SCIENTIFIC ABSTRACT KOZLOV, P. V. - KOZLOV, P. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000825830008-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 90
• Document Creation Date: November 2, 2016
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 16434-66 EWT(m)1WP(j). RM
ACC NR: AP6003413 SOURME CON.- UR/0190/66/000/001/0056/P60
AUTHORS: P XozlO'V, P. V.
ORG: Scientific Research- Ine-titute of Cinematorrnphy (Nauchno-isaledovatellskiv
kinofot~instltut)-
TITLE: Effect of chemical structure upon the-glaBs point of pol carbonates
SOURCE: Vysokomolekulyarnyye soyedinenlyao,ve Sp no. 1p 1966, 56-60
.TOPIC TAGS: polycarbonate plastic, thermomechanical property
.ABSTRACT: The effect of variations in the chemical composition of the monomeric
unit in polyearb,onates (I) (obtained by phougenation of 4,4-dihydroxydiphe I-
~alkanes) upon the class point of the polymer hasbeen investigated. 'The (7,
prepared according to I. P. Losev,:O. V. Smirnova, and Ye. V. Korovina (Vysokomolek.
isoyed.t 5, 1491, 1963), were derived from monomers prepared by condensation of
various aldehydes or ketones.with: 1) phenol; 2)-0- or' m-cresol; 3) halogenated
phenolso The glass point T was determined by means of thermomechanical testing of
individual samples on ;;;aAmetric scales. It was established that: 1) increase in
the length of aliphatic chains orintroduction of methyl groups into the benzene
Card 1/2 UDCr 678-01:53+676.674

L 18434-66
NRs AP6003413
bring lowers the glass point;'2) insertion of an aromatic ring at the central carbon,
~atom; 3) introduction of a central carbon atom into the saturated aliphatic cycle cr
~of halogen into the benzene ring--all result in arise of the glass~point. The
and Ell Said
authors express their gratitude to 0. V. Smirnovap Ye. V. Ron"
,:Ali Shaean for po4carbonate sampleso Orige-art, bast 1 table and 3 figures.
M CODEt 07/ SOX DMs I'II?eb65/ ORM REFt 004
VI
Card.2/2

ZHBANKOV~ R.G.; KOVAR, V.P.; RODIONOVA, M.I.; KOZLOV P.V.
- - " -
Peculiar batures of the infrared spectra of cellllose Fsterp,
in the crystalline state. Vysokom. soed. 8 no. 1:157-11,13"! J,-,,
166 (1-11 RA 1r) : l )
1. F'Izicheskiy institut AN BSSR i Moskovskiy gosudarsstvenn~-7
uni'versitet imeni Mmonosova. Submitted March 6, 196--,.

L 40106- 66
AdCkRi AF
EWT(m)1E7NP(J)1T IJP(c) RM
SOURCE CODE:
0081/66/000/003/3013/5013
AUTHOI: Romanenko, V. P.; Braginskiv, G. I.; Yozlov, P. V.
TITIE: Effect of certain phosphates on the deformation of acety1cellulosel
SOURCE: Ref zh. Khira, Part II, Abs. 3379
REF SOMICE: Tr. Leningr. in-ta kinoinzhenerov,_vyo. 9, 1963, 89-94
TOPIC TAGS: phosphate, cellulose, plasticizer
ABSTI'LICT: The temperature dependence of acetylcellulose (AC) plasticized with triphen-
yl, tricresyl, and trioctyl phosphates was studied. The AC samples had the same aver-
age molecular weight (70,000) and different contents of bound Ck3cou (62.06-26.30%).
The studies were made in the range from -80 to +1600. It is shown that unplasticized
AC of various degreos of saponification is in the vitreous state at all testing temper-
atures. As the content of bound CH3COOH in AC decreases, the modulus of elasticity in-
creases. The values of elastic deformations of plasticized AC sxrples at temperature
below the glass transition temperature of the plaeticizar decrease sharply as com-
~(PL
pared to unplasticized samples. T,,Ihen the Dlasticizer is present in the liquid state in
ihe polymer,,it increases ihe looseness of-the Packing of structural elements and of
the ~lasticl!,DroDerties of AC. The authors hold that the PL studied Plasticize AC by
inclusion in the intorpacket regions,being typical interpacket PL. A. Kh. ITrans-
lation of abstraot].
SUB COM 4. 07,11
1 Card 1 /1 /,", I

-A=99---AP60l3906 SOURCE CODE: UR/0020/66/167/006/1321/1324
~1
AUTHOR: Kozlov P. V.; Kaymin', I. F.; Kargin, V. A. (Academician) T~61
=~P
43
ORG: Moscow State University im. M. V. Lomonosov_LMoskovskly gosudarstvennyy
universitet)
TITLE: The heat expansion mechanism in oriented 1-incar p2lymers
SOURCE: AN SSSR. Doklady, v. 167, no. 6, 1966, 1321-1324
TOPIC TAGS: linear polymer, heat expansion, polymer physical chemistry
ABSTRACT: Ileat related changes in the length of samples cut from isotropic cellulose
triacetatelfilm~Ain a direction parallel or perpendicular to the axis of orientation, were
analyzed to clarify the shrinking of polymers when heated. The base film was drawn out
from 15 to 50% in relation to the initial length and pro-annealed in a free state (10 min, 230C).
The temperature of the cut samples was raised at 2 deg/min. The results are plotted graph-
ically and indicate that reversible shrinkage is peculiar only to oriented systems, its intensity
relating to the level of orientation. The effect is characteristic for amorphous or crystalline
polymers and occurs in glassy or elastic states. An interpretation of the observed phenomeno
is given in terms of the amplitude of skeletal temperature vibrations. The authors express
1/2 UDC: 536.413.2

L 40127-66
ACC NRs AP6013900
their sincere gratitude to L. 0. ZhItkova for providing them with cellulose triacetate film,
and to N. F. Bakeyev, Yu. M. Mallns~iy, and V. V. Guzeyev for useful discussions on the
results of this work. Orig. art. has: 4 figures.
SUB CODE: 07/ SUBM DATE: 270ct65/ ORIG REF: 007/ OTH REF: 002
2/2

W W -
16 is is a a 31 a a Is a
31" 'IT, 11110 Ito 1,1111 bilawd.41 Q 43 a CO
K A IR-

