SCIENTIFIC ABSTRACT MALEVSKIY, A.YU. - MALEVSKIY-MALEVICH, S.P.

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• Collection: Scientific Abstracts
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• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


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wAmxuKOV& A*Tj 1~ MWIMIT, A.Tu.: SWIRO. Tu.L.
Investigatlng x~~ furnace sawlting of oxidesed niolml ores by
freezing ihe furmace* liv. vys. ucheb. sav*; tayet, x9t# no,2s
5540 '58. (MMA 11:8)
1; Nodcovskly Institut tffweta7W metallov i zolota. IlLfedra
meta3lurgil tyashelyidx tffiStm7lCk-Uqtallo,~.
(3Wio)wl-Ylbtall;urg7)

S/137/62/000/005/040/150
A0061AI01
AUTHORS: Vanyukov, A. V, Utkin, N. I., Malevskiy, A. Yu.,* Popkov, A. N.
TITLE: Behavior of chromium In processing oxidized nickel ores
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 5, Ic)62, 22, abstract 50139
("Sb. nauchn. tr. In-t tsvetn. met. im. M. I. Kalinina", 1960,
V. 33, 51 - 66)
TEXT: The authors studied behavior of Cr during melting of oxidized Ni
ores and its effect upon the properties.of slags. There are 24 references.
G. Svodtaeva
[Abstracter's notes Complete translation]
Card 1/1

IMMLVSUY, A*Yu.
I
Iffect behavior in the process of roasting sulfide gold-bearing
.-concentrates. TSvet. met. 33 no.10:38-44 0 160. (MIRA 13:10)
(Nickel-Metallurgy) (Chromite)

VIKTOROVICH, G.S.; LISO%'ShlY, D.I.; MALEVSKIY, A.Tu.
C'.tudying the interuction of nickel oxide with iron In the solld
,,%ase. 1&. vys. ucheb. zav.; tavet. met. 5 no.4s86-94 162.
OM= 16: 5)
1. Moskovskiy instibA stali, ',bfedra metallargii i fizicheskoy
khi*ii tavetnykh metallov,
(111:1,zktl (Iron oxide) (Phase rule and equilibrium)

LISOVSKIYO D.I.; M~~VSKIY, _ A.Yj,.; .07-!~!"rIOUH, G.S.
Interaction of the caqor~ante of the system Fe - Ni - 0 in
solld phases. Izv. vys. wheb. sav.; tavet. met. 5 no.6:
50-56 162. (MIRA 16:6)
1. Moskovskiy inatitut stali i splavov, kafedra metallurgii i
kamplekanogo isgollsovaniya pollmetallicheshikh rud.
atem(Chemistry))
(Phase ruls and equilibrium)

SHIRNOV, A.S.; MALEVSKIY, A.Yu.; VANYUKOV, A.V.
Converting nickel-be-aiing copper mattes. T3vet. met. 35 no.l:
31-37 Ja f62. (MIRA 16:7)
(Copper-Metallurgy) (Nic.cel-Metallurgy)

ACICESSION NR: AT4042139 S/2677/63/000/018/0030/0043
AUTHOR: Malevskiv.. & Yu., Rikhter, T.* L., Veres, G. 1.
TITLE: Lead-bismitth sulfo salts and isomorphic substitution In them of selenium for
sulfur
SOURCE: AN S.SSR. Institut mineralogii, geokhimit I krist-.Uokhimii redkikh elementov.
Trudy*, no. 18, 1963. Eksperimentall no-metodichoskiye issledovaniya v oblasti
mineralogii I geokhimii redkikh elementov (Experimental-methodical studies in the ffold
of mineralogy and geochemistrypf rare elements), 30-43
TOPIC TAGS: mineralogy, geochemistry, solid solution, lead sulfide. bismuth sulfide.
lead selenide, bismuth selenide, sulfur selenium isomorphism, lead bismuth salt,
isomorph.c substitution, crystallography, debyegram
ABSTRACT: In a study of the isomorphism of selenium and sulfur in lead-bisi~uth sulfo
salts and the individual characteristics of the salts, a diagram for the polythermal cross
sections of the PbS - Bi2S3 - Bi2Se3 - PbSe system was plotted for melting points up to
600C. The test samples were prepared from the individual elements in quartz vacuum
ampules at 900-1200C. The molten material was then cooled rapidly to a temperature
5-10 C below the peritectic, hold for 0-12 hrs. and annealed for 50-360 hrs. at 600-800C.
Card 1/3

