated in water
to 800C and then cooled to 150C, on temperature. The two
Card 1/2 curves are similar, but the linear expansion is different.

69-20-3-21/24
The States of Aggregation of High Molecular Compounds. 2. Study of the
Linear Expansion of Gutta-Percha
The same curve for gutta-percha S is shown in Figure 2. This
typo of gutta-percha was in an unstable state with interior
stresses. A contraction and expansion process was active in
the sample at the same time. In the temperature interval of
27 - 420C, these processes compensate for one another. The
temperature dependence of gutta-percha which has been prelimi-
narily extended close to the breaking point is very slight
(Figure 3). The thermal treatment of the samples is regarded
as influencing the molecular packing of the gutta-percha as
well as the stability of the system.
There are 6 graphs) 1 table, and 25 referenceal 11 Of which
are Soviet, 8 English, 4 German, and 2 American.
ASSOCIATIONt Moskovskiy tekhnologicheskiy institut ldgkoy promyshlennosti
(Moscow Technological Institute of Light Industry)
Moskovskiy institut khimicheskogo mashinostroyeniya (Moscow
Institute of Chemical Machine-Building)
SUBMITTED: April 15, 1957
Card 2/2 1. Rubber~Test methods 2. Rubber-Teat results

XMRDV-ZPALYANSKIY, Ya.Ya.; 1?BLIDMN, R.I.: REMY, O.S.; GOLDOVSKIY,
Te.A.
Cbitosan an a substitute for food products and rubber. Lo
115
prom. 18 no.6:28-30 Js 058. (KIM 12:10
Obitin) (Leather substitutes)

5 (4) SOV/69-21-2-19/22
AUTHOR: Felldmang R.I.
TITLE- On the Aggregation Conditions of Highmolecular Compounds (0
sostoyaniyakh agregatsii vysokomolekulyarnykh soyedineniy),
3. Synthetic Polyamides (Sinteticheskiye poliamidy)
PERIODICAL: Kolloidnyy zhurnal, 1959, Nr 2, pp 238-243 (USSR)
ABSTRACT: This article supplies data concerning crystallizing highmole-
cular systems, which due to their affinity to water and their
hygroscopic qualities combine with variable quantities of
water. The objects of the authorts investigation were sever-
al kinds of polyamides, which under natural conditions can
obtain 4_6% moisture. During heating and cooling processes
he studied the behaviour of polyamide specimens (polyeapro-
lactam and a product of polycondensation of hexamethylene-
diamine with adipinic acid) with different specific surfaces
(rode, membranes, threads) with the aid of the linear dila-
tometric method. He has shown that the result of the in-
fluence of the temperature on the linear measures of the
Card 1/2 specimens is composed of normal thermal enlargement, ano-

SOV/69-21-2-19/22
On the Aggregation Conditions of Highmolecular Compounds. 3. Synthetic
Polyamides.
malous linear contraction as a result of the loss of previous
oriontationp a possible volume effect due to the shift from a
non-equilibrated unstable state of the substance to a more
stable condition and a Phange In the mcisture content. The
described phenomena, which prevalently refer to non-equili-
brated states, directly concern the behaviour of these ma-
terials in industrial products under usual prantical condit-
ions. The author expressea his thanks to Prof. S.I. Sokolov
and Engineer Io Shtern for their collaboration. There are 4
graphs and 11 references, 7 of which are Soviet, 3 English
and 1 German.
ASSOCIATION: Moskovskiy oblastnoy pedagogicheskiy institut 4-m. N.K. Krup-
skoy (Moscow Oblast! Pedagogical Institute imeni N.K. Krup-
skaya)
SUBMITTEDt December 15, 1957
Card 2/2

FELIDMAN, R.I.
States of aggregation of high molecular weight compounds. Part 4:
Collagen, gelatin, and silk fibroin. Koll.shur. 21 no.4:499-506
J1-Ag '59- (MIRA 13:8)
1. Moskovskiy oblastuoy pedagogicheskiy iustitut im.N.K.
xrup stor -
(Collagen) (Gelatin) (Proteins)

4f
5W SOV/69-21-4-20/22
AUTHOR: Felldmanp R.I.
TITLEt e States of Aggregation of High-Molecular Compounds
4. Collagen, Gelatine and Silk Pibroin.
PERIODICALt Kolloidnyy zhurnalt 1959- Vol KXIt Nr 4, PP 499-506 (USSR)
ABSTRACTt This is a study of the behaviour of hydrophylic materials
(collagen, gelatine and silk fibroin) at changing tempera-
tures with the aid of the dilatometric methods The data is
not to be considered as constants for these materials. It
is intended 'or comparing under certain kinetic conditions
the behaviour of materials differing in their hydrophylic
properties, and for evaluating the behaviour of the ma-
terials in the ready product under the real conditions of
changing temperatures and changing moisture content. The
experiments were carried out in parallel runs, in order
Card 1/4 to show separately the effect of temperature on the length
(graphs 1,3,5 and 6) and the weight (graphs 2 and 4) of the

