SCIENTIFIC ABSTRACT BLOKH, G. A. - BLOKH, G. S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000205530003-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 22, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

"n
A051/AI26
AVMOR-.. Blokh 0 A
T=,: Results, of the- third All-Union conference on autonaticn agd
Y~echanlzation of major rubber production pro"ases
PERIODICAL.- Kauchuk-iresina, no. 1, 1963, 59.- 60
TEXT: The conference' took. place in Dnepropetioveik f-rc= October
2 60-190,
It was vxE-anized by..the Central and Dnepropetrovak fteglonal
Administration of--- 1)
(4he ;A-111 JUnion Chemical .'Association BXO(VXhO) '14m.
Xendele7sv; the DMA-11,111ii-
_~~ek-co-Technical Institute, im. E. Dzershinskiy and the
Dnepropetrovsk TIM-
inant.,62'organi.pations,were represented inaluding 9 tire plants,
12 eammemM.
rubber institutes, 5. rubber footwear plants, 3 recovery Plants, 5
cable and 2 * ~
mechanical plants 11 ' 4 synthetic leather plants, 9 designing
omanizatIms, 7 delm-
tific research institutes,'l higher schools of learning,
representatives of Ue- ' .
State Committee of the UWR Council of Ministers on Ch4mistry, the
BUte BacnaW
Council, State Plan of the HSFSR, USSR,- Mr.sovnarkhoz, eto. 24
papers uers read
on major problems of mechanization and automation of the ti;,,**
Industry. Some at
Card 1/4

38/&VOOOM Lft4ADD8,'
Results of the third.All-Uhlon conference on... A051/A126
the papers weres 1) B.I. Andrashnikov (top specialist on autormtlon
at the Reasno-
proyekt).- "Principle and Constructive Stations for
NechaMtatlon'and Autamtl=
of the Major Technical Processes at the Volga Tire Plw.V. 2) A, P,
pu&w,,
HHHU311 MEMO - on -the processing prinoiplas In vuloanining of
caafts uaft
computing machines. 3) Employees of the, Dnepr6petrovsk Tire Plant-
a) T. -A.
borod - on programming and autociation oontrol of raw imaterials,
semi-rinishm
products and finished product handling; b) V. A, Vasileako - on the
introdustUn
of conveyor systems -for the production of rubber mlxes.- c) Kh' N.
Bured3AW"
on the technology features o.f rubber mixtur as prcm: 4qn a the DTP
L It
Wo t d)
Osokin - on cord processing' using a Z-type calander linel e) N. T.
YWWMWP- - 4M
developing .7ilc'anizing conditions for autowbile 'and agricultural
Oasiw - JA for.-
mators-vulcanizers, 4) V. E, Vaysfel'd ("KramWy Bogatyrtn. Pla~Lt)
- on UW "WM_
zation of mechanized conveyor lines for the -Production of. rubber
footwear, 5) .9, ~k
ov (Mogilev ~Recovenj Plant) - p~ftittewi'data on mechwAtatice of
r*OW"M, pr*..
109
H
duction. 6) Representatives. of the Kursk Cumercial Rubber
Institute and the lCaUtp-
in Synthetic, Leather Combine - on mechanizir* the produatim, of
ecmmmraUQ.%q3bber
articles and automation and 'mech~-Ization of the au*or praftcUau
pracexiw at
synthetic leather. 7) .0. A'. Blold,, '(Dnepropstrovak
Chemiloo-Taftical DwUta")
.-on the applicatibn of ionizing radiation in the rubber industryj
the %= of

S/138/63/000/901/008/008
Results of the third All-Union conference on... A051/A.126
isotopes in the construction:of monitoring and measuring units. 8) N.
G. Bekin
(faroslavil institute of Technology) - on calandering processes
investigation and
an instrament for the continuous checking of ruhber mix pressure
within the zone
of deformation. 9) M. A. Polyak, same institute-on the cooperation of
the Yaro-
slavl' Institute of Technology and the Yaroslavlt Tire Plant for
modernizing the
PC-2 (RS-2) rubbermixer and strengthening -the production process of
rubber
mixes. 10) M. K. Mli'vidsHy (NIIRP) - on the investigation of thrust
force.,
occuring in the forming, vulcanizing and cooling of formed articles
from ha],~,
rubber mixes, and on force calculations of look press-forms. 11) B.
K. Gor1kayev
(Leningrad Tire Plant) - on mechanizing transportation and storage of
tires In
the finished products warehouse. 12) L. A, Knyazlkov (Yaroslavl'
branch of the
Rezinoproyekt) - on designing a unit for cutting sprayed apparatus.
13) S. N.
Rozhdestvenakiy (Yaroslavl" branch of the Rezinoproyekt) - on a unit
for produc-
ing a non-formed foam-rubber plate. 14) 1. Z. Lisogurskiy (Yaroslavl!
Tire Plant)
on the stepping up of tire production and introduction of new tire
models. 15) .1
1. Ya. Dashevskiy (Dnepropetrovsk Tire Plant) - on special work
features of equip-
ment at the plant and the necessity of spreading the experiences of
the Dnepro-
petrovsk Tire Plant to other plants. The conference called upon the
State Chemical
Card 3/4

S11 38/63/000/00 i/o68/00 8
Results of the third All-Union conference on... A051/14126
Comr?jittee to organize a summary of Dnepropetrovsk Tire Plant
technology results,
pertaining particularly to automatic systems, Shortcomings In
planning, research
and information service centers *were empbasiz, d. A special activity
group at the
Rezinoproyekt was asked to be formed, which would submit yearly plans
and results
of experiments and designing on 'mechanization and automation. The
need for mass
production of the P (R) and PC (RS) tires was emphasized.
Card 4/4

S 62 000/024/038/0 2
5
B'O"Y
106 B-
AUTHORS: Neymark, I. Ye., Chuyko, A. A., Blokh, G. A., Gendler, T.
R.,i
Chugay, A. D.
TITLE:. Rubbers reinforced with organosilioa
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 24 (11), 1962, 929,
abstract 24P815 (Izv- vyssh. uchebn. zavedeniy. Tekhnol.
legk. prom-sti,,no. 2, 1962, 60-67)
TEM This is a study of how organo-silicas whose surfaces contain
chemically bound organic radicals (
ether propyl, allyl, vinyl) affect the"
'physico-meohanical properties of (~H-26
I iSKN-26), tkil-40 (SKN-40), and
(kc-30 (SKS-30) rubbers. Powdered silica gel containing organic
radicals
on the surface affects the physico-meohanioal properties (tensile
strengthi
moduli, etc. increase) of rubber considerably. The authors assume hat
t
the chemism of rubber solidification by organosilica is characterized
by a reaction between the organosilica of organic radicals and the
rubber
M016CU168 yielding complex vulcanization structures. The filler is
chemically bound to the polymer either directly or via sulfide bonds.
LAbstracter's note: Complete translation.]
Card., 1

.-percenzage!i-~~etong4T,'3.vu~iL-~:perMaUBnTi.:Be'To eT,
p.Trengzn i.
':~-Card
-F it

166116316-0
S 61004164
V651
B156/B180 -
e 40 200'0 range. The e.ffect of ixra-- .
~ith;~olyethyleno or.polystyrene is.that
i~:,txvo. *polymers, to form substsaices *ith
L~-Proper-~Ieas the plasticity is greatly
ii;-r.eaist-ance and hbat-resistance are..
X.Omplo.te translation.

