SCIENTIFIC ABSTRACT KOSHEVAYA, YE.F. - KOSHIX, T.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000825110012-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

AUTHORS: Lapis, M.A. and,~~~Fa, Ye.F. _ SOV/130-58-6-1-7/20
TITLE: Removal of Furnace Scale from the Surface of Rolled
Sheet by the Steam-gas Explosive Method ~Udaleniye pechnoy
okaliny s poverldinosti prokatyvayenoCo lista paro-
gazovzryvnym sposobom)
PERIODICAL: Metallurg, 1958, Nr 6, pp 29 - 30 (USSR)
ABSTRACT: Since 1957, furnace scale at the sheet mill of the
Stalinsk Works has been successfully removed by usin(~ a niddle
roll with cavities in its surface, according to practice
developed at the Kuznetsk Metallurgical Combine. The rapid
evaporation of water in the confined space formed by the
cavity and the hot surface being rolled blasts away scale.
The authors state that the nethod has Proved effective ~, 'ith
almost all types of steel, h-as led to improved surface quality
and reduced the amount of additional surface treatment. The
cavities are oval (46 x 26 iam) and are arranged in a stagr i-ered
pattern, with centre-to-centre distances in a Civen row being-
92 and the inter-row distance 45 mm (Figure 2). Initially,
the cavities are 6.5 - ? mm deep. Cast iron and
molybdenum, were found to be more durable than steei rolls,
Card 1/2

SOV13U-~::8-6-13120
Removal of Furnace Scale From thE! Surface of Rolled Sheet by the
Ste&m-gas Explosive Method
There are 2 figures.
L>
ASSOCIATION: Stalinskiy metallurgicheskiy zavo-'
(S a1i.120 lie
tall')TE;imcal WOrks)
Card 2'12 1. Rolling mills - Parformance 2. Motals - Scale
3. Steam - Applications 4. Gas - Applications

~OSHEVENKO, G.
The people of Snezhnoye fought. Voen. znan. 41 no.4:12-13 Ap 165.
(MM 18:3)

AlvINETOV, I.K.; KOSHEVENK01 M.K.
Micro-organisms in the ore-bearing rocks of Lne
deposit and the nature of their mineralization. Tru~ly In-st.
geol.nauk AN Kazakh.SSR 7:311-3a7 163.

SATPAYEVA, T.A.; KOSHEVINKO,' M.K.; VILEESHAA, T.L.
Cobaltine, glaucGdot, and sp-Morita in the cran of the Dzhezkazgan
deposit. Izv. AN Kazal6i. SSR. Sar. g,eol. 21 nO.4:31-39 Jl-Ag 161",
(MIRA 17tll)
- -,,ul Saliayav, klma
nauk Ka-SSR im- -Ata.
J, InStItUL E7 6-

SUIIIKOVAO A.S., kand6 tfikhrl, pFtuk; SI]CIMIBAKp I&Ye,,, 'agronom;
2MIF~RQVAS Ye,P#; SHFRSTYUY%CVA., S,A,t in7li,; GOLOVINI, P.Vej,
Xg
dokt,.,r [decoased)
Ohemical avily-ais of sugar eorghim stalks, Pishoh. prom,
no,2:21-2.5 165, (MIRA 18111)
1. Institut orgar-4cheakoy khin-11i AN ITkrSSR.

KWHMIKO A. Tu.
4 Weat of the pressure and the tenprttae an the surface tension of petroleum.
me me KUWCNP He M* LMUP MA A, YU, KWWMIK (Petroleum InItIp Acade Sci, USSR)#
Doklady Aked. Nauk =OR Up 319-22 (1950). --lbasurements up to pressures of 3DDkg,/Oq
me were neds by method of hanginiz and of lying liquid drpps and chocked, vith satisfactory
agroomentj, by the method of ma%, Frossuire, of's, gas bubble. For a Devon petroleum., the
surface tonsion6&PiOtt N2 was found to deavea" regula3rly vith increasing protism-e, the
faster the lower the tww. (Z~,,UP, and 8CP); e.g., at 20~# a fell from 26 to 13 ergo/sq.
an, between I end 250 kg./eq.c&u Howevers, the surface tension, in =tact with H20, at
re=ined up to 300 kg/sq. cm. Likevise., under the const. pressure of 1 kg./oq,cUa.
at, the bouWary with H2D is of ths twV. The owtact angle of calcite,, in a
N2 atnm varues verj; with the pressure,

KOS)II-ETNIKI A. Yu.
K05-AENNIN) A. Yu. -- "Investigation of the Relation
ot Oils arid 17,yclrocaebon Liquids to Temperature
13 'Aov 52, Inst of Petroletun, Acad 3ci U33R.
De,;,,roe of Candidate in Technical Sclenc~~s).
oC olurface Tension
and Pr-.3sure.11 Sub
(Dissertation for tnc
SO: Vech-ernWira Moskva, January-Deceri-ber 1952

KOSHEMKI A. YU.
USSR/Chemistry - Petroleum Jul 52
Liquid Fuels
"Determining the Surface Tension of Liquid Hydrocarbons and Petroleum Crudes by the
Drop-Size-Y-easurement Method,11 M. M. Kusakov, N. M. Lubman, A. Yu. Koshevnik
"Trudy Inst Neftill Vol 2, PP 53-72
A critical review of methods for this type of measurement. Authors descr 4be equipment
for this purpose which they designed. Show on the basis of their data that the
surface tension at the boundary oil-water of nonpolar oil and of crude petroleum is
0
practically independent of the temp in the rango 20-80 . Established that the method of
surface tension measurement in question can be used when other methods fail, and that
it is applicable to highly viscous liquids which wet glass well.
PA 214-AT-1-1
The authors were awarded a Presidium Prize on 19 Dee 52 of 5000 rubles each for
this work which was done at the Petroleum Inst,AS USSR.
Iz. A Nauk SSSR, Otdel Tekh. Nauk, 4, pp 651-2s 1953

Yu.
IM
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ram th;-
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or
oli e LICI
cut of-, b-
Al for d Sudam ten a
.13-d.tleight ws"SlIC droops, 31011.

KOSHEVNIK. A. Yu.
AID - P-190
Subject USSR/Engineering
Card 1/1
Authors Kusakov, M. M., Lubman, N. M. and Koshevnik, A. Yu.
Title i Measuring Installation for Surface Tension of Oil and
for Boundary Angle of Wetting in Strata Conditions.
(Part I).
Periodical : Neft. khoz., V. 32, #2, 27-32, F 1954
Abstract : Method and optical apparatus for measuring of the surface
tension of oil, water and gas are described with five
detailed drawings. The test procedure and conclusion are
given in the next issue R3, P. 20).
Institution ; Experimental Mechanical Plant of the Petroleum Inst.
of the Academy of Sci., USSR.
Submitted : No date
XvShMIX, A. XU.
AID P - 203
Subject USSR/Engineering
Card 1. 1/1
Authors Kusakov, M. M., Lubman, N. M. and Koshevnik, A. Yu.
Title Measuring Installation for Surface Tension Oil and
Boundary Angles of Wetting unJer Stratwn -'onditions
(Part II)
Periodical Neft. khoz., V. 32, #3, 20-22, Mr 1954
Abstract A description of the general arrangement of testing
equipment and of testing procedure for the determination
of surface tension on the boundary with gas and water
and boundary angles of wettin One diagram and
,
6 Russian references (1930-M
Institution None
Submitted No date

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KOSIMVIfIK) A. Yu.
with M. M. Kusakov and N. M. Lubman "Study of the Effect of Pressure on the
Selective Saturation of Quartz Rocks With I-litter or Crude Oil." , 1. 4~ ~ - ~,
I
Transmetions of the Petroleum Institute, Acad. Sci. USSR, v. 11, Oil Field
Industry, Moscow, !zd-vo AN SSSR, 1958. 346pp-

5W
AUTHORS- No she vni Kusakov, .1i. M. SOV/76-3,1-1-33/45
Lubman, b. M.
T IT 1, E The Influence of w0ui-faco Active Substances on the Motion of
Gas Bubbles in Hydrocarbon Liquids. -ooverkhnostno-
aktivn:7kh veshchestv nit dvizheniye gazovI-1-.1i Fuzyrll:ov v
uglevodorodnykh zhidkostyakh)
':tIODICAL: Zhurnal fizicheskoy klumii, 1959, Vol lir 1, J)P 197
-203
(USSR)
U-ISTRACT; The gas diffusion in a liquid deternines the solubility of
the gas at stationary as well as agitated phase boundaries.
The influence of surface active substances on the solution
process of gases, e.g. on pressure extraction of petroleum, or
the petroleum transportation in pipes, is of special importance.
The influence of an adsorption layer in the separating phase
layer had been commentod upon earlier in publications (Ref 1).
In the case under discussion tests viere carried out in pure
apolar petroleum and in real and colloidal solutions of various
surfaces of active subotances; and the influence of these
substances on the solu--lion kinetics of the air bubbles in
Card 1/3 petroleum was investigated, A glass implement was used for

