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

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000307010002-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 22, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

23281
00 S/1 3.5/61/000/007/004/012
DO A0061AI06
AUTHORS: prodskiy, A. Ya., Candidate of Technical Sciences, Baryshev, 7. M.,
'Rakhman&v_,A_._3_., Engineers
TITIE: On the weldability of 892T(V9VI) grade aluminum alloy
PERIODICAL: Svaroohnoye proizvodstvo, no. 7, 1961, 13-17
TEXT: Res~ilts are presented from the first stage of investigations on the
weldability of thermally strengthened V92T aluminum alloy. The work was carried
out with the participation of L. S. Livshits, Candidate of Technical Sciences
from VNIIST, for the purpose of evaluating the applicability of this alloy In
welded structures. The tests were made with 10 mm thick Vqn-alloy sheets welded
by argon-arc process with-non-consumable electrode and by automatic and semi-
automatic process with consumable electrode, Plates of 130 x 130 mm dimensions
with V-shaped beveling of edges were welded on dismountable steel backing pl.ates.
The filler and electrode wires were of the same composition as the base metal.
The content of the basic alloying components in the alloy was 3.9% Mg, 2.7% Zn,
0.8% Mn. From two chemical methods of cleaning thevdre, etching in 3C% ortho-
phosphoric acid solution with small additions of potassium bichromate, for 20 min,
Card 1/3

23281
S/135/61/000/007/()04/012
On the-weldability ... A006/A106
at 1150C, assured reliable surface treatment of the wire. Manual argon-aro welding
was performed on a YAAP-300 (UDAR-300) machine. The seams were applied in 2 and
3 layers at 280-300 amps current, 15 1/min argon consum
_Btion, 6 mm tungsten elec
trode diameter, 4 mm diameter of the filler wire and 70 chamfering angle, Semi-
automatic and automatic welding was made on the UU U-10 (PShP-10) semi-automatic
and the APK-I (ARK-1) automatic machines. The semi-automatic welding conditions
were: 270-280 amp current, 22-24 v arc voltage, 20 1/min argon consumption, 70 0
chamfering angle. Conditions for automatic welding were: 300-320 amps current
intensity in single-layer welding and 280-300 amps in double-layer welding;
22-24 v are voltage 20 1/min argon consumption; speed of welding single-layer
Joints 17-19 m/h; for welding the first layer of double-layer Joints 28-30 min/h,
and for welding the second layer 22-24 m/h; total chamfering angle 60 0. The
electrode was located vertically. Mechanical properties of the welded Joints were
determined on standard specimens with reinforced welds. Toughness of the weld
metal, of the fusion zone metal and of the heat-affected zone were determined.
The experiments showed that the mechanical properties of welded butt Joints on 10
mm thickV92T specimens, performed by argon-aro method with consumable electrode
were below those of Joints argon-are welded with non-consumable electrodes. The
strength of welded butt Joints of medium thickness is 90-95% of the base metal
Card 2/3

23281
On the weldability ...
S/135/61/000/007/004/012
ADO6/A106
strength after three-month natural aging. Therefore manual argon-aro welding
with tungsten electrode can be recommended for important medium-thick V92T alloy
parts. This alloy is somewhat more prone to pore formation than AMg6 all(y in
particular when welded with consumable electrode. The relative strength of
joints produced by argon are welding with consumable electrode is 80%. Conse-
quently, this method foil welding V92T alloy must presently be limited. Natural
aging of the weld metal and the heat-affeoted zone of welded butt joints lasts
for 3 months and proceeds particularly intensively during-the7first month after
welding. As a result of three-month natural aging-the properties of the weld-
produced by argon-are welding with non-consumable electrode and of the. heat:
affected zone, Approach the properties of the-base-metal in its initial state.
The process of natural aging of weld joints i's practically completed within three
months. The V92T alloy is 'sensitive to -stress 'concentration. For this reason
the surface of the weild Jbint should pass"smoothly into the base metal. There
are 9 figures.
ASSOCIATIONS: TsNII stroitel'nykh konstruktsiy AS i A SSSR TsNII of Building
Constructions of AS and A SSSR - (Brodskiy and BELrysheV) MIST
(Rakhmanov)
Card V3

314h3 S/125/61/000/012/008/008
D040/D112
AUTHOR: Brodskiy, A.Ya.
TITLE: Application of argon-arc weldinU in manufacturing aluminum
structures in Czechoslovakia
PERIODICAL: Avtomaticheskaya svarka, no. 12, 1961, 81-85
TEXT: The author visited Czechoslovakia to acquaint himself with argon-arc
welding of aluminum structures at the De"c"in Plant of the Ministry of Heavy
Machinery, and new welding equipment for this process at the Research Insti-_
tute for Welding Equipment and Technology in Prague (VUSTS). Argon-arc weld
ing is the only welding process used at the Decin Plant, which produces
equipment for the chemical industry, including conmainers made of aluminum,
copper and stainless steel, and plans to build the first aluminum bridge in
Czechoslovakia at the entrance to the Prague Kremlin on the basis of a pro-
ject developed by Candidate of Technical Sciences V.Gorak. The bridge will
be built from an alloy analogous to the SovietJ9Mr3 (AM93), usi.ng electrode
wire similar to the SovietFiMr5 (AM95) grade. A plasma torch ("plasmotron"),
designed by the Electric Welding Institute of the Ministry of Metallurgy in
Card 1/3