KtaosUdum of calfulooss atatate f1hris.
PAWO-ViteCkox. lood.1933,Nto.4.43-50-
discusses the raw materials used. the proveAs of actit,14-

, (ion. Mod the 031venti. Plasticizers. etc.. employed in
,
t
00 U -
"tAnd.
01 "Ifuloft Mtste. K. stressel the importa
cot Improved substrate and of the adjustment of the envul -
0
$too for twe With *"late. C. V. K. M",
0 .00

00 coo
00
000

go c0 0

Zoe
ago

A WALLAOR41CAL UTICOAUNI CLASUPOCAtION
to 0
t L 031.11.M-t C., It, to 0
U A, No 4-4 T- 1-1 1.1.1 L a of D I Is 14 0 a (1 3
I * I a * " 11 a a 11 1- to
g * 0 A 4s ~o 0.- 4 0 0
0 f 0 00 0 0 00 to go.,
611; 0 0 00100 0 0 000000 of 00 00
0 0 * of 010 0 * 0 0 of 0 0 0 0 IN 0 4 0 0 0 o 4~6 * 0 a 4 0 0 0 0 # q 0 Of 00 0 S a

Ott I d 1 W is 4 ly No .011 9u
1011litifilli
r

.--A --U.
,A4 J-4 A "'M 0 12114S 1, 4 1
~ I. 1-I..
a I p t a
Alf

of PON ~llf
A;
go , i;
macksolmizi 'ot adheision- of the emw" to the tum
!'~A- KPAIULAW t~- hmill'A'ArtAki. 1X14
littio.; 41froo Polwq.. I'afes 0~.. %%*hcn tile pub-
j
00 StralUm i4 vilitivil ott Ow lonplooit llic talitt sill-fis titrAtly
and Woupirdicially di-moilt-rd. On evaim. tof tile usorr

si
0 e
1461C01 the sill),111111141% C-Alliturlsts llw 11,0and jdAlin
:
f frioltallf 111
hr I'
-1111
1
.
4 Laytr -'( Ott, Wilu It millivirlo In
o
: l
1
1
1
I fit .0 .1 all, 143 WAvrif 41111441 44 life %oplh-11
,
40 J! Me the, sirl'.1.1mas thVit 1-1. 1.,
0 111111 a allotiart 4111114.1i.n.4 life arldlill. toy *11111T 44 11% vollocm,lo.
'
(U the Impliciti. 1%. area 1
. have finjuil that tilt fair%
as of drying at ilt- *! sustumms thotild I%- equal. 'no, m,-
liti-nmittition can be driliticamratird by ail "lot.
pl-'rt, allvir twillp va",t-ol to swell toulwi.
"fly 11111firtsit'll in ok-.. i- irtlutrd ifittvilv

00 with Phooluslaphic virfulticon: on drying. the trioulslipti
adbrims strongly. K. and P. thus vt4wludc in fAVUO` 94
ftQAdmh0H. lbC1)9Y t4 TrCipf"Orld ISC-tiM brillftfil th,
fam 9uptoomirl 41141 tth- ti"14fitiltols lot the quintrulum.

-4
A I I - I L A PltA1LU*UKA1 1.11111411,41 C1,11111PKAMIN
1, it feat Ka will Plart It"Mia" I sof An
I'm , ; * 0 0 0 0 0 0 0 * 9 * 0 0 0 0 * 0 0 0 0 0
00 00:0000
00000:00;4po
boo bm NA4141 UUM0.130
0 a 6"p 0 1 a
I food 0 of If
0 0 0 o o o o 0 o 0 0 00
#00 00 0 0 0000 0 ooo:A
-00
00
o
1*
zo to
iA
.0
-09
400
'00
0

'imp ;;rs- A~!?
A a
f PWIS191 JIM* VIC4,14114% t, I
fe" 1 -00
G#J : 00
I
A .00
so
so
lee
in
Me so"
coo
go.) roo
ZOO
goo
goo
goo
a I a It A of VAL&Wmki. talitATOR CLASWICAram woe
5 WOO
TRIO" W. age 1 OW IWO lit ft
u u it 10 it" v --(-F I R I a p a fto a a j a a 2 6
ip 0 &Piton an wit men dx~vas elm
*1* 0 0 * 0 0 0 e, * 0 0 0 0 0 0 0 01* 0 0 0 0 0 0 0 0 0 0 4 0 0 00

leA11 u1) Alb 414.1maj,
.1_-U T_L1_1II AA j s S j
c.".fat

Aging of 90IIIA1004 99,101 fllms~ P V K--Pt-lv 310 It %
'
T 10311. N,, *-.
('kfm, jq4 (V 9 .4 W
14 LV3. - I IlrAsilts kJ 1111111.- A all I.- .". h%, 11, 41
And by tillomiure to ultri&vi.Act light, w1m It jtt,tv- t-olt- it, .160
, Tany wayq ctorclilloculing Ito tht- rot, I .'f h'Al. Thr
'r
incycaw in Imililmi"s And in ytibowinig is a-i-I. %'Illk
h`jK11Yfflc1`lL*liOU Of thf t%tCr 4"tiltIck 4% "ll"ll 'PY a
ill lh~ ilijil'In. F. K.
:
V

00

IN 0
.41110

0
00

go
SL 09141LI.Pi.K41 StItNAltst CLAjjJFKAjjC*

- 4 a I 'g
t
V'
to ft It Ge it 6 tr 4K a ft it a it R
.
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
* 9 0 00 0 9 0 0 * 0 0 0 0 0 0 * 0 9 0 *1* * 0 * 9 0 0 6 0
0 0 0 0