212e inf luence of Surface Active Substances SOVI'76-33-1-33A5
on the Motion of Gas Bubbles in Hydro(.,arbon Liquids
observing the air bubbles (Fig 1) and the size ol the air
bubbles was measured to an accuracy of 10/c by means of a
microscope. The implement was in a thermostat at 20 � 0.0200.
The rising velocity and the change of the air bubble size in
connection with it was determined as a function of the air
diffusion into the petroleum. Two samples of a kinematic
viscosity of 85 and 137 oom were used as apolar petroleum and
air bubbles of a diameter from 100-9001A ivere measured. It is
stated)~Fig 3) that, in this case, the equation by Stokes
(Stoks 2) is valid without a correction according to
Hadamard-Rybczinski (Adamar-Rybehinskiy)(Refs 4, 5), i.e. small
gas bubbles of this dinension react like oolid spheres. Tests
in variously concentra-;ed haptylic acid solutions(in petroleum
V = 85 ccm) and with palmitic acid, hexyl and cet-yl alcohol
and ~-naphtylamine siiowed that the diffusion air/petroleum
becomes more difficult with the concentration rise of these
substances whereas the rising velocity of the air bubbles
is not influenced~
Card 2/3

The Influence of Surface Active Substances
on the !.!otion of Gat, in '11-ydrocarbon Liquids
The colloidal solution of a polymethyl-siloxane liquid in
petroleum showed, beside the diffusion stoppinE, also a
decrease of the rising velocity of the air bubbles.
The equation by Boussi.nesq (Bussine)(Ref 7) could not be
investigated for lack of experimental data. There are
5 figures and 7 references, 1 of which is Soviet.
ASSLICIATION: Akademiya nauk SSSR,Institut nefti (Academy of Sciences,
USSR, Institute of Petroleum)
SUB.',iITT-ID: JulY 10, 1957
Card 3/3

KUSAKOV, M.M.; LUBMAN, N.M.1 KOSHEVNIK, A.Yu.; KOSHELEVA, I.M.;
MEKENITSKAYA,. L.I.
Studies of the physical chemistr7 of oil layers. Trudy Inst. geol.
i razrab. gore iskop. 2:71-80 160, (MIRA 14:5)
(Oil reservoir engineering)

85431
3/170/60/003/011/002/016
A B019/BO56
AUTHORS: Kusakov, M. M., Xoshevnik. A.. Yu.. Mikirov, A. Ye.
TITLE: Investigation of the State of Water in a Hydrocarbon Fuel
by Means of Light S,,~&tter
PERIODICAL: Inzhenerno--fizicheskiy zhurnal, 1960., V02~ 3, No. '111, -
PP- 11-17
TEXT: On the basis of experimental rEISUIAS concerning the scattering of
white light, The forming of micro,drepa in a fuel of the type '17 -1 (T-.1)
in the case of a temperature decrease is invesligated in the present
paper. In the first part, the authors investigate the influence exerted
by the drop dimensionsupon light scatter by means of the Rayleigh equa.-
tion. Next, the experimental set-up is described. The scattered light
incides upon a rotating spirally perf(trall9d dicik. The light passing
through the perforation incides upon lihe :.~athcde of a photomultiplier.
Fig. 4 shGws the scattering asoa func';Ion cf the angle for the fuel, which
was saturated with water at 50 C (Curve !) and at 200C (Curve 2). Sc'atter-
ing was measured at 200C. From the furthe:- considerations it follows that
Card '11/4

85431
Investigation of the State of Water in a Hydra- S/17o/60/003/011/002/0!6
carbon Fuel by Means of Light Scatter B019/BO56
if the fuel is cooled, microdrops cf the order cf 550 to 600 microns are
frrmed, and that they attain a conzentration of several tens of millions
per ~;ubic centimeter. Further,, the conc~lusicn is drawn that with rapid
cc,,'-.r,g of a closed system, the excess of water is distributed uniformly
over the emulsion phase and the wall!i of 'he container. There are
5 C-1gures, ' table, and 8 referenoes: 4 Soviet i German, and 3 US,.
ASSOCIATION: Institut neftekhimicheskogo sinteza AN SSSR, g. Moskva
(Institute of Petroleum-chem-Alcal Synthesis.,of the AS USSR9
Moscow)
SUBMITTEL- February 4, ~960
Card 2/2

KUSAKOV, RAZUMOVSKAYA~ E.A.
Photoelectric instrument for investigating light scattering in
polymer solutions. Vysokom.sood. 5 no.5:756-759 My 163.
(MIRA 17:3)
1. Institut neftekhimicheskogo sinteza AN SSSR.

KOSI(EVNIK? A.Yu.
Treating the bottom zone of injection wells by means of Instanta-
neoun pressure reduction at the bottom. Nofteproin. delo no.10:43-
44 164. (MIRA 17-.12)

KUSAKOV, KO,"P* VNIK, D.111.; fvj~ A,
Tlherma-". diffmolon frw~ltlk~IItLlcil f)f' p~,-'~yrsr "'k,. 'N SSSR "..8
no.5'.1152-1354 0 164. Wil RA G 1)
1. institulu neftekhiuJch&skc,--c sinteza im. A.Vj6p.Uh-"yeva .411.1 SISF-
Predst.ov'ieno akad-~~mihcm V.A.Kergiziym.

4~ V (T
FAZ ~PVj-v SEP11:1 E CA
Relation
poly!.ner3. Vy-ok-Om. !ired. ? n:;.5~13&~-S65 14Y
16-

18(7). S011/128-59-3-16/31
AUTHOR: Vashchenke, K.I., Doctor of Engineering; Todorov, R.P.
and KoEg2%lDalGr--.G-io--Iv,,,.,Eug:ineers
TITLE: Formation of Graphite in Grey Cast Iron
PERIODICAL: Liteynoye Proizvodstvo, 1959, Nr 3, pp 34-38 (USS-R)
ABSTRACT: Much htLs been writtbn.in technical papers about the
technique of spheroidal graphite forming in cast iron.
The technical science has established that certain
steps of graphite formation are still not clarified
and not yet examined. Especially as the properties
of liquid grey cast iron and the influence of ferrite-
carbon-silicon are unsatisfactorily studied. At the
same time the different opinions of the various re-
search scientists about the formation of speroidal
graphite are marked bly the lack-of a basic methodology
of the research work. While researching on the process
of crystallization and graphite formation in grey cast
iron a difference is inade between manganese iron Rnd
Card 1/3 sulphuric iron. (Reference is made at this point of

SOV/128-59-3-16/-51
Formation of Graphite in Grey Cast Iron
the article to 4 publications of Soviet authors). It
is evident that by annealing and cooling off of the
material the theory of ",ieat treatment and hardening is
closely connected with the casting properties of grey
cast iron. There exist 'Uhree theories about the for-
mation of spheroidal graphite nodules: a) formation
of nodular graphite as EL result of the decomposition
of cementite; b) immediRte or direct crystallization;
c) separation of graphite nodules from austenite. A
large number of scientists does not exclude any of
these three theories, but voices the opinion, that
these theories support one the other. The question is
still open and requires further research work. Bunin,
K.P., using the papers of the English authors( Hughes,
J., Journ. Res. Div., Res. Reps. Nr 399, Nr 5, 1954,
Gittus, J., Nr 400, 1955, and Foundry Prod. Journal
101, 1956, Nr 2,075) made his experiments with castings
Card 2/3 of 50 mm in diameter and of 200 mm in length. The

1-30V/128-59-3-16/31
Formation of Graphite in Grey Cast Iron
results gained are published in this paper. Conclu-
sion: During the separation of flake type graphite
the flakes are formed during the starting period of
the solidification. Spheroidal or nodule type graphite
is separated during the whole solidification time. The
authors of this paper do not accept this theory. They
have made experiments Df their own, according to which
the expansion of the metal is a result of the graphite
formation determined by the speed of chilling. An in-
crease of the magnesium contents has the same influence
The maximum contents o:' magnesium depends on the veloZk-
city of the cooling period and on the amount of silicA.
Experiments have proven thpt the formation of flake
type graphite and of spheroidal type graphite happens
in different ways. It is not stipulated by the solidi-
fication process. There are 6 tables, 11 graphs, 3
micro-photographs and 18 references, 14 of which are
Card-3/3 Soviet and 4 English