31443 S/125/61/000/012/008/008
Application of argon-arc ... D040/D112
Bratislava,is being used for cutting heavy aluminum sections at the plant.
The torch is mounted on a roller carriage moved manually. The arc burns
between a thoriated tungsten electrode and a water-cooled copper ring. Two Ix
welding generators connected in series,produce a d.c. current of 550 amps
and 160 v for the torch which cuts 80 mm thick aluminum at a rate 0, 306
mm/min, the out being 10 mn wide with quite smooth surfaces. The author
describes the techniques used for welding both aluminum containers made from
16 mm thick elements as well as thin-wall structures (1-2 mm), and gives a
few details on the pickling department, where the welding wire and fairly
large aluminum elements are treated. The plant also tests and debugs new
argon-arc welding equipment designed by the Research Institute for Welding
Equipment and Technology. This Institute has developed argon-arc welders
for manual, semiautomatic and automatic welding of aluminum and aluminum
alloys. Its manual T150 and T350 welders are already being produced on an
industrial scale. The T350 is similar to the Soviet'"IAP-300 (UDAR-300)
welder. Two new special nozzles for these welders are described and one,
for strong current, is shown in an exploded-view photograph. The Institute
has developed and is now testing the semiautomatic GAR-400RSAP-400B) argon-
Card 2/3

31"3
S/125/61/000/012/008/006
Application of argon-arc ... D040/DI12
arc -welder -aith a consumable aluminum electrode, serial output of vrhich is
planned for 1962, and is also testing a pilot unit of an automatic relder
with a consumable elecirode, in which the electrode wire runs :Cx-om a vemti-
cally mounted 1.7ire coil at a distance from the -;e1ding head. The author
expresses gratitude to the administrators of the above-nentioned organiza-
tions, and to Academician Gotsar, Candidate of Technical Sciences V. Gorak
and Engineers V. Gromadko, Ya.Shveyde, Kinzell and O.Kratsik. There are 4
figures. [AAbstracterts note: All personalities mentioned in the text are
Czechoslovakian] .
Card 3/3

, CHZHAN SYU-CHZ,
BRODS 'HI Chang Hsiu-chih)
~A ~Y
Effect of the conditions of argon-shielded are welding of aluminum
alloys with consumable electrodes, on weld surfaces. Avtom~, Aar.
14 no.3:27-31 Mr '61. (MIRA. 14:2)
1. TSentralInyy nauchno-issledovatellskiy inatitut stroitellnykh
konstruktsiy'Akademii stroitel'stva i arkhitektury SSSR.
(Aluminum a.Uoys-Welding) (Protective atmospheres)

BRODSKIY, A.YEL. -
Use in Czeehoslomkip. of arr, n-arc welding in the manufacti.,.re
~o
of alumin= structures. Avtorn. avar I/+ no.32:81-8-5.D 161.
(,, r 14:11)
(Czechoslovakia-"'ijumi~iun alloys-Welding)

BRODSKIY.. A.Ya... kand.tekhn.nauk,- TOIMCHEVA, Mop inzh.
Investigating the veldabi-lity of nickel-free 14G29 YJbGSp
and 15GS lov-alloy steel, Trudy TSNIISK no-4:134-210 -
.(MIRA 15:2)
(Steel alloys-Welding)

Mmuffactur-& of we'ded ateel ele.-ent-l! in czeCh1oBjO,,.;CiA..
PrIme, Btroi, 39 of cover 161.. (MIRA L', 12
(CysechoslOVakia----Stoe)p Structuml)

43270
S/842/62/000/000/001/006
E191/E435
AUTHOR: Brodskiy, A.Ya., Candidate of Technical Sciences
TITLE: The weldability of aluminium alloys
SOURCE: Primeneniye svarki v stroitellnykh konstruktsiyakh.
Vses. konfer. po prim. svarki V stroi. konstr., 1961.
Moscow, Gosstroyizdat, 1962. 29-70
TEXT: This is a survey of information both previously published
and derived from original work at the TsNIISK at the Akademiya
stroitellst%n i arkhitektury SSR (Academy of Building and
Architecture of the USSR). The general properties of aluminium
alloys are recited under the headings; Al-Mn, Al-Mg, Al-Mg-Si-avial',
Al-Zn-Mg, Al-Cu-Mn, Al-Cu-Mg-duralumin. and Al-Zn-Mg-Cu groups.-
In each group weldability is considered under the two headings of
metallurgical and operational weldability. The first is the
resistance against the formation of crystallization cracks,
porosity and overheating of the fused metal. The second embraces
the strength and ductility of welded joints under specified
conditions of loading. Operational weldability differs for fusion
and resistance welding. Weldability is determined largely in
Card 1/3

s/842/62/000/000/001/006
The weldability of aluminium ... E191/E435
mechanical tests or welded joints and depends on design factors
as well as the pror)erties of the alloy. The information is
presented in some graphs and tables, most of which list mechanical
pror,erties by alloy groups, types of joint and welding process.
Soviet brands of aluminium alloys are considered exclusivr-ly.
A final graph illustrates the weldability of 18 alloys divided
into the seven groups listed above in terms of the strength,as a
V
percentage of tI)e parent metal strength, of the welded joint
separately for thick and thin wall joints and in terms of the
ductility as a percentage of the parent metal ductility.
Alloys in the Al-Mn, Al-Mg and AI-Zn-Mg groups possess the best
weldability. Some brands in the AI-Cu-Mn and Al-Cu-Mg groups
have a satisfactory weldability. The alloys AMr6l (AMg6l),
1392T (V92r), q19 (D19), JP20 (D20) and D140-T-1 are recommended
for applications in the building industry. The use of alloys in
the Al-Mg-Si group in load carrying building structures is
advisable, provided argon arc welding with a consunhible electrode
is used. Semi-automatic welding with a consumable electrode and
mechanized tungsten electrode welding are possible under the
Card 2/3

S/842/62/00o/ooo/001/006
The weldability of aluminium ... E191/E435
'best conditions. There are 13 figures and 32 tables.
:ASSOCIATION: TsNIISK
Card 3/3

AIADAR-TUM , inzh.; BRODSKIY, A.Ya.,, kand.tekhn.naO,
Local beat treatnont of resistance welded joints in 35GS steel
reinforcement rods. Svar. proizv. no.6:9-11 Jo 162. (IURA 15:6)
1. TSentralInyy nauchno-issledovatellskiy institut stroitelinykh
konstruktsiy.
(Concrete reinforcement-Welding)
(Steel-Velding)

