SCIENTIFIC ABSTRACT BRODSKIY, G. I. - BRODSKIY, K. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000307010003-7
• 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

1 144M-63 ER
i~ CIASD
ACCESSION WR3 M,-*D32B9 i*i38/63/000/006/0020/0026
AUTFIDRSs Sakbnovskiy, N. L.; Revdkovskiy, H. V.; TOT!l1t~2T, V.. F.; Brodskiyp
ITTLEs Effect of Vaicardzed rubber coatInA and of test types on the type aua
,amount of weer
;SOURGEt Ksuchuk-i rezina.. no 6j, 1963, 23-26
Topic TAost wear
~ABSTRACT`t In the present investigation various types of veo in car and truck #Mae
were stafted under road conditions End by teating Iftsehines.1p The ftnangs were
correlated with the kind Of stock used for tGe- treed, supplemented 'by microscopic
analysis of tread sections. It was found that on modern class A roads under stand-
!ard''Meds and loads the tread ves wearing-off -after- approximatelv-20-000-revolu----l~------
tilqns -of --the w so znwface of the tire being smooth and showing the so-called
xeftuen-im.. wear. On-,7.j on. the* othii: boAd,, the abrasive tM_6f..Wesr
am :"ftce*of sharo'curvels' Incireased' them we
3:& _~wear-MOre4up itudi4d;'and'thi f U6 pe
relationsbip o
ot
r of wear of protective stock to the rodulus and ter~sile and tear resistance
Card 1/2..

L IU,09-63
GESS100 NRS AP3DD3289
:,AC
chartea. Experimental evidence was obtdned that tear and wear cousea an intensive:
destruction of the molecules of natural rubberv as evidenced try a 2.4 times incresse
in,vDlubility in chloroform after 72 bDur8 storage at 100Cv and a tenfold Increase
follovdng rubbing against a concrete surface for the 3ame duration'. Since the
internal tenrerature in this case was 40C, it was concluded that the change in
Solubility was due to mechano-chaideal destruction of the pol~mqr. Further support
~of this point of view was obtained by subjecting natural rubllpr tbree times to a
45C9 stretch, vh1ch resulted in a sharp3$ lonered hardness and resistance to tear.
Crig. papers hasi 7 figures and 3 tables.
ASSOCIATICN: Fauchno-lesledovatellakiy inatitut shinnoy proW*Bblennosti (Scien-
tific Research Institute.of the TLre Industry)
SUBMITTEDi 00 DATE -ACQs- 10.TU163 ENCL: 00
SUB CODEi MA NO RV SM.' 005 OTHMI 007'-
Card 2/2

-BRODSKIYp G.I.
In the rubber section of the D.I. Mendeleev All-Union Chemical
Society. Kauch. i res. 22 no.7950-51 Jl 163. (MIRA l6t8)
(Tires, Rubber)

KOZLOVA., 0., doktor skon. nauk, prof.; BRODSKIY,.,G.I.DUDORIN, V.;
MITIN, S.j'NIKONOVA, L.; SAWAIATIN, N.; BUDARNA, V., red.;
KIRSANOVA., I., mlad. rLd.; ULAROVA, L., tekhn. red.
(Use of electronic computers in production control] Primene-
nie elaktronno-vychipliteltrykh mashin v upravlenii proiz-
vodstvom. [By] O.Kozlova i dr. Moskva, Izd-vo "Mys1', 1964.
508 p. (MIRA 17:4)

L h1283-66 Ed.T(d)/EVIT(M)/M(r-)/F-'IP(V-)/DTP(J)/ 6P IP(~~ITI~WP~1-)- RY11DJ-
%~k)/Z 0
ArUESSM NR: AP5024107 UR/O 38 65 000/009 03 00 4
678. 063:539.431
akv
AUTHOR: Kragel',sMy, 1. V.; Rezaikovskiy, M. TC; DrodgL)dy,,-Q.-I,;.NepomnyaBhe y,
Ye. F.
0
TITLE: Friction-contactliatigue of highly elastic materials
SOURCE: Kauchuk krezina, no. 9, 1965p 30-34
1 TOPIC TAGS: rubber, fatigue test, mechanic~lfatigue, friction, test ~nstrumentatlon
ABSTRACT: An experimental study of the contact fati e of rubbers-IW12as carried out at
th IMASh *th a "Tsiklometr" instrument and at the NIlShP with a "PUPS" instrument.
instruments and their operation are des`8A%;a-.' To establish the behavior of
Both of th
the fr;ction-contact fatigue of rubbers, use was made of the elementary model of friction,
consisting of a spherical indenter which simulates a projection of a rough surface and
repeatedly deforms the rubb# su4ace. Curves of contact fatigue were obtained for
tread rubbers based on
SKBI'NKAEuroprene, and an uncompounded NK-base rubber.
The contact and volume- -fatigu~-were found to behave in similar fashion; in both cases, t e
h
fatigue resistance coefficients were similar. A comparison of the curves of the volume
C ard 1/2

L 4283-66
ACCESSION NR: AP5024107
and friction-contact fatigue leads to the conclusion that in friction-contact fatigue) the
breaking stress is the tensile stress of the surface layer due to the frictional force. The
data obtained confirm the relationship between the wear resistance of rubber and its
fatigue resistance. Orig. art. has: 6 figures and 2 for
mulas.
ASSOCIATION: Nauchno-issledovatellskiy institut shinnoy promyshlennosti (fetntific
Research Institute of the Tire Industr ); Gosudarstvennyy nauchno-issledovat6l'skiy
institut mashinovedeniya (State Scientific Rese airch InBtitute* of Machine Science)
SUBMITTED: 00 ENCL: 00 SUB CODE: MT
NO RE F SOV: -009 OTHER: 002
Card 2/2,1,P

1-1 35040-65 WT(m)/=.4c)/FVS) ?c_4/?r_L m4/Gs
ACCESSION NR: AT5004094 S/0000/64/000/000/0021/0030
AUTHOR: Reznikovskiy, M. M.; Brodskiy, G. 1.
TITLE: Characteristics of the wear mechanism of highly elast-1c materials
SOURCE: Nauchno-tekhnicheskoye soveshchaniye po friktsionnomu iznosu rezin.
Mo5cow i9bl. rriktsionnvy. izros rezin
statey. lzd-vo Khimiya, 1964, 21-30
TOPIC TAGS; rubb-3r, rubber research, IT resistance, rubber property
I ABSTRACT: The wear, mechanism in rubber is a complex process which depends on the
combiuation of conditions which are characteristic of the operation at the point
of friction. The basic problem in this study was separate conside-a7ation of the
most characteristic mechanisms which corresDond to the most important limiting con-
ditions. Photomicrographs of three characteristic types of surfa,~e w~~a- r*i~)ber-
are given: abrasive wear, fatigue wear, and wear bv rolling. T~;,~ *h,,.,-' ~t
wear results from the destruction of the surface laver of r,A)l1er
formations of surface irregularities. This type of wear is chara~~ter~st:;-
highly elastic materials and does not occur with solids. Orig. art. has: 5 fig-
ures, 2 tables and 3 formulas.
LCarj 1/4

Card 2/4

1-35040;~65-e
ACCESSION RR: ATS004094
Crrd _3/4_
Al
-Jj:W
"i
0
ENCLOSURE, 01
(b) (C)
Fig. 1
Characteristic wear of rubber under different wear conditions
a- abrasive wear; b- fatigue wear; c- rolling type wear

--------------- --------------- Fig. 2
Different stages of rolling
type wear when rubber is
rubbed against a smooth anti-
body
Card 4/4
&%mmm,niogm- W-
4
W;

m F Fc
L
V
ACCFSSION ~M: AT5004099

0 M.
vskiy, M
Remik
k-l
d

..
s
A17HOR: Bro
y
"t
g', 4~qr z

rvbber
ionnomu iznosu rezin, A'lOScP";,
f
weshc
T~"q
g,,~
souRCE- Nauchno-tekliniches'kLoye s( Itai
- of rubbe-A.. --sl;o