1 1: it w is IF it Is "Milavitba. v V 1; 9 FIX 11111 MONO ivOmoze
L , AA . As
ROW fall Iho hululdlir of sht all .0 The beeplas 0 filutuAl
Ahm ajj.i It I
JAm4p L'**'N, Ind. 1937. Nu. 1.." 40, 1 broh, I "( it. I'll-
0 W 111W Alf 041 ihv vdw).iovtw~ sit Ow I'Anidtimill ki, p.
If T PI "Fk I" filly, I r P- I If 1' 11, 1, 1411, 1-1 1, 1,.- 1. 4 1,,
OM IIIAth %I ~ 111, 11111 s Istif,-1
fly '41 it'. off I.g litu, k..pma A-1.1 1. #.1A-.
t2) IIlvc ItA1,111, 11-
0f 111001tilf, 4"Ol'tillil ,I IN, lilt.$ "hoh mu'l 1. A~;' 1.,4
they chasise thr "Ilwj Opsilaw. 'A 1114- tilm If m.
06 it kut(A'C., 111mil.
00
40 0
0
z 0
1&00
00
COO
o 0
0 0
S
00 if
AA 00
00
Soo
0
0 0
LSO 0
3 00
I a t)Wa
n n
0 0 0 6 1, no o o 0 10, 0 o 0 o 0 o 0 0 0 0 0 6 0 0 0 0 6 0 0
0 G"
00
000 0 * 0 0 0 0 0 4 a 0 4 0 0 9~0 o 4 4 0 * o * Is

'010
9 **see we ww -
its
IA s 6 0 ha 11 if a " 1) if lip is It a 20 v a At 0 a 1# At It M v a & a a Ar AS a SAO
a' N i P A a 4 ~I-f 1-j r,,,,L,A,4 * cc OR al
00 --------
C 0 i ftmmezi Oc6fled 'is textallif duties Strotchins
Katlar. &J. CkM. Jxd. (It, S. S. R-) 3, 621 1i
Zenir. 19M, 11.211r-'. The Imf%irtaint-rof
tors influencins the
the fabric and 41,o of the resin as f
00 tiefor"tatinn of texiolite when stretched 6 (fiwuv-"I, It
09 ti Jt alit mAckut to explain the character of the tell'i4m.
wilenskm cutvv ti ititolitt only in tettux of the prqircti-
)( the fabric. The of the rmin itwil astil tit,
i~ A- riwAltim of the fatmic, lher It WA,, iml lffvtcll,A
vvioretchtit for the .1=11. M lilt trill)HIr, mil't 1.
M. G. M(mmv
roe
00
too
zo*
see
too
t;
191
A 091 ALLLI RGICAL UTtwl,TL*j,
CIO 0
a*#
it I
0413 it Wee
a AV Q 4.. 'j,
E, - ,--V
U
W pr It 1p 't W AC 11 1911 'Can 11 1KQ(l 0
0 0
-1 * * * 0 4 0 * 0 4 o
00 so of* see 0 00 0 0 0 q
0:0 0 go go 0 0000

..qii#*ooqwqw.
Ov"Uwp
11111111111111JEJ64 Is is u a #I b it n b x a air v x )I a ;I v a id 0 ft v a I
'11,411 it
41
00 -t,
-00
00 jkecb&aka prepirtiss III films. 11. V. Kaduv. AIR--
00
Fola-Kkint. Pram. 1938,
0 2. No, 3. IT), Cf. C, A. 33. W)13'.-There aze 3
40 it diffetritt frKititis an tile Mrrtching i,iitvr 4 filim jorrixf.
trom tdlulow efliett. The revint (11 C141(tV (WOMIACI-n
06 4 s~ mi^1 im;kitrivil (-w the itwitun picitirc IIIlu,itry 11114,
tritum tit the ittictching cut%-r delwndi an flit iti.ijimmle
oil the intelmol. adhctrlKv of III, CV41,11-0 C-thtrr
oil r! thr I)), militle
so 1-1141no tot their reciam, %cul an the it4twe d fh~ 000
olit'r. lilt ft-41"n 'J 'Jol"1111111"" if. C., flit,
Ink 4 (fie toinKle chami III the filin fif I Iiwir tegum% III it, uii-m
Of 1" t-AAt ah, it 14 crcdtrr the Krejf'r 111L. .'FfIf'u-f iiffluc
.kl.i Ibe .111". tw1w,r)) 11h.m. lb~~ I.M10.1 11". '143111,
00 J: (111.1,t-31:111,11 . J'jj,~ Ik j,,jI 1111, %ri, (,%,I III, gf,,'Ift, coo
I. flit "wk dome III 011ding tot -Ific (114tit fit (0.611'as 4'. 0. 1;* 0
The fo-of,w) Ow 1111:11 will)
lie litivilled tvlluk~ rthur 1111 fliv Inw-A tot 1000
t
00 ;IIJI WWrIC111119) 1:1,;Go
;$i1eitirril mi A '*rt~rve- L4 IA'I F-11114
LO; fie ilmi mu,t 1),Kwsi nut. clA,w aild I&MIt' 6(,.,m- ::09
00 Anlqf.
00 0 0
100' :1 Z "0o
00 4, S L (LaWFKAtiCk
it, 0 s 010
It ~Joim
D1
10 4 Od 0 4 a I III III 'i
*~,' J~' 11 .3 1" o;i it m ~a a 1 94 0114
0 o 0 o 0 0 0 0 0 0 0 0 0 o 0 o 0 o 0 0 0 o 9 0 0 0 0 0

0 0 0 0 0 0 0 0 0 01"o 0 0 0
0 IS 0 0 0 IS 0 0 0 0 0 4 0 6 4 0 WCO 0 0 0 0 IN to 0
to 11 11 it It $4 it I$ If D It .4 21, " jo " v 11
a It
o , R r c It s I Y-A t- U K

4 V .1.1 .~
lid;m4doo of kiiii, 4pirlidlag 60 the failiAl corn
00 pmests. P. V. Koalul, mul R.S. Rimini
No. 2. 222 -9; 11, C. A - 3 1, 11"
Prom. 19"
00 i; ,
Arformation of filoilt flitting priwc-lox -i% Gnifut I-, t-
, J~fwf m the cmd1til'i" "1 .4 It,, fill". %",
0o g
* 0 j ~ ~tlklljl. jdA-I% UCT. 11 --1 ~i 14-1- 1 -!~ I ~1" -1 ...6
c~ntdttjow. The dr6minabittly --~ &I-11-
00 w %hc &mt. of it,fidual mA~rw. Th, -f
90 ti 11,1FAII, fillus dei:1,4-1 Willi 111CICA.- Ill %1~-IIV J till
IIIIIA14, 11111 till* 641.1 K,Iwv 'A' little,
1110 .111,11 Will, 'Artir 11-11 wi-1,01,11 1l,1 I .... 1011 pt. fill,-
08 1111 1-41,101ills 14.1-11411114 vk. it I'l-i 411-k, I.,1%