SAVCHENKOV, V.A., kand.teldm.nauk;-TRUBILKO, V.I.v inzh.; BRODSK-LT,_A.Ya,,
kand.tekhn.nauki FRIDMAN., A.M., m1adshiy nauchnyy i6t-rminik
Weldability of St. 5ps capped reinforcement steel. Piom.stroi.
no.10251-53 162. (MM 15:12)
1. Ukrainskiy nauchno-issledoratellskiy institut mot&llov (for
Savchenkov, Trubilko). 2.-TSentralinyy nauchno-fisledoimtell-
skiy.institut stroitelinykh konstruktsiy Akademii stroitel'stva
i arkhitektury SSSR (for Brodskiy, Fridman).
(Concrete reinforcement--Welding)

ERDDSKIYJO Mae, kand&tekhn.nauk; TOIMCHEVA, V.V. . insk.
9
Automatic welding under flux of insertion pieces for aectional
reftforeed concrete constractions. Svar.proiw. senz28-31 N
162* (MIRA 15:3-2)
1. ?Sentralln7y vauebno-inaledovatellakiy institut, stroitelinykb
konstruktsiy Akademii stroitelletva i akrhitektury US&
(Concrete reinforcement-Welding)

,BRODSKIY, A.Ya.,.kand.tekhn.nauk; TOUIACH&VA, N.V., inzh,
Grad:e 15GS low-qMoy silicon-manganew steel for welded
strvi,Aural elements. Trudy TSNIISK no.13:232-21+7
I&,. (MIRA 15:11)
. (Steel, Structural-Testing)

BRODSKIY, A.Ya.; FIUDMkN, A.M.; MULINj, N.M.; ILYKIN, I.M.; ROSHCHINA, A.A.
Low-alloy ribbed reinforcing steel with large diameters (40 t go mm.).
Bet. i zhel.-bet. 8 no*7:303-306 Jl 162. (MIRA 15:7)
1. TSentrallnyy nauchno-issledovatel'skiy institut stroitellnykh
Iconstruktsiy Akademii stroitel'stva i arkhitektury SSSR (for
Brodaltiyj, Fridman). 2. Nauchno-issledovatellskiy institut
botona i zholezobotona Akademii strol~ellstva i arkhitektury SSSR
(for Mulin). 3. TSentrallnyy nauch~o-issledovatellskiy institutu
chernoy metallurgii (for Leykinp Roshchina). -
(Concrete reififorcement-Testing)

BRODSKIY, A.Ya., kand.tekkhn.nauk; TOLMACHEVA, N.V., inzh.
Weldability of low-alloy 15 GS manganese steel. Prom. stroi.
40 no.3:47-54 162. (~aRA 15:3)
1. TSentrallnyy naucbno-issledovatel'Bkiy institut stroitelInykh
konstruktsiy Akademii stroitel'stva i arkhitektury SSSR.
(Manganese steel) (Welding research)

MODSKIY. A.Ya., kand&tekhn.nauk
I
Nev data about subaerged arc welding of batt Joint& of rein-
forcement in assemblye Fromestroi. /+0 no.11t42-46 162o
(MM 15912)
1. TSentralInyy naucbno-isoledovateltakiy institut stroitelinykh
konstruktai7 Akademii stroitellstva i akrhitektury SSSR.
(Concrete reinforoement-Welding)

ERODSKIY, A.Ya., kand. tekhn. naukj -YAIDMAN, A.M., in%h.;
'-ZUBMVA, M.S., red.; KAS31-IOV, D.Ya., tekhn. red.
(Investigating the welding of reinforcements for reinforced-
concrete structures; welding of 35GS reinforcement steel]
Insledovaniia svarki armatury zhelezobetonrWkb konstraktsii;
svarka armaturnoi stali inarki 35GS. Moskva, Gosstroiizdat..
1963 85 P. (MIRA 16:12)
~Concrete reinforcement) (Electric welding)

BRODSKIT A Ta kand.tekhn.nauk; FRIDMANp A.M., inzh.
-- sl-~*~
Weldability of grades St-5 and 35GS steel strengthened by cold
drawing. BetA zhel,.-bet. 9 no.5:210-215 My 163. (MIRA 16:6)
(Concrete reinforcement-4,elding)

BRODSKY, A. Ya.; LOSHCHILOVP V. I.
Resistance of welded-batt joints in large diameter 35GS steel
reinforcement rods. Avtom. over. 16 no.3-028-33 Mr 16
(MIRA:16:4j.
1. TSentTai'My nauchno-ineledovatellskiy inatitut stroitell-
rorkh konstruktoiy Akedemil, stroitelletva i arkhitektury SSSR.
I
(Concrete reinforeement-Welding)
(Welding-Testing)

BRODSKIY, A.Ya.,,kand. tekhn. nauk; BAUD, V.A., kand. tekbn.
; STRASHNYKH, V.P., red.izd-va; SHCHEVCHENKO, T.N.,
tekhn. red.
(Argon-are welding of aluminum alloys for building
elements; tecbnological recommendations] Agrono-dugovaia
svarka aliuminievykh splavov dlia stroitelInykh konstruktsii;
tekhnologicheskie rekomendatsii. Moskva, Gosstroiizdat,
1963. 179 P. (MIRA 17:1)
1. Moscow. TSentraltrjyy nauchno-issladovatellskiy institut
stroitellnykh konstruktsiy. 2. Rukovoditell sektora svarki
TSentrallnoy laboratorii metallokonstruktsiy TSentrallnogo
nauchno-issledovatel'skogo instituta stroitellnykh kon-
struttsty (for Brodskiy). 3. Rukovoditell TSentrallnoy Is-
boratorii metallokonstruktsiy TSentrallnogo nauchno-
issledovatel'skogo instituta stroitellrykh konstruktsiy (for
Baldin).