-0
icanyY iznos rezin
-M
F
s
,
1961,
-
106
5
-
Izd-vo Knimiyj, 1964, 9
ynthetic rubber, rubber -ear, frl-t""
TA(,c itur-M nibber, s
-rnp,( n.,

effect of abrasive surfaces. of atmosp!ieric ()x) p:;:
4
Tb
e
AF~STRACT:
r-L an' ~)muhf ers was detf-m. m-
-
-
-
-
t
u
,i
i
.
i
Q 3 P. the -

u~l
SUri
0
'
ne_ DOU
tYT
di
t
I
~_
u
a
e
lij5lau
-was lu"
tic rdb -determinePi4ir
c,
ro-
el-
th
Th
t
t
e
e
of natural or syn
ts -ind with various cnrbon blncl~ flllor_~i.
dd
an
presence or absence of antio)
1/3
Card

I g ~-M t-, F~-
F

ACCESMON NR- AT5004099
Grassell Or
tial o on
f thP sPecimen during wear tests
Poten
A P
T,
l
t
k
l O
vol ti
T-
~i-nd

bj,qf~V "-as Lnurf0a;1.1

L 3oo94-65
ACCESSION KR-' AT5004099
'd on nntural
P1 rctmost:,ti- V-tnntiai (ESP) renerated during friction ,md wimir wRs MeA."
0 u
f.~,r xom-. Sakhp~)_vsKiv and i.
in
NO R F FSOV: 009 OTHER:

f T.,; -1 P G,: j'P14
rN. Pl /,-)I
S/0000/64/000/000/1'l-
AT
t I Q v1 t-r r! C'r!
C) o 1;
~AT T
G, Merczhanny
Brodckiv 77--S. B.
NPW a ~~er -under rolling contact
TITLE: brasio-n testeffor rubb
Oz
SOV-RCT . Nauchno-tekbniches1:01-e ---hchaniye no friktsionnomu iznosu rezl
sov"S I -
T-t'
os re r nr il"i,er
--; I ~j -~ I-iet o--! wea
COW, IIJUI. Eli: likL-- -Lonnyy ign na
d 1964, 183-191
-7,10scow, Iz -V0 Fli-miya,
TOPTC -I %L5: rljbber wear, rubber a .brasion, frictional-vear, abrasion tester
ABSTRAGI : An abrasion leoter ior rubber under rolling contart witI, cor+-rolled
P
slippagt~ on ren-evable abrastve surfaces and its application are descri6ed.
j, I - -T ilyfhlennopti (Tire
PTOr
ion
r3 'I
is C(-.1LI 'orce api
1C -rE- 'IyEpared ty vulcanizatioj,,
tested at F, given slippage S and given fri~:tion lorce) r,
Card 1/4

~.Lclr" -Z-65
ACCESSION NR. AT5004104
given load B on the specimen, or at given f-.Jction force and given loa6* Yhe te5t-
ing procedure is dec;cribed in duetall. A formula is given for preparing a standard
-
r e n,-~,
E:'Villg Lle airaslv;E~
vuic~71'nizate' . I . ~ Z -
is !a1culaLe(i by P.-Isented 3quations from Tr-'as"Ired
-face. Wear voluLotric loss to the LO
ric loss
F 2 f
ASSOCILIMClo: No't~.
1-.1 C L:
L7- i~D:
NO REEP SOV: 000
000
Card 2/4

1 40,56-3-65-
ACCESSION im.- AT5004104 ENCLOSURE: 01
49
p
3

ACCESSION' 'NR: X15004104 ENCJDSURE:
Figure 1. The UIR-1 machine for evaluating the -wear resistance of rubber.-
le- 4-londing device: 5-load-, 6-sample he,-,ter- 7-guide
1-drum, 2-carriage; 3-samp
Lind 11-1,rakinp. wheel, 12- c,ral:~ i:i.-,
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BRODS=I--G. S.
a paper on chemically-resistant plastics and their prospects
Presented at a conference convened by Glavkauchuk and the Leningrad
section of VNITO, (VNITO Rezinshchikov). Leningrad, Goskliinizdat, 1955, PP. 143.
full abstract filed under LABUTIN, A. L.

Al-
L4, I ti cl ri fw uac uc

BRODSKIIZ, G. S., Cand Tech Sci -- (diss) "Study of thermo-
reactiVe phanol-fornaldehyde-polyvinyl-butyra1 resins and
their technical application." 140s, 1957- 2A 19 sheets
(Min of Higher Education USSR, Order of Lenin Mos Chem-
Technological Inst im D. I. Mendeleyev), 100 copies.
rm4II_j-;IY-L
Printed by duplicating prooe" (KL, 1-58, 117)
_ 44 -

. T -7 IJ f Ij ~ ~ T _-, .
PITROV, G.S., prof.; BRODSKIY, G.S., inzh.
Substitutes for lead-tin solders used in the automobile industrr.
Izobr. v SSSR 2 no.9:23,26 S '57. (MIRA 10:10)
(Solder and soldering)

z
PWROV, G.S.; RABITS, S.M.; 3RODKSIY, G.S.
Highly durable materials for plastics bssed on rubber and
formaldehyde-phenol resins. Izobr.v SSSR 2 no.10:11-12 0 '57.
1 (MIRA 10:11)
(Plastics industry) (Rubber, Synthetic) (Resins, Synthetic)

AU"IAORS: Sokolova, A. A., Bogomolov, B. D., S-OV/156 -S--7'-'0/-'2
Krupkina, F. A., Brodskiy, G. S., Afanaslyeva, , V.
TITLE: Alkaline Li,-nin as Initial Substnnce for the Prodnetion of
Plastics (Shchelochnoy lignin kak syr1ye dlya proizvodstva
plasticheshikh mass)
PERIODICAL: Nauchnyye dohlady vysshey shkoly, Khi.,--iiya i I.-hi:n-icheshaya
tekhnoloeiya, 1953, Nr 3, PP- 556 - 553 (USSR)
ABSTRACT: Alkaline lignin represents a valuable ntartinj material for the
production of plastics, since it contains reactive ~Youps. The
--uthors prepared samples and determined the technical data as
well as the physical and chemical properties of products of
alkaline lignin. The optimum nothod for the prodrction of
phenol-li,_-nin formaldehyde resin was determined. Based on inves-
ti.-ations on the physico-chemical and electric properties of
the pressed samples the following optima mixture was -,-.,orked out:
phenol 100 parts, lignin 100 parts, for-,-,ialdehyde 17 parts,
sulfuric acid 2 parts. By using this formula in the production
of phenol lignin formaldehyde resins about 50-., phenol and 40~'
formaldehyde can be saved. The stability of all:aline li~~nin in
Card 1/2 storing for 2 years was investi,,.,ated and the results obtained

-Alkaline Li.-nin as Initial Substance for the SOV/156- 5-8 -4 a2
Prodliction of Plastics
showed that the alkaline li.-nin is subjected to a chan,:-e of
its structure, vith the formation of acid -,roups Pnd :in incl-Qnsc
of the oxy groups. There are 2 tables and 2 refore-nees,
which are Soviet.
ASSOCINTION: Wedra ~,r~,aiticherikoy khimii i khimii drevesiny
Arkhangellsko.-o lesotekhnicheskogo instituta (Chair of Organic
Chemistry and Cellulose Chenistry at the Arkhan-ellsk Wood-
Technical Institute)
SUBIHT]M: Pebruary 15, 1958
Card 2/2

PHASE I BOOK EXPLOITATION sm14592
Moscow. Gosudarstvennyy nauchno-issledovatellskiy institut plasticheskikh mass
Issledovaniya v oblasti termoreaktivnykh plastmass (Investigations in the
Field of Thermosetting Plastics) Moscow., Goskhimizdat,, 1959- 98 P-
Errata slip inserted. 1,000 copies printed.
Sponsoring Agencies: Gosudarstvennyy komitet Soveta Ministrov SM po khimii;
Gosudarstvennyy nFLilchno-issledovatellskiy institut plasticheskikh mass.
Ed.: V. M. Yurlyev; Tech. Ed.: Ye. G. Sbpak.
PURPOSE: This book is intended for chemical engineers and technicians,,
and research chemists interested in tb8rANMttJA9 P3"tiQ&-
COVERAGE: The collection contains 11 articles which reflect some Soviet efforts
and achievements in synthpsizing plastics with special phydicochemical proper-
ties, i.e., water-, acid-, heat-, and arc-resistance. No personalities are
mentioned. References given are mainly Soviet and English, with several