SOV/69-21-4-20/22
On the States of Aggregation of High-Molecular Compounds
4. Collagen, Gelatine and Silk Pibroin
specimens. A comparison of the respective curves shows their
mutual connection. It is evident, therefore, that the change
of the measures of the specimens does not only depend on
thermal enlargementg i.e. changes in orientation and closen-
ness of molecule packing, but also to a considerable degree
on moisture concentration. The rates of change of linear me-
asures and moisture concentraticn are different, and depend
on change in temperature. In this regard the behaviour of
a massive piece of collagen, for instance, is similar to the
behaviour of gelatine films and silk fibroin fibers. The autor
explains this circumstance by the important role of the
moisture concentration, and the specific structure of collagen.
Graph 6 shows the length of a silk fibroin fiber in function
of the temperature in additionally-moistened air (presence
of liquid water in the working chamber of the dilatometer).
Card 2/4 The results were obtained at P-434 9/mm 2. The change in the

SOV/69-21-4-20/22
On the States of Aggregation of High-Molecular Compounds
4- Collageny Gelatine and Silk Fibroin
length of the fiber reached approximately 1-06 within a 0 range
of temperatures varying from 25 over more than 90 to 15 C, This
proves that the behaviour of hy1rophylic materials depends on
many factors and appears as a cDmplex phenomenon, which can
be observed under varying as well as isothermal conditions.
A third parallel series of experiments is illustrated by graph
7. The curve shows the temperature of mechanical destruction
of a silk fibroin fiber in function of the values of different
loads. On the whole, the experiments have shown that the dilato-
metric method proved suitable fDr the above-mentioned purpose.
The change in the content of moisture sorbed or desorbed by
the material plays an important role in the complex of pbeno-
monap which determine the effe,.t of linear extension and con-
traction )f albumens. The changes in the state of agregation
of the eystems studied with the aid of the dilatometric method
Card 3/4 are characterized by transition temperatures, shrinkage values

sov/69-21-4-20/22
On the States of Ag6regation of High-Moleoular Compounds
4- Collagent Gelatins and Silk Fibroin
and t:rpical hysteresis phenomena. This also applies to
other high-molecular materials. The author expresses his
gratitude for help to Professor S.I. Sokolov. There are 7
graphs and 20 references# 15 of which are Soviet and 5
English.
ASSOCIATIONt Moskovskiy oblastnoy pedagogi,1-heskiy institut imeni N.K.
Krupskoy (Moscow Oblast' Pedagogical Institute imeni N.K.
Krupslcaya)
SUBMITTED: 29 January, 1958
Card 4/4

S/081/60/000/018/009/009
AOO6/AOOl
Translation froms Referativnyy zhurnal, Kh1mlya, 1960, No. 18, p. 621, # 75995
AUTHORS: Felldman, R. I., Mironova, A.K.
Tl=: The Dependenoe of the Tensile Characteristics of Polyethylene and
Polylsobutylene Mixtures on the Composition
PERIODICAL: Uch. zap. Mosk. ob. ped. in-ta, 1959, Vol. 84, pp. 181-185
TEXT: Tensile charaoteriat4oo of olZethyleneland polyisobuthylene lixtures,
determined at 200C and an elongation rate of 2 mm/mIn, depend on uhe composition.
The rectilinear dependence of the logarithm of the conditional tensile strength
value of the mixture on the homposition, expressed In molar fractions, was used
to establish that 6 . 6 6N2 where dmixt, 6, and 6~ are the correspond-
mixt 2
Ing strength values of he mixtur ;olyethylene and polyisobutylene, and N I and
t e 0
N2 are the concentrations of polymers expressed In molar fractions.
The authorls summar7
Translator's note: This is the full translation of the original Russian abstract.
cam 1/1

68707
-5k /S~ 1p3 00 S/069/60/022/01/016/025
D034/DOO3
AUTHORS: Felldman, R.I., Sokolev, S.I.
TITLE: On the State of Aggregation of High-Molecular Com-
pounds, 6. The Rupture Characteristics of Aniso-
tropic PolycaprolactamlFilms N6
PERIODICAL: Kolloidnyy zhurnal, 1960, Vol XXII, Nr 1, pp 97-100
(USSR)
ABSTRACT: The authors report on a study intended to establish
the ultimate elongation (~_) and the breaking stress
(Lr) of anisotropic polycap%rolactam, film specimens.
The specimens were cut out from t8e film in different
directions with an interval of 15 . The film was obtained
with industrial methods by forcing the melt through a
slotted die on a water-dooled drum, the mass being sub-
sequently elongated by 300916. The molecular weight of
the polyamLde was e,,14000. The specimens had a working
Card 1/3

6870a
W69/60/022/01/016/025
,D034/DO03
On the State of.Aggregation of High-Moleaular Compounds 6. The Rup-
ture Characteristics of Anisotropic Polycaprolactam Films
length of 25 mm, a width of 5 mm, and a thickness of
0.06 mm. The elongation curves were plotted up to the
breaking point with the Polyan9 dynamometer ("dina-
mometr tipa Polyani"). The elongation was carrie9 out
at a speed equal to 2 mm/min and at t 20 + 0.5 C.
For the relative ultimate elongation x) -and breaking
stress ((rx ) as a function of the angle between the
direction of the orientation and of the stretching force
the authors obtained the following expression
6x= Fo + (E90- ~.o) fl - sin(900 -x)_7. and
a-. - 6-0 Cy'o - d'90) sin x
Card 2/3