VASIROVSKATA, M. Aq BLOKHt G. A.
Vulcanizing aot$an of di-2-benzothiazolyl diwilfids (altax)
inrubber compound s filled with chalk., talo, and kaolin*
Izv. vys. ucheb. savol khim. i khime tekh. 5 no.5t8l a
'620. (MIRA 16:1
It Daspropetrovskiy kbiniko-tekbnologiabeekiy institut ineni.
S. Dzerzbinskogo, kafedra tekhnologii reziny.
(Vulcanization) (Banzothiazole)

BIDKH G A SHILD, R.Yaj; ~TSIFENM, E.V.; YEROSHKINA, YetA.
Effect of benzoie acid, phth*Uo and maleic anhydrides on
the
isotope exchange of sulfur atoms. Zhur.ob.khim.' 32
no.9:2800-
(M3:RA 15:9
2803 S 162.
lo Dnepropetrovskly kbimiko-tekhnologichoskiy institut*
Isotopes) (Benzoic acid) (Phthalic anhydride)
(~aleic anhydride)

.MMA~W2 Ch.41 BLCKH, GG.A. tMokb, H*A*lp doktor k3chn. nauk
Accelerators for tb~ cold vuldanimtion of rubber. Khim, prom.
Nkr- I no.100-33 %Ta4fr'63 (MIRA 17t7)
1. Ihepropetrovskiy khinUo-t%kbnologicbeskiy tistitiit imemi
Dserzhinskogo.

811381631000100P,10031007
A051/A126 -
AUTHORS: Blokh, G.A.,.Drozdova, A.S.
The effect of sulfur, contained in Omsk furnace carbon'black, on j'-
the vulcanization kinetics of butadiene-styrene rubber, CR-~O APW
(SKS-30 ARM)
T-FRIODICAL-t Kauchuk i rezina, no. 2, 1963, 15 17
TEM Soviet active furnace carbon black, ITM-70 (PM-70), produced at
the
Omsk Carbon Black Plant from liquid raw material, qualifies as a XAO
(KhAF)
carbon black. It has, however, a high'sulfur content (between 0.66
and 1.1%).-
The effect of the sulfur on the vulcanization kinetics of SKS-30 AW
and on the i
physico-mechdnical properties of its vuleanizates was investigated.
The mix h&d
the.following composition (in w.p.): MM-30ARM - 100, rubrax - 5,
stearin -2p,
zinc oxide - 5, altwcc - 0.6, Aor (DM) - 0.76, sulfur - 2, carbon
black - 50.
Data obtained showed that with an increase in the free sulfur content
of the
carbon blaok, the tensile properties of the vulcanizates increased
and the vul-
.0anization,optimum is.reaehed~Booner*.- The vuloanizates containing
Omsk carbon
1/2

S/138/63/000/OOZ/003/007
The effect of sulfur, contained in Omsk .... A051/A126
'd of
black showee, a tensility higher by 25 37% as compared to the
vuloanizate
the control'batch. A reduction in the sulfur dosage by 25 - 40%
leads to a drop--"'
-.-in the rate of vulcanization since the bound sulfur quires time
to'dissociate
re
itself from the carbon black structure and to form sulfur fragments
which, in
turn, actively participate in the chemical reactions of
vulcanization. The al i
':tax and DFG contents in the Omsk carbon black may be.reduced by no
more 35
than
40% without sharply reducing the 'rate of vulcanization and the
physico-mechan-
ical properties of the vulcanizates. Tests with radioactive sulfur
showed that...,
..the sulfur contained in the Omsk carbon black participates in the
reaction of
"Sulfur atom substitution, is mobile, and takes part in the
vulcanization reac-
tion. Transverse bond formation due to the presence of sulfur proved
further
that the latter plays ah active part in the struoturizing and
vulcanization re-
actions. The sulfur bound to the carbon black may possibly react
with the mole
cular chains of the rubber forming a single space structure.
Therefore, t~ UW
of the ~ PM-70 requires additional correction of the vulcanizing
systems in e
compositions of the rubber mixes. There are 4 tables and 3 figures.
'A
ASSOCIATIM. Dnepropetrovskiy khimiko-tekhnologioheskiy institut i
Omsk1y sar,
zhevyy zavod (Dnepropetrovsk Institute of Chemical Technolo, and
gy
the Omsk Carbon Black Plant)
Car4 Z/2

doktor Ou ,nauk; BLOKH, G.A. (Blokh, H.A.], doktor
Iffect-of...,the.-t%w, of., fixative- OnAhe- PF*partlas-of
gals
band vmleanizates of polychloroprene latex L-7. Khim. promo
[Ukr. I uo*2:2$-2S.--Ap-Ja .163e .(NIRA 16,- 8)
1. Dnepropetrovokiy khimiko-tekbnologiabaskiy institut.

BOCHAROVI V.P.0 Imh.1 IIL~~ doktor khimichookikh naukv prof,
.E -
VulcanIzIAg effect of reaorcin and p7rocatechin in the ion
deposition of the neutralized L-71atex. Izv. vys. ucheb zave;
tekh. Ug. prom,* no.3s17-22. 163a (KMA 16:7~
1. Dnepropetrovskly khimiko-takbnologicheskiy institut, Reko-
m"dovana kafedroy tekbnologii reziny.
(Rubbery Synthetic) (Vulcanization)

..BIDKH. G.A.., doktor khimich. nauk, prof.; NEYMARK,
I.Ye.,, doktor khimich.
nick, prof.; BORODUSHKINA. M.N., inzh.; BOGUSIAVSKIY,, D.B.,
inzh.; SHEVCHEM, Yu.(;., inah.
Molecular sieves and problems of robber vulcanization. ISVO
VY96
ucheb. zav.; tekh. leg. prom. no.4t46-53 163. (MM l6tiO)
1. Dnepropetrc~~skiy khimiko-tekhnologicheakiy institut (for
Blokh),,
2. Institut, fWcheskoy khimii,-AN. Ukr6SR (for Maymark.) .30
Dnepro-
petrovikiy shinyyzavod (for-Borodushkina., Boguslavskiy, -
Shevchenko). Rekomendovana kafedro'y tekhnologii reziny
Dnepro-
petrovskogo khimiko-tekhnologicheskogo instituta.

