SCIENTIFIC ABSTRACT SMOLYARENKO, D.A. - SMORAWINSKI, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651720020-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SQV/l ~Iu- ~8-6-20J20
AiTMOR: Syno 1yare nko,-D.A., Uandidate ~~f Tec_rn_~c~_-! ;36'ienceE~
T ITIE: Tec-'-n-.*cal Pro,~_:ress in Open-hea2th ProductbiDn in tul.ne USA
(Tckhnicheskidr .~roLress v martue-novsItCom. proizvodstu've SSh.A)
PERIODICAL: llet?llurg, 19~158, ~ir 6, pp 78 - 410 (USSR)
1 -.1
ABSTRACT: This -r.rticle deals with tle r)roceedings receratly
received in the USSR, of the 301th Open-hearth ConfLfence
held in Cinciri-L.ati, O'Lio, USA, on April 9-11, 1956. The
author f-_~akes so.-I-e co7:-,)arison with Sovirt -'ractice aind Lentions
Soviet model -.~,,rk on beat transfer in :).~,en-hearth furnaces
1V Doctorsof Technical beiences, Prof. T.T.A. Glinkov a-,ld
P.L. Maslovskiy, and Candidate of Technical Sciences
G.F. Ivaritsov. There are 1 fi-6ure and 1 table.
ASSOCIATION: NTO ChM
Card 1/1 1. Open hearth furnaces - USA 2. Steel - Production

SOV/130-58-8-9/18
AUTHORS: Pertsev, M.A. and Smolyarenko, D.A'.,,-
TITLE: Third Meeting of th~ -tieel-making Section of the Ferns*nt
Commission on Ferrous Metallurgy of the Council for
Economic Mutual Aid (Tretlye zasedaniye sektsii stale-
plavil'nogo proizvodstva Postoyannoy komissii po chernoy
metallurgii Soveta Zkonomicheskoy Vzaimopomoshchi)
PERIODICAL- Metallurg, 1958, vr 8, pp 22 - 24 ~USSR)
ABSTRACT: The third meeting of the steel-making section was held
jointly with the refractories section of the Permanent
Commission on Ferrous Metallurgy in Dnepropetrovsk in
April, 1958. The following countries were represented:
Bulgaria, Hungary, East Germany, Poland, Rumania, USSR
and uzechoslovakia. The conference heard and discussed
reports on the progress of the measures recommended for
1958-1960 steel production increases, development of new
steel-making techniques for 1960-1975, improvement of
refractories, development of proposals on bearing-steel
production increases and standardisation of conditions.
Reports on progress in 1956-1957 and development plans
for the next few years. Measures planned for 1960-1975
include the construction of larger units, wide use of
Cardl/4 oxygen, use of cold, high-calorific value fuel, use of

SOV/130-58-8-9/18
Third Meeting of the Steel-making Section of theftiianint ' Commission
on Irerrous Metallurgy of the Council for Economic Mutual Aid
natural gas where available, increase in casting facilities,
introduction of continuous casting, oxygen-blown con-
verter processes. The open-hearth is to remain the main
steel-making process and new and better refractories
(Table 1) are to be adopted: for the upper rows of
checkers, bricks with over 42% Al 203 and porosity not
exceeding 18% will be used. Induction and are-furnace
melting under high vacuum was recommended for high-quality
alloy steels. Scrap preparation is to be improved and
maximal inechaniaation,, the adoption of spectroscopic
analysis, evaporative cooling and waste-heat boiler were
recommended. Before 1965, the Socialist-camp countries
are gradually to go over to the melting of ball-bearing
steels with vacuum treatment in the ladle or during pouring;
for internal use, the existing national marks are to con-
tinue but for export two standards are recommended
(Table 2). For machine tool construction an alreed com-
promise between existing state standards (GOST for non-
Oard2/4 metallic inclusions and customer requirements are

Third Lieetinr7 of the Steel-makint.,
on Ferrous M~tallur&7 DIF the Council -f~)i Aid
recom~r,-_.ended. GCST 8'01-~58 e co,~ of ball-
and roller b-e.-azi-n~_ -z'~--c-ls --li-IrLed in the
USSR in 1'.1ay, 1S,58 -,-i-,d v.,ill co--.e i-n-to forcc_ on A:.,-ril 1, 19'9.
Im;7)-roved are to be ndo-D'u-cd b-? ... amber countries
i P_ 19 G 0 - 1 O~ "~2' T_" I e c E -.o 1~ i ~: v i E, i -U e ~i 'Le tz n e t r o v s k o C, o
C1
(imeni Pctrovs~~I-i,v) -L*--: c Krivoy Rog and the
al' and -~.ore-s U
Zaporozl,s ed th-eir s to N.A.
T i kho no v z)f tLe I.I.-,.e.~t-ropetrovs"'.- Ecollom-ic
council a-c-1r, Lec-c-'. of lt-~ department,
D - G. I L nat" n'~'- o ,for tLe sacc~~Ssful 02~_~:ni~3'~ -ii-n- ~"f the
illectiII6. -
There are 41-L-b-les.
ASSOCIATIONS: So ve U s a,~2 a c1rl Li s t 7s 'L- a 1 c..- 1 a v S :': t s i J_ -D s tu o y a -
nno~F '-,0I~-J_GsJ__J -~-o C-Eerno.T: a.2' (S.-Dviet
branch of ~"- _.e Steel-=;m:_-in- 3 -ct`on of
~ur,_,Y CO'Mcil for
Economic 1;_utuai Aiz)
d 7111
_'~ -r