68707
S/069/60/022/01/016/025
D034/DO03
On the State of Aggregation of High-Molecular Compounds 6. The
Rupture Characteristics of Anisotropic Polycaprolactam. Films
Q-094-01E gold-go - relative ultimate elongation M
and brgaking stress (kg/mm2)' when angle x equals 0
and 90 respectively). The correlations have been inter-
preted from the viewpoint of the flexural fold hypo-
thesis of crystalline polymer chains that unfold on
stretching. The authors express their gratitude for
help to N-T. Feltdman. There are 2 graphs and 1 Soviet
reference. I
ASSOCIATION: MoskovBkiy'institut khimichekogo mashinostroyeniYa.
Moskovskiy oblastnoy pedagogicheskiy institut im.1, N.
K. Krupskoy (Moscow Institute of Chemical Machinei Build-
ing, Moskovakaya Oblast' Pedagogical Institute imeni
.N.K. Krugska a)
SUBMITTED: Mair 15. 19W
Card 3/3

States of aggregation of high molecular weight compoun".
Part 71 Iffsot of temperature on the state of keratinso
loll.shure 22 no*3031-356 *-Je 160. (MM 13:7)
1. Moskovskiy oblastnoy pedagogicheakly institut im. N.K.
Krupskoy. (Keratiua)
Mi

0
AUTHORs
TITLE:
25888
3/06 61/023/004/003/003
B101YB215
Felldman, R. I.
States of aggregation of high-moleoular compounds. 9. Thermo-
dilatometric study of polychloroprene and natural rubber
PERIODICALs Kolloidnyy zhurnal, v. 23, no. 4, 1961, 475-481
TEXT: The properties of polychloroprene (PCP) and natuxal rubber (FR)
(smoked sheets) were studied at various temperatures by a dilatometric
method earlier described by the author (Ref. Bt Kolloidn. zh., 10, 220,
1958). The data obtained were compared with those the author obtained for
gutta-percha (Ref. 71 Kolloidn. zh. 20, 388, 1958; Ref. 9s 21, 238, 499,
1958). 1) A commercial Soviet produc-tof PCP was used. The TIlms were i
made from a solution of PCP in dichloxoethane on a mercury surface. The
evaporation of the solvent in the dark at 15-200C was gravimetrically
checked, The thickness of the film did not exceed 0.1 cm. Stripes of
5-10 cm length and 0.5-1.3 cm width were used for the test. The folloving
data were found at a load of P - 2-3 g/MM2 and a temperature variation
by 10C in 3-5 min: The coefficient of linear expansion o(- between 0 and
Card 1/ 4

25888
S/069/61/023/004/003/003
States of aggregation... BIOI/B215
180C was ~A' O-i80C ~2.91-10-4, On beating from 0 to 260C, elongation was
approximately 17 %. For comparison, the following is given for "P" ("RII)i
Al 5-230C -2.28,10-4 at p _ 10.9 g/mm2 . To study the effect of preliminary
thermal treatment, the PCP films were heated at 130 or 1600C. The following
results were obtaineds At 130OC' OL OC ' 1.97-10-4, Between 0 and 820C,
0-21 0
elongation *as approximately 7.2 %1 on heating up to 95 C, it was
approximately 9 %; P - 4.1 9/mm - In films heated up to 1600C ol- 0-200C
was 2.65'10-4 9 C1 was 5,77'10-4, 0(, 0 was 6-04*10- 4, and
~0-520C 64-82 C
4'62-OOCw'3~o-10-4. The fact that thermally treated films had no yield
point at 370C, is explained by cross-linking. In all samples, the transition
point remained unchanged at approximately 200C, whereas the other transition
points of thermally treated films were shifted toward higher temperatures.
Examination of the specific volume of PCP also yielded a transition point
at approximately 200C, but the measurement of changes in length was more
precise. 2) 0,65 mm films on glass plates were produced from smoked NR
Card 2/4

2
S%
69/61/023/004/003/003
States of aggregation... BIOIJB215
sheets by evaporation of their benzene solution. Between 0 and 60 0C an
2 0
elongation of 5-4 % was found at P - 1g/am . Between approximately 10-40 C,
such a transition range is similar to that 2of gutta-percha "C" ( lisle ).
For NR, OL,_I,o, was 3.96-io-4 at p . IgImm . In gutta-percha 'IS", oL 8-270C
changed fr9m 1 6-10-4 to 1.9,,10-4 at p . 19 g/mm2
To study the effect of
crystallization, stripes of HR were kept between -15 and -90C for 33 days,
and then dilated in one cycle (1oC-+.480C--s.1_9G) at P - 1.4 g/mm2. On
heating up to 40C, elongation set in. Between 4-v13-150C the length
remained constant. In the next cycle, the elongation increased steadily,
and the beginning of the transition range was elevated from 40C to 100C
(like in non-cooled rubber). In vulcanized(;ampl;sg the length remained
constant between approximately 11 and 160C - 9 . g/mm2). Between
16-300c, shortening set in, and above 300C elongation. These effects were
explained by the superposition of several processes. A) Melting of regions
crystallizing at low temperatures, and formation of new, oriented --brystal
regions at elevated temperatures. B) Destruction of crystal regions oriented
in a direction other than that of stress. C) In vulcanized NR, also effect
of the network which tends to taturn to its initial position# comes in play
Card 3/4 -