BRODSKIY, A. Yaj; PAL. R.
Effect of tif,&.tiijm an the weldability of 14G2T low-elloy
steel. Artom. mr. 17 no-4:15~-20 Ap 164 (MIRA 18:1)
1. 78entralln7y Tiaucbno-isaledovateltskiy Institut stroitell-
nykh konstruktsiya

BRODSKJY A.Ya kand.takhn.r-auk; TOLbIACFFVA, N.V., kn7j,,
I
Weldability of thermally hardened St.31"kp stef-j~ Svaz,.Frc-'Zv.
no.a2~.23-15 D 164, (M -T RA 118 t I )
L. TSentraltnyy naunhno-issiedovateViAly Institut struite,'-'nykh
konstruktsiy iz.. V.A.Fucherenko Gosstroya SSSR,

BRODSKIY, A.Ya., I-and. tekhn. nauk; PUIDMAN, A.M., inzh.
Resistance welding of hardened reinforcement rods, miade o'
carbon steel. Svar. proizv. no.3:5-8 Mr 165. (MIRA 1835)
1. TSentrallnyy nauchno-issledovatellskiy in3titut stroitellnykh
konstruktsiy.

AP5027602 SOURCE CODE: UR/0135/65/0001011/0022/0024
AUTHOR: Tolmacheva, N. V.
_~Engineer); Br!~j~iy, A. Ya.-(Candidate of technical Z
sciences) S 7
ORG: TsNIISK in. V. A. Kucherenko
TITLE: Weldabilitv of thermally hardened IOG2S Xow-alloy steel
qvls~) Iq 1~
SOURCE: Svarochnoye proizvods'_-_*0, no. 11, 1965, 22-24
TOPIC TAGS: weldability, steel, metal hardening, material fracture, metal aging,
impact strength / lOG2S steel
ABSTRACT: The results of a study of the weldability of lOG2S low-alloy steel
(0.1% C, 1.3-1.43% Mn, 1.0% Si, 0.023% S, 0.022-0.024% P, 0.12% Cu, 0.05-0.08% Cr,
0.06-0.08% Ni) are presented. The steel was first rolled into 12, 20 and 30 mm thick
sheets and heat-treated (water quenching from 910-900*C with subsequent high-tempe-
rature tempering). O;~-ing_t- hardening, the ultimate strength of the steel
was increased by.6%; by 20%;.and impact strength, by 34-57%; and the
:-, lb i .
critical.: temperature i~-ittletkess dropped below - 60*C; in add tion, proneness
to -aging ~ decres, of thi-steal's 4eldability were investi--
as are, -promenisislof ened noo - th~ -
Itzar 4,
.Zat :-optiwav 4
of - -the
A6911- local:- variations of Point ,and et-,-.
-4*ing in -,tbe ~501W of vane ispa
.-6rd 1/9

ACC NRI AP15027602
toughness in the zone of thermal influence in the butt-welded joint and the prone-
ness of steel in the zone of thermal influence to brittle fractureig, the presence
of natural and artificial stress concentrators. The welding a-n-F-testing 'procedure is
described in previous articles by the same authors (Brodskiyq As Yas, rolTachevaj
N. V. in coll: Issledovaniya po metallicheskim konstruktsiyam, Gosstroyizdat, 1961;
and Issledovaniya po stallnym konstruktsiyam, Goestroyizdat, 1962). The overall weld-
ability of the steel was determined by comparing the test results for the weldments
with the results of analogous tests for the base metal (in thermally hardened and
hot-rolled state) as well as with official standards. Findings: the optimal linear
energy of the welding arc for this steel is 5-10 kcal/cm. If the COOling rate of the
near-weld zone is 4-18*C/sec, the steel's mechanical indicators (impact strength and
yield limit) remain acceptable. Resistance to aging and to brittle fracture in the
presence of natural and artificial strength concentrators is markedly higher for
thermally hardened lOG2S steel than for hot-Tolled steel of the same kind. E55A-type
electrodes may be recommended for the welding of thermally hardened lOG2S steel. Orig,
art. has: 4 figures, 2 tables.
SUB CODE: 11, 13/ SUEM DATE: none/ ORIG REF: 002/ OTH REF: 001
2124

ACCESSION NR: AP4029253 S/0125/6410001004/061510020
AUTHOR: B.r.odskiy.A. Y&. (Candidate of technical sciences); Pal, R.
(Candidate of technical sciences)
TITLE: Effect of titanium on the weldability of low-alloy l4G2T steel
I
SOURCE: Avtomaticheskaya avarka, no. 4, 1964, 15-20
TOPIC TAGS: steel, low alloy steel.'14G2T steel, 14G2 steel, 14G2T steel
weldability, weldability
ABSTRACT: The weldability of 14GZT steel containing 0.06-0.1516 Ti made at the
Zaporozhstall plant in basic open-hearth oxygen furnaces was experimentally
investigated. The steel rolled at over 1, OOOC could not be used for welded
structures due to its low toughness. However, after normalization (at 900-910C
for 4 minutes per 1 nun thickness) the steel acquired high mechanical 'charac-
teristics (tabulated), which varied but little with the plate thickness up to 40 mm,
Card J/Z
NMMVRIN`~,
OR

ACCESSION NR: AP40Z9253
and a high resistance to embrittlement; its resistance to crystallization -fissure
formation manifested itself in welding in CO.Z or by coated electrodes. It was
found that satisfactory 14GZT-steel welds can be obtained with an arc energy of
1, 700-5. 000 cal/cm, with 12-rrun-thick plate which corresponds to the rate -of -
cooling of the weld-affecled zone of 60.0-5. 5C/sec. Sv-08GS and Sv-08GZ~
electrode wires are recommended for COt welding, and UONI-13/55A, for manual,
arc welding. The above results probably hold true for other low-alloy steels,
such as 15GS, 14KhGS, 14KhGSN, l5KhSND. Orig. art. has: 4 figures and
3 tables.
ASSOCIATION: Tsentrallny*y nauchno-issledov.atellskiy institut stroitel'ny*kh
konstruktaiy (Central Scientific Research Institute of Building Structures)
SUBMITTED: 06Aug63 DATE ACQ: 27Apr64 ENCL: 00
SUB CODE: NO REF SOV: 003 OTHER: 002
Card 2/2