ACCESSION NR: AT4042139,
-calibrated 57.3 mm cham6ee.
The debyegrams of the sampies were prepared in a'.NaCl
The crystallographic characteristics and x-ray examination results of the obtained
Pb4Bi2(SxSel-x)7, Pb3 Bi?,(SxSel x)6-y, and PbBi2(SxSel-x)4 salts are discussed in
great detail. Etching HNO3 was found to facilitate the revealing of phases. Different
degrees of isomorphism of sulfur and selenium were established in different individual
compositions. Most of the compositions obtained were found to be combinations of
individual compounds (see the Enclosure). Orig. art. has: 12 figures and 1 table.
ASSOCIATION: Institut mineralogii, geokhimii i kristallokhimit redkikh elementov AN
SSSR (Institute of the Mineralogy, Geochemistry and, Crystallochemistry of the Rare
Elements, AN SSSR)
SUBMITTED: 00 ENCL: 01
SUB CODE: ES.IC NO REF SOV: 008 OTHER: 009.
2/3
Card

ACCEMON NR: AT4042139 ENCIDSURE: 01
PbS4 Obs
Fig. I Areas of solid solutions
.N
in the system
PbS-Bi2S3-Bi2SE3-P bSe
(the numbered points re-
present the compositions
of the natural materials
studied)
is
if
is
V 44 4C 41 (0 41 a (4 I
3/3
Card

POPOV, S-A-. kand.tekhift.nauk; HAMVSKIY. N.P., inth.
'k-
Instrument for measuring macro and microroughness of working
surfaces of grinding wheels. ISV. vys. ucheb. zal.; me8hinostr.
no.1:122-127 '58. (MIRA 11:6)
l.KoskDvskoye vyesheye takhnichookoye uchilishe im. Bauman&,
(Grinding wheels--Testing)
(Ilectronic instruments)

POPOV. S.A., kand.takhn.nauk; MALEVSKIY, H.P.0 insh.
-1--.. .. I. - ~ I -
Relationship between the macrogoometry of working surfaces and
unbalance of grinding wheels. Mauch.dokl.vys.shImly;maah.i
prib.no.1:147-151 ' 58. (MIFLA 12:1)
1. Predstavlono kafedroy "Teoriya mekhanizmov I mashin" Moskov-
skogo vyashego tekhnicheskogo uchilishcha iment H.S. Baumana.
(Grinding and polishing)

KATSEV, P.G.; YEPIFANOV, N.P.; DENISOV, P.S., inzh., retsenzent;
-H&IAKLI-Y, N.P.-, inzh., r~d.; GARANKM, S.P., red.izd-va;
TIKHANOV, A.Ya., tekhn. red.
[Nanual for broaching-machine operators] Spravochnik pro-
tiazhnika. Moskva Mashgiz, 1963. 254 p. (MIRA 16:7)
(BroAhing machines)

0-6*40000 so* a Coo @I

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0 %'.% 7'ttdg IN Meml. 1938. M., Ill, V 10~
A
,I a 11. cApkirstory Wink hx~ addrd t,. ih, kto,wil f..
'mirrip. fr4i` Pb At),$ 711 'Wes. Ilf,whicli'm of In "it, mill.
S."r" and that 4 I'll &M%, 44 the if Ifit- - "1"1
1--yrar Plan. Altai hfinintain regifits i- %fm~ciajjv riot
fit tam. Crf^q t,d It, .-ti"jt.
.,rf,)Fq huch a.R 111tilding Imil 11flit-11CIA putircly 11W0 12rg, Nr
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mmmny, Y. a.
"The Cooper and Lead-Zinc Industry -'m
the Third Five-Year Plan", Tsvet. 1,14A.
14, No 3, March 1939.
Report U-1506, 4 Oct. 1951

KAIVSKIY.Yu.B.
--
Yelectron microscope weld structure InveatIgation by the colloid
replica method. Avtom.evar. e no.4:69-72 Jl-Ag'55.
(KIRA 8:11)
1. Orden& Trudovogi Krasnogo Znameni Justitut alektroavarki iment
Te.O.Patona Akpidemil nank USSR
(Electron microscope) (14stallography)