00
*00*0 0 Go**
0 0 0 0 0 0 0 0 0 0
1, - I! - - - " - I, - - r*
..00
be
A 0
see
00 f
-49
00,
041
es 0o
00 Los
1.1110141f,111 UAMPKAM.
00 s 0
00 k
ti it if K) it
Of K n It 111 04 0 it mi Kw If
0 go o * 0 e 0 0 4 0 0 0 0 0 0 0 0 0 4 0 0 0 0 0
0 a 0 0,0 0 111 0 0 0 * 0 * 0 o 0 9 0 0 0 0 0 6 0

A L

I
#11"WIS goo 06fiftst'll, *VqI

V, XOMW JIM It. 10, RUWAJOVS. h mobli"Olm PP.-
-
No. .1. 0-0, IMNI, Holmd, /410t, 109, SO, .
0o
I W; cf.('. A, 14, 96 V, --I be ilmram- hi I he lelotma I hm'
of films (L t., in the linear ckvtgaw 4 their ImeAr dlttstn~

Wma) 63 a rtswt of their trratinctit with 04114. u*-d in
photography was lov"tilated. Frmt the better-known
00 &M The moot-effectilv inctlitxIs used for thiq purtxAc the

00 Si methods of 4rying the fillas at higher temps. and the
ti
t
i
d
11
0
h b
t
fib
r

00
wife
nvvi
r
,
ot
))$ Iva
8a
Itratment ti
the
,
An inerraw III lernp. id the 11,4) uwil Im tile tiratiumt

oo
tSUWII 8 IIIVeW in the dr(MMA11011 111 tilt fiblill I'll'
Imsed 11.0 treatinvat it( the filtils did not Aff"t thl d-
crease of the Murn%ation. The optimal treutment of tile
films WA4 with 1110 at ?01' for 5 min. This pf'Amt-li 4
*
filitt with a rc4clusl atok(ure content of rint napre thatsV
j
'
lie hilti-ticaliticrit of the filtu led to a slight mcrral,, ut
I go 0

1 the strength and to a wrmiltsible deefram in the bmil A
expanxi4m of the film. Vniltr production cotmlitiou~ tile
Of jT methott ftx tilt dectvaw in tilt- th(mmation of the filml;

IV did not change either the ptollertmi of the undutlayer d
the fdro or the pli-tographic proIwrtirs of the muhum
,
mt it decreased thr,irlimmitiou 0 the film ttw.5 tili (wig.
inal value. W. R. livin
;too
"0
~

0
b

IS VIIALLO&KAL LITERAIM CLASIVICAVIOM Is
1
~
%roe
00 t 01
6
~

T
10 111
U
a tw a
a a I x 0 All
a

3
9 Is 11 At It It as mutt Itit M4 n 1.
0

0 111 9 0 0 0 111 0 0 0 0 0
i
. -11-4
o
*
0 a Al

'
I 0 it I if
C
t a
Al
'
01411tctt tit ..0 --l'

and 1. 1030. No
Os
06
"us "ItIki thrill. CIL4111"I 1.1king it, ljj~-
so Ali :VIII'm d th~ .-I ... ___
M, '1-4~qmf'wt afid Imaj, ...
Milwitkial allid 4C.11'r IAW". I"
Of,- 1,
j I Sri. '114119-

0 tIeStIr 14
'4 114vil'"I. I'S Ill. 1'.1,
90 ll."U&I ppin. oil o-Hill,ric flittme ff'"ti a"t-niv 1'% 11,41
00 v Ifir ch411%r* Ill the VI-ftily 4 111111, pl,ji.1 [I ..... .&
"III.It-ir 111trAl" all'i fli'm Ow Ilml-.1. olomlk"I I ...... it
00 s Air ~119-1*11 4.1 1.- It-I'll-I IIV It, . ..... If,.
00 A
himig the altitig III,- funt- tit III,. imoi

it, th.
Wf. 'ANt mil'timsit Ill, $It,. It

00
to
-: 0
000
.406
09
00
"00)
0
400
!see
Soo
tie 0
no
it a atIALIU-4,1kilk (1.41111FKAIIIIIII
INS 0
jo
U fig At so W.04 I
0 0 Vo & 0 a 0 0 0 0 0 0 0 a 0 a Of 0 0 0 0 0 0 0 0 0 0 0 0 0
0 'o 0 0 0 0 a 0 0 0 111 00-0 0 0 0 1 0 0 0 0 0 000000

0 0 0 0 0 0 0 0 0 a 0 006 0 0 0 0 0
0

1
I
to 11 1: is U it 16 It ld A t
t U a 14A Jilin ?i
fill xrU M It
is if 0 Is a ti si 41 a a r
A s r 1-1-1 A~ A P 9 A 1. 1 Q Y, I A --I- I -AA A CX VP If I I P

.!t'llsit
00 A
coca of Alms of cousilo Itraft purified with
V
K -09
.
oLlov and 1. L. uyAjl. Kmmoiokiisl
-7
'
I
Frift. 19J9, Nu.
., 41 7; cl, L. .1. 34.. 11.
effect of Ilk. purification of tons. cellill'i'W nitrate (1) oil
list product obtained and on film% tiladc front it after so
00 4 artificial alling was studicti. The 4 tit,
Quality of I Lad Of the jwvpeTt;r,, of filiti% fruits 1 1. Cis- AD 0

:
1
W ed by the lai:t that The 1,)-.N fiac%Kxv. are r%t&
Y
u
0
so 4r (9l
1
10413. 1 With ale. SIMUltAlICULUlY. Other ll,krllll~i
admixts. found in film frariiijn4, together with a large

; writ. 4 rulactish deld. by the ash cocartit of the product, 0
ess '5 are exid, also, The removal of these fractions and
admizu. (tons the I toln. usatatals the relative and sit. vis. 0
cosity of the product. The external spitcarAnce uf the
o 0
00 product is considerably improved. Films piri,pol. from z
the purified product also pusw-ftcd conAidcrably better
qualiLks alter artificial aging at FIX) * than thow Front the
original 1. It was frnind that the vivroilty of 0
'
9
r
oliss. Of films in WsCO after affirk-ial aging 2410 io"
'00

