SCIENTIFIC ABSTRACT OKLADNIKOV, A.P. - OKNIN, Y.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001237910013-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

OVIADNIMVI A.P.
*La question do I& traditionpaleolitbique dana Vart doe tr1buB pa1solltbiquoB
do I& Siberia.*
.I . Report submitted -to the 6th -Intl. Cong. of tbi Intl. Union of
Prohistoric and Probiatoric Sciences, Roma., taly 29 Aug -3 Sep 1962

~OYCLADT-TEKUJj, A. ;~-.
"0 per;onachallncm z~-.:elenii S""z' ' .. - . J,''- :1,;
I " '. 1 .1 t ; ~ ~, .! i 1 1. - .. ~ - . .
na reke "
report st,~bmittcd for 'Ith Intl Co;-.)-~,, Anthrr+olc~~:,, [,,a',,. 1 .!~T I ':.' ~-:, " : ,
1%bScOw, 3-10 Aug

1,.P.
Prof ems- r '~ c, In i 's I r-h Stn 1, 1.-4 ( ' a, ~ I','
17,v. Vses. -ce,', ob-va 97 no.6: 5'0-551 1~5.
1 1 4 ) 1 ,
, f 1 : ~ .,t .I f, : . )

KHODOSI Kb.G.; KOZARENKO, T.D.; OKIADNIKOV) 7.1.
Content of amino acids In the cerebro5pinal fluid '-n eplleppsy..
Zhur. nevr, A paikh, 65 no.8:1174-1177 165. (MIRA 18;8)
1. Kafedra nvr-vnykh bolotney (taveduy-unhchly - prfii*. Kh.G.
Irkutnkogo meditsinskago Anstituta A. Laboratoriya 1)rirodny.kh
soyedinenly (zaveduyushchAy T.D. Kozarenko) Irkutakogo lnfltlt~ll
organicheskoy khimiJ. Sibirskogo otdelenlya AN SSSR.

S0711 12-58-1-164
Translation from: Referativnyy zhurnal, Elektrotekimika, 1958, Nr 1, p 19 (USSR)
AUTHOR: Perepelitsa, A. L., Okladnikov, V. P., and Apter, D. P.
TITLE: Tentative Spray-and-Layer Burning of Cheremkhovo Coal in Furnaces of
Low-Capacity Steam Boilers (Opyt vnedrenlya fakrl'no-sloyevogo 97,higaniya
Cher emkhovskogo uglya v topkakh parovykh kotlov maloy moshchno3ti)
PERIODICAL: Tr. Vost. -Sib. fil. AN SSSP,, 1956, Nr 9, pp 110-128
ABSTRACT: Shukhov-Berlin boilers with a capacity of 3.2 and 2 t/h have been
switched over to combined burning of Cheremkhovo coal: on the fire grate
(coal fractions of 8 mm. anzi coarser) and in the form of powdered coal obtained
bymilling the coal fractions under 8 mm at a steam-gas pneumatic mill.
Steam consumption in pneumatic pulverizing is 0.45-0. 3 kg/kg- It is stated
that: (1) boiler steam capacity has been increased by 100%, and efficiency by
17-2096; (2) normal operation of a pneumatic installation could also be effected
by saturated steam with an additional suction of high-temperature flue gases;
(3) an inert medium ja mixture of steam and flue SaBeB) used for pulverizing
Card 112

SOY,1112-58-1-164
Tentative Spray -and -Layer Burning of,Cheyernkhoyo Coal in Furnaces of Low- . . .
renders tht Installation txploaion-proof; 14) small weight, simplicity of con-
structlon and operation of the spray -and -layer combustion installation permit
recommending this method for a number of fuelB.
S. M. Sh.
AVAILABLE: Library of Congress
.1. 13oilers--Performnce 2. Coal--Corzbustion
Card 212

ClU.ADrsIKlYZY V, T,nh Sci (Oliao "Im.3it
ol" produoing i)iol for pcve-,r aW, blii(7k-c(-..jll fln;jfl mn~ wiml-
scmlca'n:lnF, plantz, i-win:z tZ%e, brlqu-~ttln,~z V -.7--
(Acad Sol TrMI, Siborlan Branch, Dur~',; S.11-jor-'n
1959~ 1-~-5)