USATICIN, B.S.; KAMVSKIY, N.I.; MLEVSKIT, Yu.B.
Investigating the structure of ferrite in Bessemer steel
velds by means of an electron microscope. Avtom. ever. 8
no.6:96-98 &D 155. (PT-TIA 9:2)
1.0rdena Trudovogo Krasnogo Znameni Institut elektroavarki
imeni Te.O.Patona AN USSR.
(Ferrite--Ketallography) (Electron microscope)

AID P - 45o6
Subject USSR/Engineering
Card 1/2 Pub. 11 - 4/12
Authors Ma*%.evskiy, Yu. B. and G. F. Darovskly
Title Reproduction of Titanium Replica for Electron-
microscopic Examination of Welded Seams.
Periodical Avtom. svar., 2, 22-26, Mr/Ap 1956
Abstract The authors present their method of obtaining titanium
replica with the second phase particles based on the
electrochemical division of phases. Obtaining of a clear,
higher quality replica which does not require further
treatment or washing was found possible. In contradiction
to the opinion of SILigeto Uamaguchi and Tadavuki Nakavama,
expressed in "Titanium Replica for Electron Microscopy"
(journal of Applied Physics, v. 24, 5, 1953, 658) the
authors state that such a replica-film (of 99.6% clearness)
can be used for electron-microscopy because a good titanium
film can ti-e detached from the surface of welded seams by
means of gelatine. The UEM-100 electron-microscop of

Avtom. svar., 2, 22-26, Mr/Ap 1956
Card 2/2 Pub. 11 - 4/12
AID P - 45o6
domestic make was used. Six electron-microphotolraphs
and one sketch. 6 Russian references (1944-1955 and
1 American reference.
Institution : Institute of Electrowelding im. Paton
Submitted : D 16, lgrD5

L-C,-
V C~
AUTHORS: Malevskiy, Yu. B. and Medovar, B. I. (Kiyev).
TITLE: On the germination-and the growth of the a- hase in
pure austenitic weld 6eams of 25 (Cr)-20 (W type steel.
(0 zarozheenii i roste 0-fs~zy v ohisto austenitnykh
evarn7kh shvakh stali tipa 15-20).
PERIODICAL: "Izvestiya Akademii Nauk, Otdeleniye Tekhnicheskikh Nauk"
(Bulletin of the Ae *Sc Technical Sciencea Section),
1957, No.8, pp.84-88 (i*'S.S.R.)
ABSTRACT: Some authors, including one of the authors of this paper
(1-3), express the view that the a-phase grows directly
from the austenite. Other authors, for instance,
Pivnik, Ye. M. (4) consider that the appearance of the
a-phase precedes y to a transformation, whilst Lismer, R.E.
et alii (5) express the view that the a-phase evolves from
carbides. None of these views has been confirmed by
adequate data. Published work relating to the a-phase
do not contain information on observations of the -trqn forma-
tions taking place in the same part of the metal and for that
purpose the authors developed a method of metallographic and
electron microscope investigation of a definite section of
card 1/p- the metal. The specimens were first polished and etched for
microscopic investigation and then heated in a furnace to

24-8-U/34
the desired temperature in a sealed capsule inside an argon
atmosphere. It was established by electron microscopic and
X-ray investigation that the dark sections on micro-photographs
of austenitic weld seams.which represent the dendritic
stracture of the cast metal9consist of agglomeration of
secondary carbides of the type Me 33 '~; the concentration of
secondary carbides in an austeniti we d is shown in FiS.49
at magnifications of 12 500 and 9 500 respectively. The
process of growth of the a-phase in purely austenitic 25-20
type weld seams have a periodic character, the period of
growth of the a-phase alternates with periods of its dissolution.
With increasing heating duration the periodicity weakens and a
continuous growth is observed of the a-phase sections which
stops only after very lcug duration of exposure to the effect
of high temperatures. Fig-3 shows micro-photographs of the
weld seam obtained after annealing the specimen at 800 C
after 25, 50, 100 and 500 hours. Local plastic deformation
of the austenite brings about intensive y to a transforma-
tion. There are 4 figures, I table and 10 references, 7 of
which are Slavic.
SUBMITTED: March 18, 1957.
AVAILABLE: Libroxy of Cengreas
Card 2/2