MODSKIY A.Ya., kand. tekhii. nauk; BALDIN, V.A., kand. takhn.
iia-uk; Prinimal uchastiye BARYMEN, V.1-1., inzh.
LArgon-arc welding of aluminum alloys for building
structures; irnIrstrial recorpmendations] Argon-dugovaia
svarka aliuminievykh splavov dlia stroitelInykh kon-
struktsii; tekhnologicheskie rekmendatoii Moskva
Gosstroiizdat, 1963. 170/ p. (VIRA 17:10~
1. Moscow. TSentralln37 nauclmo-issledovatellskiy institut
stroitellukh konstruktsii. 2. Rukovoditell sektora svarki
TSentralIncy laboratorii metallokonstruktsiy TSentrallp-ogo
nauchno-issledovatellskogo instituta stroitellnykh kon-
strulctsiy (for Brodskiy). 3. Rukovudite2 TSentrallnoy la-
boratorii metallokonstruktsiy TSentrallnogo nauchno-
issledovatellskogo instituta stroitellnykh konstruktsiy
(for Baldin).

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for the wparatim of "' n,"J',ojd ;; finion
,,ergy ex wnded in WIN-tion is 40-00% Of ths'. F. It.
of th, P&t~ nucici.

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IMCDSKIY, A. E. and Nah==, G. P. (Mov)
1- k- ~]
"Untersuchung u*ber don Austausch von Schwefel-Isotopen in Schwefel-Verbindmigen."
paper presented at theIntl Conference on Radioisotopes in Scientific Research
In Paris, 19-20 Sept. 1957-
AnSewandte Chemle, 110. 3, 1958.

VS0T0F,C EXCHANGE Or DXJ,Gy~ri ix 4 f)

BRODSKIY, A. YE.
"Utersuchengen uber de chanisms einger Reaktionem der Peroxydverbindunges
280'11
mit Hilfe des Isotops
Report presented at the 2nd Conf. on Stable Isotopes
East German Academy of Sciences, Inst. of Applied Physical Material
Leipzig, GDR 30 Oct-4 Nov 1961.

BRODSETY, A.Ye.~ IMIMACH"VA, N,.V, ROMVIdii~ P,
Softening of healw-treated structural is~eoj, Met6d-lowjd. i
term. obr. met. no.8g47-49 Ag 164. (MJPM 17~10)
1. TSentrallnyy nauchno-IssledovateVskiy institull stro~te~lnykh
konstruktsiy i Budapeshtskiy politekhnicheskiy in8tItut,.

BRODSKIYP B.; VARSHAVSKIY, A.
.... t - "-
Giant. Znan. sila 36 no.10:34-35 0 161. (14IRA 16:12) - - - -- m

BRODSKIY Borls-
[The entire world is in the southwest] V6s.1 mir na IUgo-
Zapade. Moskva$, Izd-vo "Znanie" [19611 66 p.
(MIRA 15:7)
(Exhibitions)
0

--- - ___ __ __ - ___ - __ - __
BRODSKIYV B.9 kandAskusstvovedeniya; VARSHAVSKIT~ A.v kand.istoricheokikh na*
It
Bronze horseman. Znan.sila 36 no.ltl4-17 Ja 161. (KMA 14:3)
(Leningrad--Monuments) (Falconetv Etienne Maurice, 1716-1791)

BROD,',KIY,--B,; VARSHAVSKIY, A.
Marseillaise. Znan. sila 36 no.12:35-36 D '61. (MIRA 15:1)
(Paris--Arches, Triumphal)

- - ~ --
), ff(, C) S I -ning
x 4.
T , Forms, I/- grad,
"Pxializ Gote Lekarstvennih Form," ArIalysis of Prepared Medicinal
1950.

PRCDSY,-IY.-2'.-Q,
17
25972 Brodskiv, B.S. "nacheniye Nar"agnichivaniya Vnutriglaznykh Cskollkov
Dlya Usreshnogo Udaleniya Ikh Yagnitor.. Oftalrol. Zhurnal, 1948, No.2 S. 55-57.
0
SO: Leto-,is' Zhurnal Statey, 110. 30, Yoscow, 19,48

'I'?(li 1: 1 , , , _i . ~a .
. I J:~ -,
26659 Znac,ien,,e poqtoyannoro uvqmita brodskofro--kudlfa v imlovlya;,~h vo.,~,ennoi7o
vremem. oftalinol furnal, 1949, No. 3, a. 123-25
SO: LETOPISI ITO. '35, 1949

-END=, B. ej.-
Bro(-'-.,Kiy, -D. S. - Tiagnetic Operatiom iii Ocular Pracbicc. 11 Ode3sa State
Medical Inst imem N. I. Pirogov. Odessa, 1956 (Dissertation for tale Degree of
Doctor in Iftedical Sciences).
So: Knizhnaya Letopis', Ho. 10, 1956, pp 116-127

Yame BRODSICIY, Bentsion Samoylovich
Dissertation Magnetic Operations in the practice
of Ophthalmology
DoGree Doc Yed Soi
Affiliation Zn-ot indioato!17
Defense Date, Place 19 .,pr 56, Council of Odessa State
Ned Inst imeni Pirogov
Certification Date 15 Dec 56
Source BMVO 7/57

BRODSKIY, B.S., dotsent
*Problems in injuries of the eye; collected papers from the
Department of Ophthalmological hthology at the Gor'kii Medical
Institute in Stalino." Revieved by B.S.Brodakii. Oft.zhur. 12
no.2:125-126 157. (MIRA 10:11)
(M-WOUNDS AID INMUS)