KOSH17-IMIKOV, G. A.
"The Technolozical Principles of the Processes of Gathering Cotton
',Ith Pneumatic Harvesting Nachines." D~r Tech Sci, Inst of I:achine Science,
Acad Sci USSR, 1 Dee 54. CO-1, 22 Nov 54)
Survey of Scientific and Technical Dissertttions DofondoO at USS;~ Higher
Educational Institutions (11)
SO: Sum. "o. 521, 2 Jun 11-5

XOSHEVNIKOV, G.A.
Investigating pneumatic cotton harvesters. Izv. AU Uz.SSR, Ser.tekh.
nauk no,2147-57 158, (RIRA 11:9)
I.Ohlon-korrespondent Akademii sellskokhozya7etvannykh nauk UzSSR.
Tashkentskiy institut inzhenerov irrigatqil i mekhanizateii sellskogo
khozyaystva.
(Cotton picking machinery)

KOSHEVNIKOVP G.A.
over-all mechanization of cotton-growing operations. NTO 3
. M -4:6 Ap t 61, (RITLA 14:3)
1. Predsedatell Uzbekskogo respublikanskogo pravleniya Hauchno-
tokhnicheakogo obshchostva mai3hinostroltelinoy promyshlennosti.
(Uzbekistan-Gotton machinery-Technological Innovations)
.. I
Oil--

KOSHEVNIKCYV, G.A., doktor tekhn.nauk
Effect of the adhesion of cotton to soil on the performance of
pneumatic harvesters. Trudy TIIIMKH no.1%153-160, 155.
(KMA 15:4)
1. Kafedra teorii mekbgnizmov i detaley mashin Tashkentskogo
inatituta ixxzbenerov irrigataii i mekhanizatsii sellskogo
khozyaystva.
(Cotton-piAing maahinery)

KOSHEVNIK rrgiy~-Antonovich., akademik; KHAMIDOV, Aslam, kand.
tekhn. nauk; KOTOV, Vladimir Fedorovich; GERASIMOV, Rikhail
Fedorov-1ch; BAaVICH) Lev Yeftmovich; BUTIR321, Aleksandr
Vasillyevich; RAYEV, Boris Grigorlyevich; BODDAILEWO, M., red.;
SALAIMUTD11,10VA, A.J. tekhn. red.
[Eachinery for cultivating cotton] Mash-irq dlia vozdelyvaniia
khlopchatnika. Tashkent, Gosizdat Uz&'E, 1961. U-2 p.
(MM 15:7)
1. Nachallnik otdela GoErudrrstvennOgO 3petSiallnogo konstruk-
torskogo byuro (for Kotov). 2. Rulcovbditell gruppy G-csudar-
stv(n7nogo spetsiallnogo konstniktorskogo bywo po khlopku (for
Basevich, Rayev).
(Cotton nachinery)

tl,~Zr I BOOK EXPLOITATION 30v/,4530
Toesoyuxnays po ourov nym probjecam toorll w-Whin
L mok"Altmov. 2d, Moscow , 190
Mn&mikx "ahint Abornik stater (DYT.aracs or Kschines. con-c-
tion of Articles) moncow, maahsiz. 1960. 24.3 p. (Its:
Trudy) Errata slip Lnserted. 3,000 copies printed.
3ponsoring Agency; Inatitut mashinovedenlya Ak".11 nAuk
qqqR.
material Board: 1. 1. Artobolevakiy (R&nV. Z-2.) Academician.
S. 1. Artobolowskly, Doctor or Technical Stle.=e~, Pro-
t Azar, 0. 0. baranov, Doctor or Technical K.-arces. ?To-
asor, AL. P. Bassonavt Candidate of Tecwllcall Sciences,
N
V. A. Gavrileako, Doctor of To-hnical rciences. Professor,
A. To. Kobrinakly, Doctor or Technical Sciences, N, 1.
Lav'Ittkly. Doctar.of Technical Stlencee, P=f.ssor, and
L. X. AbsbOZOV, Doctor of Technical Sciences, Profolsor;
Ed.i L. V. Bazmanovs, Candidate or Tchnicai st-enc.D;
PtanagIng Ed. for General Technical 1.1teratare And Liters-
ture an Transport FAchine Building
Ai P. Kozlov, Fngln-erj Tech. U. ~ B. 1. F4391' .
PUM=-. This collection of artilev Is lnt"~!ed for
engineers, desigr~ers. workers at actentifIc -s~ftrch In-
atltut484 LrA Instruztors at schools of mt;!%cr terrinleal
edwcation.
CCVZRAaZt This collection conalsts or "ports presented at
the All-Union Conferenze on ?roblems in tbie 1.*hi-ry or
Mahlnem and Mechanisms hold in Moaco. In 191,8. The re-
ports discuss aeveral problemS or the dynaml-c dimaign of
complex aschanical byste=3. Ho pernonAlltle3 Are ~n-
__~!on!d,._R6rsr*nceG accoatpany =at of the Articles.
Felokudi, And L. rAlzAabuk (Bucharest).
Mft.lvs trIcal T%4waaitters for the E."ri:aental Do-
termination of TrAJOCtOrIAS In Plane NecMaLs" 35
_Ntraiav-, A. W., Candidate of Technical Sciences. Standa for
Tebudg-ubja for Impact Vibration 47
Vorob-yeva. T 3 Candidate of Technical Sciences. Dy-
hiligi4tion or Vvrtlcal ~urrsta 54
Leh R., Candidate of Technical Sclanc4a. cer-tain
=*or unaamr~ed Natural Vibration* of XecrjLnIs= with
Elastic slaments 66
~Dootor ct Technical Selene**. The
frwar-yo? Vibratorlf-TApact Machanis.4 72
Corresponding
Ko;;I" and A. N. Lens i Rem-
01 5~
se
Ao
57FAm a Investigation of
em
or
r
So
Y 0
my
Machanimas idth frAs nay to Urmeatto Pai~w.

86-1-26/30
AUTHORS: Sorokovik,, N.S., Col. Docent, Candidate of Technical
Sciences; Ar-utyunov, V.L., Col; Ioffe, M.M., Engr Col,
Docent, Candidate of Geographical Sciences; Koshevoy, A.A.,
Engr Lt Col, Docent, Candidate of Technical Scl-emes.
TITLE: New Handbook for;Air Navigators (Novyy spravochnik
aviatsionnogo shturmana)
PERIODICAL: Vestnik Vozdushnogo Flota, 1958, Nr 1, pp. 81-83 (USSR)
ABSTRACT, This article is a critical review of the book "Handbook
for Air Navigators" (Spravochnik aviatsionnogo shturmana),
edited by V.I. Sokolov, Maj Gen of the Air*Force, and
published by the Military Publishing House*of the MiniLrtry
of Defense of USSR in Moscow 3~ 1957, 416 pages.
AVAILABLE: Library of Congress
Card 1/1

KOSHEVOY, A.K.. kand.teklm,nsuk
Methods of oalculating and designing industrial railroad
sidings to the enterprises of food and refrigeration
industrIles. Trudy LTIXHP 13!158-178 157.
(MBA 13 t 6)
'V,
1. Kafedra mekbaniki Leuingradekogo, tekhnologicheBkogo instituta. f,
kholodilluby pronVablenitost!l.
(Railroide-Stdings)

KOSnIvOyj A.K., kand.tekhn.nauk
Determining the frequency of self-oscil2ations of the weighted
shaft with a uniform rross section supported at the ends and
loaded with two disks. Ene.Momashinostroenie 8 no.2:32-33
F 1 62. OMIRA 15:2)
(Shafting-, -Iribration)

~OSHEVOYy A.L.., inzh.
Flexible contfjjrcj,e
storage
latf of liquid loads.
Sudostrocnie 26
(KOU 34:11)
on~41nerst Ploating)

10SHEVOT, I.
Seminar for the chairman of wage commissions. Sov.profsoiuzy 16
no-9:51 My 160. (MIRA 13:7)
(Maritime Terr It cry -,WageB)

KIRSHENBAUM, Ya.5.0 inzh.; KIRILYUK, G.M., inzh.; KOSHEVOY, K.Z., Inzh.
Modernization of the A-5 and A-7-type Shukhov-Berlin toilers.
Energetik 9 no.12:5-121 1) 161. (MIRA 15:1)
(Boilers)