KAWVSKIY, Yu.B.; DAROTSKIY, G.F.
Kethod of obtaining a collodion replica from a fixed microsection
for electron microscope investigation. Avtom.evar. 10 no.4:48-51
Jl-A9 '57. (MIRA 10:10)
1. Ordena Trudovogo Krasnogo Znameni Institut elaktrouvarki imeni
Ye.O.Patona Akademii nauk USSR.
(Metallography) (Ilectron microscopy)

MAIaVSKIY YU.B,4-4- HIDOVAR, B.I.
Secondary carbides and formation of the 6-phase in welded joints
In stable 25-20 austenite steel. Arton, svar. 10 no.5:86-94 3-0
WRA 10:12)
1. Ordau&,Trudovogo Krasnogo Znamoni Iustitut slaktroevarki im. Ye.O.
Patona AN USSR.
(Steel-Welding) (Metallography)

/////Zz- 1, -A "7 / / y
MBDOVAR. B.I.; MAIMVSKIT, Tu.B.
44% ..........
Effect of grain size on the transformation in 25-20 austenitic
steel and welded joints in the steel. Avtom.9var. 10 no.6:35-41
11-D 157. (MrRA 11:1)
1.0rdena Trudovogo Krasnogo Znameni Institut alaktroavarki Im.
To.O.Patona AN USSR.
(Steel-Metallography)

L LL ~- - / ~') 6-
AUTHORs KAIMSM, Yu.B., MOVSKIY, G.F. 32-6-20/5.4
TITL& Mrth)d oi Invesiigating a Problar Jn tbe Fleot-on Microscope. (Metul
lssle6c7aniye zadmwgo uchastka v elektronnom mikroskopee, Russiayi)
PERIODICAL Zavodskaya Laboratoriya, 1957, Vol 23, Nx 6, pp 702-704 (U.S.S.R.)
ABSTRACT: It is possible* with the help of an electron microscope, to solve
the problems connected with the investigation of the structural
properties of a metallographical ground surface. In connection with
some problem , as e.g. the investigation of processes of tha
mechanism of deformation, w7stallization, and decay, the
ity of the electron microscope is limited.
The methoa investigated here deals with granular changes 3-n tha
course of the aging process and the effect of reagents or- structural
composition. The method is carried out in the laboratory by Maws
of a colloidal mat. On the ground section a certain par. is se-
lected for the purpose of microscopic investigation- Next, se-Ftral
soldered places are examined and miarohardness 1.q determined.
The rounA surfaoe is rubbed with oottonwool aaturated wlth mathyl-
ated spirit and then dried with _uweauq nitrogen. A drop of
0,5 - 1% colloid aawl acetate is then dropped on to the surfac4.
Card 1/2

32-6-20/454
th
Method of Investigating a Problem in ' e Electron Microscope.
The part to be investigated is then miorophotograp;h,913 and tll,,q
granulation at the soldered parts is ixrresiigatel ak. a tempar-
ature, of 8000.
ASSOCIATICK: Institute for Electric Soldering at the Academy of Solence of
the U.S.S.R.
PFJOENTED BY:
SUBMITTED:
AVAILABLF.i Library of Congress
Card 2/2

SOV/ 137-58-9-19197 D
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 9, p 154 (USSR)
AUTHOR: Malevskiy, Yu.B.
a __--
TITLE: econdary Carbides and Sigma Phase in Austenitic Weld Seams
(Vtoriclinyye karbidy i sigma-faza v au~tAnitnvkh svarnykh
shvakh)
ABSTRACT: Bibliographic entry on the author's disser,.ztion for the de-
gree of Candidate of Technical Sciences, presented to the In- t
stroit. mekhan. AN UkrSSR (Institute of Structural Mechanics,
Academy of Sciences, Ukrainian SSR), Kiyev, 1958
ASSOCIATION: In-t stroit. mekhan. AN UkrSSR (Institute of Structural
Mechanics, Academy of Sciences, Ukrainian SSR) Kiyev
1. Seam welds--Phase studies
Card 1/1