25888
S/069J61/023/004/003/003
States of aggregation... BIOI/B215
(entropy effect). The author thanks Professor S. 1. Sokolov for his
interest in the work. There are 3 figures and 12 referencess 11 Soviet-bloc
and i non-Soviet-bloc. The reference to English-language publications
reads as followst N. Bekkedahl, J. Res. Nat. Bur. Standards, jj, 411,
19341 Rubbei Chem. and Tschnoi.,.2, 5, 1935.
ASSOCIATIONi Moskov kiy oblastnoy pedagogicheskiy inatitut im. N. K.
Krupsk:y (Moscow oblast, Pedagogic Institute imeni N. K.
Krupskaya)
SUBMITTEDi February 18, 1960
Card 4/4

FEDOSEYEVA, Ye.G.; FELIDMAN, ROI*;_ SOYOL;)V, S.I.
Interaction between polymers and plasticizers. Part It Preparation
and properties of poly(vinyl chloride)pastes. Koll.zhjr. 23
no.6:749-755 N-D 161. (MIRA 14:12)
1. Naucbno-istledovatel'skiy institut katel'noy promyshlennosti i
Moskovskiy oblastnoy pedagogicheskiy institut imeni H.K.Krupskoy.
(Polymers) (Plasticizers)
1, 7 17:

DULITSKAYA, Rakhill Abramoviu4 dote.; Rakhtli 11~AichLw
dots.1 AIAVZFtDOV, Ta.G., red.1 GARINA, T.D., tekhn. red.
(Laboratory work in pbysical and colloid chanistry]Praktikum
potizicheakoi I kolloldnoi khImil. MD&kva, GosAid-vo
"Veshala Bhkola," 1962. 338 p. (MIRk 16:3)
1, Farmateevtichoskiy fakulitst 1-go Moskovskogo meditsinskogo
instituta. im. Sechanova (for Felldman, Ddlitakaya).
(Chemistry, Physical and theoretical-Laboratory manuals)
(Colloids)

slo69l621024100210071008
illO/BlOi
AUTHORSt Fedoseyeva, Y(,,. G., Felldman, R. I., 3okolov, S. I.
TITLE: Interaction of polymers with -?lantieizors. 2. Gelatinizet-
tion of polyvinyl chloride pa:3tes and the properties of the
films obtained from them
PERIODICALt Kolloidnyy zhurnal, v. 24, no. 2, 1962, 230 - 235
TEXTt The follo-e-inr, changes0take place during the gelatinization of PVC
pastes (20-40 min, 140 - 185 Ot (1) the decrease in viscosity oil the
PVC suspension at 20 - 40 0C is caused by tho decrease in viscosity or the
dispersion me'~Jum. Between 40 and 9000, viucosity of the system increases
rapidly on account of its gradual gelatinization, and above 900C viscosity
again decrejoes nomally. (2) The chanee in the mechanical rupture charac-
teristics depends on the gelatinization temperature and time; the condi-L'
tiono of gelatinization depend on the composition of the paste. Films
made from pastes filled with chalk, titaniun dioxide, barium titanate,
kaolin, talcum, magnesium oxide, and litharge showed lower tensile pr8per-
ties and greater hardness. Addditional 30 days heat treatment at 120 C
Card 1/3

3/069/62/02d/002/007/008
Interaction of polymers B110/B101
increased the tensile strcngth from - 27 - 43 kgf/cm2 to -47 - 90 krf/CM2
changed the relntive rupture elongation, and lowered linear strain cooffl-
cients. Study of the decomposition temperatures showed that lead compounds
proved to be better stabilizers than compourds of other metals. (3) The
chinges in the electrical characteristics of PVC films were determined
int (a) electrical bulk resiativity (2000 v, direct reading compensation
bridge), (b) dielectric permeability and tangent of dielectric loss angle
(Schering bridre, 1000 v, 50 cps, I min), (c) disruptive ~ztrenCth
(cylindrical electrodes dipped into tricresylphosphate, rate of voltaEc
increase 1 kv/sec). The electrical characteristics depend on the quantitn,
tive ratio of polymer to plasticizer, on the physical and chemical
properties of the pl:.i3ticizer and on the pasta ingredients. Graphite
alled increases the film conductivity, and the bulk resistivity a.-.Iounts
to -103 ohm-cm. A etudy of the dependence of the bulk resistivity on the
component ratio showed that the curves ~ versus composition of tho Polymer
oyctems PVC + tricresylphosphate, PVC + dibutylphthalate, PVC + '~--Octyl-
phthalate coincide up to a plasticizer content of 45 - 5% by weirht.
(4) The change in water absorption with temperature and time shows a
Card 2/3

i;/o6g/62/024/002/007/008
Intarnction of polymers 3110/B101
maximum at 20 + 10C. 'The aff-3rewentioned mechanical, electrical and other
properties of'FVC films show that blocks, filris, etc., having important
properties for engineerinF can be obtained by gelatinization. There are
5 figures and 3 tables.
ASSOCIATIONs Nauchno-issledovatel'skiy institut knbellnoy promyshlonnosti,
Moskva (6cientific Research Institute of the Cable Industry#
U013COW) Moskovskiy oblastnoy pelagogicheskiy institut im.
N. K. Krupskoy (Moskovskaya oblast' Pedagogical Institute
imeni N. K. Krupokaya)
SUBMITTEDs October 20, 1960
Card 3/3

