FOIA
SCIENTIFIC ABSTRACT SOKOLOV, S.I. - SOKOLOV, S.N.
Document Type:
Collection:
Document Number (FOIA) /ESDN (CREST):
CIA-RDP86-00513R001652020013-1
Release Decision:
RIF
Original Classification:
S
Document Page Count:
100
Document Creation Date:
November 2, 2016
Document Release Date:
August 25, 2000
Sequence Number:
13
Case Number:
Publication Date:
December 31, 1967
Content Type:
SCIENTIFIC ABSTRACT
File:
| Attachment | Size |
|---|---|
 CIA-RDP86-00513R001652020013-1.pdf | 3.4 MB |
Body:
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W W W W W W W-W-W W NWIT
O
L A 4. A I 1 1, 1 1 _A I L 4A if kl. 1.41 It t 1 0
Displacement of 0 Iftelectric point and virwtural
changes indwAd is collelgen and pistis by trestmgot
withalkall. S. 1. Sokolov and R.I. Fcl'dn3an. LeXhayu
/Yom. J. No. 6, 19@22(1943)-Specimens front the mid-
die of an industrially prepd. hide were divided into I
groups. Group I was washed with water and delijurd
l
i
h li
w
t
'l
u'. Groups 11. 111 and IV were washed, kept
l
in g
ass jars tonig. 12.5 x. CaO ptr 1. of H.0 for 10, 3) And
30 days, rt-sp., thtu wa4ird with If,(), delimed with liplJO.,
l
and again wahtd. Chanlit-3 in isociec. point of ciollagru
were d
td
b
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th
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e
.
e
e ve
oc
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ty as a
ectv
y goo
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ll
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h
i I', Zoo
00 s
co
ng o
agen
n
u
er so
is. at var
ous fill values.
The isodec. point offirlatin wasilcid. by the min. Ybiceiity
0 of gelatin at various pil values and by the max. turbidity
'
0 of a gelatin sol at various pil values. I
lic extent of
"Inli'l M
hicnirning oft he coll2gen struct tire by the alkali treatinen u coliagen produced by treatment with alkali
to
0 ,,
Was detd. by -he absorption of IlrO vapor according to th' gradual destruction of the cruss bonds which lu I log'04C, i @
j van flermuclen method. Nx-lectric Points a' tictil. by tlic polypeptide chains; th6 process liberal" polar
%wriling and fly electru0smosi
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rb@
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43
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1.1%). Isuck-c. points of gelatin ticti). by vi@cosity and by linuation by the t1jerinal action of the d6ruptivr fir-'e-,
turbidity, resp., were from 1 4.X1 and 4.34. 11 4.24 and initiated by the alkali treatment. Therefore the
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121. 111 4.10 and 4.00, IV 3A4 and 3.00. The remilt-; point of gelatin is lower than that of the colltgcr. frijin
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as
PNOCIMS AND parpt.
The beat resistance of fibrillar otlins. S. 1.
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ultotry).
nst. for Lt
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1 Kuganuvich Clicinim-Teclink-al
0 I,Ndv Kon(crentsil I'Viokomelekulyur. &wdinenipm. Akad.
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a Study of the stakiiii of the Ploducts of Unning gelatin
a
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lli
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vaud R. t. velmmAtt. Lartkm,a
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ut
ft W" '1141WIA that tile stlungth
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of the tanning pr,m vuriml% talmilax pflou"lure, 14
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.
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itiduou,x )I KC.NS v,,L, tj,jal j,y
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er
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, reased by two factors: thkkenill, and coutriwti(ml. Syll_ zoo
Ifirtic tanning 2gents without milfonic "group, are t@ b, goo
alAm"l with materi&6 giving tile liltkt stable prigluct'.
Cr -alts Ykid wrIl-tanned talalc but th,.w aA, ij,,t -00
oo prevented frous cantractj@j, am %
wellillic. OA-l"cl, proal- goo
uat% yield tanned malcrial which cantuit t1k,,
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SA-0.0 .4 1 saiabo "it 04V Get
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0 0 0 0 0 0 0 0 d
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A,& P 4 A-A -01 L-4@jf "-M-11
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Device for coultinuous watmi of liquid densities of
airups.
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U.S.S.R, 60.376, Oet. 31. M7.
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Lc?wuifm Of Ectlon of [@,I-tkizers cr; The @Ilvsicc rje--
azlcal properUca of bl.:1, *0 71"ern- J, @0
If- Nr. Tecll: Illst. I -pill I.-:11 Nfc@-
'ovlady 6-,,' cl-il. ilkd.
,
1
Milili S.S.S.R. 1@49, !,i pol:-vill-4 C1110-
mnn%,,iilv ii-,oi ill such
of t1j,- npi:6-urns 41cciincs ralti4ly
elulk
w4h ;nmnse of the plivitikJxpr crincii. to abolit it miltv
f:'S whi6i 01C. 41 clill'- Pq1tircil but ir stilt
ri.
'Ippj,@( i-d I tilt!
noba A
Tlu- r,--,ults smil to m(ficate the com v@ ctlioid@mtii:in
0. (1w ;I,-tion ef Sacl. pimtki"cr, oll i.,!. Oil
Ov. rvlative no. of Mots. in(roditcuit mio th@! qpeci-ii-vi, re-
Tt-! %vork- rvquired for film rtytarc
Of -.mi V@tiCiUd SpC6111CIIS 4 1113K. Lt abOttt G Mnk' %
.
A
Lhe pl.-vitiizer, with sharp dcclin,i ill L-ith tilrectiolls
ar k
@aMly frOM thEr Liax. This imint cmr@ptm& LD t3j3)sition
vhistioGne. At 1-1-1113mok
lbere is a1sc Observed a mvorc sli@J!ow with
."ity. t1ol
Irs, 4 of str-ngth wid fliil I . _-,%,iiiyl ciibj@de
@,I,,vs ihow u!ongatiort that is li%,:tr in @c,-,,pcct to Wiwi. at
't"N temps., flittl Undergo a tr.@it-izioll afur -rhich tbc
furth, hows a imup'leL rtlall,,r, Plait c@'4c-qdis-
plao-, -hi* poNt to lower t-iniv. and -,1:tlWrAes and phos-,
pfi-Acs @ive The saine result. rix ('.,VCL 3i the. trtllSL-
l
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tion
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out
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PIN
FELIDNAN. R.I.; SOKOLOV, S.I.
State of aggregation of high-molecular compounds. Linear thermal
expansion and physiconschanical properties of some polymers. Khim.
i Fiz. Khim. Vy9okomolakul. Soadinaniy Doklady 7-OY Konf. Vysoko-
molskul. Soedineniyam 052, 159-67. (MLRA 5:7)
(CA 47 no.16t7860 153)
1. Moskov. Tekhnol. Inst. Legkoy Prom. im. L.M.Kaganovicha.
PC117i-IN, Valentin Aloksandrovich, doktor khirlicheskikh nauk ;MOLOV. S.I.
jwofmmor, doktor tokhnichmikikh jimik. rotsenzant; PLIWANNUM-TI17-
rodaktor; MYMEDSY, L.Ta. , VmkhnIchoskiy reiduktor.
[Measuring the activity of hydrogen Ions (pH) and oxidation-reduction
potentials, and potentiometric titration] Imerenis aktivnosti vodo-
rodMrkh ionov (pH), okislitalino-voestanovitallnykhpoteiltsialev i
-potentsiometricheskoe titrovanie. Moskva, Gos.nai1chno-tekhn.Izd-vo
Ministerstva promrshl.tovarov sliirokogo potrebleniia SSSR, 1955. 205 P.
Mtentiometric analysis) (MLRA 8:12)
(Hydrogen-iox concentration)
PISARENKO, A.P.; SOKOWV, S.I.
:.,- :
About the book og S.S.V*iutskii and B.V.Shtarkh 'Physicechemical
processes in the formation of films form high-polymer dispersions."
Reviewed by A.P.Pisarenke, S.I.Sokolov. Koll.zhur-17 ne.6:475-476
N-D 155. MRA 9:4)
(Rubber, Synthetic)(Tsiutakii, S.S.)(Shtarkh, B.V.)
not Mh'2___@
_7
77@
tv
Distr:
hydmea' p6m,04billty Of I.
S., A. RmftLwd.
'Kau. za." 1957. 19, a"-s. it WzA Lound tw &.0
plaaticiser affects the permeability of polymer
films differently, depending upa the -stata of the
i
or eladle. The
p_JyMer. -ndy Whether vitredus
greaw- t, incrcuo in pecmealwty waa obsen-ad fer 6 7
the high ellaatis state. In th;-v state the legarithm
of tile permeability is a linear function of the molar
'
i the plutici5er. The permeability extra-
frat-iion
poWrA to imit raolar fraction of plasticiser
approximately jinaitrly @Vith,tPo number of carbon
atonis in the alikyl grolAps of the plitha-lates used as
plasticL-erq. There are 14, rLAbroncei.
SHOEGOLEVSKAYA, N.A., kand. tokhn. nauk; qOKOW 5- n.
V,, J,, doktor tekh
nauk, prof.; KEIRSIN, G.L., inzh.; PRIGOROVSKIY, N.I., doktor
tekhn.nauk, prof.
Opticall.v active materials with various elastic moduli used in
investigating stresses by polarization-optical methods. IEV. vys.
ucheb. zav.; mashinostr. no.3/4:?2-83 158. (MIRA 12:5)
1.Moskovskiy institut khimichaskogo mashinostroyonlya (for Sokolov).
2.Moskovskiy ordena Trudovoge Znameni inzhonerno-stroitollnY7
institut im. V.V. Kuybysheva (for lVaesin). 3-Institut washinovedeniya
AN SSSR (for Prigorovskiy,).
(Resins, S7nthetic) (Strains and stresses)
x
W-Effect-of W"ficii2f additions-On the m ch., Cal properties
i 'd
d
( I
l!Wne
hl
id
h i
M
, c
or
e an
t
i 01 V11 I ch
e
ny
-
M 'dmWA A. 1C. Mironova.
j;W34 cb-ld
-
-
-Distri '4926Q)/4E4j/ am w .. _So Techno . nst. Mer Ind., Mosco
wy
.1
AW"_ (1958); ct.. G.A
I Fg M
.