1255-58-4-2/15
AUTHORS: Podgayetskiy, V.V., and Langer, N.A I Candidates of Technic-
al Sciences, Malevskiy, Yu.B., and Manzheley, G.P., En-
gineers
TITLE: A Study of Non-Metallic Inclusions in Seams Welded Under
Flux (Issledovaniye nemetallicheskikh vklyucheniy v shvakh
vypolnennykh pod flyusom)
PERIODICAL: Avtomaticheskaya Svarka, 1958o Nr 4, pp 10-23 (USSR)
ABSTRACT: A brief review of different opinions on the subject is given
*
fRef. 1-121 to demonstrate that
the influence of flux
on nbn-metallic inclusions has been barely investigated,
although the flux composition considerably affects the
structure of weld metal and its mechanical properties. The
experiment described in the article was carried out with
the use of fluxes "AN-5119 "AN-348-A", "AN-2011, "AN-30" and
an experimental low-silicon manganese flux, and standard
electrode wireof grades "Sv-08", "Sv-08G", and "Sv-10GS".
The compositions ofthe fluxes, wire, and the obtained weld
metal are given (Tables 1-5)- It was concluded that the
Card 1/2 content of non-metallic inclusions in weld metal, and the

125-58--4-2/15
A Study of Non-Metallic Inclusions in Seams Welded Under Flux
general oxygen content therein, increase with increasing
Sio content in the flux. The composition of non-metallic
i
inc
usions is determined by the flux composition and is com-
paratively little - affected by the composition of the
electrode wire. Non-metallic inclusions originate mainly
from the flux and change their composition within the weld
puddle. In the conditions of intensive mixing of metal and
slag in the puddle, the intensiveness of the extraction
of non-metallic inclusions apparently depends less on the
difference between the density of the inclusions and the
metal than on the inter-phase tension on the border bet-
ween them, The flux composition seems to affect the ini-
tial weld-metal structure by affecting the composition and
the thickness of intercrystalline layers, and not by affect-
ing the distribution of the non-metallic inclusions.
There are 8 figures, and 21 references, 18 of which are
Soviet, 2 German, and 1 English.
ASSOCIATION; Institut elektrosvarki imeni Ye.O. Patona AN UkrSSR (Elec-
tric Welding Institute imeni YeaOc Pa,'.*on of the AS UkrSSR)
SUBMITTEDt January 17, 1957
AVAILABLE: Library of Congress
Card 2/2

AUTHOR: hialevskiy, 1u.B 32-1-47/5-5
T IT LE: A Reagent for the Electrolytic Etch--ng of Chrome-4-iickel-Auztenite
Alloys (Reaktiv (Ilya elektroliticheskogo travieniya
khromonikele,rykh augtenitnykh splavov).
PERIODICAL- Zavodskaya Labor,) toriya, 1958, Vol. 24, N r I , pp. (USSR)
ABSTRACT: In this paper the application of a new reagent as well as a
method of electrolytic etching is recommended, which is based on
the principle of anodic phase dissolution. As a new electrol te
11~ is
a soiution of potassium chloride (300 9 KCI per 1 1 of water
suggested. During the process of etching in this electrolyte, the
austenite dissolves, whereas the carbide and the intermetallic
phases remain undissolved. The radiostructural analysis of the
precipitate shows alone the carbide lines Me C6 and the '~ -phases.
A distinct and unifomi etching is obtained aVa curr-nt density of
0-013-0.020 AICM2 at a voltage of V, an,! an etching
period of 50 seconds. Upon the ground (polished) surface of a
sample etched in the vacuum in the manner described metallic ti-
Card 1/2 ta-nium powder is sprayed, after which the film which forms 1.9

A Reagent for the Electrolytic Etching of 32-1-47/55
Chrome-Nickel-Au.stenite Alloy3
removed. The reagen-~ recommended for electrolytic etching may
also be used for the purpose of investigating the structure of
austenite-chroutp--nickel steels (18-8 and 25-20) in the course of
the usual metallographic analysis. By taking advantage of the
various effects exercised by the reagent upon each of the phases
the carbides or d -phases can be determined. There are 3 figures,
and 2 Slavic references.
,qSR
ASSCCIATION; Institute for Electric 'Nelding imeni Ye.O.PO~onAS Ukr~(rzstb-zel
clektrosvarki im. Ye.O.PFtona Akademil naukUM).
AVAILABLE: Library of Congress
Card 2/2 1. Potassium chloride 2. Metal-lographic analysis