So-,I/'L
Third i,"EetinE of ti-e ol' tiie Commission
on Ferly-ous Letallur C*o-~.-,ncil. 3co-,=-ic Afd
and KOMISS11
p0 C-L,--ja;D-7 i,-,C al -.,jj-~;j41SEV ( St -v-'. Sect-ion of
eel
ti- e Perm ane nt Coia~, issio n o a Ferro us of
the for Ec-)rtol.,,ic 1,lutual Aid)
I. Steei-Productioii 2. ,.;Lee i-Applications
Card 4/4

SOV/ 133/58-9-6/29
T
'OR0-:Pc,rbS(-Iv LI. -incer) and (Car-d.Tech.,
.A UTH A. (En.r-
9cic
Work of t-he Steeliflak-in- Section of the Permanent Commiss-
TITLI~,: T1110 r, Q
ior, fo-L, Lhe, Iron and Steel Industry of the Council for Mutual
Eco,iomic Assistance (Raboty sekt-sii sbaleplavillnogo
proizvodstva postoyannoy komissii po chernoy metallur-ii
C3
Soveta Ekonomicheskoy Vzainio-pomoshchi)
r
PERIODICAL: '3'" 'al 1958 ~ Nr 9. pp '7t)3-796 (USSR)
ABSTRACT: Tile third session of the above section (to-'sether with the
Zection of the -oroduction of refractory materials) took place
r U U
.La April 1958 in Dne-j opetrovs-1K. The reoresenta~ives of the
lrollow4n- countries -o-orticipated: Bulgaria, Hizigary, East
"Termany , Poland, Rmiarlia, USSR and Csechoslova:%.ia. The pro-
--ress in the production of steel and refractories in the
socialist countries d-aring,1958-1960 and main alirec t4onS Of
L
further develo-oments in the technique of production of steel
and refractories during 1960-1975 was reported and discussed,
0
Every co,,mtry reported in general terms increasing out-outs by
CD
Card 1/4

50VI133/58-9-6/2c)
The *Vlork of the Steeimaking Section of the Permanent Commission for
tt'ie Iron and Steel Industry of the Council 'L;Dr lilutual Economic
Assistance
intensification of smelting processes and construction of
new production units. The only details quoted were: USSR -
control of the length of flame by the angle at which the -as
and air streEcqs meet - Fig.1; Czechoslovakia - opening of
tan, hole by exp'Losives Fig.2; improvements in the lining
of the tapping runner Fig.4; a new method of heating hot
tops by introducing hrou-h oT)enin-s in special hot tops. a
Stream of Ovgen (2- /min. ana intec'rmittent additions of a
thermal mixture (14% Al, 35% ferrosilicon, 25.5% silicon
inancyanese and 25.59% lime) in an amount of 1.15 k- ton, On
ci V
combustion of tue mixture in a stream of oxygen, the slag
0
and -the upper layer of metal become well-heaued and a dense
ingot with a small shrinkage cavity is obtained. This de-
~D C3
creases head crop to 8-c)'/o instead of the previous 1796
(in-ots of 2.5 b and 4.5 t). From Czechoslovakian research
Cj
the followins are mentioned - continuous casting with arc
-a-ir,,_- of metal in the crystallizer (mould) v.Jth subsequent
ac
U
(without cooling) -on a planetary mill; testing of
0 d U
steels for boilers and turbines or, an experime-D-tal boiler
Cor(l, 2/4 ope-ratinG at temperatures 700-8500C and pressure of 600 atm;

Sov/133/58-9-6/29
T!~-e Vlork o the Steelmak-ing Section of the Permpnent Commission for
tl'ie Iron and Steel Industry of the Council for I'Mutual Economic
Assizu"ance
p-f-,duction of clad steels,, casting of high alloy steels
3-.-ods and wire for weldin,-,, heat resistaut alloy con-
taii-Lin,;,- 2-8-30'/7o of Al). Alt[Lough the open hearth furnace
will remain the main producinl,;" Linit-a wider application of
oxy,-en blo-vm converters is recomiaended. The following qual-
for oi)en ',P-,-Lrth refractorics viero establish.--d:
Tv~---e o---" refractors, material: Ma-!-, e s i t ePericlase spinel
L -~D
clirouite
Be-i -o-ing, of deformatio-n
un--lar a load of 2 k-/cm3 OC 1550 1600
Appai-ent porosity,
% not more than 17 14
Resistance to tLierLoal shock
(hea-t-in1-1 to 8500C) heating-
CD
(~oolin- cycles, not less than 1G0 i00
Card 31L1

so V/1 3 3/ 58-1)9
The Work of t-',,.e S-UaeLmaj.,cin, Section of the Permanent Co=.-ission for
0
the Iron and Steel Industry of the Council for Mutual Economic
Assistance
For upper rows of -as and air regenerators the use of bricks
L L~ 0
containing not less than 42% Al 0. and porosity not ex-
ceeding 18~6 was recommended. There are 3 figures.

SOV/130-58-11-16/16
AUTHOR: Smolyarenko, D.A.7 Candidate of Techr~ical Sciences
TITLE: '-Z-o-nre-fiencir.-~~~-nization of Metallurgical-Furnace
Repair and Workers' Safety (Soveshchaniye po oroanizatsii
rarrLontov metallurgicheskikh pechey i okhrane truda
rabotayu3hchikh)
PERIODICAL: Metallurg, 1958, Nr 11, pp. 45 - 1~6 (USSR)
ABSTRACT: In August 1958 a .3cientific-technical conference. was held
in the town of Stalino on tile organisation of metallurg-
ical furnace repairs and the safety of the workers
carrying them out. The conference was organized jointly
by the Tsentrallnyy komitet profsoyuza rabochikh metal--
lur.--icheskoy promyshlennosti (Central Comitt40--ce thethicn of
Metallurgical Industrial Workers) and the Nauchno-c;eKhn--L-
chesk,oye obshchestvo chernoy metallurgii (Scientific-
technical society for ferrous raetallurgy). On open-
hearth furnaces much progress has been made, total idle
time being 5-7/`,f~, but no standard equipment has yet been
designed or produced: the type S-153 coal loader used at
the MRK for removing brick and slag from the regenerators
Card 1/3 is deserving of attention; there is a particular need ff-:)r