'
/,F1/4FJi.f
the
el-Mi modwMSPE, of
eakinx st
The br
1 4 ,, and
17-j%n . CH
1-Mool :CH 177 + CH
:CUI 23 (I)l
lastRum:
,
.
S
,
p
and of % p ed. poly(vinyl chloride) (11) were equal to i
a*t oi- an P, Ej@, resp., If wx and E, arr, or and E of the
*
f th
E
s are consts. o
a, and
e p
unplasticized polymer,
cizer (e.g_ 3 to 0 X 10-4 kg. wt./sq. mm. and about 3 X
10-4 kZ. wC/sq. - mm. for tritolyl phosphate (111)), -and n
the mole fractionsof a polymer (reckoned as;
And I-x are
I -
monomer) and plasticizer, resp. The equations were valid,
and between n
95 when M
82 and 0
for I between n - 0
.
.
.
0,77 and 0.07 when di-Bu plithalate (IV) was thc pLasticizer-1
and for It betwcen n - 0.01. and 0.90 0.94 and 0,09 aucill
or a chlorinaied hiphellyl Wasi
07 when M
IV
0
01
d 0
.
an
.
,
,
added. The values of p2 and Ej depended very little on the'
AUTHOR3: Felldman, R.I.; Sokolov, S.I. 69-20-3-21/24
TITLE: The States of Aggregation of High "olecular Compcunds (0 so-
stoyaniyakh agregatsii vysokomolekulyarnykh soyedineniy) 2.
Study of the Linear ExDansion of Gutta-Percha (2. izucheniye
lineynogo rasshireniya guttaperchi)
PERIODICAL: Kolloidnyy zhurnal, 1958, vol XX, Nr 31 PP 3-SS-394 (USSR)
LBSTRACT: Gutta-percha exists in two principal modifications which havp
been detected by roentgenological and electronographical
methods. These modifications are differentiated by the po-
sition of the various chain links and the chains themselves.
@@utta-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-percha R (Figure 1) haz 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 state. Figure 71 also shovis the dependence of the length
of a film of gutta-percha R, which had been heated in -,Vatier
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
"he States of Aggregation of High @,`Iolecular Compcunds. 2. Study of the
Linear Expansion of Cullta-Percha
The same curve for gutta-percha S is shovvn in Figure 2. This
type 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 influencin.- the molecular packing of the gutta-percha as
well as the stability of the system.
There are 6 graphs, 1 table, and 25 references, 11 Qf which
are Soviet, 8 English, 4 German, and 2 American.
ASSOCIATION: Moskovskiy tekhnologicheskiy institut lt!gkoy promyshlennosti
(Moscow Technological Institute of Light industry)
Moskovskiy institut khimicheskogo mashinostroyeniya (moscow
Institute of Chemical Machine-Building)
SU3MITTED: April 15, 1957
Card 2/2 1. Rubber-Test methods 2. Rubber-Test results
AUTIMS: Shchegolevskaya, N.A., Sokolov, S.I 32-24-+1-66/67
MITLE, An Optical Act'-,e Material "Epoksiftamal!' (Opticheski aktivnyy
LI
material "Epoksiftamal")
PERIODICAL: Za--rodskaya Laboratorlya, 1958, Vol. 24, Nr 4, PP. 511-511 (USSR)
ABSTRACT: The method of producing an optically active artificial resin is
described which, according to TsNIITWASh at '400 poss sses a
.Longitudinal elasticity modulus of 35000-40000 kg/cm and an op-
tical layer thickni-ass constant of 10 mm - 1 -1, kg/aajat 12D' tbesevakles axe
-5
150 k9/cm7 ax-0 0-2 kg/an respectillvely; at ab 200 C . the
Poisson. ratio is 0.5 with a low boundary effect. From the tech.-
niqL,e of prcduction -It follows that as initial product epoxy
resim E -40 or ED -6 is used. The former i:s obtained from
epi@@I-_'oeiya;rin and phleenylolpropane and conts-ins 14-20% epo7y
8% of which are volatile; their saponification number is
'10 ar-P their molecular weight 600-700 (withwit chlorine). The
resin 7. -40 is hardened by mean of a mixture of malleic- and
phtalf:c anhydride and a technique is applied which makes it
Cali 1/2 possible to o'btain larger, homogeneous, and faultless specimens.
An Opt-i.cal Ac;@'-ive M--l-ay-lal "Epoksiftamal" 32-2-,+-4-66/67
Fr= 'I*h@- te-&-niatte of working mentioned it may be seen that a
thermopolymerizzation of longer darat-Ion is carriel out-. Inst,,al
of or-e part. maleic anhydride phtalic anhydride may be used but
t'nds is, however, not possible in the oase of 'ED.-6 resi.n.
ASSOCIATION., M(,-ik :---ticl, e
y irv.-Utut khim@cheakogo ms b-inostroy n-1ya (Moscow
1--s @i -*,,i-'-Ie f or CheM4 _C@3LI Mac7airne Conij-ruct4 on)
1. Plastics--Optical properties 2. Plastics--Productiop
3. Plastics---Properties 4. Phthalic anhydride--Perforn-nee
0 a;.-3 V 2
50"), 15(8)
AUTHORS; Shohegolevskaya, N. A., Sokolov, S.I. SOV/1 56- 59-2- 34/48
TITIZ: Some Peculiarities Concdridng't'h-e-'-Lne ics of tfte Process of
Copolymerisation of Unsaturated Polyesters and vinylmonomers-
Under Formation of a Three-dimensional Structure (Nekotoryye
osobennosti kinetiki protsessa sonolimerizatsii nepredelInykh
poliefirov i vinillnvkh monomeroy s obrazovaniyem
prostranstvennoy struktury)
PERIODICAL: Nauchnyye doklady vys8hey shkoly. Khimiya i khimicheskaya
tekhnologiya, 1959, Nr 2, PP 350-353 (USSR)
ABSTRACT: The reaction mentioned in the title has been invest-igated on
diethyleneglycolpolyesters of the sebacin- and malein-acids
and a mixture of styrene and methylmetacrylate. The dilatro-
metric investigation showed that the reaction deyelops in an S
shaped curve. The polymerisation process shows several phases.
The first phase (smoothly rising curve,*)' can be understood as
induction period. The concentration of the free radical is
increasing. During the second stage, the cur7e takes a linear
course - the concentration of the free radiGa7 re@ains cons@--nt.
The reaction develops in an equilibrium state. From the
Card 112 inclination of the straight portion, the activation energy is
Some Peculiarities Concerning the Kinetics of the SOV/156--59..2-34/48
Process of Copolymerisation of Unsaturated Polyesters
and WinylLmonomers, Under Formation of a Three-dimensional
Structure
computed as 16,000 cal/mol. During the last phase the curve
flattens out to an abscissa., A contraction of the volume occurs,
the process slows down, not only through the consumption of
the double compounds, but also through high viscosity and gel
formation. There are 1 figure and 3 references, 1 of which is
Soviet and 1 Hungarian.
PRES30TED BY: Kafedra fizicheskoy khimii Moskovskogo institute, khimicheskogo
mashinostroyeniya (Chair for Physical Chemistry Moscow
Institute of Machine Buildizg for -the f,-hemieal Tndnstry)
SUBMITTED: November 5, 1958
Card. 2/2
50,3)
AUTHORS: Shchegolevskaya, N. A., Netrebko, V. P., SOV/153-2-2-26/31
Skoryy, I. A., Sokolov, S. I.
TITLE: Polymer Materials for Models of the Polarization-optical
Method of Examination of the Tension (Polimernyye materialy
dlya modeley polyarizatsionno-opticheskogo metoda issledova-
niya napryazheniy)
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Khimiya i khimiches-
kaya tekhnologiya, 19599 Vol 2, Nr 29'pp 280-286 (LISSR)
ABSTRACT: The demands made on the method mentioned in the title with
regard to the materials used, have considerably increased
because the tasks became more complicated and manifold. The
present paper continues the authors' previous investigations
in this direction. It concerns the examination-method
mentioned in the title, of tensions on the basis of products
of combined condensation and polymerization (Refs 2-4).
The authors further developed the previously prepared ways
of the variation of the structure and properties of materials
and investigated some more possible and at present topical
ways$ in order to obtain materials with various properties.
Card 1/4 The optically-sensitive materials looked for, are based
Polymer Materials for Models of the Polarization- SOV/153-2-2-26/31
optical Method of Examination of the Tension
upon products of common polymdYization of unsaturated poly-
esters and monomerso..Apart from diethylene glycol,. sebacine,
and maleic acid, 4bhthalic anhydride as well as terephthalic
acid, tung-oil, linsied7oil, castor-oil# and caprolactam were
used as initial chemical agents for the manufacture of poly-
ester. Besides styrene and methylmethacry'late, acrylo-nitril
also served as monomer. After an introduction, the
expe.rimental part is subdivided into the following chapters:
a) Examination of the influence of a-partial replacement of
the sebacine-acid in the polyesters by phtalic anhydride,
tereDhtelic acid,-and terephtbalic-dimethyles'ter;
b) Examination of the influence of a partial replacement of
the sebacine-acid in the polyesters by castor-, tung-, and
linseed-oil (Fig 3)q as well as by a mixture of these oils;
c) Examination of the influence of an addition of capro-
lactam; d) Examination of the influence of tie replacement
of part of the methyl-methacrylate and styrene by acrylo-
nitryl. On the basis of the obtained resultsq the authors
arrive at the following conclusions: 1) The task of
Card 2/4 producing optically-sensitive materials according to the
Polymer Materials for Models of the Polarization- SOV/153-2-2-26/31
oplical Method of Examination of the Tension
"freezing"-method (metod zamorazhivaniya) on a polyester
basis, which are analogous to the material I'MIKhM-ImaSh",
which however are distinguished by their optical-mechanical
characteristics, was solved by varying the combination of
the initial components, and the method of condensation-
and'-polymerization-reaction, respectively. 2) Among a
number of test samples, 'stiffer materials with an increased
modulus of elasticity compared with IIMIKhM-ImaShII9 and less
stiff-ones (with decreased modular values) lip to materials
with signs of liquid state were produced 3@ The following
can be used as structure-forming factors: a increase of
phthalic acid contents in polyesters and b) increase of the
content of polyesters in the mixture with monomers (styrene
and methyl-methaerylate). The introduction of the two
mentioned factors is specially effective for the modular
increase. The optical sensitivity can be-iii6reased by
raising the styrene contents in the monom6x --mixture.