A UTHORS segal S, Xoshevo.'."' 1;. SOV-107-58-8-25/53
TITLE: The RDPK-30 Receiver-Amplifier Assembly (Priyemo-usilitell-
noye ustroystv-D (RDPY-30)
PERIODICAL: Radio, 1958, Nr 8, pp 20-22 (USSR)
ABSTRACT: The RDPK-30 is a remote-fed radio-diffusion assembly devel-
oped by the Construction Bureau of the 11~iinistry of Communi-
cations. It consists of a central transmitter and rectifier
assembly which feeds the regional receiver points by cable
line. DC current of up to 250 V is fed along the cable to-
gether with tho program broadcast, amplitude modulated at
31 kc. Telephone conversations can also be transmitted
along the line. The receiver-amplifier section of the
RDPK-30 works an transistors and has an output of 30 r.
I?P to 3 additional amplifiers can be attached, each fed by
a separate set of storage batteries. A total output of 100
can thus be achieved. The receiver operates on a 150-400 c
band and the feed. cable can be laid tip to 22 km. The re-
ceiver has a set of filters to separate telephone conver-
i3ations from normal broadcasts and feed them through to a
t3ubscription telephone. Provisions a-re nade so the trnwj-
nitting operatcr cf-,ri listen to the broa0cnst from the out-
Card 1/2 put of the recoivor. Details of the reoeiver and amplifier

0541h
9(4) SOV/107-59-8-34/49
AUTHOR: Koshe
TITLE: A Transistorized LF Amplifier
PERIODICAL: Radio, 1959, Nr 8, pp 44 - 45 (USSR)
ABSTRACT: The -author describes a five-transistor LF am-olifier
which is to be used in combination with a phonograph
or a dynamic microphone. The frequency pass band
ranges from 150 to 6000 cps at an irregularity of not
more than 6 db. The nonlinear distortion factor does
not exceed 8% over the entire pass band. The output
of the amplifier is 10 watts at an output voltage
of 5 millivolts. The average current is 300-400 mil-
liamps at 12 volts de. With the rated output, the
current will rise to 1.2 amps. The amplifier con-
sists of one push-pull output stage composed of two
P4B transistors, one driver stage with a P201A and
Card 112 two preamplifier stages composed of one P13B and one

05414
SOV/107-59-8-34/49
A Transistorized LF Amplifier
P13A transistor. The P13B has a common collector,
while the P13A and the P201A have common emitters.
The P4B transistors have common bases. The pre-
amplifier and the driver stage work as class A ampli-
fier. The Dutput stage works as a class AB amplifier.
The transistors of the driver and the output stages
are installed on radiators made of aluminum sheet
MetELl for removing heat. Capacitive coupling is
used between the preamplifier stages, while inductive
coupling is used for the other stages. The circuit
diaE;ram of the amplifier is shown in Figure 1. A ge-
nereLl view of the amplifier chassis is shown in Fi-
Gure 2. There are 1 circuit diagram and I diagram.
Card 212

SEGAV, Solor.on Grigorlyevich-, KMXVOY-,-I~eoni;d-L-Lv-oviqbl_�LINENKOV.,
A.S., otv. red.; VOV1KOVA, Ye.S.,, red.; SLUTSKIN, A.A.,
tekhn. red.
[RDPY,-.30 apparatus] Appara-bura RDPK-30. I-,oskva, Sviazlizdat
1961. 23 p. (YMU 15:3~
(Wire broadcasting-Equipment and supplies)

'v -ull"
IIoal'~Iy L:i J,

1. SHMUYLIN, S. Ya.: Y,,ISM'dY,_ M.A.: GUMANYUK, A.A. (and ot-liers)
2. USSR (600)
4. Karakul Sheep
7. Principles 4 n d eveloping and c aring f or the flock on state karak-ol. f arms.
.L o
Kar. i z-ver. 5 No. 5, 1952.
9. Monthly List of Russian Accessions, Library of Congress, January 1953. Unclassified.

2. 6'-) 0
4. Karakul Sheep
7. Pre-varuurition examination of karakid ewes for pregnancy. ~~ar. i zver 6
no. i, 1953
1rary of Congress, 1953, Uncl.
9. Monthl List of Russian Accessions, Lit June

1. KOSMOYt M. A.
2. USSR (600)
4. Karakul Sheep
7. Quality of pelts from newborn karakial lambs (2-3 days) on Tajikistan state
farms in relation to use of high-moanta-in sumer pastures, Kar, J zver.,
6., no, 2., 1953*
9. Monthl List of Russian Accessions, Library of Congress, April -1953, Uncl.

Namet allKVOY, M. A.
Dissertation: The effect of various contents of pastures on the produc-
tivity of Karakul sheep
/1 47 Degree: Cand Agr Sci
ifFIRC 'InE: Min Higher Education USSR, Uzbek Agricultural Inst imeni
i~~ V. V. Kuybyshev
4)efense Date) Place: 1956, Samarkand
Source: Knizhnaya loetopis', No 45., 1956
USSIR Farm Animals. Small Horned Stock.
Abs lour: Ref Zhur-Biol., No 9, 1958, 40460.
Author :-JLoshevoy, IM. A
Inst Ti M n~.
Title The Treatment of the Scientific Problems Per-
taining to Karakul Breeding.
Orig Pub: Karakulevodstvo i zverovodstvo, 1957, No 5, 21-25.
Abstract: No abstract.
Card 1/1 36

KOSHEVOY, H.A., kand.aeliskokhozyayst-rormykh nauk
Develop a new breeding.system for Karakul sheep. Zhivotnovod-
stvo 23 no.5357-62 My 14,31. (MMA 16 :2)
(Uzbekistwjqj,-Karaku1 sheep)

-Illulating the dynanic resinurces of undereround water in
m-n.-At mining, Izv. v-vs. unbeb. zav.~ gor. zhur. 8
no . 7, 9-12 165. (MIRA 18:9)
. ",ntlnvarull,-,K-LY scvet nnrodn,-,go khoz-,avstva.
I
J

KOSHEVOY.9 N.S.
Draining strip mines of the Volchanka brown coal deposit.
Ugoll 39 no.20;21-23 0 164. (MIRA 17:12)
1. Glavnyy inzh. tresta Volclianskugoll.

KOSHIVOT' 0. ;-"" -
Casting plastic architectural detaila. Stroi. met. 4 no. 7:3-6
J1 f58- (HIRA 11:7)
1. Glavt*.v takhnolog ekspnrimental'Wkh masterskikh Inatituta
stroital'tifth konstruktaly At-ademit stroitellntva t arkhttaktury
USSR,
(Plavitics-Holding)
(Arch it oieturo-Dets i1s)

".KOSUVOYI O.K.; HEYTIN, Ya.H.; BYALKR, I.Ta. [deceased]; REZNICHMO,
t2t.; IVANOV, S., in2h.; *-IJROVSKIY, B., red.; IOAKMIS, A.,
takha.red.
(Plastics in building, architecture, and sculpture] Plasti-
cheskie massy v stroitallstva, arkhitekture i skullpture.
Kiev, Goo.izd-vo lit-ry po stroit. i arkhit.USSR, 1959. 195 p.
(Plastics) (HIRA 12:10)

KOSHEVOTP O.K.
Wwwawa2wu~-2~
Architectural and technical items, sculpture, and decorative and
ornamental objects molded from polymers. Plast.massy no.9:
42-47 16o. (MIRA 13:11)
(PlastiCS--MDlding)

8/08 62 000/017/085/102
D1 77XB18~
UTHCR; 7-oshevoy' 0. K..
TITLE: Th e treatment of thermoplastics by polymerizinL a
co,;ij.osition of a monomei and a polymer in moulds
1 tll 101) hefer,~A;ivnLy zhurnal. Khimiya,.no..17, 1962, 542, abstract
17~-'57 (In collection: Plastmassy v mashinostr. i p~iborostr.
Kiyev, Gos,ekhizdat USS'ti, 1961, 173 - 177)
T!~""T. '21-1) ~LcceleratF the proceE;s of polymerization, and to reduce the
of Lan articles manufactureil, a Taethod-. of producin6 1.ar~p
coirijonent.-. by poly~,wrizutiori in mouldi~ is proposed. 'The coi-,ipooi t ions
co monomer,-, (methyli:wtacrylate (I), styrene, vinyl'acetate,
vinyl toluene, butyl metacrylate etc .
beaded polymets
copolymeru of I with styrone,of vinyl chloride with
vi nyl c c t4 Ti t e, ol' I w i t h ac rylo,-d tril a and of I wi t h viny 1 ac e t a t e ) I
initiators (tin sulfide, benzoyl peroxide, Porofor 11, formic
and met1ay iacrylic acidu), cold-cettini; initiators (methyl oran6e, tin
s~lfiile'di:.-iethyl aniline, pa-.,atoluidine), lubricanLs, (Stearic
,.,Card 1/ 2'