,,UT:*ORS: !.'edovar,
A I al ~_ v s 11-1 iYu. 7 . 72-2-32/060
TITLE: On th , ,'etl~ods of the Production of Dnp=t Speaimens of
Austenite Steel and of T.,I,Iin~ Seams for tli,_ Investi-ation
of ti-,e Transit:= 7 -- o (0 met,od-ike iz. --ot-)vleniya
udarnykh )braztsov iz austenitnoy stali i svar-,Ykh -,;.vov
dly~.- is.le )vaniyo ,revrashcaenija -1 (T)
PERIODICAL: -,avodL;*,ujL rat --)riya, 1"-'58, Vol. 24, 1,'r 2, pp. 2o3-210
(7SSP0
ABSTRACT: It wa-i determ ine . exi- eri -:eil- tally, that an "sot.-,efmal
heati.-.~:, tojet'Ler wit.. L, surfaL~e hardeninL; in the course of
investijationz: ,e.-fo-:2ed on austeniti - steels and weldin,~
3eaz.o, respec! -i-,ely, acct3ler,~-_s the transition from y 0.
Even polishin '.,. or steel can cause an increased formation of
a . T . is -'roved' luj- observ -tions of microstructurc and by
fact, t Lit :iftnr effncti:._ a notch _n increase of th. 0
-hase was fou d in ViCLIlitj of the notch (witr, a -.-iidth
of' 0, 2 5everal sa:.ij:1 n of -. weldin sea.-ii with t..
composition 0,12% 2, 0,22' S i , 1 , !, 1'n , 2 5 , 5, C r , i a
Card 1,. Y;ere exte. ~ed tj ;,3 --,fter ~eidi:~. nd were partly :,.otched

On the :,'et ods of t"1;--, Fro~11:ct"3n of 1 S -:!c~meus --
W- ~ P. " Y?
Austenite Steel an of Weldi~,'- Seams for t,.,: 1:~.veit Of
the Transitio.-I -i ~ a
pr.-vious to isot~iermal heaatin:-, -.,-id i~artl fter i, rds. '*,,o
U - 'Y al - -; 1.1 1,
subseque t ben i r.~; tests sho%-.ed v that in t-.e fir.A
case an increa~3c of t.'%o .alse occurred, at the same time
a lower flc-xur,. strengt'-- (by 2o than ti.,e sam2les,
which were not-hed after a, eing. From. this it result7, t.~iat
Jn i.-,vestiZ-
of tue i~,'fluence of the o transition
on t~l~ flexu-e atren6tlr. notchi.. of the sam.)l,s ..:ur Ic e
performed after the i.-)thermal heatin-, t tenperatures of
the a-phaso for:-iat'; )n, There are 3 fi,,ur 8, 1 table, and
4 references, 2 of which ar Slavic.
ASSOCTATION: -rf~stitute for Electric Weldin- i e.-A Ye. 0. Paton, A:'
Ukrainian SSR (Institut elektrosv-r~r-.' 'L:-ieni Ye. 0. Paton;-
Akademii n~-u'- U.:SR)
AVILIALABLE: Library of Con,-ress
1. Steel-Phase studies 2. Au5timitic steel-Test methods
Card 2/2