.Investigations in the Field of Thermosetting (cont.) SOV/4592
French and German and accompany the articles.
TAMZ OF CONTENTS.,
Petrov, G. S. (Deceased), F. A. Krupkina,.gj-B.--Brodsk1y
and M. N. Bragina.
Molding Mg."rials Based on Phenpl-Furfural Resins 3
Petrov,, G. S. (D!!ceased), S. M. Fabits, and'G. S. Brodskly. Phenol-
Formaldehyde Resins Combined With Rubber and Molding Materials From This
Combination 10
Pevzner, L. V. Water- and Acid-11esistant and Electric IhOolatink
Phenolite and "D--korrozit" [Similar to Pbenolite] Plastics' 15
Petrov, G. S. (Deceased), and R. Y&. Fiskina. Thermosetting Resins From
Furyl Alcohol and Their Use in Ind~stry 31
Izyumov, B. D., and I. P. Fanfilova. Heat- and Are-Hesistant Organosilicon
Molding MELterials 45

6 1

3/19t

AUTBOILS.. Loyrikb, T. E., Antanc,a. 1. T., Ss"I", T4. A.,

P TITLE. properties of Caner*%* Vith ?urvl "I line Basin k4lition

PMUODICLL: Plastichiskiyo ai%toy: 1960, go. 10, yp. 8-42
TZIT. This is a report an the, iz;r"aaont or concrete propwrtios by the
polymoriiation of furyl alcohol with aniline. lri4ino %s adlel at a
hydrochloride. Puryl alcohol added to the cement suafp,mjl~n (20A). I
t I
if I 'r or
down the concrete structure forz%ticaj 5~ C&Clo "a th.r.~r. dl.
. scool.rabor. Th. addition. of hydrochloride of "LILr.. 10 TLrL*I,
depending on the do.irod concrete properties, botwt*n 5 and 1=,%,
referred to 1`~ryl alcohol. The rosin is formed under 11toration of theat .
The liquid Lddltion is calculated by the -4u%tions generally in use for
ordinary ccncrvte. The concrete prq;arw. from differ-at kinds of zemtot
&ad aggregates with a furyl "Lline rosin zontont-vas tooted for -.-a
technological properties. An_)A -116 (1-116) vibra-cr anr~*4 for to
'
6 Cord 1/2

o.dvn-t1vn. T.. foll.-ine, &I--A of tt.;,r ... i,. str:a-glh .'re fa~-l

' for zoacro-4 with * ratio 'Lquld ; b-4-31re Agent (cizmnt Plua
R
-emqa,t jr the F.2tz
0.45: ?or-Io.=d
j
sft-r 1$0 days 3 4 k C/= a Portlaid cement f typ

an -nd.r
t 2ry) of- r 160 1
Mikoljo,akly alod (111kalyw~ r-c
'
-
2
ft
l
90 d
4

't
l er
a
ays
.iotac.
. The
,,jzp&4t xdo~tq
wayor.tion 576 kg1cx
5
~ k6-z/cm3;
for 3v or d cv3cn-
camwfmtt*5,1)k
c=/az
f
r DTT
g -
o
o
g.
,
(W.35% more that in crdlamrs concrete or the bonl
-
-
Z0
w4*a
9. 1 . ~.I 0.
(&a
between can-rwt* sad minforctzoit rx~njtd b*
a c.c..t,), The chemc.1 .-ability as.
aSsi at 0. to &" 0.15 in ordinary c
f!N" o-1. =wino we-or.
tooted to V4mssy getrol-z, k.r..ono. g4vjil, fainora.
And ground toter from ;ovonl~ horlz=l. "I -mp'ov -M~Itol 6~oi
-a #&-9r

j;.r=,i%btI1ty
s.
for
stability over 4 6-month t..ti,.,r
t
70 -to) and A -72 (,L- 7z) go- LI.- t .)..c,.d that 6.
,
thick concrete roaained iapor-ible fz, !C are 4 fa-g-Ir..
And 2 table..
Card 2/2

S/!91/60/000/0!0/012/0!7
B004/BO6O
AUTHORS: Rips, S. M., Brodskiy, G. S., Lavetskaya, A. I.
TITLE: Cooling of Phenol Formaldehyde Resins by Spraying
PERIODICAL: Plasticheskiye massy, 1960, No. 10, PP- 53-59
TEXT: The authors mention the rising production of phenol formaldehyde
resins in the USSR, which brought about an enlargement of vacuum boil~;rs
from 1.5-.2.0 to 5.5 m3. Boilers with a capacity of lo m3 are already
been planned for new plants. As compared therewith., the cooling process
islagging behind from the technical side. The following current methods
of cooling the 100-1300 hot novolak resin are mentioned. The resin is
drained from the boiler into open vessels which are cooled by air or
water. Cooling plates are used for the purpose. The hardened resin is
manually removed from the vessels and is then ground. The cooling process
takes B-10 h; the manual treatment is noxious to health. The followiag
previously suggested improvements are discussed: 1) The resin is passed
through a screen, granulated in water, and conveyed to the mill by a
conveyer band. 2) The resin flows onto a water-cooled disk and is
Card 1/4

Cooling of Phenol Formaldehyde Resins by S/191/60/000/010/012/017
Spraying B004/BO60
scratched off by means of a rotating knife, 3) The cooling ve~-sels oontain
chains by means of which the hardened resin is lifted cut (method of the
Sverdlovskiy zavod - Sverdlovsk Plant). 4) Method by V. S. Titcv and
B. A. Preobrazhenskiy: The resin flows toward the ascending air through a
screen in a 4--5 m high Pipe- 5) ChairBare passed through the collecting
vessel. The resin solidified between the chain links is removed by the
chain pinion. 6) Cooling on a metallic conveyer band passing through
water. 7) The same on toothed rolls. 8) Blowing of resin into an air flow.
In methods 1--7 grinding is always still required, while a too voluminous
cotton is obtained with 8). The authors propose the following course
(Fig. 13). The resin is pressed into an air-oooled tower by means of
nozzles (air pressure 4-6 atm), drops onto a grinding ventilator and is
separated as a fine powder in a dust catcher. Resin No. 18 was comminuted
in this way. The molding powder obtained therefrom (by the methA of the
zavod "Karbolit" - "Karbolit" Plant) type K-18-2 (K-18-2) sati-sfied the
requirements of FOC-P(GOST) (measurements were made by L. I). Andrianova),
The authors carried out a calculation of the technical d ta ~oncerai%g
this method and a comparison with cooling on rolls. 7 m~ of air of
resin were needed. The heat capacity in roll cooling amounts to
Card 2/4

Cooling of Phenol Formaldehyde Resins by S/191,/60/000/010/012/017
Spraying B004/BO60
2 I/M2.
42 kcal/m C-h, and 180 kca OC.h by the spraying process. The use of
rotating disks instead of nozzles is said to be inadequate, because the
spraying power is too low, and cannot be made to fit the production volume,
which is possible by the operation of several nozzles. There are 16
figures, 1 table, and 5 Soviet references.
Legend to'Pig. 13. 1 = melting vessel, 2 = compressed air, 3 = liquid
*resin,.4 = compressor, 5 = nozzle, 6 = air, 7 = spraying chamber, 8 =*pres-
sure fan, 9 = dispersion rotor, 10 = electric motor, 11 exhaustor, 12
dust exhaust chamber, 13 = cyclone, 14 = exhaustor, 15 place of filling,
exhaust

s/,191/60/ooo/oIC/012/017
B00413060
Rix! Cxota oxnamizemin n AHcneprjfr~oq~~pjjjj
Card 4/

KAMN, Die [Cunneen, J-I-1; MHOMY, G.S. [translator]
Cis-transigomerization of natural P02yisoproneo. Kauch.i rez. 19
no.10:59-6k 0 160*' (MIRA 13:10)
(Isoprene) (Ioomerization)

42736
S/852/62/000/000/010/020
B136/B101
AUTHORS: Piskina, R. Ya., Brods y
TITLE: New anticorrosive materials based on condensation products of
furyl alcohol
SOURCE: Primeneniye polimerov v.antikorrozionnoy tekhnike. Ed. by
I. Ya. Klinov and P. G. Udyma. Vo scow, Xashgiz, 1962. Vses.
sovet nauchno-tdchn. obahchestv., '75-87
TEXT: A large number of furyl and furyl phenol formaldehyde resins, either
purelor modified with polyvinyl acetal,reaia,-epoxy resin, or other resins,
were synthesized from furyl alcohol obtained by hydrogenation of furfurol.
The furyl resin JA-2 (FL-2) is soluble in:alcohol-acetone mixtures but
insoluble in gasoline and kerosene. The tima of gelatinization is 47,201,
at 16o0C, and 52" at 300 0C, where zne resin passes over into a resite-like
state. Water containing levulinic acid and traces of formaldehyde is
liberated during polycondensation. The content of hydroxyl groups drops
with decreasing content of free ~uryl alcohol. This proven that OH groups
react with hydrogen at the alpha position in the first stage and that
Card 1/3