PYJLRMIT,SA, A.L.; _MLAMIXOV,
3ffecti-veneBs of IriquettIng Cherarkc7o depoBit coal flzex.
Tru&7 Tost.-SlI.M.AN SSSR no.21:155-160 359a
MBA 13: 9)
Obererachwo 3aaln-3Tlqueta(7uel)-CoBt3)

OKIAMIKOIIL V.P',-,,- MARIUSIN, I.L.; KATAYXV, I.G.; PASKDVrR, Tu. S.
Investigating heavy cool-tar products of sem1coking, !& nev kim-1 of
binders. Xhim.i tekh.topl.i mauel 5 no.10:26-31 0 160.
(MIRA 13:10)
(Coke industry-BY-producta) (Briquets (Tuel))
A

TAITS, Ye.M.j OKLADNIKOV, V.P.) RAVIC-1, B.M.; ANDREYEVA, I.I.
~ , , --.1 - - ----
Metallurgical and zwksless fuo2 from gas ccals :and weak27 00k.149
coals, Xh).m.1 tekh,topA macol 6 no.3,,32-)6 Xr 162. (IM-A 1423)
a. Inatitut goryuchikb Iskopayemykh im. G.M. XrzhizhanovBkogo AN S&SR,
.'Vostocbno-SibiTBkiy filial Sibirskogo otdeleniya -V; SSR I Hoakmkiy
Sornyy AmStAtut im. 7.1. StaaIna,
(Fuel) (-Coal-Carbonizatitm)

I
O"III19N.0 V.P.
Imatigating Us proceise of briquotting a kaoliD-&Iumine ebarge for the
carbothermle production of fuBed silicon and alialnum, Trudy Tosta-31b,
f.12, AN WSR no,OzU-26 362, (Pla 16 *)
lBriquets) (Xlumlnum-Xlsctromst&Uurs7)

OKLADMIKOV V P - XLFFIXOVA. Ye.A.; GALAGANOVA, A.S.
.ion vo bring Z~out a change in "re
UBS of 613tillation arA cAidv.
binding properties of heavy coal--tar products obtalned by
coking of Chseremkhwo coalls. Izi. Sib. otd. AN SSSR no.2:31-
36 162. OURA 16 - 10)
1. Vostochnc-,Siblrs~rly filial Sibirskogo otdelenAya AN S&M i
Irkutskiy gosudnrstvvm-,yy univrrsitet, Irkutsk.

iHASE I BOOK EXPLOITATION SOV/3727
Rasshirenlye vozmozhnostey prImeneniya plaBtmaaB v konatruktalyakh
mashin (Widening the Possibilities for Using Plastics In
Machinery Components) Moscow, Mashgiz, 19_59. 183 p. 8,000
copies printed.
Reviewers: N.V. Popov, Engineer, and P.Z. Petukhov, Doctor of Techni-
~cal Sciences; Ed.: N.I. Suslov, Engineer; Tech. Eda.: N.A. Du-
gina and A.F. Uvarova; Exec. Ed. (Ural-Siberian DIvIBIon, )IaBhgiz).-
T.M. Somova, Engineer.
PURPOSE; The book In intended for engineers and scientists engaged In
the study and manufacture Of Plastics and plastio machine parts.
COVERAGE: 'The chapters of thin book were written by different autbors
Indicated In parentheses after each chapter In -the table of contents.
The chapter 9n the use of plastics In non-5ovlet countrIeB Includes
data on the Akoda Works in Czechoslovakia. A number of Soviet manu-
facturing entablishmentB are mentioned. Equipment using plastic
parts is described and evaluated. Considerable attention Is paid
to nonferrous and chemital enterprises, an well an tothe problem
of aubstituting plastics for oritital materials In types of equip-
Card 1/6