SOV/130-58-11-16/16
i I- mIzation of Le Re.-jair and
tallurgical-Furriace
Ily
iiechanization in tiL-it, rarjoval of checkcrs and ol deb-~ras
from below them. Silica refractories now have little
i-r,,-,-,ortance in SoviPt o--_en-hearth -)ractice, having been
baAc (or Iu,'uumlt u hromite, for
xa, Lnes ize- c
f Ur ~_-L -a C e _~ uto le-C) ton in ca~,aci ty when basic are un-
available). '---Iricla 3e-3,)i nel -.aa~~,:eoi te-chroLi2 '--:: lor-7 --.ks
_L u
are 'uo be used in great-er quantit.-',;s. They are ma.lc bY
a Loixture of chromite -and iulaunesite ~,,o,~.Tder -to
0,06-0 !mi, follo-vc(IL by presiing in hydraulic presses: cii
1-ar.ge furnaces with ox_y5:~en cnrlchment at the _HTMK
i0:' lonc
they have given or roof life than ordinary
bricks. The IIK'_a"-nezitul' wor1rs annual
;r tonnes,
od(~c-"-_Jon of ;,jr-_-Jclase-s.IIJnp,1 brickj iL; 5000-60
LAuc!a belo-..! requirel:ien,~s. Little .)ro.-re3s has been made
in "U-1-Le devolo-'I"-ent, called for in tho re3olu'Gion,; -of
All-Union Steelmal,lersl Conference, of s,ia-.1'ed brick3,
ul,",houl-h t'ne 3tall ,royekt, Givros-all and VITIN should'.
-ic U''Llis in Cr 1-es have failed,
i Lve doi - re.zactory instibut,
to ~evelo- materials or methods for building-u_-) eroded
Card 2/3 L'
rf~fr,jetorir surfacei) or a ,-ride range of 3olutions or
j u

SOV/130-58-ii-16/16
'~onferance on tl-e Organization o f Eelallurv4ca-'-Furnace Rel'air and
u
Safety
,)owder.3 for differomb refractory products. The large
aiscre-)ancies in 'o'L-.al ruilming-repair and refractory
costs 1jer tonne of Steel (eg 17-15 and 8.7' roubles
1"3.-;,-)P,Otively atu the DKK and 55.07 and 37.27 roubles
rc~spectively in the converter .3hop at the Krivoy Rog
works) The conference made recormiendations for furthe--
irv~-rovenents in re'dair work. A permanent coumittee
under the claairmanshi,) of academinian I.P. Bardin has
been formed by the A'Mdemiya 1-1.1auIC O'jSR (AcademLy of
Sciences of the USSR) for the normalization of woriking
conditior-i in [lot re.-)airs,
Card 3/3
USGOMM-DC-:-6p378

PETCffTV, G.P.; KORMILITSYN, H.S.; SM)LYAREEKO, D.A.; YEFANOY, N.I.; SOKOLOV, O.N.
Open-hearth furnace temperature at the time of charging [with summary,
in English]. Stall 18 no.11:993 N 158. (MIRA 11:11)
1. Vnoooyuznyy nauchno-ianledovatellakty InBtitut organizateii
proizvod9tva I truda chernny metalltirgil (for Ptqchnv, Kormilitayn).
2. Staleplavillnaya sektsiya Nauchno-tokhnicheskogo obshchostva chernoy
metallurgii (for Smolyarenko, Yefanov, Sokolov).
(Open-hearth furnaces)
.;"IN

SW1)T,TARFZfKn, D.A,, knnd.telchn.nnuk
Improving the etandardization of fnrrous metals. Standartizatuila
22 no.5:6-11 S-,O 1 58. (MIRA 11:11)
1. TSentral'nyy nauchno-isaledovatellskiy institut chernoy metallurgii.
(Steel--Standards)

SI)LYkR_E'IJYO, D. A. , kand. t ekhn. nauk; KtPLAY, A. S - , inzh. ; !W. I'TJSHIIIA, 11. V. , inzh.
- - ,-Technical specifications for new kinds of production in ferrous
metallurgy. Standartizatsiia 22 no.5:37-39 S-0 158.
(14IRA 11: 11)
1. TSentral'nyy naucbno-issiedovatellskiy institut chernoy metallurgii.
(Iron-Metallurgy) (Steel--14etallurgy)

SMOLYARB?NKO,. D.A.; MATYUSHINA, N.V.; KAPLAN, A.S.; GORZHEVSEAYA, A.V..
Prinimali uchastiye: ULINSKAYA, Te.I.; BARYSHEVA, I.Y.; ROMA4,
F.D.. AYRTJTMIYA, R.F., red.izd-va; ISL311TIYEVA, P.G., tek-hn.
red.
[List of spocifications in effect for products of ferrous
metallurgy] Perechent doistvuilishchikh teklinicheskikh uslovii
na produkt9iiii chernoi metallurgii; po sostoianiin na 1 ianvaria
1959 g. Moskva, Gos.nauchrLo-tekhn.izd-vo lit-ry po chernoi i
tevetnoi metallurgii, 1959. 115 P. (MIRA 13:2)
1. Moscow. TSentrallnyy nauchno-issledovatellskiy institut
chernoy metallurgii. 2. Laboratoriya standartizataii TSentrall-
nogo nalichno-issledovatel'skogo instituta chernoy metallurgii
(for Smolyarenko, Matyushina, Kaplan, Gorzhevakaya). 3. Ukrainskiy
nauchno-issledovatellskiy trabnyy institut (for Ulinskaya). 4. Na-
uchno-iseledovatellskiy institut metiznoy promyshlennosti (for
Barysheva). 5. Ukrainskiy institut metallov (forRomas).
(Iron--Specifications) (Steel--Specifications)