3/852/62/000/000/010/020
New anticorrosive materials based on B136/B101
polymerization occurs at the double bonds in the second stage. FL-2
solidifies at 18 - 200C in the presence of acid catalysts such as
naphthalene sulfonic acid, Petrov's contact, p-toluene sulfonic acid,
D-toluene sulfochloride, aniline hydrochloride, etc. At 150 - 1600C
solidification is accelerated in t~ie presence of boric acid, maleic acid,
and other acids. FL-2 displays good impregnating properties, strong
adhesion to various materials, high heat resistance, and stability against
acids and lyes. A resin with a gelatinization rate of 20 - 9011 at
140 - 1500C was synthesized from furyl alcohol and from a water-soluble
phenol formaldehyde resin containing many methylol groups (phenol alcohols).
At 80 OC, the resin becomes a very mobile liquid which polymerizes rapidly.
Solidification sets in even at 140 - 150 OC. The resin, which was designated
'til(FL), displays good adhesion to metals, plastics, concrete, glass, wood,
cement, etc. The fu_rYI phenol formaldehyde resinif-8 (F-8) was obtained
similarly. A special furyl aniline resin muaes it possible to obtain
concretes that are impbrvious to water, gas, and gasoline; the resin may
Card 2/3

S/852/62/000/000/010/020
New anticorrosive materials based on ... B136/B101
also form inside the concrete. Other cements mentioned-are ~Jj-l (FL-1) and
Vr4 (FL-4) filled with graphite; T -10(F-10) and'~-9 (F-9) which are furyl
phenol formaldehyde resins modified with polyvinyl acetal;(�-7-F (F-7T) which
is made from furyl phenol formaldehyde resins combined with polyvinyl acetal
in a mixture of alcohol and ethyl acetate; and V-4C(FL-40 which is a -
furyl formaldehyde acetal resin combined rith epoxy resin *. The beat
anticorrosive properties are obtained by using hot-cured cement based on
these furyl resins with graphite, microa8bes*tos,- and other fill-ers. The
newly developed resins are stable against acids and lyes but unstable in
an oxidizing atmosphere. There are 2 figures and 2 tables.
Card 3/3

UMRIKHINA) Ye.N.; BLAZHEAT10H, V.A.; STALINOVA, 11I.A.; JLAY-pVSK,1,yjjj V.I.;
BR.ODSKIY, G.S.; RABINOVICH, A.B.
Use of plastics in the sealing off of the flow of stratial
waters in oil wells. Plast. massy no.8:36-40 164.
(MIRA 17:12)

JL-293746 E va (M)IF. PF-~)AWPOJ)/iIETC(m) WV/RM-
ACCESSION NR: 'AP5024395-.--
UR/O?26/65/000/015/0079/ 0.
AUTHOR#.~ Brodskiy, G. Sh.; Krol', H. L. S.; Krqpkina, Serapegina, 0. A.
!TITLE: Preparation of porous material. Class 39, No. 173401
SOURCE: Byulleten' izobreteniy i tovarnykh znakov, no. 15, 1965t 79-80
170PIC TAGS: foam plastic, resin, polyethylene, phonolformaldehyde
NO RER SOVI 000 OTHER: 000
(~Q)
-Card
ABSTRACT: An Author Cert~jicate has been
y4esued for a preparative method for a
water- -and heat-resistatitFtoamed vlaBtieftased on a formulation involving a phenol-
formaldehyde resin (nonMD(Yfied or modified by furfural-acetone resin) and poly--
ethylene. ~15 - 43- [BO)
ASSOCIATION: Nauchno-isoledovatel'skiy institut plastmass (Scientific Research
Institute of Plastics)
SUBMITTED: l4Aug63 ENCL: 00 SUB CODE: MT
ATD PRESS., fto/

BRODSKIY., G.V
Morphological changes in congenital listeriosis. Akush.i gin.
- no-4:103-105 161. (MIRA 15:5)
1. Iz 3--boratorii mormalinoy i patologicheskoy morfologii
(zav. - prof. B.V. Kulqablco) Instituta. alusherstva i gine-
kologii (dir. - cblen-korrespondent XMN SSSR - piof. P.A. Belo-
shapko [deceased]) AMN SSSR,
(MOVONUCLEOSIS) (INFANTS (NEWBORN) --DISWES)

BESKROVNAYA, N.I.; BRODSKIY, G.V.
Case of malignant degeneration of a parsovarian cyst. Akush.
i gin. 39 no.5:151-152 S-0 163. (KIRA 17:8)
I..Iz otdeleniya operativnoy ginekologii (zav. - prof. M.V.
Dubnov) i laboratorii, normallnoy i patologicheskoy morfologii
.(zav'. - prof. B.V. Kulyabko) Instituta akusherstva i ginekolo- I.
gii (dir. - prof. M.A. Petrov-44aslakov) AMN SSSR.
I

BRODSKIY, G.V.; YEIGORCIIIA, A.P.
Effect of Listeria infection on the outcome of preo.-nancy and on
the fetus in inf(cted rabbits in various st-ages of pregnancy.
Akush. i gin. 1,0 no.2:18-24 Mr-Ap 161,.
(MIRA 17: 11)
1. Bakteriologiclieskaya laboratoriya (zav. A.111. Y-3.gorova) i !a-
boratoriya normallnoy i Fatologicheskoy morfologii (zav. - prof.
B.V. Kulyabko) Instituta akusherstva i ginekologii (dir, - prof.
PI.A. Petrov-11-laslakov) AMN SSSR, Leningrad.

0-YO.
ip.jj.',rAi.or for sinz!C-TAP~' f Lc-.,,;-through SY5tOMS ir,
foltoma-ric ri . 1.
central he t . .. J! r,,), 18~-!V-188 16~,
.riding. Nwich. tri7dy :k-;,
17-?"'

1. BRODSKIY, I -
2. USSR (600)
4. Electric Current Converters.
rram for a vibro-converter in an intensified KRU-2 radio network on a
7. Wiring diag
collective rams. Radio no. 12y 1952.
9. jj~ List af ssian Accessions., March 1953. Unclassified.
an Accession Library of Congress,
._ hL_ _

BRDDSKIY, 1.
Change the wages for workers making models. Sots. trud no.12:
98-99 D 156. (IWA 10: 2)
(Ingineering models) (Wages)

BRODSKI ... iTF;,~- --, ~,
I ...
Ilormalisstion of the Staffing of specialized research institutes.
Sots. trud no.7r92-95 J! '57. (MLRA 10:8)
(Research) (Personnel -.mnap-eqwnt)

L E7i~ F, T,
ACC NRs Al~,02(634 SOIR. Cv. CODE: C Z O034jG6[G00/UUWVZYWUZ~~f
IINENTOR: Chvorinov, Ii. (EnGimuer); Snrha, L. (Engineer); Brods4t',-I (Ene-Aneor)
ORG: none
TITLI-: Shapes for steel or alloy steel casting througk tke bettomi Claas 31c,
No PV 4567-65
~PW,.LCE; Ifutnicke, listy, no. 4, 1966, 294
TAGSs metal casting, metal surface, steel
ABSTRACT: The article is a summary of Czechoslovak Patont Application Class 310,
14, PV 4567-65, dated 17 July 65- The basis of the inventiori is the fact that the
part of the form which contacts the molten metal is hollowe Slag feridm powder is
Added directly in the casting shapes; the process proxid" ingot@ vith iWroved
'iarfaoes. Origo art* has: 1 figuref EJPkSt 360649
SUB CODE: 13 / SUBM UTZ t now
Card 1/1-