_7~
P6 Nr. 9W-17 31 )by
"EFFECT OF IONIZING RADIATION ON THE STRUCTURAL CHANGES IN Rut~.'.,
~-BER-PLASTIC SYSTEMS (USSR)
I_G--A-. V. A. Zhurko, M. A., Vyazankina, M. A. Vaslkovskaya,
Melesh6vich, F. V. Bronshteyn, and E. V. Tsipenyuk. Vysoko
hm1d&VarrDyesoyedineniya, v. 5, no. 4. Apr 1963, 605-613.
41190/63/005/004/019/020
Structural changes produced by ionizing radiation in doses of 1 to
100 Mr
,in rubber-plastic systems have been studied at the Dnepropetrovsk
Institute
of Chemical Technology. The changes in properties were evaluated
from ther-
momechanical curves in the range fVom about 60 to 220*C and from
swelling
data. The experiments were condudted with systems of sodium
butadiene
(qHB),- butadiene- styrene (CM-30) or natural rubber and low- or
high-pres-
sure polyethylene or polystyrene (rubber:plastic ratios', 86:20,
50:50, and
20:80) irradiated in air without heating. The thermomechanical
curves of
individual nonirradiated and irradiated systems differ sharply from
one another.
Card 1/2

AXD Nr. .980-17 31 MY
MM or 10MMM RADUTION (Cont'd) 8/1W/63/m/004/039/020
a given temperature and radiation dose, network'iii~ C_iui'li
formation,,' in-
F. dicated by a lose of deformability and by the absence of viscous
flow, was shown
to be induced by irradiation. 7he density of cross links in
individual systems,
determined by Flory's swelling method, was shown to increase with
an increase.
of the dose and to depend on the nature of the rubber and the
rubber - to- plastic
ratio. In polymers containing phenyl groups radiation- induced
structural
changes proceeded slower and required higher radiation doses.
Analysis of the
results of the study indicates that ionizing radiation apparently
causes a covul-
caxilzation of the rfibber and the plastic and is accompanied by a
change in the
physical and mechanical properties of the system! a sharp decrease
in plastici-
ty, a decrease in swelling, and increases in hardnegis, tensile,
strength, and
wear resistahce. It is concluded that irradiation of combinations
of rubbers and
plastics in predetermined ratios makes possible the production of
materials with
the desired improved properties. ["01
OiLrd ~/2

E. V.; BELOUSOVA, E. A.;
_Aq,,ZHUM, V. A.; TS171514YU 0
MELESHEVICHY A. P.,- VASIKOVSKAYA, M. A.
Radiation vulcanization of rubber compounds for soles. Kozh.
obuv. prom. 5 no. 12:18-22 D 163. (MIRa 17:5)

ACCESSION NR: AP4025265 S/0153/63/006/006/1025/1030
Go A.; MashLneon, Le Z.
AUTHOR, Melamed, Cho Lo!,_~I~kh
ITLE: Intensification of vulcanizing processes with the aid of the
triple
accelerator system TaLmat-DFG-Santocure
SOURCE: IVUZ. IMLmLya L khimLchaskaya tekhnologLya, v. 6, no. 6,
1963, 1025-1030
TOPIC TAGS: vulcanization, accelerator, Taimat, dipbenylguanidine,
sulfenamide,
Santocure, Tsimat diphenylguanLdine Santocure system, methyl zLram,
rubber, t
acceleration mechanism, vulcanization mechanism, free radical
formation, vulcani-f
zatLon process, tire manufacture
ABSTRACT: Vulcanization kinetics were studied at different
temperatures and times
using double and triple accelerator systems including TsLmat (zinc
dLmethyl-
mate) rAbstractor's note; Taimat to equivalent to domestic product
dithiocarba
known as methyl zLram.j The effectiveness of the double TaLmat-DFG
(dLphenyl.
guanLdine) system and the triple TaLmat-M.-Santocure for
vulcanizing carbon
black filled wear-resistant rubber mixtures was studied.
Introduction of the
three-component accelerator system reduces the teWerature (from 143
to 120 C) and
Card 1/5

ACCESSION NR: AP4025265
time (from 50 to 30-40 minutes) requirements for vulcanization. The
effectiveness
of the components of the system on acceleration of vulcanization is
shown in the
figure. Lowering the temperature by 10 C doubles the working time of
the triple
acceleration system. The mechanical properties of the rubbers-
obtained with the
three-component system at the reduced vulcanization temperature of
120 G are
equivalent to those of control samples. it is suggested that this
low temperature-
vulcanization be applied to the tire industry as well as to the
preparation of
other rubber articles. The action of the accelerator system.is
depicted as
follows: decomposition of the sulfenamide (Santocure).to radicals: i
C-S7+
activation of the sulfur by ;he.DFG and-tha amina radicals formed by
the
sulfeuamide decomposition
R% 4
R
Card 2/5
------------

AP4025265
ACCESSION NR:
and the formation of the POlYsulfide complex of Tsimat, wbich also
gives off. 1!
active sulfur fragments which crosslink the rubbert
%\ /5\ OR \C
(R)2 N IN-C
Is-S
N
INIR
N
R R R
as/ - A~
sit-C
DR-CH-CH-P N Ul-
Card 3/5

ACCESSION NR: AP4025265
Orig. art. has: 3 equations, 7 tables aid I figures
ASSOCIATION: Dnepropetrovskiy khimikb tekhnologicheskiy institut imo
F. so
Dzerzhinakogo, 1(afedra tekhnologii reziny* (Mmpropetrovsk Chemical
Engineering
Institute, Department of Resin Technology)
SUMLITTEDi 09Nov62 DATH; ACQ: lGApr64 ENCLI. 01 1'.
SUB CODE: NO REP SM 006 OT1MR1 .000
4/5
Card

ACCESSION ki AP4025265
Fige 'Effect of type of accelerator
on tendency of mixture to undergo
vulcanization at 110 C (A) and 120 C
(B)o Accelerators: 1--Santocuro -
DFG (control); 2--Taimat - DFG
Santoctire; 3-Taiwat DFQ; 4--Taimto
jo A
5/5

IBLOKH G.A. GROYSMANI M.P.; CHERVINSKIY, Yu.Ye.; ZHURKO,
V.A.; BULKIII, I.N.
Rubber expansioh joints. Gaz. prom. 8 no.8:31-34 .163.
(MIRA 17:11)
, --.01*

ELOKH, G.A.
Results of the Third All-Union Conference on the Automation and
Mech*ization of the Basic Processes in Rubber Manufacture. Kauch.i
rez.-'22 no.L-.59-60 Ja 163. (HIRA 16: 6)
(Rubber industry) (Automation)

VASIKOVSKAYA, M.A.; BLOKHp G.A.; GORDON, A.B.
Accelerating vulcanization by means of
totramethylthiuram
monosulfide. Kauch. i res.' 22 no.5s24-27 My 163. (MM
16:7)
1. Dnepropetrovskiy khimiko-tekhnologichaskiy institut.
(Vulcanization) (Thiuram sulfide)

'
KH
-BW V-PrAgc~r1y_Abramovich prof -,- ,ZAKHARCHMiXO,
P.Lj, red.
ZITSER, io,"i. . rea,
[Organic accelerators of rubber vulcanization]
Organi-
cheskie uelcoriteli vulkanizatsii kauchukov. Moslcva
Xhimiia,, 1964. 540 p. (MIRA 1831~
1, Dnepropetrovskiy khimiko-tekbnologicheakiy
institut
ine F.E.Dzerzhinskogo (for Blokh).