25(5)
D'A'. ScJenr_es, Md
AUTHORS:
Kaplan,
TITLE: The St_,ndardiz-_,~uicri C'Iassificii,-Ion of Precision
Alloys i Izz"I I fl !,7at-s17,a pretsi-zi-
onnykh splavov)
PERIODICAL: S t an d ar t i z S I y _1 5 _711' .- j 1 18 'USSR)
ABSTRACT: By -the standardization plan- Ts1.;-IIC/iiET ,M], T will work
out state standard drrafts foT Dr--~c.ision alloys in
1959. There -are .1o sl_-,ch Standards yet, and
i
the p-2ecisLon alloys "sof -, an,~ 1--urd ma-ne-
tostricti:~,nal , .,;,--;th
etc.) for uZe ~~n E:11ectri-c devices are
being produced blY t;ec~lirilc~,d specifications, The
article -ives creneral on the ~zrade na-me s
properties . ap~-,IJ_Ications , an.1.1. the dimensions of the
wire, rods, she~!ts or taues in the form of which the
allo-rs are avail able ne-., alloyfor hair
Card 112 s,)r-1 n-s oi ,:i r -4. s t -:i a ' c T~l e-n 'IN75 5 Kh:.'11 V
Q. - .1 -ers,

The Standardization and Ciassl- 71 c *I, S
developed by TS7-TC'-. --c 11. I L~ U
-L_ ---. - __ - as
temneraturc error of _,,ec3nd -,-"er 1 in
c_ 1_5 "in'!
per 1 C aith the S-prinq-~s of "Eirr)411 :~-,nd
"EI-278", so-called "o.14Lnva:r.,,-" Th-JS -alloy has
_-L _L 'of e elasticity mod-
a low 'emoerature Co(_,-IjC4.~~jjt
U U
ule and obtains le L'or.-nat, ion and
annealing due to thr-, 3eparatinii ol~ _-'.f~persecl carbides
out of a s~_lid so!,ution. ]L' he effect of heat, treat-
ment temperature on t-ne tensil-e stren~~th and elonga-
tion of the ,-,,ire -ade of it is il-iustrated by a graph.
The authors ca,,-Liall;~_e QUI~L_%'t onli of ac-
lence c:~,n lead val~.1:;.ble su~'Gestions
cumulated exDe--' 11 i - .
u
on stand ardization of t,-,3 -ni-1-oys. There are 6 tables,
4 -ra-Dhs, and 4 Scv-:.et refe-_-ences.
ASSOCIATION: TsNIICh_21ZNET
Card 2/2

PERTSEV, 14., inzhener; SIAOLY,LRENKO, D.
14etallur4nr in socialist countries. 11,'W no.7:63 Jv 159.
(MIRA 12:11)
1. Predsedatell TSentrallnogo pravleniya nauchno-tokhnicheakogo
obsbcheBtva chernoy metallurgii (for Perteav). 2. Predsedatell
staloplavillnoy sektsii pravleniya nauchno-tekhnicheskogo
obshchestva chernoy metallurgii.
(Metallura)

SMOLYARENKO, D.
Increase the production of semikilled steel. NTO no.8:35 A '59.
fMIRA 12:11)
1. Predeedatell staleplavillnoy sektsli TSentrallnogo pravlenlya
Hauchno-tekhnicbeekogo obahchestva chernoy metallurgii.
(Steel-Metallurgy)

I "j, 000 .i,iJI) (4")
w"'V! !u- 1("/.,o
AUTHOR: S1110IYNPenko, D. A. of' Technical Sclt-nuc-3)
TITLE: Inc~-easln.- Pcoduction of' Semi-KI-Iled Steel
PERIODICAL: MctalluL.Ir, Nt, 110, [ii) 18-21U (USSR)
ABSTRACT: In Mat-ch 1959, a scientific an(I technical cont'crence,
attended by vepL,esen tat Ives of' Councils of' National
Economy (sovnarkhoz), metallut,gical plants and scL-
entific research institutes took place in Moscow.
Subject: increasing the production of semi-killed
steel. The Chairman of the Scientific and Technical
Society of Ferrous Metallurgy of' the Central Scientif-
ic Research Institute of Ferrous Metallur.Q.-y (NTO ChM
TsNIIChM) and Chief of' the Laboratory of' Ingots (lab-
oratoriya slitka) Yefimov, L. M., reported on semi-
killed steel production abroad. Pud~kov, A. K.,-s~:istant
DeputyChairman of the Councll of' Ministers USSR (Sovet
Ministrov SSSR) spoke of the visit of Soviet met-
Card 112 alluro-ists to the U.S,A. Other, soeakers indicated

increasing Production of Semi-Killed Steel 7557'
SOV/i 10-1,3120
1 .1 - - .
that the production of killed-st-eel 1 n h, e S OV I e
Union increased from 4,).2% Ln l)51 c) in 1%,155.
The production of semi-killed steel is insir, nificat,t.
It was decided to boost pi-oductLon at the folioainc;
plants: "Zaporozhstal'" (zavod "Zapo-,-oz,hstal'"),
"Azovstall", Make evica (Ma1ceyev3kLv zavod), Stalino
(Stalinstuy zavod~, Yenaictyevo (Ye~1aki(_-..r.;1,:i -, r zavod)
Transcaucasia (za1,cavkazs1cly zavod), Ma:-nitogw,sk
Metallurgical Combine (MMK), and KLIznetsk Metallu-
gical Combine (KMK). Ther-e a,.-e _-,~ tables.
Card 2/2