~pqwuy, 113.S., dot's.
organization of first aid for the eyes. Uch. zap. UBIGB 4:344-346 158.
(NIFA 12:6)
1. Ukrainskiy ekaperimentallrqy in8titnt glazmykh bolezney i tkanevoy
terapii imeni almdemika V.P. 7ilatova.
(VII-WOUgM AND IMURIM)

-BROLSKIY. B.S., doktor med. nauk
ExperimentAl data on the condition of the seleral incision following
trepnnntion for removal of a splinter from Inside the eye. Oft.
zhur. 13 no.1:26-29 '58. (mm 11:4)
1. Is kliniki glaznykh bolezney (zav.-prof. S.F.Kallfn) OdeBskogo
maditainskogo inatituta im. N.I.Pirogovn.
(BYE--SURGERT)

BRODSKIY, B.S., dots. doktor med. nauk.
Comparative estimation of results obtained from X-ray localizatiou
of intraocular splinters according to the methods of Komber&-Baltln
a-ad Abalikhin-Pivovnrov. Oft. zhur. 13 no.6:337-342 158. (KM 12:1)
1. 1z kliniki glasnykh boleney imeni akademika V.P. Filatova (zav.
-prof. S.F. Kallfa) Odesskogo neditsinskogo inatituta imeni N.I. Pirogova.
(3Y11-TTORNIGN BODIES)

BRODSKU B.S. I doktor med.nauk
Choice of a place for opening the sclera for effective removal
of eplinters from the eyei bft.shur'. 13 no.7:439 158
-.. !KMA 12: 1)
1. Is kafedry glaznykh bolezneV imeni akademika V.P. Filatoya
e (sav. - Prof. S.F. Nallfa) Odeaskogo meditsinakogo inatitutao
(zrx--FmIGN BCDUS)
(SCUMA-SURGIMT)

ERODSKIY. B.S.. doktor med. nauk
"Battlefield ophthalmologym by B.L. Poliaks Reviewed by B.S.
Brodskii. Oft,zhur, 13 n0-8:496-"7 158. (MIRA 12:2)
(OPHTHALHOWGY) I - (NOICIn, MILITAFT)
(POLIAK, D.L.).

BRODSKIT,j~..5.o,-_doktor med.nauk, dots.
Prevention of adbosions In eye burns. Oft.zhur. 14 no.6:337-343 , 1q4
A
(MIRA 13:4)
1. Iz kafedry glaznykh bolezney (zav. - prof. S.F. Kallfa) Odes-
skogo meditsinskogo instituta im. N.1 Pirogova.
(RIC--WOUNDS AND INMMIRS) 6URNS AND SCALDS)
(M, IIISTRUKKNTS AIM APPARATUS FOR)

BRODSKIT, B.S., doktor med.nauk
41ye Injuries In Industry and their prevention* by 0.1. Shereshavokaia.
Reviewed by B.S. Nodskli. Oft.zhur. 15 no.2tl24-125 160.
(MA 13:5)
(M31-WOUNDS MID INJURINS) (SM VSKAIA, 0. 1.)

BRODSKIY# B.S., doktor *editsinskikh nauk
z
"Eye injuries in agriculture; a manual for the practicing physician"
b7 A,G,Krol', Reviewed by B.S.Brodskii. Oft. zhur. 15 no.5:314-315
160.,, (KMA 13 t 9)
(EYE-WOUNDS AND INJURIES) (KROL'q A.G.)

(Odessa)
Does television harm vision? Zdorovle 6 no. 11:31 N 160.
(MIRA 13:10)
(TELEVISION-PHYSIOLOGICAL-EFFECT) (VISION)

13RODSKIY, B.S-; RABINOVICH, M.G., red.; MATVEYEVA, M.M., tekhn.
red.
I
(Vagnetic surgery f4 the extraction of metal frrgments
from the eye] Magnitnye operatsii dlia izvlechenlia metal-
licheskikh oskolkov iz glaza. Moskva, Fiedgiz, 1963. 142 p.
(MIRA 16:7)
(EYE--SURGERY) (MAGNETISM--THERAPEUTIC USE)

DrugDA-11-i -13. T-a.
Brodskiy, B. Ya. - "Moscow University honors a leading Ooviet scientist. On the
occasion of the 50th anniversary of the bii-th of 'Academician 7'. D. Lysenko,',
(Summary of the speeches given at the anniversay dinner), Vestnik Ibsk. un-ta 1948,
No. 10, P. 13-19.
SO: U-3042, 11 March 1953, (letopis Inykh Statey, No. 10, 1949).

-B,RODSKIY BO.Yu.; kapitan med. sluzhby
j
Organization and execution of prophylactic disinfection measures in
a garrison. Voen.-mGd. zhur. no.8:71-72 Ag 160. (MIRA 11,97)
(MILITARY HYGIENE) (DISINFECTION AND DISI1,TECTANTS)

BRODSKrY, D.
Innovators should join the society. NTO 3 no.6:29 Je 161.
(MIRA 14:6)
1. Predsedatell Volynskogo oblastnogo pravleniya Veseroyuznogo
khimicheskogo obshchestva imeni D.I.Mendeleyeva, g. Utsk.
(Volynsk Provin:!e--Chemical industries)

-1- 03576-67- W1F1JNbqW
ACC NR. AP66~-~11'8-f--
sou'~~L-'
INVENTOR: *Khanin, I. M.; Smullsov, A. S.; Brodskiy. E. 1-1,1zin, V. At
ORG-. none
TITLE: Liquid atomizer. Class 24, No. 186066
SOURCE: Izobret prom obraz tov zn, no. 18, 1966, 83-84
TOPIC TAGS: fuel atomizer, fuel atomization, fuel injector
ABSTRACT: The proposed liquid atomizer1consists of a housing cont'ain-
ing a gulde assembly inside it.---1-n6-r"d-er to obtain uniform atomization
of large volumes of liquids at low pressures,, the nozzle guide assembly
is provided with disks, placed one above another, and having offcenter
openings with different diameters. A cylindrical partition is mounted
under the upper disk (see Fig. 1). Orig, art. has; 1 figure.
[WA No. 883
UDC: 697.932.6
7
1-1001-101=11-41M NOW..
t