4) The mentioned vegetable oils were used with positive
results as fluxingagents which come into reaction with
Card 3/4 other cosponents, of the "inner plastification").
Polymer Materials for Models of the Polarization- SOV/153-2-2-26/31
optical Method of Examination of the @ension
5) Caprolactam and acrylo-nitryl strongly accelerate the
reaction of the common polymerization in the presence of
benzoyl-peroxyde. The polymerization-process must, there-
fore, be carried out at a lower initial temperature..
6) The introduction of acrylo-nitryl at the expense of
other monomers reduce *a the optical sensitivity of the
finished product with a simultaneoua increase of the
elasticity-modulus. There are 4 figures, 1 table, and 4
Soviet references.
ASSOCIATION: Mo8kovskiy institut khimicheskogo mashinoEdroyeniya i
Moskovskiy gosudarstvennyy universitet imeni'N. V. Lomono-
sova; Kafedra fizicheskoy khimii i kafedra teorii uprugosti
(Moscow Institute of Chemical Engineering and Moscow State
University imeni M. V. Lomonosov; Chair 'of Physical-
chemistry and Chair of
SUBMITTED: May 6, 1958
Card 4/4
VOYUTSKIY, Sergey Sergeyevich, prof., doktor khim.nauk;-30KOLOY, S.I.,
doktor tekhn.nauk. retsenzent; RAZUKOVSKAYA,
KIIA IN, M.T., tekhn.red.
[Autohesion and adhesion of high polymers] Antogaziia i adgeziia
vy2okopolimerov. Moskva, Izd-vo nauchno-tekhn.lit-ry RSFSR, 1960.
241 p. (MIRA 13:8)
(Polymers) (Adhesion)
3 A
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jazz
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of
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V 0
Pj 0 09680
AUTHORS: Shchegolevskaya, ff. A., Osokina, D. N., S/153/60/003/01/047/058
Gzovskiy, Y. V., Sokolov, S. I. BO11/BOO5
TITLE: Polymeric Materials With Different Physioomechanical Characteristics
for Stress Investigations by the Optical Method
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Khimiya i khimicheskaya
tekhnologiya, 1960, Vol 3, Nr 1, PP 172-175 (USSR)
TEXT: The authors proved the possibility of producing photoelastic substances
with high optical activity and a wide range of elasticity moduli (up to gel-like
substances of the gelatin-jelly type). These substances are produced or@ the basis
of copo@ymerB of unsaturated polyesters, of 2tyrene Wand of glyphthall5and epoxide
resins."JThese materials had manifold, given physicomeohanical-iroD-ertiebig-riie
authors paid special attention to the production of plastics with a viscosity
(n) Of 1C14 _ 107 poise, an elasticity modulus E - 10- 1 - 101 kg/cm 2, and a high
optical activity. Products of copolymerization of unsaturated esters and vinyl
monomers have a reticular structure. Products with different optical and mechani-
cal properties can be obtained by changing the number of chemical bonds between
the molecules. For this purpose, saturated dicarboxylic acids (e.g. sebacic acid)
are introduced besides unsaturated maleic acid, and the number of individual
monomers (e.g. styrene) is varied. In contrast to previous papers, the authors
investigELted polyesters obtained with the use of reduced amounts of maleic acid
Card 1/4
69680
Polymeric Materials With Different Physicomechanical S/153/60/003/01/047/058
Characteristics for Stress Investigations by the B011/B005
Optical Meithod
and an excess of diethylene glycol (according to Ref 3)- It was proven that the
maximum amount of sebacic acid must not exceed that of maleic acid (1:1), or
the Produot would become opaque. Benzoyl peroxide (0.1 - 1%) was added to the
mixture. Polymerization was carried out at 20-400. The polyester - styrene ratio
was varied between 2:1 and 500:1- Optically active substances with
E = 0.2 - 20 kg/cm 2 and a coefficient of optical activity Bct = 100-1000 brewster
(10-13 c2layi,) were obtained with styrene at a ratio of 3ebacic and maleic acid
in polyesters of 2:1, and acid - diethylene-glycol of 2:3. Even at a polyester -
styrene ratio of 1:500, they remained gelatinous. The figure (P 174) shows th 'at
both the modulus E and the optical activity of the polymer considerably increase
with increasing styrene content. Yodified glyphthal resins are condensation products
of polyatomic alcohols (pentaerythrite, glycerin, diethylene glycol) with phthalic
and maleic acid (Ref 4). They are called "gliftamal". They are suited for work
at room temperature, having E - 50,000 kg/cm2 and B,, 36 brewster. Very trans-
parent substances with 104 _ 107 poise, and B 2.103 brewater can be
Card 2/4
6968o
Polymeric Materials With Different Physicomechanical S/153/60/003/01/047/058
Charaoteristics for Stress Investigations by the B011/BO05 IK
Optical Mathod
SUBMITTED: April 10, 1959
Card 4/4
FELIDMATT, R.I.; SOKOLOV, S.I.
State of aggregation of high molecular weight compounds. Part 6:
Rupture characyeriatieB of anisotropic polycaprolactan films.
Koll.zhur. 22 no.1:97-100 Ja-F 16o. (MIRA 13:6)
1. Moskovskiy institut khimicheskogo mashinostroyeniya i Moskovskiy
oblastnoy pedagogicheskiy institut imeni N.K.Krupokoy.
(Films (Cheinistry)) (Hexamethylenimine) (Polymers--Testing)
w
83659
ITIVIO C,@_ Ito 5 9/0) 6o/w6/ociq/oi4/01IS
801 5Y.058
AMORS: Sh.h. .1 ... kI
'L, __ L
_T_S -I-
- L.M. a , I I
D.,
Tb Volt R-1 to for
TITLZI Us. of I of the Type
lWhod
11nJOI)ICALI U,od.k.y. I.b.t.torty., 1960.'Iol. 26, go. 9, p. 1149
TXL?: Lio optie.11y active mjnth4tit r-sla ... obtained by ..tvg the
Cm.obo.L.v.kI%,m *Vo.j, rest. of the typo IR-r-CIM-2200 Ith Phtb.I_'I
"hydrile as hardener. The rosin outio-4 diffqrs fro. tho mu-A usol
epacy reline of the type 340 (YAO) sal )A6 (RD6) by having a low,r via-
doolty. 404 4 b...c ... *as imst. h.Ing .... r%h.I... Ith
anhydride. The Rattan anhydride (40 9) to 4,1404 " tbv *poly -mlm
(100 c) blood 4. 120?C. the mass 1. ar.fully i.,d, p
heated :04:t, and left 1. %be thermostat for 24 hr. at ;U."l- V@
to, 21 to 1209C.' The proporiles of the rosin *to tabuIxtid. That*
I tsibl. anil 7 Soviet r.f ... nos.
Card 1/2
9310CILTICII .110sk-skir inatitut "Lolobookoel .%ohiftostroy"nI14
11,w-hino Con.%-c-.jjn).
T Uoh ItQt
mmtallurgloh.sk.g.
i-fttifig I .... r.-h o.tt t@t @f
Se
I . O.k.,Wj ly
Mon.. state
Card 2/2
SHORIN, S.N., dok-tor teklm. nauk, prof.p red.; SHCHEPKIN, S.I., zasl. deyatell
nauki i tekhtiki, prof..* vtv. red.; LASTOVTSEV) A.M., prof. red.;
KARAVAYEVI N.M., prof.0 red.; KOKOREV, D.T., prof., red.; PETROKAS,
L.V., prof., red.; RESNCHIKOV, P.M., dots.p red.; SOKOLOV, S.R., prof.#
red.;,_S0K0jg,_S I ', Drof.. red.; KHODZHAYEV, A.M., dots., red.;
LFZEDEV,,,K.I.) kand, tokbn. naukp"dbts, red.; TAIROVA, A.L., red. izd-
va; UVAROVA, A.F.,,tekhn. red.
[Investigation ah4 calculation of heat engineering andpower generating
processes] Issledovaniia i raschety teploenergeticheskikh i energo-
khimicheskikh protsessov; sbornik statei. Pod red. S.N.Shorina. Mo-
sk7a, Gos. nauchno-tekhn. izd-vo mashinostroit. lit-ry, 1961. 137 pe
(MIRA 14:10)
1. Moscow. Institut khimicheskogo mashinostroyeniya.
(Heat engineering) (Power engineering)
SHCHEGOL,VbI9,YA, N.A.; SOKOLOV, S.I.
Materials for models used in the polarization-optical method
for the measurement of stresses-i Plast.mas8y no.8:30-34 161.
(MIRIi 14:7)
(Plastics-Optical properties)
K I 1ES IN', G.L., kand.teki,n.nauk; Si.V'1_)'ST'Y,',17__1V, V.N., inzh,- SHCHEGOLEV6K@Yii,
t
JESN'1`1-i;IY, Yu.N., inzb.;
FACV, Z.I@'
r!oktor tpLh-n.nauk
Lar,-e I.-locks of onticp'LJy acitve materi2ls !-rith unlikp modul-us for
models simulatinf7 the optical',:@k polarization metl-od. 51-or. trud.
MISI no.'35:114-123 Ir"l. (EdRA I 4:Q)
1. Moskovskiy in7benerno-stroitel'nyy institut im. V.V.Kuvtysheva
(for Savost'yanov). 2. Yloskovskiy in.-titut kbimicbeFkoFo' mas@-
inoFtroyeniva (for Sokolov).