'
oal was Z)- lower than cite i(wosity of filins prvi)(1.
1
1 -g
ol Product. The %(retelling Power of their
911) the initL
1
the
fifoll drops by the same value under same aging
ciinditions. The final %labilitY Of the fil"Is An-Ir Fro"' the
h
A
I
.0
r
r-nn t
e
Imrifird I is twice as high as It'll (if filins ni
initial 1. The irsn%parrnvy anti lothl 1!abilliv if fill",
made Irons thr VistifiLd Product Arr also Xlr4tlY vurivivrd.
W It. VwIll't

.[I.I.LURGICAL LITINAMSE CLMIMATIC16

V, a) 11 t1lat) -41
Aol J 1 0 MW Q N or I Xf 14 13 0 2 1
ru

g g 1 0 0 sit VISA ItIt I% it Or
a 0 0 411 0 0 0 W43 n I
t
4 0 00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0.0 0 0 6 0 4 0 0 C 0 0 40

We I
004
00
ee
Sol)
ZOO
g 0'.
jog
I S. I t AAITALLUPLKAL LOICRAT01 CLAMPKATIOPI !be*
MLML_
k d 4-1 11 too
u T& &V to 9%; AA
If III Or It it M4 n 1 114 1
0 n Sao;
iii-6444-i -
a it III " 11 0 a I's V3,
LIA-1-1-3-11
vVIM; -,0 Og
all Va uslau *ON" au"O.A*
f Lj_ J_,
,ft of the B&AVAC Reseamb tuatit"Ito f or M'dou .00
en y 'Ki.eraoikiml. Prim.
pictur"(1929-30). R. Eichler its 0
1940. No. 2.3-43.-A fCW

W W W W 9
TO
lfjDlilz; DAN 2621'alf mil 1:33 34N is V avail 42umare
tt
....... ...
a
The anjorehous structure of collulo" and Its derivatives.
V. A. K&Fgltl *,,,1 1,. ~'. Kolloy, Kippolotokhow. Prom.
100, No. 4,40 41. , A brid tuvirw of the ti-xic"
00J, conrefuing the structure (if CcHulow slid Its dcrivs. ()It see
000 1h hatis 0( I-ray and cleartm -diffract Ion studies it It
conctu(kd that the equil. state of cellukm it all amorphou,
00 structure and that struc(urej approaching the cryst. state
*1110,1 table, lending toward the lunurphatis state. The COO
Ile u,,,
loos, (avorable slate, is dcocribcd as art oriented state In
09 whi4h the chains to A "buk are otictiled the individual
chairis being curved rather than straight.
W. R. Eichler and R. L. Griffilb logo
4100
lCoo
4*
x 0
WOO
7
A$. %IA 1300
ties
woo
I *a
to
71
U nau Q'.f orn "a 'tun "WKWA An I t Ar PW 0 m a I Ir IN 9 a 4
134
0 0 0 0 0 0 0 0 g 0 0 0 0 0 0 0
0 0 0 4W 0 0 0 0 0 0 0 40 0 0 g g * 0 6'9 0 60 0000
0 0 -0 0 0 0 0 0 00 0000

MTO
'?'a njkwflyj ANn A P 24 0 16 11 V 11 M 0 P %r 1. 0 a 4, U a a d to
- IV
r 4 it 1 .1 It a 4L
40
00
Z.. Of Modad-okilum Alm b4..
go H. hiditurixictskil, R. V. Zueva and
7. No. 1. 41-7(liHI);
go vl. .4.33. MAP. A Iliforri"I diu-trution A the
0 t~WWWIIOII of liable Rhos fffv train hrriakW tit gswill. t *0
I'lic,imischfiriko of 2 diffitrlst type, olf films 1% jos*iIAe
i ttvW films with cornpleirly di,orvcni~-l vh&kow* bar
avi'lit"I by the equil. %fair at Ilif oluourr. slut iful.-
'"'pic films. *how Arnicturr. *IV Ablu"t In (he q,i,f
air and whith atir chatactirsistil by Obs, dkoricnivilstrill, oc
A the at. = in tire inch"hild chains with grocial
'641effialkial chainii tit The whi4r. Am,acr,,Pw filint
tit which The lifirciv" of rvi"alkon of Our I".11whillat Mein- 0
11"S of the Arthur is allmard t= conl[kikul age she
Inorr alible. W. R. 11. T W.-lic
r: ;o 0
.00 to
It
so
n Of it
41 0 0 0 0 0 0 a 0 0 0 0 0 0 0 0;
0 0 0 0 0 0 0 0 0 0

00
I
00
00
00
004
4
10 jl.
o:w I
00 x H!
III a at
The rdit~,P- of Cdmw Aiii-ind
V. Kodov. KORAWOWAR v1sekomw.
ekNIjwr.* MOW W,"'A N*sk SJ.SR OlAd
Kbim. N4vk i =Iris.-Mw, mduk 1, 111-14(iiZ)(Pub:
tg#S): cf. C.A. St. 33W.-Many ummuLkats dects in
the stnubine SIA ftkxkvg of Ahm of Callmlose gtherm and
rit Cf S The usual I to internal strains
wt I =41M Md." =.1% Mms that at uri.
"fat" tis, VAOF*v -01 mhkh they lism. OW Ow 1"Rof
1-0 0 "t the 04 004 a1v ahfiwv~HIIV avivoltd, Thus
amma4W of opik,41 atilmatupy ate suc duo to ptwwm"
imudAnSefyon,
by forminxtbe Ghns*oa a flit surface. ILMAticemer
410.5&& AffALVAIWAL LINEATION CLASINVAIM
0 a
-04
lee
-06
lee
,00
Igoe
4410
no*
too
see
*00
we*
!000
U 11 Al 'M a, S,al a '13"4:& to ado a simimome 34 9
0 0 0 00 0 0 0 0 0 w0 0 0 0:9 0 0 0 0 0 0 0 6 6 0 0 0 0 0 0 0 0.0

v ak,
4,
itmetung w=9t adham wiv aim. n, stmetum
ftla*W- 17 A
of ak&m
Hargin' 11. V. Xviloy, and H 1'. Chow. U1011" 1913,
17. 31S-:423)-When cellulose nitTAte films (front CONle,) were
stretched and then released. a part (about J) of their birefringcrice
disappeared rapidly (some hr. at room temp., and some sec. at 100 -
150 ) out the rest of it remain"I for days. The orientation shown
by X-rays was permanent at room temp. but disappeared at loo, -
150'. Strekhed and then released benitykellulose films lost their
Wrefringence completely after heating at 1008; no orientation an
shown by X-rays occurs in the3c films. ft is concluded that relax.
ation of stretched films takes place in two distinct stages.
1. 1 11