Widening the FoaBibilitleB (COnt.) SOV/3727
ment subjected to vear or to corrosive, abrasiveand chenIcal in-
fluences. Brand designationa, properties and usea of
a number of Soviet-made plastic materials are given. It is thus
a survey of modern Soviet plastic materials grouped accorcUng to
their specific application in industry. The authors rely heavily
upon the experience of Ural plants, especially those apecializIng
in electrical apparatus, automotive equipment, and measuring in-
struments. No personalities are mentioned. There are 37 referanceB:
31 Soviet, and 5 German,
'TABLE OF CONTENTS:
Yoreword
3
Ch. 1. Plastics in the Automotive Industry (7,Ye, Okladnikov and
A.M. Vasillyev) 5
1. Use of plastics in automobile a7d motorcycle parts at the
Irbitakly motozavod (Irbit Motorcycle Factory) ]SverdlovBkaya
Oblastl
Card 2/6

Widening the FosBibilities (Cont,) SOV/3727
2, Prospects for using pisatlcB at the Urallskiyavtozavod
Nra2zisl (Ural Automotive WorkB) lChelyablnskaya oblast'l 12
Cb. :11. Parts Made of PlaS'tiCB (A.Ya. Bayer, Y.K. Solovlyevik,
'V.N. Zbur-avlev, Y.S. Bankovskaya, and N.F. MiBlennikov) 17
1. Textolite-surfaced guides for heavy machines 17
2. Properties and application of laminated wood-baBe plastics
IDSPI 21
Laminated wood-baBO plastics DS? 21
Wood flox;r 27
3. Parts made of asbeStOB-base plastics 28
4. UBe of acrylics at the Chelyabinskiy zavod lzmeritellnykh

Instrument.
ov (Chelyabinsk Measuring Instrument Plant lChIM 33
5, Use of plastics at some Industrial enterprises In the Kuz-
netsk Basin 38
Bearings made of plasticB 38
3lectr1c drives for belt conveyors with plastic parta
,(description of an experimental model) 39
Pleat* bearings for machines used in mineral-vool manufac-
ture 41
Card 3/6

Widening the Possibilities (Cont.) SOV/3727
Parts made of faolite 41
Caprone cog driving belts 43
Ch. Ill. PlaStiCB in Electrical Machinery and Instruments (G.V.
Puylo, L.T. Fonomarev, and V.1i. Samaryanov) 44
1. Plastic parts In blectrical maohinery 44
2. Escapone ,loopolymers of a Soviet type of aynthetic rubber)
and escapone Insulation 47
Escapone pblymers 49
Escapona compound 52
Escapone lacquers 52
Escapone finishing of cloth made of paper or textile fibres 53
Technology of manufacturing e8capone-Unprognated glass
fabrlojlacquer-coated a.8capone-impregnated glaBB fabric, and
glasa-escapone adhesive tape 54
PrdpertieB of electrical Insulating materials made of esca-
pone plastics 57
Economic efficiency of electrical insulation made of escapone
PlaBtiCS 62
Card 4/6

Widening the PosBibilitleB.(Cont.) SOV/3727
3. Use of plastics for instrument components at the Chelyablnsk
OTep'lopribor" Plant 63
Ch. IV. Plastic Articles' for Corrosive Media (B.P. Mantikov, A.I.
Kazak, P.N. Berezki-n) 6
1. CentrIfugal pump made of "voloknitew Ja phenol-formaldehyde
resin 'with icotton 'filler]
2 Pump parts and linings made from abrasive materials 71
3: Vats made of vinyl plastics 74
Ch.. V. Use of Plaitics In Foreign Countries (A.A. Domaahnev and
F.Y. Krayzinger) T7
I' 'Use of plastIca in mavhIne and Instrument el-aments [abridged] 77.
-2: Use of plastics in CzechoBlovskian plants log
Appendixes (IJ.H. Mettikh, 1.13. FleaBkly) 114
2. General Characteristics and Fields of Application of Plastics 114
11. Mechanical Properties of PlaBticB 150
Card 5/6

Widening the Possibilities t(Cont.) SOV/3727
III. PbyBical Properties of PlaStiCB
IV. Insulating Properties of Plastics
Bibliography
AVAIIABIZi Lil~rary of Congress
-Card 6/6
160
171
181
A,C/rem/4b
7-12-bO