S/133/61/000/007/002/0-17
405VA129
AUTHORSi
TITLEt
Shmrga, Lyubomir., Brodakiy, Ivo, Engineers
The application-of exothermic mixtures and inserts in heating ingots
PERIODICALi Stall, no. 7, 1961, 598 -'604
TEMs In the Vitkovitakly Metallurgical Plants (Ostrava, Abstraote2% note;
Czechoslovakia) exothermic mixtures were applied in heating ingots, in view of the
possibility of controlling their chemical reactions, utilizing their heating ca-
pacity and preventing their effect on the chemical composition of the metal. The
calculations of the economic effect of various exothermic mixes gave the following
results I Ferro-alloy ThIermio mix Exothermic
mix mix
Amount of head crop
% 8.o 5.3 5.3
Spec. consumption of
the mix, kg/t 0.9 10.0 3.0
C ard 1/ 5

S/133/61/000/007/002/017
The application of exothermic mixtures and... A054/Ai29
Cost of the mix
Czech. crown/t 4.05 19.40 13-90
Saving in rolled
product, crown/t 9.50 17.15 22,65
The most efficient use of exothermic substances is applying them in the form of in-
serts (whereby the head crop is reduced from 8 to 5%). In order to prevent the
formation of'shrinkage cavities, the metal of the ingot head must be kept liquid by
heating until the ingot solidifies. In 650 kg ingots (with 250 mm sides) this
takes 16 1/2 minutes, in 3,850 kg ingots (with 580 mm sides) about 88 1/2 minutes.
The exothermic inserts known hitherto - which burn much too short a time - are not
suitable for heating 3,850 kg ingots; their service life Is also short. A new
composition was developed for this purpose, containing 20% aluminuM sleet, 50%
oxidizing agents, (nitrates, bases and fer-ro-oxides), calcined chamotte and slag,
to make the mix porous, to provide heat-insulating properties and to delay reac-
tions. As binding agents synthetic resins are applied. By increasing the ;Aluminum
content of the mixtures, the metal solidifies more quickly in the ingot head. In
order to increase the effect of the exothermic mix, the dozzle should be lined with
Card 2/5

3/133/61/000/007/002/017
The application of exothermic mixtures and... A054/A129
a heat-insulating material, for instance with foam-ohamotte. The gap between the
exothermic mix and the heat-insulating layer should be filled with a porous sub-
stance permitting the gases to penetrate which are produced during the burning of
the insert. To ensure an efficient and rapid heating of the steel surface from
above, the following methods were tooted: the dozzles of three ingots were provid-
ed with exotfiermic*packing (at the sides), while, moreover, two packs containing
g 4 kg, were added on the surface in one
ferro-silicon + sodium nitrate, each we
,Ighin
ingot. In the dozzle of the second indl besides the afore-mentioned chemicals 4 kg
exothermic bricks were laid on the surface, with the same composition as the pack-
ing, only the ore-content was lower and in the third dozzle only exothermic ' bricks
(5 kg) of the same composition as the packing were added. In or-der to prevent the
carbonization of the metal by,the insulating mix, the ingot surface has to be coat
ed by sand. In the first ingot,the head decreased by 1.5%, in the second by about
3%. Due to the application of ferrosilicon-containing mixes, however; the metal
was enriched by C and Si on the head surface, and during shrinkage these C- and
Si-enriched parts sank down in the middle of the ingot. Better results were ob-
tained in the second ingot with a 3maller amount of C and Si in the central parts.
7he third ingot, to which only a 5-kg pack of briquettes was added on the dozzle
surface, displayed deep shrinkage cavities. Based on the tests it can be astablish.-
Cax,d 3/5

3/133/61/000/OC)7/002/017
The application of exothermic mixtures and... A054/A129
ed that It is useful to combine the heating of the ingot head from the sides with
heating from the surface. In that case a head of 4% can be obtained and no chemi-
cal change takes place in the metal. An exothermic mix consisting of 50% aluminum
sleet, 35% sodium nitrate, 10% manganes ' oxide and 5% calcium silicate was
found to be very efficient. Exothermioexatring from the sides and from above is
most effective for medium-sized ingots. The exothermic heating can also be carried
out using the mix in the form of bricks. The bricks suggested by the authors can
be used either as a frameless dozzle or for lining the dozzle. These bricks may
contain either 1) exothermic and insulating substances, reacIng without explosive
effects or 2) efficient exothermic additives or 3) an insulating and an exothermic
layer (bricks in 2 or more la~rers). For all three types of bricks resins are used
as binding material. The bricks can be produced by the cold, hot or combined meth-
ods. In the cold method good results are obtained when phenol-sulfonio, phosphoric
and sulfuric acids are added. The refractory mix (of calcined chamotte) aontaining
5% req&n and 0.8% phenol-sulfonic acid had a strength of 280 kg/OM2. When the hot
methS# is applied the resin-containing mix solidifies already during the pressing.
In the combined method, which is the most productive, the solidification of the re-
sintbontaining mix is accelerated by additional drying at 3DOOC. After a 10-minute
card 4/5

3/133/61/000/007/002/017
The application of exothermic mixtures and... A054/Ai2g
2
drying period the mix, con,taluing.3.5% binding agent has a strength of 500 kg/cm
The consumption of exothermic substances in bricks is lower than when it is rammed
into the ingot head. The exothermic bricks moreover can be produced outside '.,-.e
plant, they can be stored for an indefinite time and are easy to transport. The
use of exothermic heating.also produoefa large saving. Based on a consumption of
9.1 kg/t packing (rammed), 1.82 kg/t eitothermic mix and 2.7 kg/t aluminum, the pr 0
of the most expensive steels can be out by 320 [Czechoslovakian] crowns, -3ount'ing
300 crowns for the manual production of insert collars from perforated sheet.
There are 8 figures and 9 referencess 5 Soviet-bloc, 4 non-Soviet-bloo.
Card 5/5

L~) h" U!5~T-' 1 7- --) -1, - /-I -,
AGALINA, M.S., inzh.; AKUTIN, T.K., inzh.; APRESOV, A.M., inzh.; ARISTOV,
S.S., kand.bkhn. nauk,; Bj'ZGSTO'LSKIY. O.B., inzh.; BERLIN, A.Ys,,inzh.;
BESSKIY, K.A.. inzh.; BLYUM, A.M.. lnzh.: BRAUN, I.Y., inzh.; BRODSKIT,
.I.A., inzh.,- BURAKAS, A.I,.Inzh.; VAYNHAN, I.Z., inzh.; VARS~ ~VSKIY~'--'
I.W-.',inzh.; VASILIYICVA, A.A.,inzh.; VORONIN, S.A.,inzh.; VOYTSEKHOVSKIY.
LjX., inzh,: VMLEVSKIY, A.A.,inth.; GERSHKAN, S.G.. inzh.;
GOLUBYATNIKOV, G.A.,inth.; GORLlN, M.Yu., lnzh.: GRAMMATIKOV. A.N., inth.;
DASEIEVSKIY, A.P..inzh.;DIDKOVSKIY, I.L., inzh.; DOBROVOLISKIY, H.L.'inzh.;
DROZDOV, P.P.,kand. takhn. muk,; KOZLOVSKIY.A.A.,inzh.; KIRILENKO,
V.G.,inzh.; NOPELYARSKIY, a.D..kand. tekha. nauk,; KORETSOT, H.M.,Inzh.;
KUKHARCHUK. I.N.,inzh.; KUCHFR, H.G.,inzh., HER71YAIC, M.Y.,inzh.;
MIRONOV. Y.Y..insh.; NOVITSKIT, G.V.,inzh.; PADUN, N.M.,inzh.;
PANKRATIYEV. H.B., inzh.; PAR OKKKKO, V.I.,kand. biol. nauk.-, PINSKIY.
Ye.A.,inzh.; POI]LUBNYY, S.A., inzh.: PORAZHENKO, F.F.,inzh..; PUZANOT.
I.G.,inzh.; REDIN. LPAnmh.; REZNIK. I.S.,kand. takhn. nauk.;
ROGOVSKIY. L.Y.,inzh.; RKAH, A.G.,inzh.; RYBALISKIY, V.I.,inzh.;
5ADOYNIKOV, I.S.,inzh.; SEVEROYANOV, N.N.,kand. takhn. nauk.; SMSHKO.
A.T.,Inzh.; SIKKIM, A.Kh., inzh.: StrAWTOVICH. I.N..inzh.: TROYINOV,
V.I.,inzh.; FIWER, K.K.',inzh.; ITALKOVSKIT. A.M..inzh.; FRISHMAN,
M.S.. inzh.; GENALSHNEV, V.A., inzh.; SHESTOV, B.S.. inzh.; SEW".
K.I., inzh.-, SHUNYATSKIT. A.F..Inzh.; SHCHEMAKOV, Y.I.,inzh.;
STANCHENKO. I.K., otv. red.: LISHIN, G.L.,inzhi,red.,:-IUAVTSOV,Ye.P.,
inzh.,red.; GRIGQR'73V, G.V.,red.; KAMINSKIY, D.N.,red.; KRASOVSKIY,
I.P..red.;.LETTKAX, L.Z.,.red.[daceased1,-, GUREVICH. H.S.,inzh.,red.;
DANMVSKIY. A.S..inzh..rad.; MIN, A.M., inzh.,red.; KAGANOV,
S.I.,inzh.,rad.; KAUFMAN, B.N.. kand. takhn. npuk, red:.LISTOPADOV,
N.P-,bizh.,red.; MENDEUVICH, I.R., inzh. red.[deceasedj;
(continued on next card)