SHCHICHKO, Z.V. [Shchyebko, Z.V.1; SIMAKOVA, E.P. [Symakova,
E.P.1;
RDGUS1kVSKIY, D.B. [Bohuslavalkyi, D.B.); B1-DK-H G- A.
LDI-okh,~-
E-.A,,,,,doktor khim. nauk; FIVOVAROVAp Yu.v. o irova,-fl-fv,];
130RODUSHKINAt Kh.N.
Increasing the strength of the bonds between the elements of
automobile tires. Khim. prom. no.4:21-22 O-D 164.
(MIRA 180)

ACCESSION NR:.IAP4017159 S/0138/64/000/00e/0001/0005
To R
or,
AUTHORS: Borodushkina :Kho N jBl Go A.j Boguslavsk1y, Do Bel Gendl
Neymark,,
TITLEt Vulcanization of rubber compounds in the presence of filled
zeoliteo
SOURGE: Xauehuk i rezina, no. 2s 1964s 1-5
V
TOPIC TAGS: rubber, rabber compound vulcanization., scorch1mg,
accelerator, Altax.1
Santocure, phdny1guaddines zeolite, filled zoolite, amwnia.,
metbylaminej
dimethylamina, ethawlamine., adsorption., kinetics of desorption
ABSTRACT.- Thel.vulcanization of protective afid brake rubber
compounds from natural
the SDIS-30ARKM brands was conducted in the
and butadiene-styrone rubbers of
presence of synthetic zeolites of the NaKh type with pores 10 A in
diameter?
filled with ammonia
metbylamine., dimethylamine, mnoethanolamine, and diethano'-
~Lmina. These filled zeoUtes were used in the capacity of secondary
accelerators'
of vulcanization-
'Unsteiad of Altax and diphenylguanidine) in combination with the
basic accolerator,Santoeures It was found that an increaze of
-mr%nia, content in
protective and brake rubber compound's to 0.25 and 0.40% (by
weight),.respectively,,
Card',

ACCESnON NR:
APW17159
permitted the ~roduotion of mateftals with a higher degree of
vulcanization.,
while The'use of
-still prbserving the resi#ance of the compounds to scorching.
ammonia-filled vzeolites 'also resulted in a substantial.saving of
time,, achieving
wit6in 30 minui~es a de ' e of vulcanization for protective rubber
eq44-td that.. -.1
attilhed by Alt~z in 5Vgrmeinutes,:' 14etl*qlamine and dimethylwaine
exert a similar
ed6ct on the viilcanizitio~ of r6bber compounds when used in
association with
zeolites. While the ethan6lamine's.are known to act as accelerators
of vulcaniza-
tioh, their dirbet appiication,causes(witl-dn 20-26 minutes at
3.10C) some scorching"
of the compounds during the working operation. Howevers when
adsorbed on zeolites;
monoethanolamine and diethanolamine impart to brake-rubber compounds
a state of
pla'stic flow wfach lasts Tor 37-39 minutes. It was found that the
physical and
~,mechanical properties of these vulcanized r.ubbers were
practically identical with
those of the vh1canizates produced with the aid of Altax and
diphenylguddine.
The'kinetics of des 'orption of amines from zeolites at various
temperatures was
studied, and it was observed that~ a 10-minute beating at
IhOC.caused the desorpt-6
tion, of ordy 4b% raonoethanolamine and 18% diethanol ami ne. The
capacity 'of zeor!:.' "I
liVed to retainthe. amines at elevated temperatures lessons the
Unger.of scorchird~'.
in the vul-canitation promese Orig. art. has3. 3 tables and 2 charts,
i-Card, 2/3

BOCHAROV, V.F.; BLOKH, G.A. (BlOkh, H.A.1
Interaction of mixed electrolytes (fixalivee)-vith
synthetic Is-.
texes during'ionic deposition. Dop. AN URSR no.2:235-237.
164...
(HIRA 17:5)
1. Dnepropetrovskiy khimiko-tekhnologichoskly institut.
Predstav-
leno akademikom AN UkrSSR F.D.Ovcharenko,

kRODIJSHKINA,, Kh.N. [Borodushkina,, Kh.M.]; BLORH G.A. [Blokh, H.A.];
BDGUSIAVSKIY, D.B. [Bohuslavtkyi U-.IF.-JV-NEYRARK, I.Ye.
(Neimark.. T,IE.); GENDLER, T.R. [Hendier',, T.R.]
Molecular sieves [zeolites) as rubber curing accelerators.
Dop. AN URSR no.8tlO84-1087 164. (NIRA l7s8)
1. Dnepropetrovskiy kh = xo-tekhnologicheskiy institut;
Dneproietrovskiy shinnyy'zavod i Institut fizicheskoy khIM4-i
AN UkrSSR. Predstavleno akademikom AN UkrSSR F.D. Ovcharenko.

Z
viv T/M., vs
f) 1) P
~2
Ab5TRACTI 7 In p Iv c, v f n rgan-f c.-vulennizatfon Accelerators a
u
C- a e n g t b h ap 1) e P-ri s t u d' I p i
C, V c: -
I v v rz
nAtur.al rub*oat exhibit siit-isfpt~tovy bonding strengti, k4.).
t-.7~t.w ~F,,
h 0 0 ultra-accelerator triethylamitle
with t e exce~ii ii; I f :thos'o;-raaa~.Nkth 7. the
die thy 1 ditiiocarborn':ate',.:~~i-~c~aus'a in. thi's case the
vulcanizing iulfur
reacts faster with rubber than with brass. The lowest bonding
strength

-L .1-5253-65
ACCESSION NR: AP4045699
I ~I ',
ex e;; W rub I- e r ~n Lhe c.-i-,-
d is ~i(-'s
strength ~53.5 !,giCM2). most. accelerators do not atiect the
bonding
trengt' of chloroprene rubber; sulfur increases rhe r,'
a, L t o 6 u , 6 1r: g j cm2 t i -q C o n C u d e J
bonding s trength is highly dependent on t ,
x p P- rm e -. t a I r u'- D e r - r.- e t a 1 11 h o c k a b s 9
r D e rL5 On-, ot;
epar
a
v e -c,r-n succe~s-kii:v tested at the Kriv-,-,
i, U
A S I A T 10 N' Die-propetrovskiv khimi
TnSti,Ute
j.;cD rope L rov.-~ of Chemical
SUB"ITTED: 00 ENCL: 00
NO REF SOV: 001, OTHE R - 002
Card 2/2