(Synthetic products) (Optics, Physi"11-
29983
5/069/61/023/006/005/005
B119/B1O1
AUTHORSt Fedoseyeva, Ye. G., Felldman, R. I., Sokolov. S.-I.,
TITLEs Interaction of polymers with plasticizers. 1. Preparation
and properties of polyvinyl chloride pastes
PERIODICALs Kolloidnyy zhurnal, v. 23, no. 6, 1961, 749 - 755
TEXT: The authors studied structure and phase composition of the pastes
and to elaborate a basic process for their use. The pastes used for the
investigation were prepared from powdery polyvinyl chloride (PVC) of the
type Igelit-R, Igelit-F, -U-1 (PB-1), 116 -2 (PB-2), 79-3 (PB-3), 16-4
(PB-4)s, and esters of tb
,,@: phthalic, phosphoric, andsebacia acid as
plasticizers with or witliout additioW-of fillers a'@@d pigments, r"espective-
ly. Solutions of 2 - 5.75% PVC in plasticizers, as well as solutions of
chlorinated PVC, polychloroprene, polystyrene, polymethacrylate, and
nitrile rubber were used as dispersion agents. The pastes were prepared
by mixing the components for 30 to 40 min and subsequent treatment in
the color mill. Example of a composition in parts by weight% (PB-1) 37,
lead silicate 69 dibutyl phthalate 15, tricresyl phosphate 20, dioctyl
Card 1/3
SHAMRAYEVSKAYA, T.A., IZSNICHIY, Yu. N., SFCHEGOLEVSKAYA, N-A-,
,30KOIDV" S.I._
'Itudy of the conditions for mutual compensation of the effects due
-to positive and negative birefringence.
Aeport presented at the 13th Conference on the high-molecular compounds
Moscow, B-11 Oct 62
41h68
S/153/62/005/004/oo6/oo6
r fu
E075/E436
AUTHORS: Shchegolevskaya, N.A., @V.Polukhin, P.I.,
Vorontsov, V.K.
TITLE: On the polymeric coatings on metals for the study of
plastic'deformations by the optical method
,PBRIODIC,%L: Izvestiya vysshikh uchebnylch zavedeniy. Khimiya i
khimicheskay6 tekhgologiya, v-5,' no.4, 1962,.647-652
TSXT: A possibility was investikated*of obtaining optically
sensitive layers, based on epoxy resins and polyesters, suitable
for the investigation of sufficiently large plastic deformations
of metals. It was found that the coatings:with different maximum
deformations, optical sensitivity and adh *esiveness can be produced
from epoxy resins and various polyesters of dibasic acids and
glycols, polyesteracrylates and dibutylphthalate as plasticiz6rs.
They could also be produced by changing the conditlons of curing,
.both hot and cold curing processes being suitable. @ For hot
curing, maleic and phthalic anhydrides are used as curing agents;
for col-d curing, polyethylenepolyamines. A method of gradual
heating was employed to produce the coatings without any residual
Card 1/2
S'/069/62/024/002/007/OOB
B110/B101
AUTEGRS: Fedose.ie-!a, Y;1. G., Felldman, R. I., Sokolov, S. I.
TITLE: Interaction of polymers with plasticizers. 2. Gelatiniza-
tion of oolyvinyl chloride pastes and the properties of the
films obtained from them
PERIODICAL: Kolloidnyy zhurnal, v. 24, no. 2, 1962, 230 - 235
TL.KT: The follo-,,,inr changes take place during the r@elatinization of PVC
pastes (20-40 min, 140 - 18500: (1) the decrease in viscosity of the
PVC suspension at 20 - 40 0C is caused 0by the decrease in viscosity of the
dispersion m--@:--ium. Bet-.-jeen 40 and 90 C, viscosity of the system increases
rapidly on account of its gradual pelatinization, and above 900C viscosity
a.r:ain decre-zes -normally. (2) The chanee in the mecbanical rupture charac-
tr-ristics denends on the gelatinization temperature and time; the condi--
tions of gelatinization depend on the composition of the paste. Films
Made from pastes filled with chalk, titanium dioxide, barium titanate,
talcum, magnesium oxide, and litharge showed lower tensile Droper-
0 0
ties and greater hardness. Addditional 30 (lays heat treatment at 110 C
Card 1/3 Y.
Interaction of polymero ... B1 10/B101
-in-,reazed the tensile str(--n-th from -27 - 43 ke,,f/CM 2 to -47 -- @ffl kUf/CM2
chanp-ed the relative ruT)ture elongation, and lowered linear strain coeffi-
cients. Study of the decomposition temperatiires sho-o;ed that lead COMDOUI-dS
@)roved to be better stabilizers than compounds of other metals. (3) The
cl-anCer, in the electrical characteristics of PVC films were determined
ir.: (a) electrioal bulk resi.-;tivity (2000 v, direct readin@ compensation
brid_re), (b) dielectric permeability and tanpent of dielectric loss angle
(ScInerint"Z brid,-_e, 11000 v, 50 cps, 1 rrin), (c) disruptive strenpth
kcylindrical electrode@s di.-,ped into tricresylphosphate, rate of voltage
tncrease 1 kv/sec). The electrical characteristics depend on the quantita-
tilic ratio of polymer to plasticizer, on the physical and chemical
7).-operties of the pl-.,sticizer and on the paste ingredients. Graphite
auled increases the film conductivity, and the bulk resistivity amounts
lo .10) ohm-Cm. A study of the dependence of the bulk resistivi"y on lthe
coin,)onent ratio showed that the curves @ versus COMDOSition of the polymer
y - ter L alate, PVC + fiioctyl-
@s PVC + tricrcsylphosphate, PVC + dibutylphth
phth.ilate coincide up to a Dlasticizer content of 45 - 5% by
141 The change in water absorption with temperature and time shows a
C
.rd
S/069/62/024/002/007/008
Intc!raction of pol,!.,mers ... B11O/B101
mnximium at 20 + 10C. The ufo:-6-iijentioned mechanical, electrical and other
proyertic@z of PVC films show that blocks, films, etc., having important
propertios f'or entrine,,:-rin- can be obtained by gelatini.?,ation. There lare
5 fixnlres an(i 3 taWcs.
ASSMATION: Nauchno-issledovatel'skiy institut kabellnoy promyshlonno.9ti,
llioskv-i k6cientific Research Institute of the Cable Industry,
',.oskovskiy oblastnoy pedagogicheskiy institut im.
N. Y. Krupskoy (Moskovskaya oblast' Pedagogical Institute
imeni DT. K. Krupskaya)
SUB,v'11"TTED: October 20, 1960
Card 5/3
SOKOLOV.,.S.I.; SHAIRAYEVSKAYA, T,V.; SHCfEGOLEVSKAYA, N.A.
Polymeric materials for the optical polarization method of stress
determination. Part ls Polymerization products in a ternary system
of vinyl monomers and methods for the study of their thermomechanical.
properties. Vysokon.soed. 5 no.8:1250-1254 Ag 163. (MIRA 16:9)
1. Moskovskiy institut khimicheskogo mashinostroveniya.
I(Vinyl compounds) (Polymerization) (Polarization (Light))
SHAMRAYEVSKAYA, T.V.; SOKOLOV, S.I.
Polymeric materials used in the optical polarization metihod
of stress determination. Part 3: Effect of various factors
on the optical and mechanical properties of polymerization
products in the ternary system of vinyl monomers. Vy8okom.
soed. 5 no.12:1790-1794 D '63. (MrRA 17:1)
1. Moskovskiy institut khimicheskogo mashinostroyeniya.
AUNIORS:
TITIZ;
tRIODICAL:
S/069/63/025/002/009/010@
A057/A126
Fedoseyeva, Ye.O., Felldman, R.I., Sokolov, S.I.
On the polymer-plasticizer interaction- 3- Investigation of stabll-
Ity factors and phase transitions in dispersions of polymer in
plasticizers (pastes)
Kollo'idnyy zhurnal, v. 25, no. 2, 1963, 247 252
TEXT: The present investigations were carried out, and the results pre-
sented already at the Fifth All-Union Conference on Colloid Chemistry. Stabil-.
ity factors and phase states of polymer dispersions in plasticizers are dis-
cussed on the example of polyvinyl chloride dispersion in dibutyl phthalate which!
is of interest as a two-component system. The preparation of pastes from these
components indicates that a part of the polymer has a stabilizing effect. It
was of interest to investigate the "lifetime" of such systems. The stability
depends on the sedimentation, the particle size, and on the mutual dissolving
(homogenization). The "lifetime" of dispersed systems depends on static and
dynamic factors connected to the structure and properties of the polymer, the
Card 1/2
S/069/63/025/002/009/011 no
On the polymer-plasticizer interaction .... A057/A126
strue
ture of globules bbtained by emulsion polymerization, as well as to phase
relations and the ability of the polymer to remain for a longer time in a non-
equ[L,".brated state. The process of paste gelatinization is a result of the dis-
solving stability (homogenization) of the dispersion. The surface layer of
globuLes might be considered as a barrier which prevents the destruction of the
globule. Only an increase of temperature will destroy this barrier effecting a .1
subsec,uent quick dissolving. The process of paste gelatinization at elevated
temperatures is discussed by the present authors as a complex of phenomena whi(h
effects a total homogenization of the system and the formation of a high-elastic
gel by means of a mutual diffusion of polymer and plasiiaizer. J'here are I fig
ure and I table.
ASSOCLITION: Nauchno-issledovatellskly institut kabellnoy promyshlennosti (Sc
entific Research Institute of the Cable Industry); Moskovskiy ob- I
last'noy pedagogicheskiy institut- im. M.K. Krupskoy (Moscow Re-
gional Pedagogic Institute imeni M.K. Krup-doya); Moskovskiy insti-
tut khimicheskogo mashinostroyeniya (Moscow Institute of Chemical
Machinery Construction)
SUN4ITIED: December 30, 1961
Card 2/2
L 12 1-63 .-~'-Er-R/EWP(j)/EPF(c)/EWT(I)/EWT(m)/BDS. AMC/ASD/SSD Ps-4/
Pc-4./Fr- 'd
ACdESSION MR: AP3000523 S/0020/63/150/002/03'56/0358
1,10HOR: Shamrayevskaya, T. V.; Shchegolevsk2XS, N. Aj Sokolov, S. I .