S/009/63/M
A05T/A126
-AUTHORSs
Vedoseyevet, Ye.O., FelldmanjRU~
I Sokolov, S.10
-TITLEt On the pOlymer-plasticizer Interaction. 3, Investigation of stabitr
Ity factors mid phase transitiorA in dispersions of polymer in
plasticizers (pastes)
FPIODICAM Kolloidnyj, zhurnals, V& 25, no. :1, 1963, 247 - 252
TFM,. The present investigations were carried out, and the results pro-
sented already at the Fifth All-Union Conference on Colloid Chemistry., Stabll-~
ity factors and phase states of polymer dis;ersions in plasticizers are dis-
cussed on the e;cample of polyvinyl chloride dispersion In d1butyl phthalate which
Is of Interest as a two-component system. The preparation of pastes from these
components indicates that a part of -the polrmer has a stabilizing effect. It
was of interest to Investigate the "lifetimi" of such systems. The stability
depends on the sedimentation, the particle size, and on the mutual dissolving
(homogenization), The, "iifetime" of dispersed systems depends on static and
_._._____1-_dynam_io_f&otora connected to the structure and properties of the polymer, the
Card 1/2
e

S/069/63/025/002/009/010
On the polymer-plasticizer Interaction .... A057/A126
structure of globules bb-tained by emulsion polynierizationt as well as to phase
relations and the ability of the polymer to nimain for a longer time In a non-
-04iAibrated state. The process of paste golatinization is a result of the dis-
solving stability (homogenization) of the d1spersion. The surface layer of
globules might be considered as a barrier whit,,h prevents the destruction of the
globule. Only an increase of temperature will destroy this barrier effecting a
subsequent quick dissolving. The process of paste gelatinization at elevated
temperatures in discussed by.the present authors as a complex of phenomena whi(h
effects a. -total homogenization of the system iuLd the formation of a high-elastic
gal by mans of wmutual diffusion of polymer and plasticizer. There are I fig-
ure and I table.
ASSOCIATION: Hauchrio-lealedovatellskiy instil;,ut kabellnoy promyshlerviosti (Sci-
entifio Research Institute of~the Cable Industry); Moskovskly ob-
last'noy plidagogicheakiy institit im. M.K. Krupokoy (Moscow Be-
gional Pedagogio Institute imon-L M.K.Krupdaya); Moskovskiy Insti-
tut khImlohaskogo mashinostroye:iiya (Moscow Institute of Chemical
Machinery Construotidn)
suamimm s December 3o, 1.961
Card 2/2

1437724-65
ACCESSIOR URt AP4023501 S/0069/64/026/002/0258!02(-02
AUTHOR: Fedoseyeva, Felldman- R.-I.-. Sokolov, S. 1.
TITLE: On the Intera-tign of polymers wit!) plasticizers. 4. Effect on rubber of
P-La-sticizers which migrate during contact tith plasticized polyvinylchloride
SOURCE: Kolloidnyy zhurnali v. 26, no. 2, 1964, 250-262
TOPIC TAGS: rubber researchi plasticizer, polymer swelling, electric property
--ABR'MAr ---Kechanica1'and___%1e;;tr
prope rt Les and swelling were- studied-in -va
our rubber +-plastlclzer systemg. --The purpos-e of thestWdywas to deternine-the---
ability of plasticizers to penetrate into rubber at 25 and 1450C from polyvinyl-
chloride layers In acntact withrubber, as well as to evaluate the effect of
-35 SK-50,Albber was
plasticizers on the properties of rubber. Butadiene base TS
fn-i ted. The fol-lowirg plasticizers were usedi dimthyl phtha-Late, R'0ctVl
_h;hnlitc, trie-resyl phosphate, pentachlOTodiphonyl, sebacic acid polyest'er,
I F i
2,2',2"- nitrile tricthanal butyrate and shale oil. When the riibuer specimens
were swelled in plasliciters at 1450C for 1.5 hours and then kept at 251C for 214
hours, the plasticize!rs "bled out." This indicates that the plasticizers migrate
from the polyvinylchl.oride into the rubber mainly during vulcanization. Penta-
Card 1/0;ir

L 37724-65
ACCEM011 M AP4023561-
chlorodiphenyl. and Shale oil were foxmd to be the best plasticizer-, cin,:-,- they
Form a qtable r;ingle-phase system with rubber which ~;hnwq no
t s. These plast icizar 3 also show the least isci!pt i 1, 1 tv b -
-r- :;wellinr, was found to be move dependent c-i the limits if ty than
cn,:,fficlent of diffu3ion of the plasti 17t--inFer :F ',),~rical prrl-
--in general ly to the I aws Tt -) I a -n
-1 'he
-,e I 'L,y ! he we ighl content
r-, in,; (if the rubhp-
sanniies showed devia innf::
It 100'C. ElerTT-ir-a~
iri;%or- (,n -he nes ist i vi I v qr, f:
f%,jj trj~ rjeFr~e of polarity of the , :i~*
lrv)ies --irM 2 fi .,Tu re s .
ASSOCIATION: Nauchno-irtsledovatellskiy instit,it kabel'knoy pr1-7.-YSh!enn0--ti
(Scientific Research Imititute, of the Cabilp intlustry); floskovskiv oblastnov peda-
Rczi~:herkiy institut im N. K. Krupskoy (Hoscov Pegional Fiefiagagical institute);
fn,~tftijt khiiiicherkogo
T r-)v
Tis rut e
com