AGALINA, M.S.... (continued) Card 2.
PERTKOVSKIY, H.I.,inzh.,red.; ROZENBKaG, B.M.,inzh.,red.; SLAVIN,
D.S., inzh.,red.; FEWROV, M.P..inzh.,red.; TSYMBAL, A.V.,inzh.,red.,,
SHIMOV, L.V., red. izd-va,; PROZOROVSKAYA, T.L., tekhn. red.
tKining ; an encyclopedic handbook] Gornoe delo; antaiklopedicheskii
spravochnik. Moskva. Goo. nBuchno-takhn. izd-vo lit-ry po ugollnoi,
promyshl. Vol. 3.[Orggnization of planning; Construction of surface
b-dildings and structuresj Orgenizatsiia proektirovaniia-, Stroitelistva
zdanii i sooruzhenii na -ooverkhnosti shakht. 1958. 497 p. (WRA 11:12)
(kining engineering)
(Building)

GORODNICHXV, Vasiliy Kikhaylovich; BRODSKIY, I.A.. otv.red.; ZVORYKIRA,
L.N., red.izd-va; SHMYAR,-S-.T&;-,--t9kbn.red.
[Kodern methods of controlling the swelling of rocks] SoTre-
mennye metody bor'by s puchaulem gornykh porod. Koskva, Goo.
nauchno-tekhn.izd-vo lit-ry po gornomu delu, 1960. 99 p.
(KIRA 13:7)
(Kining geology) (Barth movements)

SHIRAY, Yevgeniy Nikolayevich; TRUPAK, li.G., doktor tekhn. nauk, prof..,
ratsenzent; BRODSKIY, I.A., otv. red.; FETRAKOVA, Ye.P., red.
izd-va; MlILINA,, L.11.1 tekhn. red.; MINSKER, L.I., tekhn. red.
[Vibration method of shaft sinking in shifting sands] Vibrometod
pri prokhodke, stvolov shakht v plyvunakh. Mosk-va, Gos.nauchno-
tekhn.izd-vo lit-ry po gornomu delul 1961. 99 p. (MIRA 14:11)
(Shaft sinking)

KAPUSTDI, Nikolay Georgiyevich; KV011, Sergey Syn--Guvich; BFUU,
A.Ye., inzh.p retsenzent; KOVSH, B.I., inzh.,
retsenzent; MODSKII,-I.A., inzh, retsenzent; CHECHKOV,
L.V., ved. red.; BIRYUKOV, R.A., prof.., otv. red.
(Principles of designing coal mines] Osnovy proektirova-
n-iia ugollnykh shakht. Moskvap Nedra, 196-1. 267 p.
(MIRA 18:2)
a. Vsesovuznyy tsontrallnyy gosudarstvennyy institut po
proyektirovaniyu i tekliniko-ekonomic lie skim obosnovaniywn
razvitiya ugollnoy promyshlemosti (for Derlin, Kovsh,
Brodskiy).

BRDDSKIYJ I.Its-insh.; GNILIRIKO, B.A.; p=OV. G.Ta.; M&RSWX- V-,';
Modernization of a continuous pipe-rolling mill* Kakh.i avt0m-
prolsy. 14 no.1:24-26 Ja 160. (MR& 13:5)
(Pipe Bills)

. BFMYA14SKIYI M.G., inzh.; BRg~~, inzh,; KRYUKOV, G.Ya., inzh.;
SLYUSIMVI MI., inzh.
Autcmatic marking of hot pipes. i4ehh.i avtom.proizv. 15 no.3-1:
15n18 N 161. WIRA 14: 11)
(Marking devices) (Automatic control)

s/i3o/6q/boo/6n/wq/oi,
A006/AO01
AUTHORS: Berdyanskiy, M. G., Brodskiy, 1. 1., Voynov. V. P., Gnilenko, B. A,
Grinval'd, V. A , Kryuk)v,- G . Ya-
TITLE- Mechanization and Automation of a Core-Extractc-r of a Continuous
Pipe Rolling Mill
PERIODICAL: Metallurg, 1960, No. 11, pp. 30-33
TEXT. Information is given on the mechanized and automated operation of a
Co-re-extractor of a continuous pipe-rolling mill including the following com"Po-
nents: a rest (Fig. 2); an automatic trolley (Fig. 3); a core-drqppJ-r-g mach-4qe
(Fig. 4) a pipe-extractor (Fig. 5) and a pipe-drMping machine (Fig. 6). The
pipes with the cores are supplied to the rest whose jaws retain, the pipes during
the extraction of the cores. The opening of tthe jaws allows the passage of the
cores only. The jaws are exchangeable depending on the diameter of the coi-e.
One or two cores may be extracted. The simultaneous extraction of two cores is
performed with the aid of the automatic trolley, Two torZs with jaws are opened
-ing the cores allowing the passage of the core heads which fall upon
when contact
the pawl tail and disconnect it from the protuberance on the traction hook nob.
Card 1/7

S/130/601'000/0!1/009/011
Aoo6/Aooi
Mechanization and Automation of a Core-Extractor of a Continuous Pipe Holl-Ing
Mill
A spring puts the lever underneath the pawl to prevent its clutching with the
aforementioned protuberance during extraction. Under Me effect of its proper,
weight the hook is switched on. The tongs, brought together by a spring, clamp
the core head and extraction is started. After completed extraction the tongs
are opened and the core released. The trolley moves back to the rest. The cores
are removed and rolled down into a cooling bath, After removal of the mandrels,
the pipes are extracted from the rest and dropped into a housing. The Info--mation
includes the detailed description of the automatio control system,
Card 2/7

5/130/6U/000/0 1/CG~f/01 I
A006/AOO1
Mechanization and Automation of a Core-Extractor of a Continuous Pipe Roiii.:,Z
Mill
Figure 2, Rest
I - Jaws; 2 - counterweight; 3 cams;
4 - shafts.
FiEre 3. Automatic trolley
I - tongs; 2 Jaws; 3 - pawl; 4 - tr
traction hook; 5 - lever; 6 - springs;
7 - roller; 8 roller of the dented
section; 9 - rod; 10 --.stem; 11
hinge.
Figure 4. Core dropping device
I - pneumatic cylinder; 2 - vertical
cylinder; 3 and 5 - levers; It - stem.
Figure 5. Machine to extract the pipes
from the rest
1 - pneumatic cylinder; 2 - fing.
Card 3/7

3/130/60/000/011/009/011
A006/AOOJ
Mechanization and Automation of a Core-Extractor of a ContJrtuous Pipe Rollifig
Mill
Figure 3:
ep,WeAfb
Card 4/ 7

S/1~0/60/000/on/w9/611
A0061AGOI
Mechanization and Automation of a Core-Extraotor of a Continuous Pipe Rolling
Mill
Figure 3:
Card-.5/7

S/130/60/000/0 9/011
A006/A001
Mechanization and Automation of a Core-Extractor of a*Continuous Pipe Rolling
Mill
---Figure-4: Figure 5:
12
Carckfi/

S1 1 30/60/OW/0 1 1/vG 9/0 1
A006/AO01
Mechanization and Automation of a Core-Extraotor of a Continuous Pipe Roijing
Mill
Figure 6. Pipe dropping machine
I - lever; 2 - connecting rod;
3 - housing; I and II - corresponding
upper and lower position of the dropping
lever; III - trajectory of point flail
during operation of the device.
There are 6 figures.
ASSOCIATION: Truboprokatnyy zavod im.
V. I. Lenin (pipe-rolling
Plant imeni V. I. Lenin)
Card
-007