TITLE- Changing the sign of double refractioriin deformations in vitreous
oOI ers
SOURLE: AN SSSR. Doklady, v, 150, no. 2.. 1963, 356-358
iq
TOPIC TAGS: birefringenco, double refraction, methyl methacrylate, styrene,
benzyl nathacrylate
A3'5TRACT! The study was made to explain the behavior of vitreous polymers
with resDect to the influence of external factors and structural change when
birefrineence (double refraction).sign crosses the zero value and changes.
The effects 0 tim temperajure, load size and structure on IAAM (methyl
methacrylate),@,ST 0(styrene) '4nd BRA. (benzyl methacrylate) as separate polymers
and as a 1:1:1 coDolymer wa@T studied. The birefringence values were constant
with time for the coo
U the vitreous (150) and'highly elastic (800)
state. The affecis of Un- 'on the optical coefficient were observed at transition
temperature - from vitreous to elastic state (65*) or at a temperature w1here the
coel'ficient changes sign (390). Loading at 3811 caused the coefficient to change
Card
L 12!)81-63
ACCESSION NR: AP3000523
signs. The aforementioned external factors being constant, the magnitude of the
optical coefficient is dependent on '..a polymer structure as shown in the phase
diagrain of the-tripolymar system in Fig. 1. Orig. art. has: 4 figures.
ASSOCIATION: 11oskovskiy institut.kh1micheskogo mash-inostroyaniYa (Moscow
Lnstitute of Chemical Machine Building)
SUDIMITIED: 24jar.63 DATE ACQ: 12Jun63 ENCL., 02
D CODE C11 NO IMF 80V* 004 OTMR: C03
Card
L 12419-63 EPR/EWP (i )/EP? (c)/E"(m)/BDS/ES (s)-2 AFFTC/ASD/SSD P"/Pe-4/
ADJAPIF AP300114-i3 S/0020/63/150/004/0859/0861
AUTEM. Shamrayevskaya, T, V.; Shchegolevsk2;@, N. A.; Sokolov, S.
TITIX: Relationship between certain physical properties and the composition of
polymerjzation products in a ternary system of vinyl monomers
SOURCE: AN SSSA. Doklady, v. 150, no. 4, 1963, 859-861
TOPIC TAGS-. polymers, copolymers, methyl-metacrylate, styrene, benzyl metacry-
late, photoelasticity, polymerization, thermomechanical properties, mechanical
properties, optical properties, coefficients of elasticity
AB.STRACT: Sim e olymers and coP0 era f methylmeta2Eyla ej at ene and
pL
@enz at were studied in connection with the preparation of po ymers
yl metacrylAa
i s
haring properties eful for photoelasticity determinations. The ?ompounds were
syathesized by inductive polymeriAation in the presence of benzoyl peroxide.
Preliminary to polymerization, a tetrapolymer was obtained at 60-80C. Sub-
sequently, polymerization was carried out by increasing the temperature stepwise
to, 35, 45, 55, 80 and 100 degrees until the product lostotable properties.
Solid samples 5 X 10 x 80 mm sup 3 were studied. Thermomechanical, mechanical
and optical properties an well as the composition of the various polymers,
Carj 1/2
L lZa9_63
ACCESSION NR: AP300W3
C@_
are-presented in a table. Thermomechanical curves were obtained on a Polani-
type dynamometer. Vitrification temperature was obtained by extrapolation to
zero stress. Linear coefficients of elasticity were determined by means of a
straln gauge. Optical coefficients undqr stress were determined on a coor-
din&te-synchronized polarimeter .9%This study indicates that it is possible
to design series of materials witWITT6ired combination of mechanical and
optLcal properties by varying the composition of copolymers in accordance with
the data on the effect of single components in a multicomponent mixture of mono-
mers. Orig, art. has: 4 figures and 1 table,
ASSOCIATION: Moskovskiy institut khimicheskogo mashinostroyerdya (Moscow
Institute of Chemical Machine BuildiAg)
SUBMITTED: 24Jan63 DATE ACQ:. 01JU63 EOL: 00
SUE-CODE: 00 NO REF SOV: 001 OTHER: 000
Card 2/2
1, 37724-65 VPF (a) /Emp(j )/9WT(m) Pc-4/rr-4 qf
AC-C-ESSIOU NR: AP4023501 S/0069/64/026/002/0258/02r,"-
,2
j
i AUTHOR: Fedoseyeva, Ye. G." Feltdman, R. I.; Sokolov, S. 1. 24
TITLE: On the interaction of polymers with plasticizers. 4. Effect on rubber of,
plaRticizers which migrate during contact with'plasticized eolyvin @chloride
SOURCE: Kolloidnyy zhurnal, v. 26, no. 2i 1964, 258-262
TOPIC TAGS: rubber research, plasticizer, polymer swelling, electric property
ABSTRACT: Mechanical and electrical properties and swelling were studied in vari-
our rubber+ plasticizer systems. The.purpose of the study was to determine the
ability of plasticizers to penetrate into rubber at 25 and"1450C,from polyvinyl-
chloride layers in contact with rubber, as well as to eva luate the effect of
A base TS-35 SK-
-'asticizers on the properties of rubber. Butadiene 50,9rubber was
p
ti@sted. The following plasticizers were used: :dimethyl phthalate, droctyl
hthalate, tricresyl phosphate, pentachlorodiphenyl, sebacic acid polyester,
p
2,21,211- nitrile triethanol butyrate and shale oil. When the rubber specimens
were swelled in plasticizers at 1450C for 1.5 hours and then kept at 250C for 24
b,ours, the plasticizers "bled out." This indicates that the plasticizers migrate
..From thepolvvinvIchloride into the rubber-mainly during vulcanization. Penta-
Card 1/4
L 37724-65
F ACCE:'31SION -NR;---AP402350l-------
chlo:vodiphenyl and shale oil were found to be the best plasticizers since they
form@a stable single-phase system with rubber which shows no tendency to synere-
sis.. These plasticizers also show the least susceptibility to "bleeding." Rub-
ber dwelling was found to be more dependent on the limits of compatibility than
on the coefficient of diffusion of the plasticizers. Changes in mechanical pro-
pertj@es conform generally to the laws of molar and volume fractions rather than
being determined by the weight content of the plasticizer. However the tensile
properties of the rubber samples showed deviations from thegeneral laws after
aging for several days at 1000C. Electrical measurements showed that the effect
of the plasticizers on the resistivity and specific inductive capacitance of rub-
depends on the degree of polarity of the plasticizing compounds. Orig. art,
has: 3 tables and @ figures.
ASSWIATION: Nauchno-issledovatellskiy institut kabellknov omyshlennosti
(Scientific Research Institute of the'Cable Industry); Moskovskiy oblastnoy peda
gogi(:heskiy institut im. N. K. Krupskoy (Hoscoir Regional Pedagogical Institute);
Moskovskiy institut khimichesk.ogo mashinostroyeniya kHoscow Chemical Machine
BuildingcInstitute)
.........
ACCESSIcn n: Ap4o37179
B/OD69/&/0261003/0362/0366
AUMOR*. Fedoseyevas Yel G.; Fei'dmans R. r.; Sokolov" a. 1.
TITIS: Interaction of polymer with plasticizer
The adhesive properties of polyvivy1cbloride plasticatex and their effect an
rubbers in contact vith tl-
;SOUECE: Kolloidny*y zhurnal.9 Y. 26
no- 3# 1964P 362-366
TOPIC TAGS: polymer plasticizer interaction,, polyvinylcbloride plasticate,, rubberv:
resin, rubber vulcanization,, rubber thertmal PVC fJlm adhesion,,.polychlora-
prene perchlorovinyl resin., nitrile rubber.. rubber modifyer
P
!ABSTRACT: In this series of stuclies the plasticizer was introduced into the
@rubber at sim"Ing time or into the resin mix before vulcanization. Such systems
may serve as modela, since under these conditions the resin cmes into contact not
with. the pure plasticizer but vith plasticized polyvinyichlorlde (FVC) pastej fillpf
etcolfrom which the plasticizer migrates into the resin. The composition of the
PVC 1@,est pastes is tAgnLUted. In the present vork the influence of PVC pastes
ate
added vith other empounds (dibutylphthaate,, djoaW2j*tha3&t@ and tilm
Card.
ACCEWICO NR: AP40n179
frWL -these materials on properties of the rubbers TS-35 and 6X-50 and the adhesive
-iforce between the boundary materials vere studied. For the preparation of the
specimen a 0-5 =2 PVC Pasta layer vas placed on top of the 2 mm thick resin
llmixtvre, the entire mass vulcanized In foil and subjected to thermal aging. 7be
I!two-layers vere then separated and the rubber tested for mechanical properties and
Afic cubic resistance. The adhesion of paste to resin was detenained with a
I spea
dymmometer. The least amount of adhesion van found in pastes contai;WLng only PVCI
'and plasticizer., beat In those Vith PVC and perchlorovinyl resin or rubbers. Such
fcowtact did not change tensile strength appreciably, aging at 100C took piace
'alz3st in the same way In the presence or in the absence of contact. The spec=c
cubIc electrical resistance scz&Aat dimini hed In the presence of polar plasticl-';
zerG,:vhereas it increased during thermal aging of rubber in contact with polyvinyl-
chloride plasticates containing polystyrene, polymethy1matacrylate and their mono-
mers. The addition of modifiers to PVC pastes after vulcanization, had a favorable!
,effect on the adhesion to rubber of films formIn on gelation of the pastes. The
:!best effect was produced by chlorinated polychloroprena, parchloroviAyl resiap
.@polychlorqpxene and nitrile rubber. Orig. art. hes: 1 figure end 4 tablese
%'I'ASSOCU=CK: lwL -issledovstallskiy institute kabellwy prmy*ahleanostA Hooky&;
I-eci.
2/3
-ng a,,--. @.,se f
-'a'; n
the. 7--acz,ion 71,
lie c s c
6-7.