ACC NRt AP6033481
Fig* 1e Liquid atomizer
1 - Housing; 2 upper disk;
3 - lower disk; 4 - parti-
tion*
SUB CODE: 21/ SUBM DATE: 15Apr65
1"71-4-1
Carci 2/2

BRODSKIY, E.YEI., inzh. IIII
I
Roducing the volume and improving the quality 6?technological
documentation. Sudostroonie 24 no.2:.54-56 7 '58. (XM 11:3)
(Shipbuilding--Contracts and, specifications)

fiux re I-! nement,-!-e-,over;~~,--"an~-19~I
,A b--M---' ~~T : T he ni e~. hod of Dxygen an d nitrogen cc
was used to assess the effectivity removing aalmlx~~"I.---3. T., 1 LLY
refining was employed and specimens taken from

7
A CICESS ION ~~R, A FF
of the metal with respect to chlorine. Thlis, the authors w-r-,
eve" c' -,-r.
IT-
NR REF SOV: 00o
OTHER: 0 0 2"
Ccrd 2/2

L 21.2oi-65 EP,%(e)-?,/EVT(m)/Epy(n)-2/EPR/V.VP(t)/EPA(bb)-2/r$P(b) P8-4/
Pad7P-t-- -107Pu-4 IJP(c) JD/YIW/HW/Jo
ACC M-ION KR: APS000940 S/0136/64/0001012/0053/0056.,c
AU771OR: Roclyakin, V. V. . Andreyev, A. Ye. , Boyko, Yu. N. , Vaynshtesm, G. M. . 41.
Karain V. M. , Brods-gy-, E. Y-e7-,I)OTa-barova, N. P-7.-WiFic-h. V. S.
TITLE: Transportation of liquid metallic mwnsium
Iq
SOUR.CE- Tovetnyyo metally, no. 12, 1964, 63-56
TOPIC TAGS: liquid magnesium. liquid magnesium transport, titanium production,
magnesitun.contarnination, vacuum ladle, nLickel purity
ABSTRACT: A special vacuum ladle was designed for the transportation of liquid
magnesium which protects against reaction with nitrogen mid oxygen and contamination by.
inclusions. The metal was sampled from the electrolytic cells, from the vacuum ladle t
and from the reactor, which to the route the magnesium followed, and the content of 0.
N. CI, Fe, SI and Ni was determined in tho4s samples. Ile content of all Impurities
except nickel dropped during Qe intake mW tranapdrtation of the magnesium. Thequality
of the magnesium deteriorated when charged into the reactor, the nitrogen and oxygen
contents in the eamples having increased owing to poor air-tightness of the charging unit.
The content of chlorine also Incre"ed. Mw mapmsium was contaminated with nommetallic
C.1d 1/41~-

L 212o1-65
ACCESSION NR: AP500OD40
inclusions maWy during the operations of sampling from the electrolytic cells and when
pouring into the reducing reactors; the Content Of MOWIto impurities remained unchanged.
To improve The sampling methods, and thus avoid contamination, further studies are to
be directed toward excRiding contact of the magnesium with the air, creation of a
shielding atmosphere, and reduction of the number Of operations a 8 clated with urin
nko (deceased),
fS.N. rcbM
the liquid magnesium from vesselto vessel. "Yo. V. -Pirozboh, Yru e
I.P. Muntyano , N. Yu. Sukhorukova, K.K. B-uTa-n-aY-a.-R-.'Ya,--AXhtemeWw
-Bragin also took part in the wprk." Origi art. h": 4 figures.
ASSOCLATION's
SUBAUTTED: 00 ENCLt 02 BUD COM MM, IS
NO REF SOV: 002. OTHM 000
Cod 2/2

BROTISKIY, F. I -
BRO76KIY, F. !.: "The role of the water factor in the pathogenesis of
convulsive attacks in epilepsy.11 Kuybyshev State ~'iedical Inst.
Kuybyshev, 1956. (Dissertion For the Degree of Candidate in
Medical Sciences.)
Knizhnaya letopis', N.;. 39, 1956. Moscow.

BRDDSKIY, F.I.
New preparation used In the treatment of epilepsy and its
therapeutic effectiveness. Zhur.noyr. I polkh. 55 no.9:682-689
'55. (MLRA 8:11)
I. 3-Y& palkhtatricheskaya kliniks (saw. F.I.Broduk!Ly) Ukrainskogo
n&ucbno-I*sle&ovatel'9kogo poikhonevrologicheskogo inetituta.
(APILIPSY, therapy,
.mixture containing various drugs.

1. B-FODSKIY, P. I.
2. ussR (6oo)
4- Stock and Stockbreeding
7- Initiators of socialist competition for high quality in stock-
breading, Sots. zhiv., 15, No. 2, 1953-
9. Monthl List of Russian Accessions, Library of Congress, April, -1953, Uncl.

FADYK. P.I.;,,*ODSKIY -.' F.I.;-ROM"OVIGH, Te.F. redaktor; VICSKOVA. YO.I.,
tokhnichaskiy re"t-Mr
[Vinniton stockbreeders] Vinnitskie zhivotnovody. XOBkva. Goo.
lzd-vo selkhoz. lit-ry, 1956. 221 p. (MM 9:8)
(Tinnites ?rovince--Stock and stockbreeding)

BRMSKIYP G.
Loss reduction in metallur&7. metanurg 7 no.n:33 N 162.
(MIRA 15:10)
1. Predstavitell Dnepropetrovsko f-0 sovets, narodnogo khozyaystva
i Oblastnogo soveta professional rqkh soyuzov po obaledovaniyu
zavods. im. Dzershinskogo.
(Iron and steel plants)