ACCESMat NRt AP40=79 0/0069/&/026/003/0302/03"
XMOH; Fedoseymp Yee Gej relldmaj He lej Sokolov# Be Ie,
TME: Interaction of polpw with plasticizer
5 & no adhesive prqprties of polyvinylehloride plasticates wA tboir offset 6A
rubbers in contact Vith thm
SOME: Nolloidaylily shurnalp ve '26p no* 3t, 19&P 362-366
TOPIC TAN: polymer plasticizer interaction polyvinylchlorida plasticate., rubbe
resin# rubber valcanizationj rubber tbarml ;g~Zg, PVC film adhesionp polychloro-
3?rme.. perchlorovinyl resin., nitrile rubber# rubber nodifyor
AWMM: In this series of studios the plasticizer vas Introduced Into the
rubber at avelling Um or Into the resin six before vulcanization. Such systems
muq serve as wdels., since unWe these conditions the resin comets into contact not
vith the pure plasticizer but Ath plasticized polyvWlchlorlds (PVC) pastep fU*
atee, Uhich the plasticizer migmtes into *Uw resin* Me composition of the
1PNVC pastes La tAbulatede In the present work the Influence of PVC pastes
vith otbar oa*mmdm (6jYb%#3jPW-1&t6j, I *tao) and tilm

f.ACCESSICK NR: AP4037179
fran-these materials an properties of the rubbers TO-35 and SK-W and the adhesive
force between the boundary materials were studiai. For the preparation of the
sWimens a 0.5 = PVC1 paste layer was placed on top of the 2 ma thick resin
mixture.. the entire mass vulcanized In foil. and subjected to thermal aging. The
'two'-layers were then separated and the rubber tested for mechanical properties and
I specific cubic resistance. The adhe Ion of paste to resin was deterpined with
I dnmmeter. The least amomt of adhesim was fetind in pastes containing only ;VC
land plastiolurp best In those Vith PVC and perchlorovWl resin or rubbers* Such
jcontact did not chan tensile strength appreciably, aging at 1= took place
alwat In the same way In the presence or In the absence of contact. The specific
cubic electrical resistance accewhat di-Sn' had In the presence of polar plastici-
zersp, whereas it Increased during thermal aging of rubber In contact with POIYVIDYIb
chloride plasticates containing pol7styreze., polymetby2metacrylate and their mcno.
merse The addition of modifiers to FVC putes after vulcanization., had a favorable
affect, an the adhesion to x bber of fl3m fondng on gelation of the pastese Ma
beat effect was produced boy chloriftt4A polychloropruop perchlorovinyl resin,,
Po2ychloroprew axA nitrIle rubber* Orlso . art, has: I figure and 4 tables
ASSOC== 1aucba*-4AslaAmU11skLy IwUtQt4 kabelluoy promy0shimmati, Moskva'!
I
d
2/3

L 00987-66 NT m)1EW(c)1W(J)1T1Z[A(c)
lox _45-0-2,62-36- tm/ 0-069/('5/02T/004/06
C
CESS ;MR 10623
19
541.64
HOR: Felldman, R. If 'Sokolov, S. I.
L 7~ne
TITLE: Aggregation states-of m.acromolecular compounds, 10. Po.ytetrafluoroetlr
!SOURCE* Kolloidnyy zhurnal, v. 27, no. 4, 1965, 619-623
LPIC TAGS: polytetrafluoroethylene, aggregate state) crystall4nity, linear-
!expansion coefficient, thermal dependence
ABSTRACT: In view of the known temperature transitions in the crystalline and ag-
gregite states of polytetrafluoroethyleDe (PTFE), the temperature dependence of the
coefficient of linear thermal expansioppof this polymer was studied in detail. This,
study is important from both the theoretical point for supplyine; new data for
colloidal chemistry and for the theory of aggregate states of pclymers, and from the
purely practical point of using this polymer for technical purpcses. The coefficient
of linear thermal expansion a was plotted against temperatures; readings were taken-,
at each degree centigrade up to 300C. The rate of the temperature increase or de-
crease (in the reversed cycles) was 3-5 min Der Slegree centigrude. Some experiments
.--lasted 52 days, Measurements were made by a dynamometer serving as.dilatometer. The
Caro 2

71; Ili, ~~i;i
L 00987-66
ACCESSION NH: AP5020233
method was previously described by the authors. It vas found'that the smoothness of.
the curve a vs to vas disrupted by several abrupt transitions: at 19-21, approx- 1
imatelY 30 and 250-260C. The transition at 19-21C is considerable and should be
taken into account as a cause of shrinkage in the industrial use of PTFE as a
material for devices, gaskets, packings, and parts. Orig. art. has: 2 figures.
[BN1
ASSOCIATION: Moskovskiy oblastnoy pedagogicheskiy institut im. N. X. Krupskoy
tZscow Oblast ?edMgical Institute); Moskovskiy institut khindcheskogo -n-hino-;
stroyeniya kMoscow Institute of Chemical Machine Building)
SUBMITrED: 19Feb64 ENCL: 00 SUB CODE: OC, OC.;
HO.REF SOV: 010. oT=: oo6 ATD PRESS: 4068
Cord 2
r_z