NGRY,INA, R.S.; SOKOLOV? S.I.; SIIGIIEGOLEVSKAYA, N.A.
o.. , "
Pol:rmc r1c materials for the optical polarization method of
determining stresses. Part 5., Terminal stages of copolymeri-
zation in a bulk of unsaturated polyesters and vinyl moncMers.
IZV. v-ys. ucheb. zav., khim. i khim. tekh, 7 no-5:839-841 164
(MIRA 18:1)
1. Kafedra fizicheskoy khimii Moskovskogo instituta khimi-
cheskogo mashinostroyeniyao
NOWK-i N A, R. S. ; SC)Kk-')LC)V, 6: 1.; S,ChFGOl,EVz-: K A YA, N. A.
Polyincirl,; matw-JuIr Wirl Ill'!I'llod IIV
studying of stresses. Part 6: Study of pr.,adcal anti muchut -lical
proportle., ulider tho addition pvore.;.", ,' I-olynerizati-On. LZIII.vy.,3.
ucheb.zav.; khini.i khim.tekh. 7 no.6:91)7-1002 164. (MIR-A 1.8: 5)
1. Moskovskiy institut khimicheskogo mashinostroyenlya,kafedra
fizicbeskoy khiniii.
L 41649-65 EPF(c)AwP(j)/EwT(m)/T Pc-4/Pr-4 RM
ACCESSION NR: APS006380 S/0153/64/007/006/0997/1002'
33
AfUtHOR: 'Norkina, R. S.-, Sokolov, S. I.; Shchegolevskaya, N. A. 32-
TITLE: Polymers for stress analysis by the optical polarization method
VI. PAysical and mechanical properties under stepwise polymerization conditions
SOURCE: IVUZ. Kbimilya. i khimichaskaya tekhnologiyd, v. 7, no, 6, 19,14, 997-1*002
TOPICTAGS: polymerization physical chemistry, stress analysis
ABSTRACT: The success of the optical method of stress analysis depends to a aigni-
ficant extent on the quality 5-f-t-Fe-materials which are being used. Material
shrinkage during the formation proce:is Is theoretically important in the production
of hig.4 quality materials, In this ai4icle the affect of tomperature;:,time params-
ters during polymer#ation on the phy2ical and mechanical RroRertiesitf products,
bas@ad on Dolvesters@and vinyl monomers is studied and the conditions for the. pro-
du6tion of a chemically stable product are determined. Two types. of changes in the
propeftie* of the system were investigated: irreversible changes associated with
chemical processes and reversible changes of purely p hysical nature associated with
the degree of deviation of the structure of the meterial from the equilibrium
Card 1/3
L 41649-65
t
ACCESSION HR: APS006380
structure. Stepwise polymerization was carried out by maintaini.ng the temperature
of ?ol'Vmerization at some predetermined value for a definite period of time then
ine-iva5ing the temperature to another value for a predetermined time Interval, etc,
It was found that during structuring of the polymdr system Its physical and mechan-
ical-PPODerties undergo significant changes in the vitreous state. reaciting a
stable state after high temperature tre@atmint. Specific refraction Was taken as a.
convenient parameter for monitor! 'ng the chemical process since it is Independent of
the phys@cal, state of the substance. When cooling conditions are varied them Is a
significant change in the specific volume and volume refraction, which is a func-
tion of the refractive index at constant specific refraction. The structuring pro-
cessea@ are marked by an increase in the modulus of elasticity both chemically
taross-Unking) and physically (when the temperature is lowered) and are accompanied,
by an increase in the optical coefficient within the vitreficaticn region. Orig.
Qrz. has: 5 tables and 2 figures.
ASSOCIATION: Kafedra fizicheskoy,khimli Mdskovsk@go instLtuta khImLchesk.9go
q Department, Moscow Institute of Chemical
rrachiinostroyeniya (Physical Chemistr
Machine Building)
Card 2/3
111 00987-66 qPT
.ACCESSION NR: AP5020233 uR/oo6q/65/O27/O04/o6lq 0623
541.64
!AUTHOR: Fel'dman, R. I-.; Sokolov, S. I.
Stat
TITLE: P4;gregation es-of macromolecular compounds. 10. Polytetrafluoroetbylene
SOURCE: Kolloidnyy zhurnal, v. 27, no. 4, 1965, 619-623
TOPIC TAGS: polytetrafluoroethylene, aggregate state@ crystallinity, linear-
expansion coefficient, thermal dependence
ABSTRACT: In view of the known temperature transitions in the crystalline and ag-
.e states of polytetrafluoroethvlege (PTFE), the temperature dependence of the
,gregat
coefficient of linear thermal exDansio of this polymer was studied in detail. This
study is important from both the theoretical point for supplying n-@w data for
colloidal chemistry and for the theory of aggregate states of polymers, and from the
purely practical point of using this polymer for technical purposes. 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 j?eF degree centigrade. Some experiments
lasted 52 -days. Measurements were made by a dynamometer serving as dilatometer. The
Card
L 00967-6 61
ACCESSIOU NR: AP5020233
method wan previously described by the authors. It was found that the smoothness of,
Imthe curve a vs to was disrupted by several abrupt transitions: at 19-21, approx-
imately 313 and 250-260C. The transition at 19-21C is considerable and should be
t@ en into account as a cause of shrinkage in the industrial use of PTFE as a
t
erial for devices, gaskets, packings, and parts. Orig. art. has: 2 figures.
[BN]
ISSOCIATION: Moskovskiy oblastnoy pedagogicheskiy @mstitut im. N. X. Krupskoy
Moscow Oblast Pedagogical Institute); Moskovskiy institut khimicheskogo mashino-;
6stroyenTra kMoscow Institute of Chemical Machine Building)
SUBMITTKD: 19Feb64 ENCL: 00 SUB CODE: OC, GC@
NO REF SOY:-.010- OTHER: W ATD PRESS: 4068
..Card
DOLGIN, 1,111,; so-ELL) L. N I I-I III.
? A
Revievs. T @@ ',5.
@@4 1 IC711 210)
k. - ig I
-Qy@aw-)v 5 S.i.
ltati@z cf agg.-,@gatlcr. ci@ high-.L--d't--:c,.La-- -.e-2:gh'u
Fa-@t it); Koll. zh,ir.
619-6,23 jl-Agg '65. 1 a-L
-ir dagogicheskly 4risi-itut inieni N,.K,
PICISIKOVSkly ArAqSt, Dy P@- . , . I- -
@rupf:,-u@y i 1-110.-@,kovskly institut kh.--'mjchp--E'h(,pu rre:3h i nos
VFD'ERNIKOVA., N.F.; SOKOWV9 S.I.; FELIDMAN, R.I.; SHCHEGOIEVSKAYA, N.A.
Interaction of polymers with plasticizers. Part 7: Thermo-
optical characteristics of the action of plasticizers on
polymethyl metharcylate. Koll. zhur. 27 no.6:806-809 N-D 165.
(MIRA 18:12)
1. Moskovskiy institut khimicheskogo mashinostroyeniya i
Moskovskiy oblastnoy pedagogicheskiy institut imeni U,K.
Krupskiy. Submitted June 26, 1964.
"DER' I - , U "
NiKOVA, IN.F.; SOFOLOV, S.,I.i FELIUMAN, H.I.; Sfi@',HEGOLFEVSK@YA, N.A.
T-teract-on o' Far-, Hffe-,@ Cf
C, I @-ne r n C :Z C-
p I as tici zero en def orma 1--i --a of
.?late. Rol-l.zhur. 27 no.3@326-33'30 M-7-Je 165.
(NITF,_A 16!1--)
@4titiit kh-micheqlcco-o maoehinos-,royeniva i
1. fllonkovskiy 4-h . .3. LI
Moskovskly oblast-Ijoy pedaffo@:icheskjy insl.itut imeni Krupskoy.
Qubmi'zed Dec. 28Y i96,3.
"'-'P' j,'T Lipt C
A6C_Azt-,_-_M'6016545 SOMCE CODE: W66-6�-/6~/-o-~7-[6-6-6/o8o6/68o--g-
AUTHORI Vedernikova, N. F. ;__Lokqlqv.* S. I.; Fel'dman, R. I.; Shchegolevskayaj, N. A,
ORGS Moscow Institute of Chemical
(Hoskovskii ob]:astnoy'
(Moskovskiy institut khimicheskogo
achnic Institute im. N. K. Krupska
_n _Z_ @_, I - @
TITIES Interaction of polymers with plasticizers. Part 7. Thermooptical character-
istics of the effect of plasticizerajon polnLth
I SOURCES Kolloidnyy zhurnal, v. 27, no. 6, 196_5. W-gog
TOPIC TAGSS plasticizer# polymethylmethaerylate, double refractiong phosphate ester
ABSTRACT: In order to clarify the specificity of the optical effect of plasticiza-
tion, the simultaneous influence of plasticizers and teq)erature on the birefringence
of binary systems composed of a polymer and a low-molecular plasticizer was investi-
gated. Thermooptical measurements were made in the two systems polymetbyl metha-
crylate (PIOW-dibutyl phosphate (DBP) and PMAL-tricresyl. phosphate (TCP). The curve
representing the temperature dependence of the optical birefringence coefficient CIr
of polymethyl methacrylate (see Fig. i and 2) in shifted by the presence of the
DIaStILCizer in the direction of the temperature axis toward lower values* in con-
@ormity with the mole fraction rulev and in the direction of the Ct axis toward viore
acs _rAi.64s.535..5%
L 34417-66
--AC6 NR: A
C,
75L
ZO ;'0 50 AO I&V t. le
Fig.. i. Temperature dependence of
3" pMicized with TCPS I
-5 - + TCP, N2 equal to
0.014, 0,03o, o.o62 and 0-113
resj)ectively.
U
es -A
so--
-15
-J'b
-7JII I
ZO ia Aw &V Mv f,I
Fig. 2. Temperature dependence of Cc
of PMA Plasticized with DEN I - P)2U-
2-5 - PMA + ERP, N2 equal to 0.0119
0,0389 0*056 and 0-097 respectively.