2922-66 Eilr-(d)/EWP(C)/EWP(v)/T/EWP(k)/EWP(h)/EWP (1 IJP(c) BB/GG/JXT ( C 2)_~U
M04M70 )BOOK EXPLOITAT1011 UR/ _~r /
6 2 5 'P75 04V
tiq P'qtS&l '
Kozloya,0 Os; Brodekly Oi_,budorins -V.1 Mitin, So'f NikonoM, L. omatin, No 4q
Application of electronic cgMtera to oduction o ~(Flrimeneniys elaktronno-
E2~ ) H 5cow) Izdvo aylel", 1964
vychialiteltnykh mashin v upravlanii DproU_i=VodTsi=Vom) M~
509 p, illus., fold-in diagre. 7000 copies printed. Under the editorship ofs
Professor 0, V. Kozlova., Doctor of Economic Scienceal Editort V. Budarinal
Junior editor: L. Ulanovs; Froofreaderai L. Chigbmv Yu. Starikovaj, Of Meltni-
kova,, So Novitskaya
TOPIC TArGSz automation. electronic computer,, production control
PURPOSE AND MERAGEs This book In expected to be of definitive assistance to
industrial personnel* The book was based on research perforwd in the Nauchno-
isaledovatellskaya laboratoriya ekonomikii i organizataii proisTodetya Mosgorsov-
narkhoza at the Moskovskly inzhenerno-ekonmichookly institut imeni Sergo Ord-
zbonikiftee All ths work has bben subjected to experimental introduction into
practice at several Moscow enterpri3eso
Card 1/2

L 2922-66
JAW49670
TABLE OF CONTERMt
Frois.the authors 2
Cho 1, Principlesof production control with the aid of electronic computers -- 3
Cho IL~. Technical-economic planning,with the application of electronic computers
Ch. 311.~ Application of electronic computers in operational 56
production planning of series productIp - - 109
Ch. IV. Operationstl_pK2ftuction_plsLnnindAith the application of electronic com.-
puters Jn unit and in small-aeries production - - 194 1~
Cho V. Application of eloctronic computers in intraplant accounting_
Ch. VI. Infomation concerning the operation of enterprises with the aid of
electronic computer@ - - 419
Cho VII. Questions of the economic feasibility of applying electronic computars
in production control - - 493
SUB CCOEt IS
SUBMn t 3Jan64
RR MW SOVI OU7
OMM ODO
Cord 2/2

BRODSKIY G.
Quality and reliability first. Metallurg 10' ric.7:44 -,] 1, ::
-1 )-,.
18.7)
1. 7avod im. Petrovskogo.

BRODSKIY, G.
Now achievements in the current seven year plan. Metallurg 10
no.8:34 Ag 164. (1-11RA 17: 11)
1. Metallurgicheskiy zavod im. Petrovskogo Pridneprovskogo soveta,
narodnogo khozyaystva.

BRODSKIY G.
I -Z~;w i~;, ..
Improve vork of vage boards. Sov.profsoluzy 4 no.6:50-52 Je '56.
(MLEL 9:8)
1. Starshiy inzhener otdela organizataii truda zavoda imeni
Petroyakogo.
(wages)

BRODSKIT, G.A.
Uperlerice in using the AUh filter In resioving iron from water.
Vod.1 san.tekh. no.8:31-32 1 155. MRA 9:3)
(Filters and filtration) (Vater-Parification)

b v J, I ! ~ r% I i I- 't ,
BRODSKIY, G.A. (Kiyev)
A well-less water post. Vod.i san.tekhn. no.9:29-30 S ;57.
(MIRA 10:11)
(Water-supply engineering--Apparatus and supplies)

---- BRODSKIY, G.I.; ICREZHANNYYF S.B.; REZNIKOVSKTY) M.M.; SAKHVOVSKIY, N.L.
E-~aluation of sef~lce life of protective rubbers. Trudy Nwach.-
i:ssl. inst. shin. prom. no.7:78-90 160. (14M 14:8)
(Rubber-Testing)

S/1
A051/AO29
AUTHORS: Brodskiy G.I - Sakhnovskiy, N,L.; Reznikovskiy, M.M.; Yevstratov,
~x, =~~
TITLE: Mechanical and Thermochemicall Destruction in the Wear c1' Pubber Under
Various Conditions
PERIODICAL: Kauchuk i Rezina, 1960, No. 8, pp. 22 - 29
TEXT: Brief reference is made -.-o the preTious theories on the wear mechanism
of rubber described in Refs, I - 10. It was found that the relative role of the
mechanical and chemical factors in the wear mechanism of rubber depends on the te,-t-
ing conditions. On smooth surfaces with a low thermal conductivity the wear-cut 'in
rubber takes place primarily according to the mechanism of thermooxidizing dest-ru2-
tion. On rough surfaces it takes place mainly according to the meohaniEm of 'ne-
chanical wear-out. The experiments were conducted on a HIMUn HMt11 (N-'r!S-hp lm"T)
Dunlop-Lamburne- type machine. The various Types of abra-=�ve surfac;es selectted _'~
the study were: a s~mooth tin-plate, smooth plexiglas, i steel plate with spe-tially
cut-out grooves on its surface, (the carbon blaok dosage was 50 weight parts to
100 weight parts of rubber), a plastic (vinyplast) plate, also wiTh groovee, a
Monocorund 150 polishing skin and a 4-mm plate of hard rubber (hardness = 84, ac-
Card 173

S11 ~8/60/0o/o,08/OC6/!~-15
A051/A029
Mechanical and Thermochemical Destruction in the Wear of Rubber Under Varlou,~ Con-
ditions
cording to shore). It was shown that the braking force F depends comparatlyt,41y
little on the nature of the weari-ng-out surface and the composition of "he rubber. ,J
The wear intensity evaluated from the volume loss per mivi. changes more signifl-
cantly. It is deducted the wear index v, depends on the nature of the surface ani
the nature of the surface material Just as much as the wear Intenzity, and _J_=
characteristic only for a given friction couple. The investigated material's of t~ie
abrasive surfaces fell in the following sequence acnording to increase In wear in-
tensity: tin< plexiglas