C
.2T
BOGU D.
BORODUSHKINA, Kh.N.;_qDXR,j AVSKIY J~ GENDLER, T.R.;
NEYRLUI I.Ye.; PIONTKOVSKAYA, M.A.
Synthetic zeolites as carriers of rubber vulcanization
accelerators.
Kozh. obav. prom. 6 no.6:14-19 Je 164. (MIRA 17:9)

Y
ACC=00 NR-. AM41684 3/64/007/002/03671031i
8/015
"AUTHOR-. Kolobanin, V. N.; Utle op V.;'DemLdenkop* 1. At; Blokhp
0, A.
nk Ye
TITIZ-. The use of carbon black in cable resins*
SOURCE: Ivuz. Khimlys i Ichirnicheskays, tekbnolngiyap v- 7P noo 2
19rA., 307-312
Gist Cej.C
TOPIC T&GS. carbon blaekp cable resinj, fillerj, thermal aging re
an hazin
1 black$ Imp black*j, furnace black# thermal black.. thermal
oxidation, tensile
strength, elongation, physical mechanical propertyp insulating tnv
resinp electrij
c al insulating propertyi, volatilityp stability
T ABSTRACT: A study vas made of the effect of'diffe-rent'types of
carbon blacks and
their combinations on, the thermal aging resistance of' hose and
cable reoina. Lsmpp!
channelp furnace and tberma3 carbon blacks and combinations of 60
parts lamp$
furnace or thermal black vith 40 parts chamel black were tested In
a recipe
ShVP-50 (in %: NK-35-0; 809-50R-15; .8-1,0; CvOtax- 0*3% ZnO-2,51
furnace black-
I Neozone "D"-0*3* roain-1*5; paraff:
,21,95; channel black-14-70; stearin-20
I'VUlCaftiVition vas at 1430j, resistance to themal, oxidation at
850 u* wia l1w vaa
1/3

-7,
ACCFZMCN RRI AP404104
lea..
tested, The resins filled vith'channel black were the least stable
to prolo
aging at either temperatures The cmbination of 2 different blacks
(furnacej, IMP
or tharmal) improved the resistance of the resine'to thermal
aging'at 85 and,100C
as indicated by higher tensile strength and elongation;
these-values were much
lower when the temperature was Increased to UOC* There seemed to
be no correla-
betveen the amount of YoUtiles at.the different temperatures and
the.mechan-
ical properties of - the resino Xxamination of the effect of a
combination of
channel blackj, mereaptobenzthiazole and,thiuram ofi the physical
mechanical proper-
ties of insulating type resins showed that addition of 5-10 vt.
parts of channel
th
~blazak and 3 Vt parts of Captax - increased the strength of . e
vulcanizates (from
147 -01" kaofim2) i4thcmt ChaWAng'their',electrical Insulating
properties, Origo al
and 4 tables.
ban: 1 figure
ASSOC=OH: Dnepr%*tro-vskLy )d%imJko-tekbno1ogicheok4 inatitut
ImP.Pa, It
Dzerzhinskogo %hfedxWUkbno1oSi
4:reidn.". (Dnepropetiovsk 10heakcal Tecbnolo
#,:ot_Rubber.Teebfi
institute.Departmen
Ology)
SUEMXTTM).
-EXCU
4:
ca
rd
q

', i ~ BLOKH, G.A.
Problems of raw mal.~)rlals for the rubber
ipdustry. Kauch. i
rez. 23 no.',:50-51 Apt64 (MIRPI 17:7)

MELAMED, Ch.L.; BWKH, G.A.; STRYUK, V.I.; MOISEYEV, Ye.P.
~~.4
Rubber-metal parts in metallurgical equipment. Much. i rez. 23
no.9:22-24 S 164. (MIRA 17.-11)
1. Dnepropetrovskiy khimiko-tekhnologicheskiy institut.

CHERE19YUKI I.P..L BIDXH.L G.A. [Blokh., B.A.);, MELESHEVICH, A.P.,
doktor
khim. nauk----
Effect of ionizing radiation on the properties of resinous
vul,c&nizates of isoprene rubber. Dim. prom. [Ukr.] no-3:
Jl-S 164. (MIRA 17:12)

CHIJYKOY Ye*A*;-~~lu--Iy--.qiA~,;.,,PVCHARENKOt F.D.;
GUDOVICH, N.V.; TSIPENYUK, E.V.
Activation of kaolin with the cation-active substance
"alkamon
OS-2." Kozh.-obuv. prom. 6 no.9:13-16 S 164.
(MIRII Yi s 12)

GANZ.. Semen Naumovich; YEMELIYANOVI Miney Stepanovich; PARKHOHWKO~
Vladimir Dmitriyevich; PANASYUK, V.G.,, doktor tekhr. nauk., prof.
__KH G A doktor khim. nEnk, prof.# retsenzent;
retsenzent- BW
:A=tA-= 0 1
KOZOPOLYANSKIY,, N.S., dots.y otv. red.; DEREVYANCHENKOy RAp
red.
(Plastics in the instrument industry] Plastmassy v apparato-
stroenii. KharIkov., Izd-vo KharIkovskogo uzdv.,., 1963. 198 P.
(MIRA 18%6)

L2909m":

KOLOBENIN, VA.; BLOXII, r,-,A-. [Blok-h, H.A.), doktor
khjm.nauk; TYUTIN,
V.A.
Effect of anilinaphanol-formaldehyde resins on the
Gleatria
-properties of SKS-30 rubber. Kbim.prom.[Ukr.]
no.1,14-16
Ja-Mr 165. , (MA 18:4)

ACC-rL---13N ,P5'M05,:L6
~e. 'Englneor,;
e.h-, lone -,,rc,,7,-:
S(JOUF: TTTZ Tokhnologriv
JoZko~-!Prcr~,Shiomnosti, no.
T"PIC TAGS- --m-Icanization, ethylene, propylene. 7~tnroxi;,-
A7' 4:~n"cn
perbenzoa~-.~
4
C tj r,
7
ano mA k 7, !;a,01. Aj 0-
lattice s
ize 10R A ?,:,,nq
Card 1/2

yw
1 AP501373-3 A Irv) 1'l
678. 76 3. 2+67 6.7; 62
ID
4--
KIM'. Kauchuk J. rezina, no. 5o 1965, 14-17
TOPIC TAGS; sll~mmne, rubber, nibber mix, nabber property,
vulcanizate: u 1 0
ABST?ACT.- The effect of the OS--2 alknne on -rubbaar vulcanizati
-,n w,ii t-hp
u-1 in 'h- Flfun,~
Cord