SMOLUW&O, Daniil AbramQv~ch; YSFANOV, Nikolay Ivanovich; MASLOVSKIY.
P.M., retsenzent; BORODULIN, A.I., retsenzent; GONCHAROV, G.I.,
retsenzent; SPIRIN, N.I., retsenzent; KOROUNT, M.N., aauchnyy red.;
ZINGER, S.L., red.izd-va; KARASEV, A.I., tekhn.red.
(Large-capacity open-hearth furnace plants] Martenovskie tsekhi
a pechami bol'shoi emkosti. Izd.2., parer. i dop. Moskva, Gos.
nauchno-takhn.izd-vo lit-ry po chernoi i tsvetnoi metallurgii.
196o. )56 p. .(MIRA 13:9)
(Open-hearth furnaces--Design and construction)

.3 . 0 0, 0 0 Y743~
SOV/l -~0-60- i -2 22
AUTHOR: - -L
_dooiZaarenko, D. A. (Cand4date of Techn'cal Sc4e;-ces,
Member- of",-rie-T-residium of tne Central Board of
S-lentific arid Technical Society of Ferrous
Metallun--)
TITLE. Tlie Fir-st Confererice of the Scientific arid Tec:,nicalt Sc-
c~Lety oil* Ferrous Metailur.-y. Curvent Events
PERIODICAL: Metailurg, 1960, Nr 1, pp 43-44 (USSR)

AESTRACT: Uurlrig September 29-30, 1959, fir2t All-Union Conference
of ti-,e Scientific arid Technical Society ol' PerTo:-,Is
Met-allurgy (NTO ChM) took place at 11-iep.--c,-petrc.-,Vz,,.
Nearly 400 members part-1cipated. M. A. ~e,-",--,ev,
L
Chairman o~ Scientific and Tecianical S~-,--ret-
Ferrous Metallurgy reported on problem.- in
,7
with decis4Lons reached at the XXI Con-:-ress ard ti-Le
June plen.-f-,-,.~ session of the Central Com,,iittee of ti7~e
Card 1 '4 Pai~ty of Soviet Union. Since

U- J -8
rn,-,e First Conference of the Scien" A_'ic and 774~
Te,_-hr~_'cal Societly ol' Ferrous Metallurgy.
C. -ceitt Event;;
ChM nas completed tfie majoi, tas,'~ ov~~at,lzing
pllc~fessional technical groups by introducing the
iate3t pi,oduction methodi and Inveiltions of scierice
and technology into industry o' ferrous metallui,z~~!,
and by organizing an exchange of nrofessional and
technical experience among t~ie plants and combines of
the met-allurgical industry. The Society has over
42,000 members ariong the 350 primary organizations.
C, j
A report.- was made on the subject plans of the pr-*Lr,-.,ary
or--anizat-ions of the followin-7 3 plants; (I) piarit
~D 1_1D
imen' Petrovslciy (zavod imeni Per-rJ7.1si',Eo~-o) Cn-a-'Ll-Mat,
. A- C,
Of ~Ie Co"u-cil - Ma-'yy, (2 ) plant iiiienl Dzevz--,i,,-.si-1-1y
(zavod imieni Dzerz',_1inskc-c) Cnairman of the Co,,:,nr-,ii -
sorcicin, (3) Kuznetslc combine (Kuznetskily kombinat)
Chairman of the Council - Borodulin. These 3 seer.
to hiave fully comprehended all t'ne aspects cf NTO
C'nM activity. -In many ferrous metal 1,argl cal
rnem'_,ers of NTO ChM are assisting
Card 2/4' a,,3 teci-i-ical advisors. One of t,)-- 1,-.esz exarnolles ia a
by Foreman M. M. Fr,1valov (mi-~,mi--er of t,-,~

Tnle ~,,Jli-st conferei._,e :~f
Tez'-='cal Society of Ferrous Metallurn-y.
Carrer-, Evenu-s
cl'~st_irlg sect-ion Of NTO CM Herl-
membe., .3' the Supreme nvlet 11-e USSR) t1ci the C---e_,,e-
P,c, -'et s ,:i--'ra I I plant wr-~e-_~e --.e I t- ia-u e J everai
e c- roduc- ' on irteas-_1 -,*eo re are.:,, Lc pe-, _- _rma.. _,e
ci,.om- arlic r,
,D-!* lar--e-capacity open-laea-rti,.. furnace-,--, ac.d in ona-P
preparatior-, A r e a t j o b 16 b e i.-, j o, -. e -a t t h, e
M a' - e e v a i n e a --- iu 1, 6 11 c a I p i a i i t ( M a e Y C-1 4 S ~C 1, 11,~ e t a I I u i
Y
zavod) by the NTO C;,M unit headed b~,, V. 0. Kull --':':cv ai-d
B. R. Ratnei, on pr,oduction op~ ti,ne new econcmical, reir.-Ccr--in-0,
~5-,JS sclheduied to veplace ~~teel 25G2S a!-, Present
..ised for reinforced concrete construction. Die Kuzleus,~
workin,- out a me"11-hod of -,-ne amo! nt
cor,,,blne 4 i .
of In the production of srueel, At rhe cc)n-
fe.-ence, a Cent_,,al Committee -55 mer-lPe.-s
wa6 electe,~, amcn-- M. A . Pertsev, a spec_~_~111 --st
~.-ie ~)Lzn-t~,rade mietal !~_ir_-Y al-j Direct.-Ir of i
ia,-,-L., elevated as -_,hainman 3_' z,*,e
Ca-,,d 3,,4 C) T' NTO C'-.M~ P . I . Kurobov, Hero o a-, sr 2 L.:a'-C_--. :~d