- -., w1.1 11.)M-1 N's R I . - ';OKDIk)V S.f .
w
States of aggregation of high-molecular weJght compoun,19.
Part 10i Polytetreflucroathylene. Koll. zhur. 27 ric.4,-
619-623 JI-Ag 165. (MIRA 18:1--)
1. Moskovnkiy oblastnoy pedagogicheskly institut imeni N.K.
Krupskoy i Yoskovskiy Institut khImAcheakcgo ma3hinostroyentya.
Sulinitted Februat7 19, 1964,

VEDERNIKOVA, N.F.; SOKOLOV, $.I.; FRODM#N, R-.-I-.; SIICHGOLEVSKAYA, N.A.
Interaction of polymerB with plastleizerls. Part 6t Eff"ect of
plasticizers on the deformation birefringence of polMthyl
methBcrylate. KoU.zhur. 27 no.3026-330 Mv,..Te 165.
(MIRA 18:12)
1. Moskovsk4 "Wtitut.-Mimicheskogo mashinostroyeniya i
Moskovskly oblast-noi-padagogicheskly inotitut imeni Krupkoy.
Submitted Dec, 28, 1963.

-E7;~T' fn i IJ P 'V-d ~ R N;
~rj We--~~6010545 'SOMCE CODS# 6R-760--6� 006/06&/
AUMCRI Vadernikova, No F. Sokolovo So L; Felldmant Re L; Shchegolovskayap No A,
ORGI Moscow Institute of Chemical Machinery (Moskovskiy institut khimicheskogo
ma3hinostropenlya)l Moscow Must FMschnic Institute im. No K. !MskVa_
(Moskovskiy oblastnoy-p-eTa-g-oacheekly Institut)
TITISS Interaction of polymers with plasticizers* Fart?. Thermooptical, character-
istice of the effect of plastiaiters/on P0jJT!LhZj-mqthaor late
- V Z
SaJRCES Kolloifty shurnal, v. 27, no. 6p 1963,, 8o6-gog
TOPIC TAM$ plasticizerp polymetby3nothacrylatel, double refractiong phosphato ester
AWTRACTI In order to clarify the specificity of the optical effect of plasticiza-
tion, the simultaneous influence of plasticizers and temperature on the birefringence
of binary systems composed of a polymer and a lov-moleenlar plasticizer was imeati-
gatedo 7hermooptical. measurements were made in the two systems polymeWl netha-
crylate QfflU)-dibutyl phosphate (DBP) and PM&trioresyl phosphate (TCP). The curve
representing the temperature dependence of the optical birefringence coefficient Cr
of polymethyl methaorylate (see Fig. I and 2) is shifted by the presence of the
plasticizer In the direction of the temperature axis toward lower valueng in con-
formity with the mole fraction ralej and in the direction of the C4, axis toward
Card 1/3
UDC 1 -41.64 s"3.331

L 34417-66
-AcC--NR--s-AS
C"w"CRIN
-Ij
Fig. 1. TwVeraturs dependence of
FWf M pMi!ftd with TCPI I -
I ; Z-5 - TCP9 N2 equal to
0.014t 0-0309 0.062 and 0.113
respeotive3jv.
2/3
x 48 tv iv /X t. I'C
Fig. 2. Temperature dependence of Cw
of PMMA Plasticized with IWt I - P-M4
2-5 - PMA + MW9 H2 eq"l to O.Ollp
0-038t 0*036 and 0.097 reapeotively.

1, 4417-66
.A~:C NRt AK01054~
positive values. The shift along the Cj axis d epe nds on the composition and stru
of the plasticizer molecules. It is concluded that the influence of the plasticizers
introduced into PMKA is dual in natural in some respects,, it is related to a change
in the state of aggregation of the polymer upon addition of the plasticizers and is
governed by known general rules established by studying the mechanical propertleal
in other respects, the plasticizer affects the optical EopertiesNocording to its
individual characteriaties,uhich depend an the,composItIon, &w structuro of its
molecules. Orig. art. hast 3figures,
4.
SUB COM 07/ SUBM DATEs 26Jun64/ MM REPI 0041 OM REFI 001
3

ACC NRs AP 6037030 SOURCE CODE:* UR/0069/661028/006/0888/0893
AUTHOR: -Felidman, R. I.; Fedoseyeva, Ye. G.; Sokolov, S. I.
ORG: Moscow Oblast Pedagogical Institute im. N. K. Krupskaya (Moskovskiy
oblastnoy pedagogicheskiy institut); Scientific Research Institute of the Cable
Industry (Nauclino-issledovatellskiy institut kabellnoy promyshlennosti); Moscow
Institute of Chemical Machinery (Moskovskiy institut khimicheskogo maishino-
latroyuniye,)
TITLE: Properties of filled polymers.Part 2. Combined effect of fillers and
softeners on properties of polyisobutylene
SOURCE: Kolloidnyy zhurnal, v. 28, no. 6, 1966, 868-893
TOPIC TAGS: polymer, Fi E=&=W= polyrAer physical chemistry, filler,
polyisobutylene, molecular weight, tensile strength, hardness, plasticity,
j5LA,Sr-1017-Y II-
ABSTRACT: The results are presented of investigation on the combined effect of
fillers and softeners on the properties of polyisobutylene with average molecular
weights of 200 000, 150 000, and 100 000 estimated according to tensile strength
residual and elongation at rupture hardness, elasticity at 70 and 130C, and
!a,d 1/2 -TJDC; 541. 182:539. 412