V'RIUctio," b,,~
- rlp the gulf. C=-f-tirld,
I'llo-t pyrwy,,"
'31 lli'Ur4k
7 ,,A 1 7 A (41 ......
Mhu,"'a A:4;m
clar 4fl N-4A
Ag

KAIXCHI-73,
Chenistry of thi cD=arsion of thn hIgb-m)I-cuIur wa!~--ht pnrz
of somIcnkv tar undar ctmd1tions of dnBtructivm bydrogoilation,
Trua.- ToBt.-SIMILAN SSSR no.18:49-63 '59. OURA 12:10)
(Coal-tar proincts)

017A]RIKOVA, Z.A.: X&MMMVICH, A.S., SMGIXA, 3.7.
infrared spectroscopic investigation of the chemical
mechanism governing the transformations of the hIgb
molecular fraction of samicake tar unaer conaltions of
destructive hydrogenation, Trudy Tozt.--&b.fl.AN SSSR
mo.26:39-44 059, (XTRA 13:6)
(Coal tar-spactra) (Hydrogenation)

OKLAlRi,7XDI;A, 2. A., CarA Che-m S~.-i - (di-~S) "Cm the Chemi-152 of
the CDnTersion of the '-Ugh-Uolecular Portion of Se=1-0,ml Tar3
under DestrucLive Eydrogenizaticn)l Irkutsk) 1960,, 23. pp) 200, cipleii
(B~a!it Siberian Affillats, SiberDin DeFartmenty -AS USSR) (KL, 49/60, 125)

33609
S/678/61/ODO/038/009,;OC-9
A057/A126
AUTHORS: Xalechits, IN., Okladnikova, Z.A., Nikolayeva, D.Kh.
TITLE: On the problem of relative hydrogeiiation rates of polyiyoli,--
aromatic hydrocarbons
PMODICAL: Akademiya nauk SSSR. Vostochno-Sibirskiy filial. Trudy. Seriya
Yh1micheskaya, no. 38, Moscow, 1961. Prevrashchenlya aromati-
cheskikh uglevodorodov v protBesse destruktivnoy gldrogenlzat-
ail., 112 - 124
TEXT: The relative hydrogenation rates of diphenyl, naphthalene,
anthracene, phenathrene, pyrene, chrysene, and corenene were determined in -the "Z
presence of a nickel catalyst, or an InduBtrial-iron catalyst Ina-der to ob,~aln
direct proof on the effect of the condensation degree on hydrogen3ticn rates of
aromatic hydrocarbons. Hydrogenation rates of hydrocarbons were investigated
before. The present experiments with a nickel cataly3t were carried cut to
compare results with those obtained by M.S. Nemtsov [Ref. 3: Usp. Wiln., 7, 163'~
(1938)] and Lozovoy and Senyavin (Ref. 4: Zh'D)OI, 10o 1634 (iF)4o), Rrf. 5: ZhO?1-
sb. 1, 254 (1953)). Hydrogenations on a zkXel catalyst were carried out In a I I
Card 1/2

136o?
S/67a/6
On the problem of relative ......... A057/A126
aut0clave with stirrer, varying temperature, mixing rate, rund ^oncentr,%tion 0"
substance and catalyst at a constant Initial hydro&en pre3sure of IrO atri.
Samples were taken In 15 minute interval3 and analysed on a CO-4(SF-4) Spectro-
photometer. Experiments with an Iron catalyst were carried out at 4BOOC, 1,40 r1%,7;
Initial and 300 atm working pressure, with 5% catalyst. Pure diphenyl, naphtha-
lene, anthraceno., and phenanthrene were hydrogenated. Three runs were made witn
140, 200, and 260 minute contact time. The obtained results are pre3ented In a
table., Ube results obtained are completely In agreement with the kinetic -:on-
3tants. Generally, the same sequence In the hydrogenation rate can 1-,e ,een as
with a nickel catalyst. Corenene Is not hydrogenated under theze conditions be-
CRUBe Of thermodynamic limitations. Comparing the present results W-'Lth litera-
ture data on the relative hydrogenation rates determined with different oata-
lystz and under various conditions, It can be seen that the Isolated double bonJ
is hydrogenated faster than a bond in an aromatic hydrocarbon. AMni; the latter,
bi- and tricyclic hydrocarbons are, hydrogenated faster than monocyclic ones,
anthracene faster than naphthalene. The authors explain these regularities by
the non-equivalence of bonds In condensed aromatic hydrocarbons or the different
multiplicity factor of bonds in these groups of hydrocarbons. There are 3 fi6uns
and 10 tables.
CBrd 2/2