S/133/62/000/001/007/010
A054/A127
AUTHORS: Berdyanskiy., M. G., Brodskiy, Burakovskiy, V. N., Grinval'o,
V. A., Dol'nik, T. I., Sidorenko, V. M., Engineers
TITLE: Friction-type tube pushing and turning device on the automatic tube
rolling mill
PERIODICAL: Stall, no. 1, 1962, 6o - 61
TEXT: To replace the cranky pneumatic drive of the 1114011 automatic tube
rolling mill of the zavod im. Lenina (Plant im. Lenin) by a member more suitable
for the automatic process,.a new pushing and turning device has been developed
at the Tsentrallnaya laboratoriya automatizatsii i mekhanizatsii Dnepropetrovskogo
sovnarkhoza (Central Laboratory of Automation and Mechanization of the Dnepro-
petrovsk Sovnarkhoz) in cooperation with V. F. Veyevnik, En,-'ineer, L. F. Kandyba.
Engineer, I. P. Ivanov, Engineer, Ye. B. Byutner, Engineer, L. I. Vitnov, Tech-
nician. The new device, which consists of friction rollers, is mounted on the
front table of the mill, at 4,850 nun distance from the roll axis. The mechanism
pushes the tube onto the stand and turns it through 900 before the second pass.
The pusher is controlled from the mill switchboard. The friction rollers are in
Card 1/ 2

S/133/62/000/001/007/010
Friction-type tube pushing and... A054/A127
constant rotation and the distance between them is regulated by the operator via
an electro-pneumatic distributor. The head part of the tube is gripped by the
friction rollers when it slides down on the inclined frame and is pushed by them
into toe stand. The rolls then return into their initial position. When thp-
first pass has been completed, the reversing rollers move the tube on to the
front table. This time the friction rollers grip the tube, lift It and turn 14.
over, at, the same time feeding it into the stwid. The new device cuts down the
feed time of t1ibe blanks (105 mm in diameter and 900 - 1,050 am long) from 1.1
to 0.67 sec, while turning over and pushing in the tube for the second pass i-axes
0.9 sec. The rolling cycle was out by 1.33 see with the friction type feeding
device. DiffereneGs in wall-thickness (longitudinal and across) of the tubes
could also be eliminated, because the new pusher ensures an accurate positioning
in vertical direction of the tube edge before the second pass. The mill outrrut.
has increased by 5%. There are 2 figures.
Card 2/2

VATKIN, Ya. L., kand. tekhn. nauk; BERDYANSKIY, M. G... inzb.;
BRODSKIY I. I. inzh.; DRUYAH, V. M.,, inzh.; KOLPOVSKIY, R. M.,
I - ~OHP A. S,, inzh,; LUDENSKIY, A. M., inzb.
Fixed mandrels on automatic mills. Nauch. trudy. DMI no.48:
174-185 162. (MIRA 15:10)
(pipe mills)

BERDYANSKIY, M.G.; CHUS, V.G.;,BRODSKIY,l.1, '-, HYETNIK, V.F.,, VITNOV,
L.I.; GRINVALID, V.A.; TOLDAYEEV, A.S.
Automatic machine for screwing unions. Biul. telch.-ekon. inform.
Gos. nauch.-issl. inst. nauch. i tekh. inform. 17 no.12:27-29 D 164.
(MIRA 18:3)

doktor tekhn. nauk; N',IIDYANSKIY, M.G., inzh.; BFIODSKIY,,I.I.,
VATKIN, Ya.L., I -
inzh.; DOLINIK, T.I., inzh.; KOSTYUGH],"110, 'V.~,,inzh.; T~'IbA'YEV, A.S.
inzh.
Regulator of the longitudinal wall thickness variation in pipe. Stall
24 no.9:83.2-833 S 164. (MIRA 17: 10)
1. Dnepropetrovskiy metallurgicheskiy institut i TSentrallhaya
laboratoriya avtomatizatsii i mekhanizatsii Pridneproysliogo soveta
narodnogo khozyaystva.

BERDYANSKIY, M.G.; ERODSKIY, I.I.; DONETS, V.V.; VEYEVNIK, V.F.
Mechanism for introducing dry lubrication into the pipe shell
before entering the rolling mill. Metallurg 10 no.6:28-30
Je 165. (MM 18:6)

OLWC
COD
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8
~ProPetro,,,
JS0I)PCZ: 'rtObret241rOd)j Ipe 'Roiling
C eoj'.. Pavi4g P4e on a short
ZAGS.
Oetal. e4 Plant IMen Aftnclrel.
TRACT qyYe Zenj C248
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a sh -1- Authorr pe, tore ~'rO.Petr.
"d Ort 'Z83268
witj~ dr a C, re-Ijabjz
Ong V! t zDandr I tj, llskix
atr _,,, e l RrtiflcRte - znakt, J70.
h the te * 22le 4',,t antro 23,
ft ed ..b "mdr I's 4 recelV, cons. duces -1966,
0 enag.1ccImPen ), J.0 e, 4t ng t Ist,7 A 9--Z0
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re th
ort. g a. e r W t h t r4ck
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tuce 0;%01;8 derl e truc,, Pro set t . a
And 4 - ce - and 'red the
ftreir eqUIPPed eqLj se --rods
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t r1br le,,e 'Mech th
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6-jubricstOr 9 ods 10-6 6 00R-5
9'!-r
21re04
qdB CODE' 3-3/ . rUM DAT6.

BRODSKIY, I.L.
strengthening contractual discipline in the textile industry.
Tekst. prom. 23 no.10:40-" 0 163. (KRA 17:1)
1. Starshiy arbitr Upravleniya sherstyanoy i shelkovoy
proryshleftnosti Moskovskogo soveta narodnogo khozyaystva.

BRODSKIY I.M.
Consolidation of wire broadcasting in the Stanislav Province.
Vest. sviazi 22 n0-11:15-16 N 162. (MIFA 16t12)
1. Glavnyy inzh. Stanislavskoy direktsii radiotranslyatsionnoy
seti.

BRODS NL3*Z,
Establishment of duplex conference commtuiications in industrial
administrations (work practices of the communication workers of
the Ivano-Frankovsk Province). Vest. sviazi 2-4 no.lOt2l-22 0 164.
(MIRA 17812)
1. Glavnyy invh. Ivano-Frankovskoy dvustoronney gruppovoy
telefonnoy svyazi.

BRODSKIY. I.M., inzb.
Supervisory and signal equipment of the 2 PIS-4.5
1U)-9 petroleum motors and used at power stations
Trudy Sol-t.radiofik. i VRS Ukr. VTOBAS n0-3,.21-22
(Radio-Squipment and supplies)
power sets baving
of radio centers.
' 56.
(MIRA 1211)

KOSM%IIN, V.G.; FEDOSOV, V.A.; BRODSKIY, I.S.
Model workshop. Mashinostroitell no.8:30-32 ky 165.
(MIRA 18:11)

BRODSKIY9 I.U.
,AUto*atic regulation of.the thickness of a cold.rolled strip.
Piul.tokh.-ekon.inform. no.5:10-12 160. (MMA 3-40)
'? (Rolling(Metalvork))
(Electronic control).