rAcc-r4k---A~63-7-0-30
compressive strain. The dependence of tensile strength and (rupture and residual)
elongation on the quality of the softener for a system composed of polyisobutylene,
lamp black and mineral wax, passes through the maximum, while the values of
hardness and plasticity both tit 70 and 130C increased.. "The results obtained may b,
explained by the complex effect of softeners-on the properties of a filled polymer.
For systems composed of polymer, softeners, bLnd fillers, complete additivity of
the properties was observed on the plots of filler composition property diagram
with respect to tensile strength, plasticity, and rupture and residual elongation'.
when the filler quantity in the compounds does not exceed the optimum value,
Orig. art. has: 4 figures. (Based on authors' abstract] CNTI.,
SUB CODE: 11/SUBM DATE: 26Aug65/ORIG REF- 0081

Card2/2

GOGOLEVA, T.Ya.; BOROMNSKIYO S.S.; Prinimal-i uchastiyes YEFIWNKO, L.Ya.,-
DEMENP. ru.V_.L FELIDMUffl.--
Thionaphthene distribution during the processing of the
naphthalene fraction according to the drum-preso flow sheet.
Koks i khim. no.3s46-48 164. (MM 17:4)
1. Ukrainskly uglekhimichaskiy Institut.

-ACe- IC,_-AP 21715 bOURLT-MDZ.---IN/OIC3-/66/000/012/003Y/C
INVEMR: Adamovich, A. I.; Ponanskayas E. Sarenko, A. S.;
kikhaylovs, N. P.; Tsirlina, S. B.
None
LE: A method for producing dietbylaminoethyl eater of*diphenylacetic acid (base
adiphenine). Class 12, No. 182715
RCE: Izobreteniya, promWohlemWe obraztsy# tovarWe znaki, no. 12, 1966, 35
IC TAGS: drug, ester
TRACT: -This Author's Certificate introduces a method for producing diethylamino-'
yl ester of diphenylacetic acid (base of adipheiiine), The technological process
simplified by interacting dietbylaminoethyl chloride in an aqxeous solution with
alkali metal salt.of dipherqlacetic acid.
CODE: 07,.11/ SM DATE: 15ju164
Card_
UDC; (6,095,132;615,M-

"Report on the work Conducted in 1950 by the Stomatologic2l Clinic of the
2nd Moscow Medical Inst. and of the Stomatologic Dept. of the 1st Yoscow City
Hospital.," Stomatologiya, No.1, 1952

-FUSDWI R.R.
Dynamics of ondothelioois in obronic tonsillitis before and after
tonsilleatcnV. Vop.pat*krovi i krovoobr, no,6299-105 161,
(HIRA 160)
(FOMTIC FEV (TONSILS -DISEASES) (HEDICAL TESTS)

POKOTINSKIY, 1.0,; FEL1114AII 11
Compound therapy for metastaBis of cancer of the breast. Trudy LPMI
31 no.28136-138 163s (MIRA 17tlO)
1. 1z rentgenologichaskogo otdel.eniya Ob"yedinennoy bollnitsy imeni
Kuybysheva, leningrad i ke-fedry fakulltetakoy terapii Lenirgi-adskogo
pediatrictieskogo meditsinakogo Instituta.

FELIDMAN, R.R.
Late observations of 'the dynamics of endothell'osla following I-onsillec-
U
tory. Trudy LPMI 31 no.23164-174 163. (MIRh .17-.10)
1. Iz kardiorevmatologicheskogo otdolentra Ob"yedinennoy bollnitsy Imeni
7uybyaheva I kafedry fakulltetskoy terapLi lAningradskogo ped-latriches-
kago meditsinskogo institute.

OREMVp Vladimir Vaoillyevich; FLILIRUN, Rman Vaevolodovich; KUZMSOvp
G.A.p red.; ZAYTSEVAt L.A."p-WUM.
[Repair of television receivers] Remont, televizorov. Moskva
Vaes. koop. iad-vol 19609' 247 p~ Aiagree (KIRA 14:91
(Televiodn-Repairing)

FELLRAN S.
ExcitabIlIty and prcjcootions of senso7z pathvays to the hypoth&lamss
Acta phyolol. acado sai. H=g. 26 no.W61 165
1. Hadassah University Hospital, Jerunalam, Israel.
N

YZLIDMAH, S.B., vrinch (Mosk7a)
inciples and technics of electrocardiography" by N.G. Nikull1m;
Reviewed by S.B9 7elldmeme' 11inemede 36 nos83158-159 Ag(158
MIRA 11:9)
I, Blektrokardiograficheekly kabinet klinUd propedevtiki
vnutrenni)& bolesney I Moskovskogo ordena Lenina meMisuakogo
institute, Imeni I.M* Sechenovs, (for Folldman)o
(IUGTROCARDIOGRAPHY)
.. .. .....