1;/08 116210001011 7/065/102
The treat~,,'.ent oi then.,joula-16ics by ... B1 77/-B1 86
aci6, zinc stueorate, calcium stearate, stearine, paraffin etc.)'
crasyl phosphatte, dioctylphthalatue, caloi
etc.) ;;'i'~ tr;.Iourin~ :-.1"Itorid.1,- (vitreouu fabrics, 1-1ireAs fibre,
-and wire).
!A'li'te:l C Prone vvste, and steel mesh, tubes
1.0'~ JnclI i.) ("insolve(] at 11, - 18 it] AYrOno (34 - 57i,,
, witil 0.6 ' beAoyl Peroxide; pQlymethyl metacrylate L-1
b
Y U 'j
(65 - 6L'-,,* by vveight) is added and polymerised at 120 - 1400 for 20 - 30min.
Other are aalso quoted, in pacticular the mothod of producir.6
vitreou. ,.l"stics based on thermoplastics. It is pointed out-that, the
technolo'-y of i-~ianufactuvin6 large components is simplifi-ed by the absence
of a .,bstracter's note; Complete tranolation

;AUTHOR: Kos.hevoy-,'.O.K.
:TITLE: Processin6; of thermoplastics by mold-polymerizing ON4
monomer-polymer components
SOURCE: respublikanskaya nauchno-tekhnicheskaya konferentsi-a
p0 voprosam primenen;U~lt plastv4ass v mashinoztroyenii i
priborostroyenii., Kiev., 19S9. Kiel, #9C11173-177
TEXT The pa,)er devcto*Ies the production of 1arge-size parts
by polymerizin- the startinC, components in 6pecia'l molds designed by
V "
:the author (not described in the article). Two compositions are used
,for 6asting: composition I containS 34-37Ystyrene monomer and 63-66%~
:polyriethylmethacrilate; hardener 15 0.5 to l.Vv lead tetrachloride
and 0.%6' benzoyl peroxide; polymerization temperature ;s IZO 1400C
qard 1/2

Processing of thQrmoplastida...,
S/653/61/000/000/014/051
1007/1207
..and duration,20 to 30 min. Co~-,Ijosition II contains 38 to 40% methyl-
ethacrilate of the V-4 ty-po, 40-4?% L-1 polymethylmethacri-late, 5-7r,,-
M
"Igelite" ty-.)e-PVC, 13-150- P4-4 ty.)e PVC, 5% dibutylphtalate and 0.3%
stearic acid; hardener - 2~ methylorange, 1% diDiethylaniline, 1% ben-
zoyl peroxide, 0-3~o fOmic acid and 0.,5-1.0% bronze 'oowder. Good re-
Sults were also obtained . by glass f iber reinforetaied or the products. For
mass production casting mold made of various aluminum alloys proved
Vvery suitable. There is 1 table.

K HEVOY, Oleg Konstantinoylgh; CHEGODAYEV, Dmitriy Dmitriyevich;
"G"'.R"'.',_red.; FREGER, D.P., red.izd-va;
BELOGURNAP I.A., tekhn. red.
[Casting and molding of articles of polymeric-monomeric
composition] Litle i fomovanie izdelii iz polimer-
monomernykh kompositaii; stenogramma lektsii. Leningrad,
1963. 51 p. (MIRA 16:10)
(Plastics--Molding)

EDSHEVOT, P.I., i-,,izh.
........
Simplifled system for regulating sewage. Mael.-zhir. prom.
25 no.607 '59. (MIRA 12:8)
l.Krasuc-darskiy MaS102hiro-voy kombinat.
(Krasnodar-Ml industries) (Sewage--]P~=if ication)

STUPNIKOV, V.A., inzli.; KOS.HEVOY P.I., inzh.
Processing of copT a. Mael.-zhir.prom. 28 no.7:31-32
ii 62. (MIRA 15:11)
1. Krasno4axskiy M~aalozhirwoy kombinat imeni V.V. Kuybysheva.
(Krasnodarok-CALls and fats industry)
(Cq,pra)

VIKHROV, I., izizh.;. KCGHEVOY, V., in2h.,
Construction and operation of large-panal apartment houses.
Zhil, Aroi. no.2:9-10 162. (MIRA 161l)
(Zaporozhlye-Apa:7tment houses)
(Pracast concrete construction)

_WSHE41 V. A. (Head Veterinary Doctor of the Gulyai-Pol'skii District, Zaporozhle
Gblast'~.
"St4chybotryotixicosis infection in sulne"
Veterinariya, vol. 39, no. 9, September 62, p. 32

K Os I I E-VOY ~ V.A., vr-Ich
,vy of' gastrolnll,-5tiral d.-JLsi~,,,.,-l---s in newb~~rfi
P-npfly).~,~-.in and tberft- -1
calves. Veterinariia 41 110-4:4-5 A~ 165. (141RA 3,8:6)
1. Terriopollskaya gosudarstvannay'a opytnaya stantsiya.

KOSMTOYY V.A.
Stachybotryotoxicosis in wdne. Voterinariia 39 no.902-33 S
162. (~ff RA 16:10)
1. Glavnyy veterinarnyy vrach Gulyay-Pollskogo rayona, Zaporozhskoy
dblasti.

L9 0
85186
S/135/60/000/003/003/005
A115/AO29
AMHORS: Davydenko, I.D., Candidate of Technical Sciences, Koshevoy, V.F.,
Nosenko, A.I., Graduate En, I
.7.neers
TITLE: Electric Slag Arc_.Held n I )(18H 9T U 118N9T) Plate St'gel
L_g o:,
PERIODICAL: Svarochnoye proizvodstvo. 1960, No. 3, pp~ 23.,2?
TEXT- The authors discuss t-~~chnologicad, featunTs of ele-,ric slag butt
welding of 5-m long joints on z~tainless steel plates-k Tests were performed with
an A -340 (A-340) single-electrode device fed by an c m- i ooo (Psm- 1 o0o) welder.
A 14 0-5 (A0-5), A H -26 (AN-26), 48- o 0 -6 (48-OF-6) f luxes and 3 mm C a- / 25 H 13
(Sv-Kh25N13), C[3-1)(18H9T(S-;r-1Kh18Nqr,, and CB-iX18H99 (Sv-lXh18NqB) filler
wires w9re tested on 36, 60, 75 mm thick and 700-1,400 mm long '~X18H9T
(1Kh18N9T) steel plates and on boiler sholls of 3,100 mm In diameter composed of 6Q
75 and 90 mm thick 700 x 5,200 mm sheets, The length of shells was 700, 1,400
and 2,100 mm. The 36 m plates were welded at a filled-,rod rate of 2~.6 n~/h,
500 amp, 40744 v, welding rate 1,5 m/h, throat depth 4-50 mm, butt distance 28 mm~
The variations in the chemical composition of basic metal, filler wire and seam
metal are shown in Table 1. Corrosion-resistence of joints was examined accord-
card 1/4

85186
S/135/60/000/003/003/005
A' 115AO29
Electric Slag Arc Welding of lX18 H9T (~IX:hift9T) Plat.R 3~,eel
ing to methods A-1 and A-2 of rocM32-!q (GosT 6c)32-51) or 90 x 25 x 3 mm
samples shown in Figure 1. After 48 'hours of boiling in a copper. sulfat-& anci
hydrosulfuric acid solution the samples were inspected to the loss of mr-tuallio
sound and bent at an angle of 900. Austenization included exposures to 1,050-
1 0700 C for 15 minutes. Results of these tests are shown in Table 2. The a.-
mount of ferrite phase determined with a TqNIITMash magnetic ferrl"-Meter on
samples (Fig. 2) is shown in Table 3. Metallographic examination rev'salsd no
cracks or impurities (Figs, 3 and 4). Figure 5 shows hardness zon-es of the weld-
ed joint. Mechanical tests gave satisfactory r6sults, and highe!,.t oorrosion re-
sistance was established in Joints welded bV Sv-,IKhl8N9B wires with '48-OF-6 flux
and Sv-lQi25Nl3 wires with 48-op-6 and AN-26 flux. Flux 48--OF-6 is less oxidiz-
ing than AN-26, but the latter Wts superior technological properties. For -#.'ald-
ing of 60-75 mm thick and 700-1,1100 mm long plates the ductility of 48-OF-6 f1.UX
was increased by addition of A10 flux re-
,C)3 and reduotion of CaF2. This modified
ceived the designation TIG-HY (TKZ-NZh). Its chemical composition and welding
conditions are given. Sv-lKhl8Ncl)B filler wires with TKZ-NZh and 48-OF-6 f luxes'
Sv-lKhl8N9T wires with TKZ-NZh fluxes and S%,-Kh25Nl3 wires with AN-26 fluxes were
used., For welding with Sv-lKhl8N'9B wires I % of aluminum powder was added to ths
Card 2/4 -1