L 58907-f (-r ),/FW71 f/T Pc-
ACCEMi(x%4 mR: A-Pwi-ftwi UR /OM9/65/000/001/0088/0092
547, 381:541.64
AUTHOR: S'
_?-1, F. iwl) ayev, V 1. GkIadnikova, Z. A.
Serebrmn:Uuna, E.. V.
the L11fluenc-0 -'.)f 01-
MLE:
&DURCE: AN SSNSR. oukdaul!,ye. 17voq1,jv1i, Serty~i
1965, 88-92
TOPIC
Griguard re&,gew
ABSTRACT: 'I'he iollcowlng i-N)i tT 7-1 Qlo'n "n. Uti'v ot.14 wnRldor fli)-~rn
bromide. 17-1?1~itl(', ttkl!~ ILF
brorwide. iwd ;q-
est ywid o( iu,,ro~ vi~t. t.: lwn v (-.;I 6t 6 IN,
expeninm1w, villlcli .1i Jw t!(J(v:1 oi r'~Mrliviv"' -11).
Wmparaaire, -and kkr,u~w (A Uill, CM ih4~ jri~r. or- Lwi d W!, 71w
ObULM(Ki WSr ~ fVLM? 1 44- C-)',l i-V- i n, :~ -,, J T (,I imrzo W ru s. c-d -(~' 1XIIW] 1K a MI 'i - ~q - I o:
Wdelvde irm-ipe, v4ak,1, incb(!ates !J~-j ~WliVP Of U]0-840 gTjYj4.A tn L$141
polymers. lufrar(x~ &~qictra iilx~, wexl thr. preamnA3 of bulds at 9GG- 1 IRO, -111190
(Cwd 1/2

L 58907-65
160-1680 cm mirr"pandiEw to othar groups. aldehyde grfmps, and C-c 1:,on~
pwtively. in Uklitim U.) B(!!,I(l p:AyTn ers, 5 - 20% cif low-mol"ar v I acm 11 V~r-
about n-0) ivere iormed. X--r-.iy dtlfracdcm !)imlysip ahowcd Uint thp no',!d [-K)Iivm
Mated af a mixtunc ol amorphous ii-nd ~rystlllirsp Btructurmq. orig. "Irl'. )'.lip
and 3 tables.
AMCIATION: lrlwts~dy instltul org-kcicheakny kid-inii Sibirskorp ott-WenjY1, A'%
OrkutBk In-stdwte of Orgnnlo Brauch, &N 88911~
SUDM7'rED-. 18NaY63 ENCI,~ OP SUB CODE: C)c
NO REr SOV: 006 OTHRITLI ON
2/2

E- ~7
- 0- " , ~- - -k~ ~
ACC NR: AP6010115 SOURCE CODE: UR/0190/66/008/003/0499/0502
( AT -
AUT11OR: Okladnikova, Z. A.; Komarov. N. V., Semenova, Ye. F.; Serebrennikova, E. V.;
Semanova, N. V.; Lanuagen, G. G.-
ORG: Irkutsk Institute of Organic Chemistry-(Irkutskiy institut organicheskoy
khtmil)
of v 'kith vinylic monomers
TITLE: Copolymerization inyl 3 te
-Lrimethylsilylpropiona
SOURCE: Vysokomolakulyarnyye sayedineniya, v. 8, no. 3, 1966, 499-502
TOPIC TAGS: copolymerization, copolynwr, silicon polymer
ABSTRACT: The authors investigated the ability of Inyl 3-trimethylsily1proplonate
to copolymerize with viE)L~cetate methyl acrylate.~' hacrylate, 3cryloni-
methyl riet
trile, and styrene in the presence of--~-z6-Msobutyronicrile. It was found 'Ciat vinyl
3-trimethylsilyiproplonate can copolymerize with all the above monomers, wtth the
exception of styrene. When the content of vinyl 3-trimethylsily1propionatQ in the
starting mixture is increased, the yields and molecular weights of the copolymern
are decreased. It was shown that, unlike the homopolymers, the copoly-merl are more
easily soluble in/organic solvents and have lower melting points. 1he rel.-ItIve
thermal stabilityPof the copolymerizaticn products with vinyl acetnte and methyl
metNacrylate is h gher than that of poly(vinyl acetate) and poly(methyl meth-icrylate~
Orig. art. has: I table.
SUB CODE: Il/ SUBM DATE: 07Apr65/ ORIG FEF: 0021 OTH REF: 0021 AM PRESS:
Card _111 ~ ~ - 'G: -f 6 4-2-21
U!, -Ak"09-i~Vi