."Ir
, ..,XMIEGUDOVjI P.; BRODSKIY, I.U.
Automatic Bwitching t6 thre6 lin6s of & hot-rolling mill. Biul*tekh.-
okonoinform.Gos,nauch.-issl.inst.nauch. i tekh.inform. no-4:7-9 162,
(M3RA 15:7)
(Rolling Mills)
A

BRODSKIY, I.U.,-inzh.
Automatic stopping of a reversing rrill. Mekh.i avtom.proizv. 17
no.11:5-6 N 163. (MIRA 17:4)

AUTHOR:
TITIE:
PERIODICAL:
89819
1068
S/193/60/000/W5/00.3/10 12
Aoo4/Aool
Brodsk
Automatic Gage Control During the Cold-Rolling of Strip
Byulleten' teldmiko-ekonomicheskoy informatsii, 1960, No. 5, PP.
10 - 12
TEXT: The Leningradskiy staleprokatnyy zavod (Leningrad Steel Rolling Min
in cooperation with the Tsentral1naya laboratoriya avtomatiki (Central Laboratory
of Automation) and the Leningradskiy politekhnicheskiy institut (Leningrad Poly-
technic Institute) has developed systems of automatic gage control for the cold-
rolling of strips on four-high and twelve-high reversing cold-rolling mills. The
roughing operation is carried out on the 4/222 four-high mill. The initial
material is hot-rolled strip. of 3-3.5 mm thickness, The minimum end gage is
0.5 mm with.� 0.05 mm allowance. This strip is the initial product for the cold-
rolling of a 0.08-0.10 mm strip with an allowance of.� 10~L . The author points
out that the flying micrometers used as pickups in both control systems and mount-
ed at some distance from the rolls cause a lag of the acting signal in the control
system, which leads to an "overadjustment" of the strip gage. If, e.g. the strip
thickness exceeds the given standard, the motors of the pressure device act on the
Card 1/ 3

89819
Aut-omatic Gage Control During the Cold-Rolling of Strip
S/19_3/60/000/005/003/012
A004/AD01
rolls which are drawn together, so that the strip gage is being reduced gradually.
When the standard strip gage is attained the micrometer still shows some positive
deviation, but if the micrometer shows the standard thickness the actual strip
gage is already below standardl i.e, that the former deviation has been "over-
adjusted'. A far greater accuracy and improved quality control is effected by
the time-pulse control system used on the reversing four-high cold-rolling mill.
With the aid of a scale on the micrometer the required gage-is set, while any
deviation from the given thickness, through an electron relay pulse generator,
is signalled to an electron amplifier, then passed to the electromotor amplifier,
thus acting on the pressure device motors. An analysis of the operation of the
automatic system proves that the strip gage can be better controlled than is the
case with manual control. Thus, e.g. if 08 grade strip is rolled with manual
gage control the root-mean-square error is 12 J.,-, while it is only 9 L with auto-
matic gage control. The best results are obtained with carbon and ler hard
strips which have considerable and frequent thickness fluctuations. Manual gage
control with these strip grades results in fluctuations from -4o to +4olA, while
automatic gage control caused these deviations to decrease to 20_25/~ . Higher
precision standards are required for the automatic gage control of strips workid
Card 2/3

89819
S/193/60/000/005/003/012
Automatic Gage Control During the Cold-Rolling of Strip A004/Aool
on the twelve-high mill since these strips are much thinner and have lower al-
lowances. One of the main difficulties is the selection of the right play in the
roll displacement system, which takes 2.5 seconds. Since the rolling speed on
this mill is 5 m/sec, more than 12 m of non-controlled strip have passed before
the play has been selected, which, of course, affects the strip quality. To ob-
tain a higher control accuracy-the system provides for an automatic effect simul-
taneously on the pressure device and the outgoing strip tension system. The front
micrometer affects changes in the roll gap setting, while the rear micrometer, by
way of varying the current of the rear coiler motor, changes the outgoing strip
tension. Thus with deviations in thickness up to 3_4A~_ gage control is effected
by variations of the outgoing strip tension while deviations of 5,;-A, or more are
compensated for by changing the roll gap setting. Radioactive non-contact RT~
495 (ITU-495) micrometers are used as pickups. The operation principle of the
device is based on the dependence of the degree of beta-ray'absorption of the
radioactive isotope on the thickness of the material being measured. An ioniza-
tion chamber serves as recording device of the quantity of passing radioactive
rays. The device has two ionization chambers: one for operation and the second
for compensation. Tests of this automatic gage control system showed that errors
do not exceed 6-7 1A at a gage tolerance of 10 ~- for 0. 1 w size strip.
Card 3/3

BRODSKIY, I.Ye.,inzhener; ROFA, A.E.,kandidat meditsinskikh nauk.
OAKR-PO plastic material and possibilities of its practical use in
dental orthopedics. Stomatologiia no-5:53-54 S-0 155. (MIRA 9:2)
1. It Kharikovskogo zavoda subovrachabnykh materialov (dir. Ye.G.
Aronov)
(GUMS AND RES101S, SYNTHETIC) (UMAL FROSTHESIS)

33RODSMY, I.Yee'
Highly dispersed polynothylmathaerylate As a plastic for
the medical supplies industry; Ned. prom,* 12 no.10:46-47
0 158 (MIRA 11:11)
1. 1harIkovskly savod subovrechebnykh materialovo
(MMAaRyLiC ACID)

U7P I.LV
S/081/60/000/018/006/009
A006/001
Translation from: Referativnyy zhurnal, Khlmlya, 1960, No. 18, P. 543, # 75438
AVT-?O,RS - Yukhnovskiy, G. L., Brodskiy, I. Ye.
MILE: Inhibition of Emulsi on Polymerization of Methylmethacrylate
PERIODICAL: Tr. Khar'kovsk. politekhn. in-ta, 1959, Vol. 26, No. 6, pp. 221-223
TEXT- For the purpose of reducing the intensity of the process of poly-
methylmethacrylate polymerizatio in the presence of an ini-,,iator and emulsifier
at 7-1 - 8O'C) and of preventing the branching of the polymer chains with the
formation of transverse bonds, a hydroq.Anone inhibitor was u!3~d as a regulator
in an amount of 0.006% of the monomer weight. An investigation of the relative
viscosity of polymethylmethacrylate sulutions In dichlorethane, of the specific
impact. toughness and yield limit in static bending of polymst-kylmethacrylate bars
with and without admixtures of hydroquinane showed that its Introduction SNmewhat
reduced the molecular weight and the specific Impao~t toughness of the polymer.
nowever these changes affect only slightly the physical properties of the finished
prod7uct. Moreover, the use of hydroquinone has a most favorable effect on the
technological process. homogeneity increases (in respect to the screen ccmpositalm)
Card 1/2

857lo
S10811601000101810061009
A006/A001
Inhibition of Emulsion Polymerization of MethYlmethacn-late
j
as well. as the yield of the commercial product; the conductan,,:e of the process
is facilitated and the operational conditions of -418 equipment are improved.
T. Renard
Translator's note: This is the full translation of the original Russian abstract.
Card 2/2

*Survey of the Quantitative Distribution and CovTosition of the Zooplanicton
of the Northwestern Part of the Sea of Japanj," Zool. TmnBactions, DAN USSR, Vol. 7.,
Noel, 1941

E-IICDZI'IYI Y.
UMB/iIedialne Jkrlne OrMnIm *Y 108
Hadicine Plankton
"The Zoogeograpby of Clay in the Northwestern Part
of the Pacific Ocean," K.A. Brodskiyj 4 PP
"Dok Ak Nauk SSSR, Nov Ser" Vol LK, no 6
Data presented is the result of bydrograpblo eurv4We
conducted in the summer of 1946 to study the chw-
acteriBtics of deep-vater planktor from the north-
western parts of the Pacific Ocean. Submitted by
Academician L.B. Berg 19 Wx 1948.
A T
low 6M7

i~ '. , - .
-0-L . , A. A.
42202. BRODSXIY, K. A. - Asi.-rimetri3ra i ovobodnozhivushchikh veslonogikh rachkoy 'Calanoida)
k
RELk priznak spetsializataii* Doklady Akad, nauk SSSR, Novaya
0 seriya, T. LXIII, -*0. 4,
1948- c- 451-53.
SO: Letopiel Zhurnallnykh Statey, Vol- 47, 1948

US"fi("Icize - Plankton Xer 49
Medicine - Marine Organism
"The Vertical Distribution of Copepodous Crayfish
(Calancidall and the Connection of the Northern
Arctic Ocean With the Pacific anit Atlantic Ooeans,'
Ir. A. Brodskiy, 4 pp
"ftk Ak Nauk SSSR" Vol LXV, Wo 3
CouWas nunber of zooplankton form found at
vorlo= levels in northwest section of Pacific
Ocean, In Sea of Japan, and in central section
of North Arctic Ocean. Tables an& graphs show
vertical distribution of forus for Pacific Ocean,
western share of Green'AnA, Sea of Japj an&
39 t9T68
UM)kedlcine (Contd) mar 49
iwA North Arctio'Ocean. Date introduced may
serve an an index of vertical vater circulation,
VMch Is closely linked with plankton circulation.
ftbaitte& by Aced L. S. Berg, 28 jan 49.
39A9T68