851M
S/135/60/000/003/003/005
A115/AO29
Electric Slag Are Welding of ! X 18 H 9-r (lKhl8N9T) Plate Steel
~y
flux to reduce niobium wiste. This produced good results. For Sv-lKhl8N9T
wires the flux was--e-n-rTched by 15 % titanium aluminate ceramic concentrate bound
with water glass. This diminishes titanium wastes but complicates the flux pro-,
duction. The chemical composition of bazic metal '- filler wire, filler metal,
and the amount of o(-phase ure given in Table 4. All tests were made according
to methods A-1, A-2 of GOST-6032-51 and AN rOCT 6032-58 (AM GOST 6032-58)
and revealed high corrosion-resistance of seam metal and fusion zone. Mechani-
cal tests were satisfactory and are giviin in Table 5, No defecta were revealed.
A typical macrostruoture is shown In Figure 7. The microstruature of all types
of surfaced metal were OC-phase carbiden. A new type jet described by the Plant
for this welding method is given. 700-in shells consisting of two half-shells
were welded by longitudinal seams. Othors were welded of 2-3 prefabricated
sheets which simplified the process. ReInforeed joints of welded shells were V~
abraded and then subjected to austenizw;ion at 5700C for two hours and at I,Q50-.
1,0700C for 1.5 minutes per 1 mm of weld. At 800-9000C some welds with girth
joints fracture and crack during calibration due to heat deformation of the me-
tal. This can possibly be prevented by austenization and subseauent cold cali-
Card 3/4

S/135/61/000/012/005/008
A006/A101
AUTHORS~ Medovar, B. I., Doctor of Technical Sciences, Puzrin, L. G.,
Engineers
TITLE- Automatic multi-pass submerged are-welding of 1X18HqT (lKhl8N9T,)
ateel platea
PERIODICAL: Svarochnoye proizvodstvo, no. 12, 1961, 15-18
TEM Information Is given on results of investigations carried out in
1958-59 by the Institute of Electric Welding and the "Krasnyy Kotel'shchik"
Plant. The investigations were made for the purpose of developing a technology
for automatic multi-pass submerged are welding of longitudinal and circular
seams on 60 - 90 mm thick lKhl8NqT steel containers operating at temperatures
not over 4000C. Various types of specimen were subjected to mechanical and
corrosion tests to determine 1) the ef:Lleot of self-hardening of the weld-
metal on its mechanical properties; 2) anisotropy of the mechanical properties
of the weld metal, 3) least critical time of holding the weld metal at
600 - 7000C until the metal suffers intercrystalline corrosion. It was found
that the following materials and welding conditions yielded satisfactory resul~;s-,
Card 1/2

S/135/61/000/012/005/008
Automatic multi-pass submi~rged are welding ... A006/A101
Grade CB-04X1qHq (8v-04Kh19N9) and CB-04K1qHqC2 (sv-04Khl9N9S2) wire; flux
AH -26 (kN-26) containirg in %: S102 30-32; CaF2 20-24; CaO 5.0 - 6.5; MgO
16-18; A120 20-22; MnO 2.5 - 3.5, FeO-(- 1-0. S not over 0.07; P noi over
0. 10, and 115- 14 (ANF- 14) containing in %: Sio 14-16 - CaF2 60--65; OaO 4 6;
10-12; FeO< 1.0; 3 not over not over 0.02. Welding
MgO 4-8; A1203 0.97; P '
~~ondit'ions were corrected by reducing current intensity and increasing weilding
speed, nwnelY 550 amp for bead 1, 640 amp for bead 2 - 12; 720 amp for bead 13
and the following beads; are voltage was 36 - 38 v, welding speed 25 ut/hour.
,,n the basis of + e experimental investigation, satisfactory weld joints are
th I
ob~.-ained with Sv-041U,_1qN9S2 wire with ANF-.i4 flux of dry granulation. It was
furt-hermore found that during tensile tests at room temperature, anisotropy of
t-he mechanical properties of nraltipass seams was practically absent. Only
.oughne5s was different for-some specimens. This difference disappeared after
austenization. The least critical time un-z;11 the appearance of intercrystal Iine
corrosion sensitivity Is 30 min (at 6000,C) after austenization for joints
welded with Sv-04KhlgNg wire under,-An-26 flux. There are 6 tables and 7 figures.
ASSOCIATI-ONS- Institut elektrosvarki ImenJ Ye.O. Fatona, AN USSR (institute of
Elect ric Welding imeni Ye.O.Pator, AS UkrSSR); Medovar, Puzrin,
Ko!ihevcv 'TaganroRsklv zavoc. "'K-asr-,Yy kotel I shnhik" (Taganrog
I ~ - .1 '
"Xr,a,-nv_Y Ko-t~! lshohlko DlFinfll
2-12-

45232
S/769/61/000/000/001/004
AUTHORS: Davydenko, I.D., Koshevoy, V. F., Nosenko, A. I.
TITLE: The metallurgy and technology of submerged electric slag welding of
lXl8H9T (lKhl8N9T) steel.
SOURCE: Avtomatizatsiya i mckhanizatsiya svarki; novoye v svarochnorn
proizvodstve na Taganrogskom zavode "Krasnyy kotel'shchik." Comp.
by M. V. Korsunov. (Rostov) Routovskoye knizh. izd-vo, 1961, 3-26.
TEXT: The paper describes the welding of great thicknesses (50-100 mm and
more) of stainless steel for petrochemical and chemical installations. Steel IKhl8N9T
of up to ZO-mm thickness is welded in two-sided automatic electric arc welding
under flux. Ordinary one-pass electric-slag (ES) welding (W), such as is practiced
on structural steels of great thickness (Th), is not practicable with lKhl8N9T steel,
because it has an austenitic structure and its linear expansion coefficient is so great
that joint-gap problems aris'e during W, and -the maintenance of a steady arc (A) is
uncertain. The single-pass automatic ES 'W* was perfected to obviate the danger of
A failures. 5-m test W were performed with the self-propelled single- electrode
A-340 reverse- polarity a. c. equipment, supplied from a 11CIV-1 (PSM) arc welder.
Metallurgy: 4 fluxes and 3 W rods were tested (full-page tabulation). The basic W-
process parameters were held constant in all tests. In no instance did the steel
develop either hot or cold cracks. The newly developed TK8 - HE (TKZ-NZh) flux
was found to be more suitable for ES W tharL the AHO-6 (ANF-6) and 48-0"
Card 1/3