3/020/62/145/004/015/024
:31-10/3144
U
:KladnOvo N. A'., Shtar?
D. K. S., 0 1
ORB 2 Bor". 9 ; . A adezicia_A~____
and X:arg, n, - 0 no at- 4. n
secondary polyathylO .uctureD
formation Cf
-ion processes
lymerizau
.1o
R. 145, no. 4, 1962, 757 - 751.
Ak -1 r
.107,iya nav ecul,
iTOD:C;,L: _;ng from primary suncr 0;-
- :, 1'.
0 c*"Y
..,r structures ranS
cures wero studied
-Y S.ruc.
Seconda.
(3a "e- 01yethy ,'C .a SY.IT 'ed
z C'ke'B) to lion_ 'chlorinS
noly;-.eriza u
of 1_0 of par, -,ayer
tha c0 ja, 1y",!_ -his
a Ca_.061yt~ 0 =,Jx%I I
or, -,!-,a Al
Wj,th - __ i~riicx
or-Is 0, layer ri 4-) --- ' ripes
-icl r _ with cross St~
anc, 3 ~ nol.endicular to surface (I Of
f_;bvr3 . -_ 13 in
v .5,0n of the fibe
canzis'O Or's fole.0 (3-ri
,3 ,ith diatinat tra6nav
1-5 ~ 7"d"' ~'%f tar band barved by
larger 2wrticlaso h 250 packotB O'D suoar-01"CIA1111,
(150
develOPmbrAt of the -)h%.-~-
JrOVC3 ,'a I
'ura of ...3talline P
This . s1ruc.
laic-.03co. ;4~- to
...rI.Icturet correspon-i-
card 1/2

S/02
Direct formation of secondary ... B! 1 OXI 44
~iccording to V. A. G. L. Slonimokiy (Kratkiye ocherki Tr)
khimii ~-)olimerav (The phynical chamistry of polymor3 in brief outlirol'j,
1960). The distribution of molecular weieht indicates that poly-
e-zhylena consists of homologs having an average molecular weight of
tooo. The melting Point (121 - 13200 , the heat of fusion (35.9 ca,'r
and the deSree of crystallizaticn (67 ',"4) were deterzined th.ermograDh a
The density was 0.955 g/cm3. The assumption of V. A. Kazrgin, G. L'.
Sloninzk.iy (Usn. khim., 2.,", 765 (1955)) that internal stresses affect.
sha2a oil the crystals is confirmed. There are 3 fib-ures-
S UB',~, I 'AT _-: DApril 6, i962
I
~:ix4 2/2

A CC'- SS I Ott N j~
ij o C
TITLE Ko rDho I op,,v o
T C) P i C 'lA C.'
t r u u r a
B -I T A C
in c :,e as t
IC
mr I z i, tio ri
L)acc r rz. r, ri a Lj
i h
oI vne r ~r, a:,
2 5 (,,J Z
Corf.i I /

p c. 1yme r f o T r
A i r r, t t c j,e
c. a e m o f or t
Ll rl 0 t m (jr v
3 f ii tr a n i;
in a c c u 'A, @r 6 r UC U 7i~
r
at tc in a a c r I LiCa V ii 4~ w I C w e e I r a 8 o n 9 v
Orig, art. has:
ASSOCIATIGNi n 1, ZI 'r
5 U B ?~ I TTI; D ; C, " ~t a r
NO REF SOVi 01),
Cord 2/2