1, 5h82C-655
S 1 C 'N ,~:R
noted with ths f""Irther increase. The formation of tilp
CrOqS-iinir mtriit-tiir;~ In
'IMC-haXL9--d, At 10OU- -me ftnmvion~of---, woas.;structure was
more im;ensive -in -mS m3.W- i
tures containin.-F lamj~blaek; the effect, of tha OS-2 on this
procc-as, s shc-7- in
r. ri -,7' t . h a 24' t a -2 9
lchi-mkr- -vhr -
Card 2 '1,

~ACCESSION It-q,- 1.P5013733
zw

/60

01
7
'ID z0 ju 40 3-0 kD
E-
Vulca-Azation time, min.
1. 0S-2 action in SE21-26 mixtures omtaLnln~~
alkane; -----
with 1-5 Wt by weight of alkane.
black; 2 iaapbla~.k
ll~crd

L 51h820-65
A ~7
I~f~ T I
z4o.
zoo -
Cy A
Vulcanization time, m,.n.
--n
L
6 without alkana; --------- Tri th 5 Parts bY welght -'~f
black; 2 lampblack
Cord 4/5

APW,31733
,~.kane on C OS
7
es
=izatbion temperatwe 100~)-
vlith,-~Ut alkPile ------ mixtures ContaLviing 1,3
P,-s carbon black:
a-m
Card 5/5

- - , - -4 . ~ - -~-. ~ , I - . - -1 . .

L !P58'22-(-A RW (m) 1 RWJ" TIMM tM, .
ACC-W' -AF90-24330 ( SOURCS COM UR/0021/66/000/004/0483/048?
AUTHORs Noonikov, 0,F.-Yoonikov, A, .; B10kho H. A,.--Plokh, 0. A-
ORGI DneRrWtr^-Wft1- M~400% Enjaneoring Institute (Didpropetro. W
khlrdko-tekbno-
logichrW inst7tut
TITLE1 Vulo Djz&t4--1'1
'of butadione-nitrile rubber itith hydrogen sulfide in the pros-.
once of di-tort-butyl peroadde introduced on zoolites
SOURCEI AN UkrRSR, Dopovidi, no. 4,-19661, 483-487
TOPIC TAGS1 vulcanization, synthetic rubber, hydrogen sumdes, zoolite
26 'RA i -nitrile rubbers (SKN-
,~S~)It Is shown that rubber products based on butad one
.,y
,K
9~' can be obtained with E28 and admixtures of di-tort-butyl
peroxide DTBP
(0--0.5-0.5 pts. by wt. per 100 pta6of rubber). Synthetic zoo3Ates
were used as carri-
ers ( for H23 and NaX for DM). Unfilled rubbersp or rubbers filled
with inert
N#4
filler chalks etc*) were found to surpass sulfur-cured rubbers in
physicomechanical
propert asp resistance to theraml agingg and stability toward
aromatic hydrocarbons
its
(~Vlene - The paper was presented by Academician AN UkrSSR
Oveharenkop F. D. Orig.
ha
art.e., si 4 f a and I table.
SUB CODRI III SUBM DATM 30YAr65/ ono RsFt ov/ on wt w
Crd is
L

TJP(C)
9M,.66
ACC NK-. -10W5*61-/?T
~7P W/T~-SOURCE CODE! IJR/0413/66/000/00^01'0072/0072
INV ENTOR: Cherenygk. I. P,; Blokhl G. A.; Polyakova, A. A.
ORG: none
TITLE: Method of curing chloroorene rubber. Class 39, No, 181273-
S CE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no.
9, 1966, 72
T C TAGS: chloroprene, chloroprene rubber, curing, rubber curing
01'.
ABSTRACT: An Author lCertific ate has been issued for a method of
curing chloro-
prene rubber with MEPCompounds. To improve the technological
properties of the'
mixes and the properties of the rubber, monoepoxy compounds are
the epoxy com-
polifids used. [Translation] [NTJ
,ODE: 11 / SUBM DATE: 11 Jan6 5
1/1 UDC: 678. 7. 63. 2, 028. 294

~ACC NRi AP6019736 SdURCE-C-O'DE: UR/00b;j/Vj1-_.
AUTHOR: Nosnikov, A. r.; Borodushkinap Kh. K ; Bq&uslavskiyj D.
B.; Chernukhinas At
T.;.!4om~!%y-A. L; Blokh, G-.-A-. i
'o-, ~7
ORG: DneRrop ovsk Institute of &emical Te'Chnology Im. F. E.
Dzerzhinski
etr _99MURML
(Dnepropetrovskiy khimiko-tekhnologicheskiy-institut);
Dnepropetrovsk Tire Plant
(Dnepropetrovskiy shinnyy zavod)-, VNII of Glass ribers (VNII
steklovolokna)
TITIX - PoroJ silic2n fiber Pacting as carriers of gaseous
vulcanizing agents and
accelerators
SOURCE: Vses khim obshch. Zh,'v. 11, no. 30 19669 348-350
TOPIC TAGS; vulcanization, rubb r
silicon plastic
ABSTRACT: The effect-of P6rous iliconefibers containing h d'
sulfide ammonia,
y ro en
,g t
and sulfur dioxide on the physicomechanical properties of
tirel*abers was investigat-
ed. The pore diameters ranged from 2.8 A to 75 A. The'
vulcanization temperature was
143-1630C and the vulcanization duration was 10-80 minutes. -The
fiber contents in
the rubber were as high a~ 10%0 Up to 10 wt %, the*incorporation
of the silicon fib-
rs affected neither the vulcanization process nor the mechanical
properties of the
re rubbers. It was found that rubbers prepared using ammonia
accelerator Wre qua-
i
litatively as good ae'those vulcanized with sulfur compounds and
dipheny2guanidine ac-
UM 666,86+675.5
2

"ACC.'NRj _,&p100bqlO SOURCE CODE: UR/0138/66/000/012/0006/0008
1AUTHOR:
f~r`zhenko', T, I.;*Chuyko,*L. S.; Kirichek, A. A.; Blokh, G. A.
ORG: Llvov Polytechnic Institute (L'vo'vskiy pqlitekhnicheskiy
institut)
TITLE:. Synthesis of p~eroxidated.rubbers and nonsulfur
vulcanization of, these
rubbers
SOURCE:. Kauchuk i rezina, no. 12, 1966, 6-8
I-TOPIC TAGS: paxo=!Pdatad rubber, peroxi.de, monomer, butadienep
styrenes jK,*eK4,d-a4x,&
vulcanization
ABSTRACT: A study has been made of the nonsuifur vulcanization of
rubbers involving
preliniinary intr6dtiction of.side peroxide groups in the elastomer
backbone. The.
peroxide-group-containing ("peroxidated") rubbers were synthesized
by emulsion
copolymerization of'butadiene, styrene, and tert-~butyl
2-acrylatoethyl peroxide (AP)
0
I CH&=CH-C-0--CH%-Cji,-00-C(CI4~s!
The percentages of the monomers were: bdtadiene, 67.5-73.0%;
styrene, 25%; AP,
2.0-7*.5X. The copolymerization procedure is described ih the
source. The rubber
mixtures wer6 prepared at 50C on,mills using standard recipes for
butadiene-styrene
Card 1/2 17DC! 678.760.2-139.004.12