45234
S/769/61/000/000/004/00-1
AUTHORS: ~ ~shev Nosenko, A - I.
TITLE: AVC1di11L" or 1,C66,:IS nlaee 01, Sloe!
SOURCE: Avtornatizatsiva I me",hanizarsiva svar."~i; novo,..c: %, svarocknorn
pro;-,-,vr,dstvr-- na Ta-anrogskom zavocle "Kra-.~;ilry '~-.otc'Pshchik. " Con-ip.
by M.V. Ko,--sunov. (Plostov) Rostovsk-oyc kkn-;~h. 4---ncl-vo, 11961, 82-93.
TEXT: The pap~.r describes a process of single-pass autornatic and
manual arc welding of 0-Pnin Chick 1K1,-,1SN9T stz,;,-xlcss stecl, witlh Qspocia-1 a-ppli-
cation to 100-r.-13 vessels !or use at extremely low temperatures (below
The probic-1 is to find a welding procedure tl-.at would produce Nvelds cornpirablc in
L L% - C) p: -n e n t
low- tcjy, ratu r e - T), a.,;t~.c ity properties 'to thoit;e of the I-hISN9T Steel. T),~Vej
of subi-n ~ r g c d- auto-natic - f lux- we Iding proces.s: 2-ra lonf, welcis were the
initial butt-joint gap was -1. mm wide. The T~,~-32 (TS-32) vieldiny rnacl-line o:~' the
Institute of Electric Welding imeni Ye.O.Pat.on was utiliZed. Welding -,virc
CB -0Y-10'11-19 (Sv-0K1-,18Ntq) 3-mm and 4-rnm diam and Sv-lXhISN9T 4-n-im diam,
was usud with AH-20' (AN-26) flux. A steady arc was achieved at all tirnes
C-lectric characteristics of the machine are described). Weldinc, %vas done with
Ca-,d 1/3

of vessuis rnF.-d,-:- of staialess stool ...
-.)---5s on the onposite side. Non-fused a_~e_n s xvE!r,; D~., r,,rinCina anc
C'neynical corn-Dos,_-,ion ana L- Oias,~ co,,tent Cf ,-0 n-_ Ct a I a r e z ai
e t 10 r a P h, C.;d not z--y de-I'ects. The wcic, ;7,-.
structure ,vmci) ,vas Llustc~nitilc with f(~Yr-_Ac
-ZICt-ol-y mcc~,anicz_,! test viero obtained at -r-'0 n d I a ti o:-
_:.,ack-uT3-ba-_- nroblems: _n orcer to Drevent the Ci_ Cu bac'k-un
T'ne naornent of o-Danin,o oi thc_ weldin-g- ci~cui;t at tile end of a DuLt joinz a:-Ici to eiinnina:,.
undercuts 7-lon.- the oc-gfos of the :.-uverse side o,-' a sulam it is non S -
;.J-jIe that (a) rnore ma_,;:~_M~ back-up bars with de-p,~ndLble xvatei- c o o I i., ou usuc;
veidina be clone by Hrect-polarity d.c. (0 thc aroove -in the back-un be
Circular.
For rnatttriaj th(; "rGOVC ShOU'd bO Z5 MITI W~C_~L! I
-Welcling of vassels: Tile vcss,-Is cons-sted of cylindcrs wi*,!i spher-
cal ends. The procedure, comprising auton-iLtic Nveldin, of individual plates into
-lats and rnanuz~! vveldin- of the closing Ionri_.Lld"i.'!L_1 vvold and the annula-_- wel(~z_
,s dc-ccribed in dc-tail. Tfic-ze are 6 fiau--es, -'. tahlc:~,, anc~ 3 'Bu,6:~;an-hinoua~~o
'11ces.
.:':.SSOCI.A_TION: Non,:
Card 3/3

S/135/62/000/006/005/014
A0,00VA 106
i
AUMORS: Yoshevoy, V. F.. Nosenko, A. ."., Engineer:,
TITLE: Auto:-.~atlc submerged-arc weldingof 1X1811~iT(lFh181,1~-IT) steel plate
PERIODICAL: Svarochnoye proizvodstvo, no. 6, 11062, 15-18
TEXT: The Instii-.ute of Electric Welding Imeni Ye. 0. Paton and the Tagan-
rog "Krasnyy kotel'shchil~" Plant carried oat investigat-jons to develop a tech-
nique for the automatic multi-pass subnerged-arc welding of lKhl8119T steel
plate. In preJ4 m1nary tests "!00 x 400 x 73 mm plates were welded with 4 and 5
mai diameter CIB-01L X 19H. 9 (Sv-04inl"1411) wire under fluxes AH-26 (AN-26),
AHO-14 (ANIF-14) and AM-16 (ANF-16), ind circumferential welds were produced
on forged rings, 1005 m-, 'n diameter and 85 mm thick, wit': CB-04X19H9 (Sv-O4Kh
lQN9) 5-mm-diameter w1re -ander AN?6 and AbF-14 flux and vritii CB -006X 19H9T
(Sv-06n,19119T) wire unaer ANIF-111 f1lix, Tl,..e results obtained were used for the
manufacture of containers from 895-rimi-diameter forgings with 80 mm thick walls.
and from 45 and 2,0; thick lKhl8N9T steel. sheets intended to operate at
temperatures not ver 360 0C. The edges ol' the circumferential seams were
U-shaped. Welding conditions for the two initial layers were 500 - 550 MPS
Card 1/3

Autorc-atic submerged-are weldl.ng ...
S/B5/62/0'0G/006/G05/0! -
A0061A IrO6
current; 34, - "C") v are voltage, and for the following passes 600 - 700 amps
and -1-81 v, respective'y. Electric slag welding was used for the longitu-
dinal After welding the shells we:-e aiistenized and stabilized, and then
subjected to mechanical tests. The results obtained are given in table The
inveslL-:gations lead to the following conclusions: In automatic*welding IKhl8N9T
nteel plate wit), -~he use of Sv-O4j(1*A1)N9 wire (with a Cr-N1 ratio '1'- 1,95) -and
Sv-06KhIQNC)T were combined vjith ANF-14 flax, high-quality weld joints, resistant
to hot cracks, are obtained. Satisfactory formation of circumferential welds
is assured at a welding current not over 700 amps. AN-26 flux can be used in
I
combination with Sv-04KhlS)NP wire for multi-pass welding, but the phosphcrus
content must then be controlled and the hot-crack sensitivity of the wire
verified. In all welding variants the weld metal and the joint showed high
strength and ductility characteristics in. both heat-treated and intial state.
Card 2/3

S/-'- -:1'5/62/boo/bo0,'/0o,3,/b 14
Automatic submerged-are welding ... A(-')-",6/A 106
Table 4: Results of r-iecharical tests of c-4rcumferential ;..,f-,lds
I Thickness of
Ultili"ate Hending, Toughness
t
the metal o
I heat treatment

trength
2 1
III 1g]
i
i
in kgm/
be welded
i n kg/mm n CM
in degrees

80
None 55.0 - 56.0 ' 160 - 1&) 26.5 - 30.5
55.2 180 27.9
:5-6.0 - 58-0 1 F\) -1R) 8.5 - 27 D
45 StabilJzlng annealing 1
56
9
1W
1,1
0
. .
r
v
58.5 - 59.0 1W. - 180 12.4 - 22.0
23
58.6
180
18.y
There are 4 tables and 5 figures.
ASSOCIATION: Taganrogskly zavod "Krasnyy kotellshchi k" (The Taganrog "Krasnyy
koteltshch-lik" Plant)
Card 3/3

_ _VJ., konstruktor; DUBROVSKIY, V.Z., konstruk
_Kp~lTypY, Itor; ZASLAVSKIY, Ye.G.,
konstruktor
Recommendations on the operation of TE10 nnd TEP10 diesel locomotives.
Elek. i tepl.tiaga 7 no.11:33-35 N 163. (MRA 17:2)
1. Kharlkovsl,,iy zavod transportnogo mashinostroynniya.

.:. . DUBROVSKIY, V.Z., konstraktor~ ZASLAUSM, le.G., konstruktarj
.jMaVCff - konstruk-tor
, V.I.
. -0,
Electric circuit ot TEN and TEP10 dissal loemotives.
Elek, i top!, tiag& 7 no.10:24-26 0 163. (KIRA l6ti-1)
1. Kharikovskiy maahinostroitellnyy zavod im. Malyeheva.

FAYNGOLID, I.Ya., lash.;. XOSMOY, V.I., ingh.
TH10 main-line diesel,locamotive. Slak-i tePl-tiaga 3 no-?:
4-7 J1 '59. (MRA 13:3)
(Diesel locomotives)

ZASLAVSKIY, Yefim Grigorlyevich, imh.; FORTROY, Vladimir Isaakovich,
inzh.;-4~L~~PQY, Vladiydr Djanovich, inzh.; DUBROVSKIY,
Vladimir Zakharovic'h,, in;;h., RSAREV, A.P., inzh.,,
retsenzent; SrRELINIKOV, S.V., inzh., retsenzent; 1,,ELINIKOV,
V.1e., red.
[Repair of TBIO diesea locomotives in the roundhouse] Ile-
mont teplovozov TEIO v dEIP0. Yoskva, Tranmort, 1965. 90 P.
18:2)
1. Kharlkovskiy teplovonstroiteltrgy zavod imeni
V.A.Malyshava (for Zaslavskiy, Portnoy, Koshevoy, Dubrovskiy).