c and
-Firs-- Ccnfei~ence of,
--s Meta- .7 ---o-
Te.--*-n-lcaL- So----Iez;-, of Fer-rc
C--~r-ren~- E!Ienl~s.
'r- c)T' Srai~e T
e S c L
Co-m,mit- tee o f re USSR GNTK SSSR) M Samnai-
c,cV--~espo,-.-d-- ~n mer~rlbe- 0e cadem- o-f Sclen-ces o-
USSR (AN SSSR); A. P. O.',iekr~.arel,,,,Acaden,,!-,iar-i; 1~
loiL., ov Doctor of Tec'hnical S~,,-* er-,ces; V. A, . Pod-e-,,
(C`-ai~van of' Central-, Comittee of tne Trade Unic-.
of Workers of Metalljr,-,-4cal lr-.,d,-str-.r and ot*re-r,-

SHOLYARENK0, D.A., kand.tekhn.nauk
Steelmaking in the United States [from 'Open-Hearth
Proceedings," 1958]. Metallurg 5 no-9:37-39 S 160.
(HIM 13: 8)
1. Predeedatell Vaesoy-uzuoy staleplavilinoy sektaii Nauchno-
isaledovateltakogo obshch*Btva chernoy metallurgii.
(United States-Steel--Metallurgy)
- -4

AUTHOR: Smolyarenko. D, A.,
TITLE- Standards and Savin- of Iron Metals
0
PLPIODICAL: Staeidartizatsiya, 1960, 'ND 10, pp- 9 - 19
TEXT: The author reports on standards and savJn- meas res in the it
- r'
processing of' iron metals, POCT9458-60 (GOST-9458-60),iC carbon steel
subjected to heat treatment and used for the production of plate and wide
strips was enforced on October 1. 1960, The standard was elaborated at
9-'sentralln,yy naLir-Iino-,.isslelova~l-ei-Iskiy institut chernoy metallurgii
I - the
(Central Scientific Research Inst'tutzl of Ferrous Metallurgy) under
supervision of 1M. V. Pridantsev, Doctor of Technical Sciences. Heat treat-
ment increases the st-ren-th of the metal. thus helpinc- to save hundreds of
tons of metal per year. GOST 9458-60 will help save also ferroalloys and
low-alloy semi-quiet and quiet steels POr-T 380-60 (GOST 38D-060) for mass-
produced carbon steel and VOCT 10,50 60 (GOST 105~0-60) for hiSh-rade
structural carbon steel will be enforced on January Due -,z; the
Card 113

Standards and Saving of Iron Metals 5 /0 2 8 160/ G 0 of/ 0 10 // C) o 2'--c
EEC' 13 1/ B 0 6 3
nev; standards. manufacturers may select the production methods fo-- rimming.
quiet,, and semi-Quiet stee'. According to. the new standard the silicon
content in semi-quiet steels must not exceed 0 17%_ The production of
semi-quiet steels ~.-hich have several advantages over rimmed steels is to be
increased, The production methods are to be improved by close cooperation
between scientists and manufacturers, The Seven-year plan provides for an
increase in t1je production of ferroconcrete structures by almost 2,5 times,
Up till now mainly steels of the types f1f 5 and 2'W2C(N13t, and 25G2S)
have been used To save manganese, a new type 35FC (35GS) was developed
which is T)roduced by open-hearth and Purifying processes. It was found
that 39GS complies with the specifications of POCT 7314--5 (GOST 7314-55)
and PUII~,058-58 (GOST 503e-r)8) for 25G2S. At present, a high amounts Of
.metal are wasted due to careless preparation of the charge, This could be
avoided by special-purpose balances. At such modern factories ass
Kuznetskiy kombiaat (PCuznetsk Kombinat), za-vody Azovstall (P'zovstall Works).
Dneprospetsstall~'Elektrostal,,O-a iarge number of specimens are tes-~ea on
i~.elting ~-Inu~rolli_iT`g_ -Such tests are not necessary and ret_ard t'-e delivery
')F the -orodu(J.'! ti:i'!; re!!son' num.(: F".tct(~"-Ies sh.-u!" be allowed to
I
Card 2",

20 /000/0 0 "00?/non
Standards and Savin~ of Iron Metr-l~ S/
B063
leliver, theit- pr-o~luct_s t speci.-I test,; pr3vided thut pr,_,
processes are applied as STuarantee excellent quaiitics, In such Cases
the manufacture;-s should state in the cert-ificate that the factory is not
to be held responsible for the quality of the metalware concerned, The
-iutl,or mentions h e ,-I- metalurgJcal Kombinats: Orsko-Khalilovskiy
follovrino A.
7,1a,~nito-orskiy (i4agnitogorsk)"A Nizhne-Tagil 'ski-,
'I-"Makeyevskiy (Malkeyevka)5 Yenakiye
Ni Y) J yevo
~zhne-~Tagil I ~ski~ vykiy (Yenak-
and metallur-ical plants. Cherep etskiy (Cherepovets), Asftinskly
r (Izhevsk) the v~orks_: "K
(Ashinsl%-.iy)~l Izhevskiy
'j.
Zaporozristall 4The fi.-Ures and the table contain data from several .,.-c)rks
There are 5 _rf-ures and 1 table
Card 3/3