4% /,@*
T, 34417-66
A-C NR: Ap6bio54@-
positivo values. Me shift along the Cj axis depends on the composition and structw
of the plasticizer molecules. It is concluded that the influence of the plasticizerl
introduced into PMMA is dual in naturet in some respectst it is related.to a change
in the etate of aggregation of the polymer upon addition of the plasticizery and is
governed by known general rules established by studying the mechanical propertiesl
in other respects, the plasticizer affects the optical propertlesl@7according to its
individual characteristicswhich depend on the composition 1-n-d-Structurs of Its
molecules. Orig. art. hast 3 figures-
SUBCODEe 07/ SUBMD.ATEI 26jun(4/ ORIGREFI 004/ OTHREFS 001
L j6jFI.-,-fik EWT(m)/EWP(j)/T IJP(c) RM/M
014265
AUTHOR: Shamrayevskaya, T. V.; Sokolov, S. 1.
ORG: Flaysical Chemistry De-oartme ibscow Znstitute or Chem:@eal -Xachillor,,-
jmethod of strAss datermina-
TIME: Cn polymer ma arization
,@erials'of the oDtical Del
tion. Part 2:-ZQgXQj*,echanical and mechanical -oropertles of polymerizaLion prouuuvo
@n a @arnary system of vinyl monomers
SOURCE; IVUZ. Khimiya i khimicheskaya tekhnologiya, V& 9, no, ly 1966, 117-120
TOPIC TAGS: thermomechanical property, solid mechanical property, vinyl plastic$
styrene, methylmothacrylate, methacrylate
--S lymerization products
,,,, ELMk: The thermomechanical and mechanical properties of po
in the ternary system of vinyl monomers methyl methaerylatel, styrene, and benzyl
methac:rjlate were studied. The results were systematized by means of methods of
physicochGmical analysis involving the plotting of "composition vs. property" dia-
.grams, i-.,hich also made it possible to predict the properties of polymers of other
co,nmositions. The diagraris showad'thai in the system'studip@, the monomers producing
rigrid ioolymers (having high glass points and elastic modUIJ12E) chanore their t)ron r-
ties undor the influence of a second component (internal plasticization effe@t). The
properties of the copolymers are classified, and it is shown that seven basio types
Card I
UDC: 6?8.?1
ACC NR
AP6037030
SOURCE CODE.-" UR/0069/66/028/006/0888/0893
AUTHOR: Felldman, R. I.; Fedoseyeva, Ye. G.; Sokolov, S. I.
ORG: Moscow Oblast Pedagogical Institute im. N. X. Krupskaya (Moskovskiy
oblastnoy pedagogicheskiy institut); Scientific Research Institute of the Cable
Industry (Nauchno-issledovatellskiy institut kabellnoy promyshlennosti); Moscow
Institute of Chemical Machinery (Moskovskiy institut khimicheskogo mashino-
jitroyeniya)
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, 888-893
TOPIC TAGS: polymer, . I I - 7 polyrher physical chemistry, filler,
polyisobutylene, molecular weight, tensile strength, hardness, plasticity,
,i5l R-5-rtCl Ty
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 streneth
residual and elongation at rupture hardness, elasticity at 70 and 130C, and
Card 1/ 2 -UDC: 541. 182:539. 412
ACC NR: AP6037030
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 at 70 and 130C increased. ''The results obtained may b"e
explained by the complex effect of softeners -on the properti es of a filled polymer.
For systems composed of polymer, softeners, @Lnd 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 eloncration,
when the filler quantity in the compounds does not exceed the optimum value.
Orig. art. has: 4 figures.. [Based on authors' abstract]
SUBCODE: 11/SUBMDATE.-26Aug65/ORIGREF: 008/
Card2 if 2
L@_
AT700:1097
SOURCE CODE: UR/0000/66/000/000/0110/0120
AUTHOR. Sokolov, S. I.; Shchegolevskaya, N. A.
ORL: none
TITLE: Investigation in polymer materials field for contemporary trends in the
optical liethod
SOI'I-',Cl-'- Vnesoylizilaya konferentniyn po I)ol.viirizttt-.Liiotino-optielicti'~tomLi ricuod"
issledovaniya napryazheniy. 5th Leningrad, 1964. Polyarizatsionno-opticheskiy
nictod issledovaniya napryazhen.Ly (Polarizing-optical method of investigating stres-
ses); trudy konferentsii. Leningrad, Izd-vo Leningr. univ., 1966, 110-120
TO?IC TAGS: photoelasticity, refractory coating, composite material, polymer
n
pysicaJ. chemistry
ABSTM%CT: Different new optically active polymer materials whose properties were
synthesized from vinyl monomers such as methyl methacrylate, styrene, and benzene
-methacrylate are described. The strAin-optical coefficient, its variation with
temnerature and tim@, and dependence of its magnitude and sign on the relative
quantity of these monomers are given. The authors also treat materials based on
polyester and vinyl monomers whose strain-optical coefficients have zero value for
a wide range of proportions of additives such as methyl methacrylate and styrene.
1/:!
-J
SOKOLOV) S@I.
Unsolved oroblem concerning the mechanical analysils of soils. Izv.
AN Kazakh. SSR. Ser. biol. nauk no.2'-5" 55 '63. (MIRA 17:10)
SOKOLOV, S.T.
Methodological comments an aerological materials collected
during the International Geophysical Year and the year of
the International Geopbrical Cooperation. Trudy AANII 266a
163-164 164 (MIU 18:1)
SOKOWV, S. I.
Automatic device for cooldng masBecuites. Sakh.prom. 34 no.10:31-35
0 160. (MMA 13:10) '
1. Ilauchno-issledovateliskiy institut prodovol'stvennogo mashinostro-
yeniya.
(Moscow--Sugar machinery) (Automatic control)
;30KOLCYV.1 S.I.., inzh.
Device for automatic control of the boiliiig, of refined sugar
massecuites. Mi3kh.i avtom.proizv. 16 no.)+:33-34 Ap 162.
WIRA 15:4)
(Sugar manufacture) (Automatic control)
PASTNSKIT, Anatoliy Germanovich; RZBINM,.PwA.. akedemikv ratoenzent;
SOKOLOV, S.I., prof., retsenzent; KARGIN, V.A., akademik, red.;
LUKITAITOV, A.B., red.; LIPKINA, T.G., red.izd-va; GGROKHOVA,
S.S., tekhn.red.
(Colloid chemistryj Kolloidnaia khimiia. Pod red. Y.A.Kar-
gins. Moskva, Gos.izd-vo 'Vysahaia ahkola," 1959. 264 p.
(KM 13:2)
(Colloids)
ZAYDRS, Asya Lazarevna, doktor khim.nauk; �9" 14, prof., retsenzent;
MINAYETA, T.K.@, red.; KNA IN, M.T--tekhn,r-eda
(Structure of collagen and changes associated with proceissing]
Strukture kollagena i as immeneniia pri obrabotkakh. Moskva,
Izd-vo nauchno-tekhn.lit-ry RSFSR, 1960. 261 p. (MIRA 14:4)
(Collagen)
\,-- @()Kowvq SOL
Microscopy ai prq4ip"r'ved feces. Lab. delo 7 no.1:31-32 Ja '61.
(MIU 14: 1)
1. Oze'rakaya sanitarno-opidemiologicheskaya stantai7a, Moskovskaya
oblast'. (FECES-ANALYSIS)
SOKOLOV, S.I.; USnIISKAYA, Ye.V.
Preserving workin.- dilutions of agglutination sera with carbolic
acid. Ieb.delo 3 no.5:27-28 S-0 157- (MIRA 11:2)
1. Iz laborstorii Sochinskoy gorodskoy sanitarno-epidemiologicheskoy
stantBii (glavnyy v"ch A.G.Mikheyeva)
(Baum) (GARBOLIG AGID)
Abs Jour :
Author : Sokolov, S. 1. Uspenskaya, E. V.
Inst : Not -gi-verf-
Title : Preservation of Operating Dilutions of Agglutinating Sera
by Phenol.
orig Pub : Labor. delo, 1957, No 5, 27-28
Abstract : ljo abstract.
Card 1/1
14
4., retsenzent; SOKOLOVA, V
jUSIESSYNY, K. G. ; S09019", Ya., redaktor;
KEDVEDIMIUMMUKO, L.Ya.. tekhnicheskiy redaktor
[Design and maintenance of warp winding machines in the cotton
industry] Ustrolstvo i obsluzhivants oanovomotallmrkh mashin khlop-
chatobuma2hnop,o proizvodetva. lzd. 2-e ispr. Moskva, Goa. nauchno-
tekhn. izd-vo Ministerstva promyshlenn3rkh tovarov shirokogo potre-
bleniia SSSR, 1954. 107 P. (MLRA 8:4)
(Cotton machinery)
ARMSHAMO. Z.T.; SOKOLOV. S.1,
On the growth of t'he leaf blade of some tree species. Bot. Zhur. 37,
No.5, 61c-628 152. (KMA 5: 10)
(Biol.A 28 no-3:6866 134)
Illay lgy,7
re Tetanus, i.@., ..,,Lnity
"The ChartEas of the Reactivity of the Central Nervous System in Active and
11assive Tniii,,unization Au..ainst Tetanus," K. 1. MaLveyev, S. K. 5(kolov, 4 Pp
IIL.'y-dl Eksp Biol 1 "ed" Vol XXIII, No 6
Detailed discuL;jion of' results of experiment- with r4bbits, expiainin.,, rhe
therapeutic effect of injectinE,,- large do5es of ser= into the blocd or a muscle.
PA 14T 13
SOKOLOV, S. K.
UThe Instruction Plan on the Production, Control, and Distribution of Antit-
etanus Serum" (Proceedings of Inst. Epidem and Microbiol im. Gam3leya
1954-56.
Personnel Identified as Particip3nts in Sessions of the Scientific Council
Held by the institutue During 1954. Inst. Epidem and Microbiol im. Gamleya
AMB USSR
SO: Sum 1186, 11 Jon 57.
GIVULrX9
VyM)CHIKOV G.V-; A.