L 36471-66 EWP(m'j/wT(l) W/GD
ACC NR: AT6016715 (rJ ) SOURCE CODE: IJR/0000/65/000/000/0~ii/O~32~
AUTHOR: Berkovskiy, B. S.; Koshev-oyl V. I..
ORG: Institute of Lydromechanics AN UkrSSR_(Institut gidromekhaniki &I
AN Ukr99R)
TITLE: Motion of a tbin abape at arbitrary distances from solid and
liquid boundaries
i
SOURCE: AN UkrSSR, Gidrodinamika bol'shikh skorostey (Higb speed
bydrodynamics),, no. 1. Kiev., Izd-vo Naukova dumka, 1965, 21-32
TOPIC TAGS: fluid flow, boundary layer tbeory,, hydrodynamic theory
ABSTRACT: The plane linear problem of the mction of a tbin abape
reduces to a singular integral equation of the form
+1
k (x- -s) (s) ds=
1wbere
ir
e 27
k(x)-Re -L+
-41h
1/2 x x- Qh -.2

L 36471-M
ACC NRo AT6016715
The article considers the cases wberei
Frmcc; FrmO.
Equation (1) than assumes tbe form
+1
7(S)[-i-:+.sigiiFr x-S C,(s--2Ar(x)
The remainder of the article is devoted to the matbema-tical
development of the problem in tbase 'terms., Orig. art. has., 45 formulas
SUB CODEs. 20., 12/SUBM DATE-- 30sep65/ ORIG REF: 004
~
2/2

KOSHMY, V. mi.
4523- KOSHEMY, V, KR.-Konveyernrye roliki na zhelezo-keramicheskikh podshipnikakh. M.,
1954, 20 a, s cherto 22 sm. (14-vo ugollnoy prQm- st SSSR, Tekhn. upr. Tsentr.
in-t tekhne infomatsii)o 2,000 ekz. bes.pl.-155-57j2p 621.822
SO: Knizhnaya LetopoisIg Vol. 1. 1956

KOShEV(JY, VAL
Reaction ol" chickens with gouL to the inj~!ct--~cm cf' pj*~-.enotrliazine.
Veterina-ri.,la 41 no.9-82 5 16~1. rl"IMA,
1. Zaveduyiishchiy Gulyay.-Pollskoy veLc)rinarnoy lechebritsey,
7aporozliskaya oblast'.

ARZHANIKOV, Nikolay Sergeyevich; SADEKOVA, Galina Sadekovna;
KRASNOV,, N.F., doktor tekhn. nauk prof., retsenzent;
KOSHEVOY
-~'J _,V' dots., retsensent; DANIIDV, A.N.,
_COZZ , retsenzelnt; BELYAKOVA, Ye.V., red.
[High-velocity aerodynamics] Aerodinamika bol'shikh sko-
rostei. Moskva, Vysshaia shkola, 1965. 558 p.
(MIRA 19:1)
1. Zaveduyushchiy kafedroy aerodinamiki Moskovskogo vys-
shego tekhrdnheskogo uchilishcha im. Baumana (for
Krasnov~, ?.i Kafedra aier.odinaildki Moskovskogo vysshego
tekhnicheskogo uchilishcha im. Baumana (for Koshevoy,
Danilov).

DMITRIYEVSKIY, Andrey Aleksandrovich; EDSHEVOY, YEpyolod Nikolayevich;
KISEIZV, S.P.,, red.; MEDVIKOVAJ*-~N.., tekhn. red.
(Pbysical foundations of rocket flight]Fizichaskie osnovy po-
leta raket Moskva., Voenizdat, 1962. 77 p. (MIRA 15-9)
(Rocket; (Aeronautics),) (Space flight)

KOSEIEVOT, V.V.
Obsorvations on phytoplankton in the Black Sea near the coaut
of Karadag. Biul.Okean kom. no-3:40-45 '59.
(HIRk 13:4)
(Black SGa-Phytoplankton)

ACC A-1602043~3 SOURCE CODE: UR/0000/65/000/000/0129/0137
OR: Xo:;hevoy, V. V. (LI vov) Pervushin, V. I T I Vo,,I)
,ITLZ: The an?,11cation of modeling to geoacoustilc probing
S3URC"_7- AN UkrSSR. Teoriya i elementy sistarm othora geofizicheskoy informats-ii (TheorX
and cloments o.' syste-ms for selecting geophysical in.-LEOM, ation). Kiev, Naukova dum'ka,
"965, 1-9-137
TO?IC TIIGS: acoustic reconnaissance, acoustic wave, seismic modeling
ABSTRACT: dasign and use of models simulating the sound propagation conditions in
,;'.a -_ized oi;z so-21s of :L-ivoiy Rog are cascussed. The purpose or the study was to
evaluate zhe c:~~-ors due to so-called "acoustic shadai" which develops ill nined out
:soils. Sirce mmazhcmatical analysis of this problem is very di-fficult, rsaasorz was race
To modals. au7I-Iors used radio waves instead of visual waves in order to better co,,I-:
The ore bodies and stones were made of wood, plasticene,
?rolon, paz-affn and polyethyle-ic, in varlola_' -co-Me'CrIc and irregular s1hapes. The autth-
h
.ors conclu_`e t._= acoustic shadow varies i-n widt. as a function of the dstznce between~
the anomaly ;-rd tha observer. Orig. art. has: 5 figures.
:SUB CODE: 00V SUBM DATE: l04Nov65/ ORIG RM 007
Card 1/1

;~. KDSHEVOT,--V.-V.-
Q~mntitativo distribution of phytoplankton in the Black Sba.
Trudy Gidrobiol. ob-va 10;197-200 160.. (MIRA 13:9)
(Black Sea--Phytoplankton)

KOSHEVSKAYA, L.S.
Changes in the heart in patients with rheumatoid arthritis.
Vrach. delo no.1'1:24-26 N16.3 (MIRA 16:12)
1. Kafedra fakulltetskoy terapii (zav. - prof. B.S.Shklyar
(Deceased] Vinnitskogo medit;3inskogo instituta.

KOSHEVSKAYA, L.S.
Intra-ex-ticular injections of hydrocortisone in compound treat-
ment of theutatoid arthritio. Vrach. delo no.4t 7-148 Ap163.
I~M 1617)
1. Kafedra fakulltatokoy terapii (zav.-B.B.Mlyar [deoeased])
Vinnitskogo meditainskogo instituta.
(ARTHRITISs, MMUTDID) (CORTISOL)
(INJECTIONS, INTRAARTICULAR)

_x 133-10-21/26
AUTHOR: Koshik, A. I. and Barziy, V. K. Engineers.
TITI;dli Non-Metallic Inclusions in Iarge 08Ki1.Ste41'Ingata_i,.,i.
(Nemetallicheskiye Vklyucheniya v Y,,rupnykh Slitkakh
Stali 089T1).
PERIODICAL: Stall, 1957, No.10, pp. 943-945 (USSR).
ABSTIPMT: The nature and the distribution of non-metallic
inclusions in 9 to 14 t. bottom poured ingots of O8KV
steel produced in 195 t.,, basic open hearth furnaces
were investigated. It was found that large silicate
inclusions were mainly d`Lstributed in the bottom part
of the ingots and small Inclusions in the crust zone
or throughout the whole 'volume of the ingots. Complex
oxide inclusions containing a large proportion of
manganous oxide were sitaated mainly in the top and
bottom parts of 14 ton ingots, and in 9 t., ingots
mAinly in the zone of hcneycomb, blow holes. In the case
of 9 t., ingots the aboNs positioning of inclusions
was explained by an insuifficient boiling of metal in mould&
Sulphurous inclusions of FeS and (Fehtn)S types were
mainly distributed along grain boundaries near to the
blow holes in the upper part of the ingots. In ingots,
the metal of which was 'Doiling insufficiently in moulds,
Card 1/2the above inclusions were observed in the zone of

133-10-21/26
Non-Metallic Inclusions in Large (%kyr Ste4Ln,.l -1-jIgdt &,_' 1, -.
secondary blow holes. There are 7 figures.
ASSOCIATION: Zaporozhstall Works. (Zavod Zaporozhstall ).
AVAILABLE: UbraX4 of Congress
Card 2/2

KOSHIN. T,F.., CRISHIL09 A.F,
P---- -- 0 -
Effact of tetracycline om t1ie glycogan-formIng Of
th,~ liver and the intestinal microflora in white mice.
Antibiotiki 10 no.?-,,636-640 31 165,, (MrRA
1. Kafedra patologIchaskoy imatorrill (zav,,. prof. A,V,. Qosunov)
i kafbdra m1krob.1ologii prof~ "JO.L Ivanovat Ivano.,
Frankovskogo meditsinskogo instituta.