Koziiov, P. V.
"PhysicochemicAl Yandameatals of the Production Technology of Ether-
Cellulose Films." Sub 29 Doe 47, Moscow InRt of Fine Chemical Technology
imeni M. V. Lomonosov -L~)I-. Scle'.
Dissertations presented for degrees In science and engineering In Moscow
in 1947
SO: Sum No. 457, 18 Apr 55

KOZLOV, F.V.; ZUnffA, P,V,
Struoture and properties of films mdo from other cellulose.
Trudy NXII no.7:5-12 147. Niu litO
1, laboratorlya takhaolgii plenok Nauchno-iosledovatellskogo k1no-
foto-institutal Koskm.
(Photograph.v-Pilme)

=WTI P.V.; nIMN, I.M.
0 4 ftsioal and mechanical properties of multilayer films. Trudy MVI
no.7sl84-190 147. (MIR& 11W
1, Isboratorlys. ramteivrateii I konservateli Idnofillmov Nauohno-
iseledovatellskogo kina fato-iUstitutal Moskra,
~Qinvmatocrapby--711ml)

w7
U I;': Ph
hl ah~-Pl
,Card 1/1 Pub. 22 2.8/1+7
Authors Kozlbv -P V. arid RUsnkova,,E,,F..
Title
on nitrocellulose conversion temneratures
Effect.of mleculax weig
Jeriodical Dok. All SSSR 9~/1, 105-,10,81 Nov 1, 1954
Abstract Themachanicalproperti 66,of mre nitrocellulose were investigated in re la'--
tion to,the molecul4r:weigh~- of the prqduct. The very same,properties
s.,were
also s*tudied after the Introduction of lovi-molecular substances~into tbis~
polper. Tbe; temperatures leadi ~d.to*the conversion of nitroceUuloso from
vitreous state into high-elastic and4iscous_flo4ing states was determined,

the most rigid chai
Results-show that nitrocellulose) having ns in- comparison.
with other polymets 6wtein,~'ela~tified by a low-molecular substance, can be.
'converted into - all-three' iwntidned physical states which are -characteristic,
ford amorphous-li4aA ii6aar. plyinerst Four VSSR references (1949-1954)v
Table; graphs..,.
Institution The All-Union Scientific Research Motion Picture-Photo Institute
Presented by: Academician P., A. Rebinderp--Ilarch 22, 1954

KOZIDV. P.V.; KOROSTYLISV, B.H.
-
Investigating the inner inhomogensity of the microstructure of
triacetylcellulose films. Soob.o mauch.rab.chl.VKHO no.3:57-59
155. (MIRA 10:10)
(Cellulose acetates)

KOZLOV, F.Y.- KOHOSTYLEY, B.H.; BURDYGINA, G.I.
GOINNIMMM- WS
Effect of the type of solvent on the structural heterogeneity of
cellulose triacetate films. Trudy LIKI no-3:248-253 '55.
(NLRL 9:8)
1. Kafedra takhnologii proizvodetya kinofotomaterialoy.
(Cinematography--Films) (Photographic chemistry)

KOZWV, P.V., doktor khimichookikh nauk, professor.
Film which doesn't burn. Nanka i zhizn' 23 no.6:23-24 Je '56.
%wm 9:9)
(Cinematography--Films)

KOROSTYURV. B.N., )mnd.tekhn.nsuk- [translator]; SPASOKUICOTSKIY. H.S., kand.
khim.nauk. [translator]; KRUPENM, L.K., kand.tekhn.nauk,
[translatorh I=LOV, P.V., doktor tekhn.aauk, red.; CHELITSOV,
V.S., Imnd.khim.na SLMYUKOV, I.Y., red.; SKMNOVA, II.I.,
tekhn.red.
(Photographir materials and their proceases, a collection of
translational Fotograficbeskie materialy i protnessy ikh obrabotki;
abornik perevoday iz inostrannoi periodicheakoi literatury. Moskva,
Izd-vo inostre lit-ry 1957. 319 Po (MIRA 11:5)
(Photograpby~

" , -;~ f. - ') '-/ I ~!---I/*
KOZLOV. Pa., profeneor.
Ninth conference on high-molecular-weight compounds. Khim. prom. no.2-.
123-124 Mr 157. (KIRA lOt6)
(Macromolecular compounds)

KOZWT, P.V., professor.
tn-c=nerenca
nauka i prom.
on high-molecular compounds
no.3:380-381 '57.
(Polymars-Congresses)
(polymers). Xhim.
(KIaA 10:8)

J~'C'7_ L OV~, P. V-
AUTHORS: Borits, A. Y., and Ho.,_,lov, P. 72-12-7/1,1,,
TITLE:
The Lifting of the Basin of a Tank Furnace Without Dismounting of
the Brickwork (Podlyam basseyna vannoy pechi bez razborki kladki).
PERIODICAL.- Stek]Lo i Keramika, 1957, Nr 12, pp. 19-19 (USSR.).
ABSIRACT: tn the glass melting department of the electric lamp-works Lemberg
(Llvov) it was necessary to lift the basin of a glass melting fur-
nace by 86 cm. The gabarite measurements of the basin amounted to
lo x 5,5 x 4 m. An investigation of the furnace showed that the
furnace was in order and that it was not necessary to repair it.
The total weight amounted to 6o tons. The dismounting and recon-
struction of the furnace would have taken 1~ days. In order to save
time and money the authors suggested to lift the furnace as a whole
by means of 4 locomotive-lifting jacks (see figure), Metal plates
were put under the lifting jacks and two lifting binder under the
longitudinal carriers of the basin. Two men worked at each lifting
Jack. During the lifting which took 6 hours the lifting height and
steadiness of lifting was constantly checked. When the furnace was
lifted by lm the 11fting was stopped. During this time the iron
Card 112 concrete columns were pieced on to cement by means of fire-bricks.