3/130/60/000/0 11/00 1/0 i I
A0061A00 I
AUTHOR, Smolyareako, D, A., Candidate of Technical Sciences
-T.T-.=.- The 50th Anniversary of the Scientific-Teohnical Society of Ferrous
Metallurgy
PERIODICAL, Metallurg, 1960, No. 11, pp, 1-2
T00- This is a review on the historical development and the activities
of the Solentific-Technical Society of Ferrous Metallurgy (NTO ChM) founded in
Leningrad in 1910, The Society has now over 53,000 members and its objesits laid
down i-vi Article I of the Statute,-;, confirmed in 1957 by the Home Office (NarodrVY
kommissariat vr-utrennykh del) are: the unification of persons working in the
scientific or practical fields of metallurgy, propagation of scientific ir.'L'jr-ma-
tion,- performance of scientific-research works consultation of authorit�es and
erillerprises. After the reorganization of the industrial administration in 1957,
the NTO ChM has concentrated its activities particularly on the exchange of
-xperiences by organizing conferences and by publishing technical recommendations.
Organizations b4ionging to the Society paxt1c1pe,.ed In the Socialisz Competition
'to fulfill the primary task of catching up and Zuzrpassing ths production of
Card 1/3

SMOLYP-REN-KO, D.A.; N.V.; KAPLAN, A.S.
ions for new kinds of .1erTaus metallurgy
-!~. , , n0-11:311 .,
I ') ...... ~ -! ~ 3. Standartizaleiia 24 -15 Mr '60.
(MIEL& 13: 6)
(Steel--Classification)

SAOLYAREENK0 Daniil Abramovich- YEFAIICV, N.I., retsenzent; SOKOLOV, Ii.A.,
- !tt~-
retse'~-zent, ~~V., retsenzent; BUIU4ASFXV, S,M., retsenzent;
GR%IOV) N.D., red.i-nd-im) ISLENTIYEVA, F.G., tekhn. red.
[Quality of carbon steel] Kachestvo uglerodistoi stali, Moskva., Gos.
nauchno-tekhr..izd-vo lit-ry po chernoi i tsvetnoi metallu gii, 1961.
r
244 p. (MIRA 14:12)
(Steel-Fietallurgy) (Metallurgical plants-Qaulity control)

SVIOMAIO,.U~ D-wilil Abrmovich; GROMOV, NT., red. i2xi.-Yai ISLAYUYEVA.,
PAW2 tekkm, red.
[Steel Pourerl Razlivshchik stali. Moskva, Gos. ua:uchn-:;--cekhz.
izd-vo lit-ry po chernoi i tsvetnoi metailurgiiq 1961. 254 p.
(MIRA 14; 11)
(Open-hearth process)

SMOLUMNIT, D A., kand,tokhn.nauk
All-Union Steelrakcr&' Corlerence, Bi-Ld,
'14 TT?
(Stueel industry-4orgresses)

S/028/61/000/003/004/005
B129/B201
AUTHORS: Smolyarenko, D. A., Kaplan A. S.
TITLE: New materials of iron metallurgy
PERIODICAL: Standartizatsiya, no. 3, 1961, 53
TEXT: In connection with the rapid development of modern engineering, an
ever increasing importance is attached to the technical conditions for new
types of steel, alloys, and other types of metal products. The technical
conditions contribute to the introduction of new materials in the industry,
they simplify the coordination of scientific research work in this field
and permit the study of new types of domestic metal products. The
Tsentrallnyy nauchno-issledovatel'skiy institut chernoy metallurgii
(Central Scientific Research Institute for Iron Metallurgy) conducted a
number of studies in the second half of 1960 regarding the creation of
technical conditions for the new types of metal products, and also for the
better definition of current technical conditions on the basis of the
standardization of their indices. New types of steels and alloys for
ferroboron with slight aluminum content (4 '/*lc at most), and for new rolled
Card 112

S/026/61/000/003/004/005
New materials of iron metallurgy B129/B201
products are listed (with the specification of chemical composition,
strength, etc.) along with the technical conditions for the elaboration
Of state norms and improvement of current technical conditions. There
are 5 tables.
oteei type mecnanicai properties tiarcienaolilty
(not less than... )
1 2 3 4 5 5 mm 30 MM
18XH2MA(18KhN2MA) 95 80 10 50 9 35 25
20X2H2M~A(2OKh2N2MFA' 100 85 10 50 9 45 40
19X H 3MAO 9KhN3MA) 95 80 10 50 10 40 30
15X4r28A(15KhNG2VA) 120 100 12 55 10 - -
15xr' HP(15KhGNR) 110 90 10 55 10
14Xr2fl/t/F/P(14KhGZ0/IVR: 110 1 90 1 10 50 9
1) Strength, kg/MM2

2) 2
Yield point, kg/mm
3) Specific elongation,
4) Contraction, % 2
Card 2/2 5) Resilience, kgm/cm

S/028/64/000/010/002/002
D211/D3~1
AUTHuRS, and Kaplan, A.S.
MILL,, New Types of ferrous metal products
PERIODICAL; Standartizatsiya7 1961, no. 10, 46-51
TEX2; The authors describe new standards worked out 13Y
Ts'NIMIN ( quoted. as GhMTU/TsNIIChL1 with corresponding number)
fort A) High-strength metals B) New grades of steels and alloys.
A) 1) 395-61 specifies 2the properties of high strength wire of
yield stress-350 k9/MM - 2) 460-61; profile sections of No.10,.,
32 used for strengthening prestressed reinforced concrete struc-
tures. 3) 426-61t, seven wire strands made of stainless steel,
whose characteristics are given by1r'0C7 (GOST 7372-55) and GOST
7348-55. 4) 46G-61i Steel cables used in the mining and metal-
lurcical industry, B) 1) 409-61& hot rolled steel angles of
C7 (Kh25H10YU2) steel with yield stress -85 kg/mm2.
)(.2s H 10 ~0 2
Clard 1/3