kZOS, S.; A IYXW, A.; ARTAMONOV, I.; BABINA, I.; B3MBOVSKIT, V.; BIkIZM.V.-,
BRAVRM, A.; BYKHOVSKIY, Yu.; VINOGRABOVA. M.; GATA !Rk. To.;
GILIUMARSH. F.; GLCBA, T.; MUM, N.; GaRM, G.; GULIDIS, I.;
GULYATNA, Ye.; GUSHCHM. I.; DAVYDOVffAYA, To.; DAMSKATA. G.;
DMKAGMU, D.; YNDOXIMOVA, A.; UGUNOV, V.; ZA13MLYSHINSKIT. I.;
ZAYDOB3RG, B.; AZKOSHNIKOV, L; ITKINA, S.; KkRCWSKITO V.;
KWSHIN. D.; ONINOV, Ye.; KUZWS0VA, 0,; KURSHAWV, I.;
LA 1K, M.; LEYMOVICH, G.; LISOVSKIY, D.; LOSMOV. F.;
MAIMSXIZ,-Xw,-, MASLYANITSKIY, 1,; MAYANTS, A.; KILLHR, L.-,
MITROFABOV, S.; MIMLYIDT, A.; MYAKINMKOV, I.; NIKITINA, I.;
NOVIN, R.; OGMN. D.; OLIKHOV, N.; OSIPOVA, T.; OSTRONOV, M.;
PAKHOKOVA, G,; I , S.-, PLAKSIN, L; PLKWWA, U.; POPOV, V.;
ZWS. Yu.; PROKOFIYZVA. Ye.; PUCHKOV. S.; RB7XOVA. F.; RUNYANTSIV.M.;
SAKHAROV, I.; SCBOLI, S.; SPIVAKOV. Ta.; STRIGIN, I.; SPIRIDONOVA,T.;
TIMXOq Ta.; TITOV. S.: TROITSKlY, A.; TCLOKONHIKOV, K.; TROFIKOTA, A.;
FXDCR(W, V.; CHIZHIKOV, D.; SHWN, Ya.; TUKEMANOV. D.
Rown Iassarevich Yeller; an obituary. TSvet. met. 31 no.5-78-79
HV 158. (MIRA 11:6)
(Yeller, R3mn lazarevich, 1897-1958)

25 (1) SOV/13'--59-4-4/18
18 (7)
AUTHORS: Medovar, B. I., Candidate of Technical Sciences;
Malevbkiy, Yu. B., Candidate of Technical Sciences.
TITLE: The Effect of the Chemical Composition of "25-20" Type
Austenite Yield Metal on the-(447Transformation
(Vliyaniye khimicheskogo sostava metalla austenitnogo
shva tipa 25-20 na prevrashcheniye y--a-
PERIODICAL: Svarochnoye proizvodstvo, 1959, Nr 4, pp 12 - 16 (USSR)
kBSTRkCT: As is known /Ref * 1-6/, the embrittlement of austenitic
1125-20" (25~~ chrome, 20016 nickel) heat resistant and stain-
less steel welds working in 617,0 - 9000C is caused by the
transformation y-ra-, the sigma formation. The purpose of
the described ifivestigation was to find the effect of
manganese, carbon and chrome (which do not increase the
known proneness of this type steel to hot cracks), of
molybdenum and tungsten (on the effect of which the
authors know no data in Soviet or foreign literature),
Card 1/3 nickel, copper, carbon and nitrogen on sigma formation.

BOV/135-59-4-4/18
The Effect of the Chemical Composition of "2'j--20"-Type Austenite Weld
Metal on the rilo'Transf ormat ion
An investigation was made of machine-welded seams on 12 mm
Kh23N18 steel sheet of EI417 steel (Table 1). The following
was stated: manganese (up to 4%) does not increase sigma
formation significE.ntly; molybdenum, t ngsten and copper
increased sigma formation drasticallyt reduction of the
content in the weld metal from 22-255t to 20-21% at 15-25%
content of nickel drastically increased resistance to
embrittlement at high temperatures; nitrogen prevented
intense sigma formation, -:iich is evidently due to the
binding of a part of the chrome into nitride. The new
welding wire "2Kh25Nl5G7" increased the resistance of
welds to the formation of crystallization cracks and at
the same time made the weld metai satisfactorily resist-
ant to sigma formation. This wire is recommended for
extensive practical application, Its chemical composit-
ion is as follows: 0.20-0.26% C; 6-8% Mn; 22-25% Cr;
16-113% Ni; not over 0.3% Si; not-. over 0.02% S and 0.035% P.
There are 5 tables, I set of grLihs, 6 sets of macro-
Card 2/3 photographs and 11 references, 8 of which are Soviet

SOV/135-55-/-1/1-p
The Effect of the Chemical Composition of "25-20"-Type Austenite Weld
Metal on thev),S* Trans formation
and 3 English.
ASSOCIATION: Institut elektrosvarki im. Ye. 0. Patona AN 553R
(Electric Welding Institute imeni Ye. 0. Paton,AS USSR)
Card 315

5 7)