FACC--N.R..-
AP7000910
rubbers. Vulcanizates with-the best properties-were obtained from
peroxidated
.'gabber containing 3.5% AP, and vulcanized at 140C for 30 min
(tensile strength,
203 kg/cm2; elongation, 543%; residual elongation, 152). The high
vulcanizing
effectiveness of peroxiae groups, preliminarily introduced in the
rubber, is due
to their attachment to and regular distribution in the
macromoleculest
0,-_~_O-* CHr-CHr-O0-_qCHj)&
0-
The proposed nonsu lfur vulcanization method makes it possible: 1)
to control the
distribution and concentration of crosslinks; and 2) to control
the length and type
of the crosslinks by using different peroxide monomers. Orig, art,
has: I figure and
2 tables.
SUB CODE: 11, 07/ SUBM DATE: 09Se'p65/ ORIG REP: 004/ ATD PRESS:
5109
Card 2/2

BLOKHO G.A.; MEIAMEDp Ch.L.; OLISHAIISKIY, L.P.; LEVITIN,
Zh,N.
Beat-roolstant, waterproofp electrical insulating rubbers.
Izv.vys.ucheb.zav; khim.i khim.tekh. 4 no.5:847453 161.
(MIRA 14:3-1)
1. Dnepropetrovokly Widleo-tokhnologichookiy institat
imeni
F,,Eo Dzerzhin kogop kafedra takhtologii reziny)i
Berdyanskly
zavod "Azovkabel'ma,
(Rubberv Synthetic)

BOCHAROV, Y.F., inzh.; BLOM G.A.I_qoktor khimicheskikh nauk, prof.
Ion deposits of the rubber film made from syntheito latexes,
IZV&VYS*UCheb#2aV*;:tekh.log'sprom. no.1:22-27 162. (MIRA 1512)
1. Dnepropetrovskiy.khimiko-takhnologicheakiy Institut.
Rekomendovana
kafedroy.lekbnologii reziny.
tProtective coatings) (Rubber.. Synthetic)

MOKHOVA, V.K., kand.med.nauk; BLOKH, G.K.,
kand.med.nauk; SNEZHKOVJ, S.Ya.,
vrach; IVANOVAJV L.A.. v;t-c ---
Goiter in Bezhetsk District# Kalinin Province* Trudy
KGMI (MIRA 18:1)
no.1005-56 163. 1
1, Iz kafedry fakulltetskoy terapii (zav. kafedroy -
prof. N.N.
Vy-sotakiy) i Wedry fakull"etskoy kh:Lrurgii (zav.
ke-fedroy -
zasluzhemVy,deyatell nauki RSFSR prof. V.S.Semenov)
Kalinin-
skogo gorodskogo meditainskogo instituta.

BLOM, G.M.; BLOKH, Ya.L.; D0111M, L.I.
---~So 0, reaults of calculatione of the expected tipe3t-rruri
of varia- -
tions In a d~nwdc model of the FurlAi3h eff ect. Izv. AN MaRi
$or.
f-iz. 28.no.12:1985-1988 D 16-1 (illipil- 18;2)

BLM G. N.
"Three Tears of EVerience at the Stalino IOR Clinic in Dealing
with Foreign
Bodies in the Trachea and BronchustO Vent* Oto-rino-laringoles
No*4,, 1948e
Oto*dnolarpWological Clinic, Stalinsk Ned. lot.,, Donbass

PP.
tt
two
1. A. Al!mravkh, P
ceramml, -~iloxcm. 14M. IQ, No-' t Rim har
calculating ia t%J in't m plastir. mate imd
for ddermird-ng-M-
v- ~71VTI Vmup-of clay at low inolsturn-C(ment.
.Terimeats shawed that the cone ter -L,% sslitawo for
detesimining t1w vonsistency of tl~ derm of vmtrivu), A
mthAXI (awa iti throictical -baw Z4AVmi%VIn$ the suviace
molstum,onvmt And the of
products nemsaly for the of tLeArying-schedr, -L,
given. The plastomettr dtstriW ii s~mplo xnd M D roducMa
PT),
r-7

--A- In'-

,P.4 0 Rl~; (r.
R/Chemical Technology - Chemical Products and 1-10
Their Applications - Silicates. Glass.
Ceramics. Binders.
Abs Jour ; Ref Zhur - Khimiya, No 3t 1957, goo6
Author : Budnikov, P., and
Ins-:
Title The Indirect Evaluation of the Frost Resistance
of Construction Materials.
Orig Pu7co)".* Stroit. matialy, izdeliya i Iconstruktsii, 1956,
No 31 32-31+
Abstract An attempt is made to establish a correlation
between data on the direct and on the indirect
evaluation of the frost-resistance of construc-
tion materials on the basis of an analysis of
literature data as well as of direct experimen-
tal material. It is noted that a successful
solution of the problem requires that the
Card 1/3

USSR/Chemical Technology -:Chemleal.Products and I-10
Their.Applications, Silicates. Glass.
-.Ceramics. --Binders
Abs Jour
-Ref.Zhur - KhimiYaj No 3, 1957, 9006
followinglactors be..take into account:
n
the methodused'-in the-determination of.the
~fio-st-rdsistande.~coeff.icient.,(FRC)- the
additional moistur4e,absorption durIng freezin
and during thawing; the migration of.moisture
on freezing; the evolution of a part of the
freezing moisture At the surfacd of the material;
and the incompleteness of ice formation during
freezing. *It is'shown'that a clear correla-
tion between the magnitude of the FRC and the
frost resistance 'of the articles, determined
by the-direct method can be established only
in th6se -cases when ihe materials compared
have properties which agree with respect to
Card,2/3

BLOM, G.~.
PAIAGIN, GrIgoriy Sergeyevich; B hW redaktor; GIADYSENVA,
S.As, redaktor; GILIBS971r. jItAelk"Chnoilclobooskiy redaktor
(Frost resistance of ceram .ic building materials]
Korozostoikosto
keramicheskikh strotielinykh materialov. Moskva, Gos.izd-vo
lit-ry
po wtroitematerialamg 19P. 0 P- (KEMA 10.-9)
(Ceramic materials)