L 7 EW: PC-
264 7.:&Q E 4' r-;, Fc
AMESSION NP:
laomic ~4.
TITLF,z The !iffort cl , ~1- C,!,- t!lv
_.__.2hjgLLda ,vtruc tu rf,
SONCEs Vyscwotr4,3 fw-ollys.rin. yt~ so yk, v !T:,.
~7,
'Y 7
mpic rk~..s z
A]13r%AJI;T: The aL; r F,. c rl 1. k,;
VIU-Ious PrOj)0T_t-'UTL5 C ~ftj' (.CV !,W-, Isif r&rtd
x-ray ana-1yo i q .,,i wi 60-on,ii
113-IL spoctroviot,~3r wl -.w av waro py q
&Sforent ways, I - r P~y
outd6 on a uas-5,-) di_n,r&s
ScIployed with a DioclylplithAlAta wa!,
Rcoults show that Lklo devTf,~p :,I~' PoBf,~(. "r1rough A n4xtm~m 4.; ~l
co,.d 1.12

L _Z477-15_5
ACCMSION MR: AP15CYT
cont&A of Struct-,~ikl ut,udililt cl ~hn
the pkWaical properting ~huw ',hat Rt, Uil~-~ of
and the aia6ticity mod-ulur? max~azlm~t wXJ thhe 91011gation at
a u1ni mum. Increasw! rigid,_ty rif pDly-vAiVII.c~Dride wlUi tne
relatlvel,y small am-oun',Ls of ~lhTt~;clxer i,~; thereforo cospideri-A fc,
increane in degree cf c~r~erlli% In 1,1w -1,ruc,'ure. Orig. wrt. IV-f;,
A&MIATIM iInutitut k~'.d.ororganlr~teaKI-Kn prydWcLov I akrilAtcm
,._Orj!aic Chloride Prc)Cwcte euxi Acryl.3tev)
WMr= i 26Ap&~4
90 fw SOV 1 006
C-?'d2/2

, , 7 ~ ~ -.- 71,1 11 11-
I -.~ BF, D -.: ~ ?V . F . ;(~j V I _~~ 1; ~ ~ , ; 'I- ) V ,7 ~ . .-*, . ;; . ,o1 ,
I A, I j, 1- ,. I, ': . ;- I ~ ~ ; i , I " :16, , i ,ij . ..
X-ray dfffracti-cni :3t-;,,Iy of folrjinyl Vy1ok--.
sood. 7 Ap ti.5. ( p r *,- - :7 ,
1. Institut khlororvariid~~95k_tkh I-rcduktov I ak-rilat.ovp
Dzerzhizisk.

L 9~0447-6� EWTW,WLJj
A-CCNRi AP60-11-0-1-05 WURCE CODE:
T -
AUTHOR: Vidynykina, L. I., Ckladrov, N. A.; Shtarkman, D. P.
ORG: Scientific Research Institute of Chloroorganic Products fuid Acrylates (Nwichno-.
-7- L aar--T- - -
isaledov(Ttel skry-i-n-st-it-ut--k,--do-r-or-g-an-rcT,,-aiTui ~rs ov av-,-m6v7---
TITLE: Formation of nupramolecular- structures in the process of zaIlling of poly-
(vinyl chloride)
SOURCE* Vyzokomol;ekulyamyye soyedinc-niya, v. 3, no. 3, 1966, 390-394
TOPIC TAGS: polyvinyl chloride, morphological form, globule, fibril, r.112ing,
supramolecular structure
AB15MM. A study has been made of the formation of supramoleculw structures
I , P
(morpbological forms) on milling of suspension-polyzerized polZ(vinyl chloridt),
MO. It vas found that the initial PVC has a "macroglobular" structure. The
macroglobuies (-,I 1j) consist of [aggregated] "microglobules" (SO.1 0. Ruling
first causes disaggregation of macroglobules into microglobules. and then, form%tivn
of fibrill&r structures. The degree of development of the fibrillar stmetures
depends on the milling method. Fibrile of the hi&.est perfection were obtained I n 11
unidirectionally milled films. The fibrile formed are anisotropic an indicated
by x-ray patterns. Orig. art. has: 15 figures. [BO)
SUB CODE: 07, ll/ SUBM DATE: 22Feb65/ ORIG REF, 002/ OTH REP: 001/ ATD PRESS:
Card I/ I (;-~ k- UDC; 678.01:53