I . The Lilting of the Basin 72-12-7/114
of a Tank. Yurnace Without Dismounting of the Brickwork.
The precise height was obtained by fillings of sheet steeL A'fter
24 hours the furnace was let down to the new columns which took
8 hours. Simultaneously with the lifting times an overhaul of the
regenerators, burners, and other parts was carried out. The lifting
of the furnace was carried out within 2 days, and material and wor-
king power UP to 15o,ooo roubles were saved.
There is 1 figure.
ASSOCIATION: Electric Lamp Works, Llvov (Livovskiy elektrolampovyy zavod).
AVAILABLE.' Library of Congress.
Card 2/2

AUTHOR: Kozlov, P.V., Professor 26-12-12/49
TITLE: Problems of High-Molecular Compounds (Problemy vysokomole-
kulyarnykh soyedineniy)
PERIODICAL: Priroda, 1957, No 12, PP 57-59 (USSR)
ABSTRACT: The author gives an account of the 9th Conference on High-
Molecular Compounds convened by the AN, USSR, the Ministry of
Higher Education of the USSR and the Moskva State University
imeni M.V. Lomonosov. About 1,500 scientists and engineers
participated in the conference, among them delegates from
Communist satellite countries and from Israel. In his open-
ing speech, Academician V.A. Kargin described the development
of research and production in the field of polymers, pointing
out the need for new methods of research and processing in
connection with the utilization of high-molecular compounds
and their products. In six sections of the conference 187
discourses and reports were heard, deeling with the synthesis
of polymers, their chemical properties and modification, mole-
cular structure and solutions, formation and mechanics, aging
and destruction. The conference proved that considerable pro-
gress had been made in scientific research and industrial pro-
Card 112 ceasing of high-molecular substances since the first conference

Problems of High-Molecular Compounds 26-12-12149
in 1943.
ASSOCIATION: Moskva State University imeni M.V. Lomonosov (Moskovskiy gosu-
darstvennyy universitet imeni M.V. Lomonosova)
AVAILABLE: Library of Congress
Card 2/2

V
KOZLOV, P.V., prof.
The ninth conference on high molecular weight compounds (pol7mers).
Vest.Mook.un.Ser.mato,makh., astron.,fiz.,khtm. 12 no.2:243-246 '57.
(MIRA 10:12)
(Moscow--Macromolecular compounds)

KOZLOV, Pavellasii'Xevich; KRZENTSICV, Yladimir Andreyevich; PETROVA, S.,
rer. - "Ilk , A., red.; TROYANOVSKAYA, N., tekhn.red.
[Wonderful story; the first stop toward meeting the needs-of
the people] Chudesnaia byll; novyi shag k udovletvoreniiu
potrobnostei naroda. Koskva, Gos.izd-vo polit.lit-ry, 1958.
66 P. (MIRA 12:5)
(:3ynthstic products)

KARGIN. V.A.- KOZLOV, P.V.- PLATE, N.A.; KONOREVA, I.I.
Method of obtaining graft polymers from starch and styrene and
investigation of their properties. Vysokom.soed. I no.1:114-122
Ja '59. (MIRA 32:9)
1. Khimichaskiy fakul'tnt Moskovskogo gosudarstvennogo universiteta
im. M.V.LomonnRovaIKafedra vysokonolekulyarrqkh soyedinaniy.
(Styrene) (starch) (Polymers)

BERESTITTIL,
Measurement of the birefringnnen of pol7othviannto-r-plithalate
films. Vysokon.soed. I no,1:126-127 Ja 1.59. (MILITU 12:9)
1. Vnnso"zrory nauchno-Issledovatel'skiy kino-fotoinstitut.
(Ternphthalic acid-Optical properties)

KOZLOV, P.V,.- KAHAIDY, V.A.; FROWVA, A.A.
4.3frm-ar, 4"
Somn regnilaritlen in thm dnvelopment of unlaxial doformntion in
tha crystalline and vitreous films obtained from polyethylene-
torepbtbalatm. Vynkom.sond. I no.2:324-329 F '59.
(HIRA 12:10)
1. Mogknvnkiy goeuniversitat im. H.VaLovonosova.
(Polymers) (Torephthalic acid)

KOROSTYIZV, B.N.; KOZWV. P.V.
Relaxation processes in cellulose eater films. Vysokom. soed. 1
no.6:793-798 Je 159. (WRA 12-10)
l.Voesoyuzny7 nauchno-iseledovatellakly kino-foto institut, Moskva.
(Cellulose) (Films (Chemistrr))

KOZLOV, P.Vs; RUSSKOVA, Te.F.
Properties of the copolymers of ethylene glycol with terephthalic
and aebacic acids. Vysokom. sood. 1 no.6:918-924 Je 159.
04111A 12: 10)
l.Veeso7=rWy nauchno-iseledovatellaki7 kino-foto institut.
(Eth,rlene glycol) (Terephthalic acid) (Sebacic acid)

KOZLOV,,P.V.;-IOVLNA,,M.M*;:PUTB, N.A.
. ............. ~X;~
Obtaining polyst7reno-acrylie acid graft polymers and investigating
some of their properties. Vyookom.soed. I no.7:1100-1105 J1 159.
(MIRA 12:11)
1. Mookovekiy gosudaretvenrory univereitet.
(Styrene) (Acrylic acid)

XOZLOV. P.V.; IOVLEVA, M.M.; SHIRYAYEVA, L.L.
~__
Thermodynamic investigation of copolymer solutions from ethylenic
glycol, and terephthallo and sebatic acids. Vysokom.soed. I no.7:
1106-1111 JI 159. (MIRA 12:11)
1. Moskovskiy gosudarstvennyy universitet.
(Polymers-Thermal properties)

P. V.
SWNIMSKIY, G.Z4LE.Z
-
lighth Mendeleev conference and pol7mer science in U.S.S.R. Vysokom.
soed. I n0-7:1112-1125 JI 159. (MIRA 12:11)
(Ohemi st ry--Congr es se a)

USMANOV, Kh.U.; MIKUYLOV, N.V.; KOZLOV, P.V.
Tashkent All-Union Conference on the Chemistry and Physics of
Cellulose. V79okom. soed. 1 no.9:1439-1450 S '59.
(MIRA 13:3)
(Tashkent--Cellulose--Congresses)