AUTHOR: "I'alevskiy, 1'edov-~r, 17I.T.
TITLE- Th,:' Pffect of ('o1", 'lork on the
J,to +I-e Oicr,
.j,-~_T)haqe i-n A.upteni*lc "ep'-
e S
PERIODICA 7
107'
~,rl-oiuat~Lcleskeva svark-.,
pp
-
,
,
ABSTRACT: Tt 4~s ~i :ell i,n,)-.-.-n -F~-7ct -,7at -li-! Col.
on rolle,-! or forp7e~, -ustenitic steplFz
tic-an -~f t'-.e s4L=ia-p'na-~-e. The 7)r=F!ert ~--r---,clle
some irformetl a: -),.t -.",.e rat,-are Q~ co',". r)
effecl- or, D'j +-he T' irF
rece,--,rc"- -teel 1--.rs 1- mm `nicli7 ... e - e s
1~y -~ecpjvecl nin i-so"-p-,--c
as test-pieces, 1~efore +T. -
tale-; -,-.,e"re c-,-i~iec+e` -~-o oompf-~ctj.on to
~7-!quent extension of ',1r", -r an-' 7rl', ll-~e ~-r--!e of
brit~lr:~raof-, of +'-e -~7ell~: lirap~ ~.,een lete-minei on 1-1-e
1-,,,.~js P.-f+,-- rt -ore

leso proceqs
0
r ong proces~7 of ageing. ThE- ageing
~oo';,c Place at "tie temper~-Luure 1-F~te(l :-ip
cui-d 1/7 to 1()()(' bours. The -~,lslysis o' sedimentF, ciecre'eO

The Effect of Cold Tork 9n the Transformation of the
4
if,to t,,e ',igm-a-'PII-Ia~e in Austenitic 'steel Wel,'s
from -'-"-e -.-.el~,s after t-,,ei-. age ing 4-e co,..-I-rse of
I-o--irs alre7.Jy disclosed t'l-e apt)earance cf I-'-e si-
Particles of the Fi,-T,.a-phpse 'c,.,n"
Lie aid of electronic microscope or ti-le '~)ordprs Of
Ruptenitic grairs. Tie Col. viorlk nrocep.-Ils
i~otl,e=ic '~,eqtlng cpeerls -p tl-.e form,-',i.-n of +h, -j!--
i.~.aphase in austenitic steel wel~-Is. 4cceler-t-*or of t~-e
tr,n~~for-atior. of the gamma-plhase into t~ie si~-- ---'--.Fe
of t'--e col~-,,-.-orked !steel is intimately linl-e~ wi-~I" tI-e
,,rocespcs of recrystallizstion. TI tl,,e
rrade ar~ the temperature of ageing are slich the
-,ecr,,.rs tall i zP tion ~-oes not tp',ce .lr-,ce, the s7E-Iii-n-
of colC is not mqnifested. T p-
ing rOnsses ,-t a coinj,,,:Irq.tively lovi *",.e
V
siglaia-phase anpears in the form of ~rrains I-P.virjF, -,-,e
I - -
perlitue structure. TI-iere ~qre 1 graph, 1 tatle, 7
Card 2/3 pnotographs 1r' references, 3 of are American

r, IT
T"le Rf 'ect of ColJl -or', f i- a a
.Lntc t~,-c in ~uf7teri~ic steel Tel,'r,
c C-
ASSOCIATTOF: r)r~ler- rPrU(',O,,,nr,,o VrnSI-0-C) '7r,,q:Tle-ri T t -1 I-t
~:i -imiz- ni -f~, n or, a A" rT- ~' T
r
Ppryj pr Df T r~ or . TQ+j +-,-4-e of L'lc:c'ric llel'--in-rp
UkrSSR, Imeni Ya.O. Pato-na).
3UBMITTED: Z" 1 o~,q
Card 7/3

18 (7) ~~4 (4)
AUTHOR: Darovskiy, G.F., and 11,1alevskiy, Yu.B.
TITLE: Preparing Carbon-Film for Electron-Microscopy (po'Luch-
eniye ugolfnoy plenki dlya elektronnoy mikroskopii)
PERIODICAL: Avtomaticheskaya svarka, 1959, Vol Nr 3, pp 64-68
(USSR)
ABSTRACT: The described design is used for vaporizing electrode-
graphite in a vacuum for preparing a carbon-film of
metal microsection surfaces for electronic microscopic
studies. The described apparatus VUP-