SIX0 6@, 1 for preventing tOtaaus in
lea on various methode. ive methods of prophYlaxis-
Comparative stud passive and act 56. (MLEA 10:1)
nonvaccinated. subJects' un. 27 no.12:77-83 D I
Zhur.mikrobiol. epid. i imm i mikrobiolOgii iment N.F.Gamalei
Instituta epide2iOlc-""
1. 1,
AgN 555R. , 9,.,vention an& controls
(TITANUS ive methods (Rus))
acti 0 & pass
M-Sa / !-,I@crob*ioloCqy. Microbes Pathogenic for I:Ian and F
Animals. Bacteria. Anaerobic Bacilli.
AI)s Jour : Ref Zhur - Biologiya, No 6, 1959, No. 24088
Author : Kolosnikova, M. Kh.; Sokolov, S. K.
I I is t : 11-7:0t givan
Titlo : Utilization of tho Floccul@ttlon Reaction for
Study of Certain Properties of Tetanus
Antigens and Titration of Anti-Tetanic Sera.
Report II. Utilization of the Flocculation
Reaction for Titration of Anti-Tetanic Sera
Orig Pub : Zh. mikrobiol., opidemiol. i immunobiol.,
1958, Ho 5, 44-49
Abstract : Report IL, see RZhBiol., 1958, 90952
k'
KOLESKIKOVA, I-f.1Q1.-"SOK010V, S.K.
Modified flocculation reaction in the investigation of certain
nroperties of tetnaus antigens and in the titration of antitetanus
sera. Report No.1,; Use of the flocculation reaction in the investigation
of tetanus antigens. Zhur.mikrobioLeT)id. i immun. 29 no-1:92-96
Mr '58. NIRA 11:4)
1. Iz Instituta epidemiologii i mikrobiologii imeai Gnmalei AMU SSSR.
(TETANUS, immunology,
antigen, flocculation reaction (Rug)
YOLESNIKOVA. M.Kh. SOKOLOV. S K
Use of the flocculation reaction in studying certain -DroDerties
of tetanus antigens and in the titration of antitetanus sera*
Report No.2: Use of the flocculation reaction in the titration of
aTititetanus sera. Zhur.mikrobiol.epid. i immun. 29 no-5:44-49
NY 158 (MM 11:6)
1. Iz Instituta epidemiologii i mikrobiologii imeni Gamalei AMN
SSSR.
(TWANUS. immunology
immune sera, flocculntion reaction in titration (Rus))
GVEIMOVA, P.A.; SOKOLOV, S.K.
Response to D.F. PletsityL. Zhur. mikrobiol., epid. i inx=n.
33 no.11:97-100 N 162. (14IRA 17:1)
EMS, M.M.; BRUK, YU.G.; YUNISOVA, S.A.; SOKOLOV, S.L.
Investigatf-ang an industrial-test furnace for nonoxidative heating
in the Leningrad Metallurgical Plant named for the 22d Congress of
the C.P.S.U. Trudy VNIIT no.13:109-120 164.
04IRA 18:2)
SOKOLOV, S.M.
-, ::@ -" - - -*,
Intensifying the cloth washing process. Teekt.prom. 14 no.9:
38-39 S 154. (MUU 7; 11 )
1. Glarnyy makhanik otbel-Ino-krasillnoy fabriki Glukhovskogo
khlopchatobumazhnogo kombinata.
(Textile finishiug)
SOV/1 3 7- 59-3 - 7084
Translation from: Referativnyy zhurnal. Metallurgiya, 11959, Nr 3, p 307 (USSR)
ATJTHOR: Sokolov, S. M.
TITLE: Industrial Method for Plating Quality Control (Promyshlennyy metod
kontrolya kachestva pokrytiy)
PERIODICAL: Sb- Korn-t po korrozii i zashchite metallov Vses. sov, nauchno-
tekhn. o-v, 1958, Nr 3, pp 34-38
ABSTRACT: The author describes a rapid method for corrosion testing of the
electroplating on electronic and radio equipment under the following
conditions: In a salty fog (3% NaCl) in a TVK-type heat - and- moisture
charnber in cycles of: 88 (sic!) hours at 350C and 100% relative
humidity (RH), 8 hours at 250 and 100% RH, and 8 hours at 350 and
97-95% RH; a parallel exposure in a sea-fog chamber with sea fog
created by atomizing the following solution (in g/liter): Na.G_1 27.
MgGI 6, KCI 1, and CaCl? I, for 2 hours every 6 hours. Standards
are aiduced for corrosion resistance expressed in hours in relation
to the thickness and state of the surface of steel plated with Zn, Cd,
Cu-Ni, and Cu-Ni-Cr and of brass with Ni and Cr.
Card 1/1 1. N.
S/081/61/000/021/040/094
B101/B147
AUTHOR: Sokolov, S. M.
TITLE: Galvanic and chemical coatings for protecting parts of
machines and apparatus against atmospheric corrosion
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 21, 1961, 257, abstract
211140 (Sb. "Zashchita izdeliy ot vozdeystviya tropich.
klimata", L., 1959, 27 - 42)
TEXT: A survey on the resistance of various metals and alloys to
atmospheric corrosion is presented. Recommendations are made for their
protection by galvanic and chemical coatings. CANstracter's note:
Complete translation
Caj-d 1/1
KRAVCHENKO, V.I., land. tekhn.nauk; SOKOWV, S.M.. gorrqy insh.
Preventing air bumps in the "loonin" mine. ugoll ukr. 4
no.4:27-2-9 Ap l6o. (MM 13:8)
(Mining engineering)
(Subsidences(larth afkaments))
S`XOLOV, S.M., AVR&MENXO, B.T.
Conveying mchinery for coal haulage in the nY.I. LeninR mine.
Ugol' 35 no-5:12-13 My 160. (MIRA 13-7)
1..Glavnyy inzhener shakhty im. V.I. Lenina tresta Nesvetayan-
tratsit (for Sokolov). 2. Inzhener po orgenizataii rabot na
shakhte im. V.I. Lenina. tresta Nesvetayantratsit-(for Avramemko).
-@n
@- o eta Basin-Kine haulage)
P"
(Conveying machinery)
SOKOLOV, S. M.
Cand Tech Sci - (diss) " Effective parameters of system of exzloit-
atiDn in the perforcance of mechanized complexes under conditions
of the Moscow Area Basin." Tula, 1961. 16 pp; (Inst of Mining
Affairs imeni A. A. Skochinskiy); 225 copies; price not given;
(KL, 10-61 sup, 210.)
" I
SOKOWTIV Q.M., iiizh.
Efficient length of longwalls In new technological layouts for
mining coal in Moscow Basin mines. Nauch. trudy Tul gor. inst.
no.4:61-82 161. iMIRk 16:8)
(Moscow Basin-Coal mines and mining)
TIKHO?IIH3V, Ye-H., masl.dayat.nauki i tekhniki RSFSR, professor. redaktor;
PONOqt'JM. S.D.. doktor tekbnicbeskikb nauk, professor. redaktori
SOKOLOY.,S.R..: doktor, tekbnicheskikh nmi . professor, rsdaktorj
TAWKS@@. LD., doktor tekhnichoskikh nauk, professor. redaktori
'UMSFIIN, VA.. kandidat takhnicheskikh nwi , redaktor; POPOTA,
S.M., tekhnichaskiy redaktor.
[Computing strength, hardness, stability and vibration; collected
articles] Rashchaty na prochnost' zheatkont', ustoichivoett i kole-
haniia; sbornik statel. Koskva,Gos. nauchno-tekhn.izd-vo mashino-
stroitellnol lit-ry, 1955. 290 P. (MLEA 8:9)
1. Moscow. StankoinstrumentallWy institut.
(Strength of materials)
I- -,-I -
- @' U I @@ 0 L- Vr) - -'@ - 1
14(10) PHASE I BOOK Oa3LOITATION SOV/1377
Raschety na prochnost 1; teoreticheskiye i eksperimental Inyye
Issledovaniya prochnosti. mashinostroitelInykh konstruktsiy. Sbornik statey,
vYP. 3. (Calculations for Strength; Theoretical and Experimental Research on
the Strength of Elements Used in Machine Construction. Collection of Articles,
Vol. 3) Moscow, Mashgiz, 1958. 355 P. 4,000 copies printed.
Ed..: Tarabanov, N.D., Doctor of Technical Sciences; Editorial Board:
Tikhomirov, Ye.N., Honored Worker of the RSFSR in Science and Technology,
Professor (Chairman); Serensen, S.V., Active Member, Ukrainian SSIR AcadftW of
Sciences, Doctor of Technical Sciences, Professor; Gluahkov, G.S., Doctor of
Technical Sciences, Professor; Ponomarev, S.D., Doctor of Technical Sciences,
Professor; Sokolov, S.N., Doctor of Technical Sciences, Professor; Tarabasov,N.D.,
Doctor of Technical Sciences, Professor; and Makushin, V.M., Candidate of Tech-
nical Sciences, Docent (Secretary); Tech. Ed.: Tikhanov, A.Ya.; Managing Ed.
for Literature on General Technical and Transport Machine Building (Mashgiz):
Ponomareval K.A., Engineer.
Card 1/5
Calculations for Strength (Cont.) SOV/1377
PURPOSE: This collection of articles is intended for engineers and designers
%Torking in the field of machine construction, for research fellovs, and
acientific workers.
COVIMAGE: The collection is an inter-vuz publication of transcations concerming
istrength problems. It contains original reports on calculations for a number
of structures used in machine building and their components. Considerations
itre given to calculations of the columns of hydrm-LUe presses, the nonlinear
theory of spiral springs, problems in the calculation of rubber components,
theoretical and experimental investigations of circular plates of constant
end variable stiffness, investigations of conical shells and of stressed ,
ezsemblies of machine components. Calculations in'the elasto-plastic domain
are represented by an investigation of forced fits of discs and the creep of
operating turbine blades. Problems of contact in the case of impact and the
stability theory of elastic systems Tin general terms" ar e considered. There
are 114 references, 99 of which are Soviet, 9 English, 4 German, 1 French,
I Poli sh.
Cara 2/ 5
Calculations for Strength (Cont.) SOV/1377
TABL1',- OF CONTENTS:
PART I. STRESS ANAL
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