U29-
=XV60A M L -fW 1-1 F C YM
Nitt 02 SOURCE CODEs U 0190 0071, --,-1
- foo 1 ~90 ~11 1190
A=M I Wadno,.r N. A.
Razinakaya, :1. N.; Shtarkman, B. P.
ORG.
4 Institute of Chlorinated Organic P~roducts and Acrylates (17i3titut kh1ororgani-
cb e Skik-FDr-0-JMR-0V-r=At ov j
TIT131 Study of the -mechanism of plasticization of crystalline vinylide a chlojidej
virorl ~cbloridelcoP03,ymer-
SOURCEI V7,66komolskulyarnyye soyedineniya, v. 83, no. 7, 1966, 1190-1193
TOPIC TkGSI plastitizer, vinyl chloride, copolymer, vinylidene chloride, cryatalline
-polymer
'BST.
A
UCT: 7he mechanism of plasticization of Saran," a crystalline copolyner of
vinylidene chloride and vinyl chloride of the conDo3ition 89:11j, was studied by the
method of -oowder thernomechanics and differential thr)rnal analysis. 7ho pla3ticizers
used were ~Ibatyl asbacate, dibutyl rhthalata, and ethyl etboxyethylphthalate. It ;_3
shown that up to a certain naxi=um concentration, the mole fraction rule is obeyed,
1. 6.1 the plasticization follows the molecular mechanism. Departures from thi3 rule
are explained by the contribution nade by supernolecular formations (which interact
with the plasticizer via an Interstructural mechwni:m) to the -plasticizing effect. It'
is Shown that the plasticized copo2~mer retains a cryStalline structure which does not'
change appreciably during plastici2ation. It Is postulated that the plasticizer peni.,L-
trateB chiefly into the amorphous part of the copolymer, and that the absence of a 11
Car'd 112 nc:

DKLM, Xa-zhAen
)Lirfect of traw7.ent with art.1bacterial agents cn, the 'e*,rel-Im-
1, 1
ment of ventilation parameters bn patients with frezIL 1ruln-c-nery
tuberculosis. Gruzlica 33 no.2:85-94 F 165.
Respiratory inoufficiency in Imtiezits with franl.ly
puLmonary tuberculosis. IbId.295-102
I. Z XIiniki nlzjatrycznej Slaokiej Aademil Mtdyczj,ej w
Zab.-zu (Xiercunnlk: prof. dr. ned. L, Deloff).

L 22234-65 E PF
ACCFSMON ": AVSoo-v303
-4, F!- --d RM
8,-~()02o/ws, 160" 00 2 f)4 I
ok] aitjgc~% N -A -I'
A LITHOR: ELop M it rk, m an. T3. V 1py lqpa, 1-
TITLE: Electron- rvjcroscc~i litIKIV Olf . t VIXtU ri-s; a r is ing during L"ke Poi )'"I
proces3ing of p2ily --~ _-i
~~rr~duccvi hy b)(wk and Ouspanffiton PolyTner ~T'
SOURCE-. AN 38" ~ 1),?ki PAy, v I G~,, no 2~ IR65 413-415
TOPICTAM pD1Yvinyl(-h1Dr)d(- hlo,,li twlyrnwr~,iptt,)n
electron mteroacopy. po!yTnmr o~rwwre
ABSTRACT. Structu res r)f pi.l vv in y1 (-h.1 o Y Ide I ,,,r ai ed i r1 the courFoe of hl -wk ar)~
polymerintlon aA; -well DR ~?trwli.fr(!S ~.ArtAfflg dUrMg UP further procoppIng A-i
gated by meanf ,x( the eh- tr~tri mw 1,olvme~0-.Ation '*wQ
ampoules provided with a sj,ecial periraling the w11hdr9%,F0 of pok-mv?
r4
at any stage of the prr)