KOZWV, P.V.; LI PAN-GUN [Li Plang-tlungj; BAK1TW, H.F.
Spherulito structure of polymers. Part 1: Degradation of
polymer spherulites undor bombardment by faot electronu.
Vyookom.Bood. I no.12.-1848-1852 D 159. (MIRA 13:5)
1. Moskovskiy goBudaistvenrW7 universitet. Khtmicheakiy
fakiilltet.
(Polymere) (r-lectrona) (Spheruliten)
10,

A U1.1 10 11 K 0 z 10 v ~;OV/7'7-4-1-' /22

TITLE: The Use of Polymers in Phototgraphy (Pr 4meneniye
polimercv x, foto,rrafii)
PERIODICAL. Zhurnal nauchnoy i prikladnoY fotografii i kine-
matografii, 1959, Vol 4, Nf 1, pp 3-11 (USSR)
ABSTRACT: The author mentions the decisions of the Plenary
Session of the Central Committee in May 1958 on a
stepped-up development of the Soviet chemical in-
dustry and the production of synthetic materials.
Ile outlines the use of polymers in photography,
CD
past and present, mainly with respect to film base
and dope, Upon a general discussion on polymers
and their properties, the author states that since
abowl~ 1933 the bulk of Soviet sub-standard film
was produced on an acetate base. Bu-., as compared
wil:h nitrocellulose films, the acetate-base photo-

material has two principal shorl -ii ng s
&7,,- A, U c oi.
L) reduced mechanical stability; 2) increased
Card 1/3 shrinkage properties. The use of cellulose tri-
tD

The Use of Polymers In Photography SOV/77-4-1-1/22
acetate with a 6e'.5%-content of combined acetic
acid was not satisfying either, since these films
were of ar. increased brittleness, The int.-oduc-
tion of plasticizers gave the molecule chains more
flexibility, but research is continuing towards a
more perfect film material, Related problems, the
solution of which is being attempted in the USSR
as wl-11 as abroad, include an understanding of the
mechanism of plasticizing of cellulose triacetates
and the products 0f their partial saponification,
the selection of suitable plasticizers, and the
understanding of the dissolving mechanism of the
cellulose triacetates, especially .hose that are
made by the method of heterogeneous acetylation.
The author describes American and West German re-
search and intermediate results in this field, lie
concludes that considerably improved films may
eventually result from the combined efforts of the
researchers.
Card 2/3

The Use of Poiymers in Photography SOV/-17-4-1-1/22
There are 30 references, 18 of which are Soviet,
9 English and 3 German.
SUBI..,'ITTED: October 27, 1q58
Card 3/3

23( SOV/77-4-3-1/16
AUTHOR: Kozlov P.V.
TITLE: The Use of Polymers in Photography
II. The Use of Polymers in the PhotograDhic Layer
of Cinematographic Photo r-.Iiaterials and Their Chemico--
Photographic Processing
PERIODICAL: Zhurnal nauchnoy i prikladnoy fotoFrafii i kinemato-
Crafti, 1959, Vol 4, Nr 3, pp 161-1?1 (USSR)

ABSTRACT: This article is a continuntioli of ar which
appeared in this journal (1c)"q. _ToI 4, *Ir 1, T~,,p 3-11).
It was concerned with the oi' po-l-,Lers, foT t1he bases
of photosensitive layers. arclo.'e J,~~ a
survey of achievements in the a:!, :~I. Or ~,Iie
photosensitive layers of co-',)r 1J !-sed o.-i
sou'reez-,,.
West-German, American and o-,h_ The
author first discusses the of subst-l_-
tuting both natural and -.1;.c ~.7;11,C_rs for gela-
Card 1/5 tuine. as photographicall,!-,-.~,, i-v~~ -,-i
1, 1 ~ -

/7, 7-4-
The Use of Polymers in Photographyd .II,& The. US),-: of Pol-~.-raers in rne
Fhotographic Layer of Cinematographic Phou,--, arl-." Their ~'-'he-
mico-Photographic Processing
ponents in photographic emuli.jnn~- and layers, star(-'~!'r
from the assumption that -uhe furt!-,,--r study ot the
photographic activity of ~-elatine ~-.an serve T-lr'i(.:.I,lr-
ly well as a guide to the sol-ct-'~-()n of sultabl,~~ -Do
lymers. On the basis of 7--oc,,n'r. 1--search, he deais -e
ID
nerally with the problem cf polyvinyl alcohol c~s
a substitute. He conclude-,! 'hat in viev; of the close
molecule packing of the chains of polyvinyl alcoho -11,
it would be better to use iLs doi-ivatives or any other
soluble polymers instead of thi-- cornez!-
tion, he points to researci-1, 4 ch cons-ider joint
use of polyvinylpyrrolid~.jne and polyvinyl alcohol. 'The
author also mentions the efforts made to overcome the
shortcomings of synthetic polyriers, when iised as Ce-
latine substitutes. Such deficiencies are their pho-
Card 2/5 toF:raphic inactivity, and their incapability of changing

SOV/?7-4-3-1/16
The Use of Polymers in Photography. II. The Use of Polymers in
the Photographic Layer of Cinematographic Photo Materials and Their
Chemico-Photographic Processing
to a gel-like state at the lowering of temperature.
As additives intended to supply these properties,
authors recommend reducing agents of the aldehyde
type (p-dimethyl-amino benzaldehyde) and substances
of the type of o( -naphthol. The studies of chemi-
cal and, most recently, optical sensitization of
photographic synthetic polymer emulsions, the author
says, deserve mentioning. In the following section
of the article the two main trends in the search of
synthetic polymers, which are intended for color
photoCraphy based on the subtractive color process
are discussed. One of these is t~ie study of polymer
dyes in the usual three-layered color -,hoto materials,
whereas the other is based on the effort to create,
with the aid of synthetic polymors, a new technolo-
Card 3/5 gical process of single-layered color photo film

The Use of Polymers in Photography. 11. 11 -; U sC.; _-' .1-o-s n
the Photographic Layer of Cinematographic Pho'~I-o -(A '1"
Chemico-Photoeraphic Processing
production. As to the first, the author -..iotes cno
of the recent foreign achievements /-Rer'
20-227 in the introduction of colorants (a-
chaiFis) into, the molecular chains of synt"~etio
mers. Discussing the second trend and Doinl-inr- 't o'
the difficulty of providing suitable