IUNDII&p Miriam. Grlgo03revna;. SIMSUTRO, Peysya Iosifovich.;
BL=,
INSO,
GIL
M,qe: GRDMM#, PoNeg red,,
iroriv-Semnovich-,j0
tskhna We
[semi dry i~-ess process for the mudaoture of bri6kel
*oixvodetvo
kirpidba metodom jolwmkhogo''pressovanila, Moskva, ffos. izd-vo
lit-ry*p,o stroitel arkbit.,* istroit,.zaterialan. 1958 162 p.
(Pressed brick) imm lltq)

BWKH G. kand. tekhn. nauk; LUA4JfA. Mg- kand. takhn. tauk;
ROKRVAMER. To.,
-9 'tekhn. n-auk
kand 1rATSXUU,' Z., lush*
Using combined tacb4ologioal 1wooesoes In mking large c.lay-
slag-conor'ste wall blocks and panels, Stroi, met. 4
n0.11:32-34
N 158. (MM u:
(Concrete blo.okB)

XOKH, G.S._L WORTS. R.M.; SOVZTOVA. L.K.
Using the method of the reciprocal displacement of liquids
for
determing the sixe of pores of ceramic products. Stek. i
ker.
17 no. 11:30-33 N 160. (MMA 13:12)
(0sramics)

'z~~G kand.tokhn.nauk
lrrost-veathering~ of bricks in a mild climate, Trudy vir
Strolteramiki
no* 14tl4l.153 NnulWl)
(Bricks-Oold. weather conditions)

BLOKH,- G.S--._,__kand, tekhn. nauk; CHEFINYAK,- Ya.N.p kand. tekhn.
naukj
V.L.0 kand. tekbn. nauk; GAK, B.N., kand. tekbn.
nauk; KORDONSKAYA., R*K., kand. tekhn. nauk; REMPELI, A.I.I.,
kand. tekhn, nauk; ZHUKOV,, D.V.,, nauchnyy red.; YUSIUMVICH,
M.0.0 red. tome; SKRXITAYEVp B.G.1 glav. red.; BAUTIYEV,
P.L. red.; KITAYEV, U.N., red.; RITAYGORODSKIY, I.I., red,;
KRZBDIINSM~ S.A., red.; RORHURGER, Ye.L., red.; KHOLIN, I.I.,
red.; GURVICH, B.A., red. izd-va.-, 517,MNEVAj, N.V... tek-hn. red,
Diandbook on the manufacture of structural ceramicB] Spra-
vochnik po proizvodetvu,Btroitellnoi keramiki. Moskvap Goa,
izd-vo lit-ry po stroit.,, irkhit. i stroit. materialam,
Volel. (General information and production control] Obshcbie
svedeniia i kontroll proizvodstva. Pod red. M.09IUsbkevicha.
2961. 464 P* (14MA -15-2)
(ceramics) (Building materials)

BLOKE9 G.S.. SHULIK09 L.P.; ROKHVARGERP YS*Lo
Mechanized flowains production of facing tiles by casting on
conveying units., Stek. i ker. IS no.2:1-5 F 161. (MIRA 14:3)
(Tiles)

BIDIM, G.S.; SHULIKO, L.F.
Systems for an automated factory for the quick firing of
facing
tiles. Steks i ker. 18 no,6:17-23 Jo 161. (KMA .14:7)
(Ki 3 (Tiles)
WOOF

G.B., kaMdstGkIm.u&ukj WTMOVp A.N.j, inzb.
The durability of OVOcorrupted asbestos-cement sheets of
ordbary shape in roofs of public buJIdingB~ Trudy
NIIABbeattsemente,
no.130-29 t,62. (MnA 150,2)
(Boofingp Asbestos-eement)

Rapid method of testing alobe4tos cment for frost
resistance.
Tru4 NIIAsbesttsemezta,'i%o.13%29-50, 062. , (MIRA 15tl2)
(Asbestos ament-Thezmal properties)

BWKH G*S. oteklm nauk
The affect of,freezing and t4mving ccmditions on
resi4lts of the
deteminatiim of the frost resistance of.,aebestos
cement* Trudy
MIAPbeattsementa, no*13:51-67 162& *, (MIRA 15812)
(Asbestos cement-Thermal properties)

and.tekbm.uauk,- ZWKINSONy R.Z., kand.tekhn.nauk;
A.Nvp Inzhe
The ser7ice,of corrug4ed asbestos-oement sheets in the lining
of the draw-off towers of cooling towers. Trudy NIIAsbeattsementa
no*13S79-97 162o (MMA 15132)
(Asbestos cement,) (Cooling towers)

BWOVICH, T.M., kand.tekhn.ni%*j G.Se., kand.takhn.nauk;
HOMEWHVILIP G.A.,, in"; LVICHNA.1 HOMS-q 11160
Effect of t~e operating conditions of a abeet-molding machi4e
on t~e frost resistance of iutoelabed asbestos cement, Tru4
NIIA4bQuttvvmev~& nowl3t88--M 16t. : (KM 15M)
(Asbestos cement-Thermal properties)

BWKH, G.S,, kand.tekhn.nauk; IOUN, O.S,., Icand.~eMn.nauk;
ZAGREBWA,
AS.., kanditekhn.n*uk; UML'SKIr, E.M., insh.
Obtoginin- new.materials Wo of gypewb-coment-pozzolan binding
material and organic fiber,on cylinders. Stroi.mat, 8 no.Ils
8-10 N 162. (Bailding materials) (MIM 15 s12)

BLOKH. G.S.i DANILIN, A.S.; ELIKINSON, R.Z.
Study of the durabiUty and reliAbility of asbestos-cement roefirw
on pub3ic buildings. Trudy NIIAsbeattsements. no.16:122-1" 163.
(KIRA 161g)
(Roofingp Aobestoa cament)

SLAVINA, T.M.; BLOKH.. G.S.: SOKOLOV, P.N.
Effect of,the additionof gypsum in cement on the frost
resistance
of asbestos cement. Trudy NIIAsbeettsomenta no.16tl45-155 .163.
.(MM 16:8)
(Asbestos cement)

BLOKH~ 0,S,, kandstekhnsnau-k
Study of the mechanism of frost action on asbestos cement.
Trudy NIIAsbesttsements, no.12155-79 161. (MIRA 16:8)
(Asbestos cement)

BLOKH,?-~t_S.j,,IrJDNITSKAYAP R.I.j KIJBICII, A.V.
-1;
Effect of the voluketric weight of asbestos cement on its
resistance
to frost. Trudy NIIAabeattsementa no.17:3-13 163.
(I-aPA 17:10)
-1 Olt

BIDKHP G.S.; ZAGREBNEVA, A.V.; TVOROGOVA, Ye.L.
Filtmtion properties of gypsum fiber suspensions. Trudy
NlAsbest-
toementa no.17t90-102 163. (MIRA -,,L7!10)
I

BLOKH, G.S.; IZVIN, A.Z.
Field inspection of soft roofing on industrial buildings.
.1 Trudy NNAabeattsementa no.17,,11.7-138 163. (MIRA 17:10)