S/028/61/000/010/002/002
New types of ferrous D211/001
S.urface conditions of the steel are given by GOST 5949-51 and
its phosphor content must be less than 0.035 ~. 2) 414-61,t cold
rolled thin metal sheets of thickness 1.5 to 3 mra made of
:~5X2V)4,P-CU; (25Kh2N4tMT,9A)t)38XSACOA (38Kh5MSPL) andgRXS/~CI~A
(38Kh5MSTsk) steels. 3) 420-61*. cold rolled sheets made of
magnetic alloys 12 KV. Magnetic properties. Goercitive force
in the field of maximum permeability = 22-28e, residual. induc-,
tion in the saturation field (100e) not less than QOOO gauss.
4i 424-61~-, Hot rolled and forged circular and squar'e bars made
f alloy steell'4, h tent
0 I'Y,,2r--H,2TPR (1.5Kh2GX2TRA). The pho r con
must be less than OA315c, and the Y.S. is 150 kg game- 51 42r,-
51a Same products as in-4) but the steels used here are)(;.,21148
(Kh28N6)~,`,3;(4g(Kh32X,8). 6 ~44-61& Hot and cold rolled sneets
omlirri-F (k-h-]4r."14X).,Xl7Aril-~CKlil',IAG'14),El-i,213 (EP213) steel,
which replace IXISR~T (1Kh18N9T) steel. ",) 491-61, 492--611 and
696--61-, Sheets, bars and wire made of)(a-IHPT(Kh2 ;1NRT) steel.
Car d ?-/3

SMOLYARENKO, D.
Principles of our life, PTO 3 no.12:31-32 D 161. (MIRA 15:1)
1. Chlen prezidiuma TSentrallnogo pravleniya nauchno-tekhnicheskogo
obshchestva chernoy -metallurgii.
(Steelworks-Technological inrovations)

BALAKINA, I.A.; BOCHKAREU, A.I.; GORZHEVSKAYA, A.V.; 1UPLAN, A.S.;
3401YARMIKOI D.A. .9 kand. tekhn.nauk; TE-?2LIViEV, Ye.A.; SOTS,
-6-.T.-;--TWBITSKIY, Ya.V.; ULDISKAYA, Ye.I.; YJIUTOIRSKAYA, Ye.S.,,
red. izd-va; KLEM34AN, M.R., tekhn. red.
(Technical specifications in effect on products of ferrous metal-
lurgy; list as of October 1, 1961] Deistvuiushchie tekhnicheskie
usloviia na produk-tsiiu chernoi *metallurgii; perechen' po
sostoianiiu na 1 oktiabria 1961 g. Mos-kva-, Metallurgizdat,
1962. 11,1 p. (1-11R~ 15:5)
1. Moscow. TSentrallnyy nauchro-issledovatel skiy institut chemoy
metallurgii.
(Iron industry-Tables and reaky-reckoners)
(Steel industry-Tableo and ready-reckoriers)

SMOLTARENKO, D.A., kand.tekhn.nauk
All-Union Congress of the Scientific Technological Society fro
ferrous metallurgy. Met. i gornorud. prom. no.3:86 My-Je
162, (MIRA 15;9)
1. Oblen Prezidiuma TSentrallnogo pravleniya Nauchno-tekhnichoskago
obshchestva chernoy metallurgii.
(Iron industry--Congresses) (Steel industry--Congresses)

SMOLYARENhO, D.A.
Second 7al-Ztnion Conference of the Scientific Technological Society
for Ferrous Metallurgy~ Metallurg 7 no-3:39 Mr '62.
(MIRA 15:2)
1. Chlen prezidiuma TSentral'nogo pravleniya Nauchno-tekhnicheskogo
obshchestva chernoy metallurgii.
(Metallurgy--Congresses)

SMOLYARENKO, D.A.,, kand.tekhn.nauk; BOCHKAREVA, A.I., inzh.
New materials in ferrous metallurgy. Metalloved. i term. obr.
met. no.12:50-53 D 162. (MIRA 16:1)
1. TSentrallnyy nauchno-issledovatel'skiy institut, chernoy
metallurgii.
(Steel--Metallurgy)

SMOLYARENKO D. A.; KAPLANY A. S.
Alloyed steel. Standartizatsiia 26 no.10:50-52 0 162.
(MIRA 15:10)
(Steel alloys-Standards)

SMOI,YARENKO, D. A.1 kand. tekhn. nauk
Trends in the expansion of steel smelting processes in Great
Britain. Met. i gornorud. prom. no.1-84-86 Ja-F '63.
(MIRA 16'-4)
(Great Britain-Iron and steel plants)

SMOLYARENKO,, D.A.,, kand. tekhn. nauk; SMOLYARENKO, V.D.,, inzh.
Conference of United States steelmakers. Met. i goracrud.
prom. no-5:84-86 S-0 163. (MIRA 16:iLl)

'EREIVAV, Ye.A.
SMOLYARENKOJ, D.A.; 1, k
Capped steel. Metualloved. i tuarm. obr. met. no.7:20-23 Jl 163.
(14IRA 16-.7)
1. Mentral~nry nauchno-issledovatel2sk-iy institut chernoy
metal-lurgii.
(Steel-Metallurgy) -

.41q;F0
s n t
;k'kIn

SMOLYARENKO, D.A.
Steelmaking in the U.S.A. Metallurg 8 no.1:19-21 Ja 163.
(MIRA 1621)
(United States--Steel--Ket&llurgy)

~"ktji. im!ik
"'.;_ J ; I -
~: ,I- rr--,, ~, , - -
I fn c r () v 1 r, ~ ~ K. ;. a -,;A. _ , -,,,f c f I ~) ,.: ~,- a r b 1;. ~ , I - . 3 , L. ,~ s ? --~, - ~ c *-' e 1, , ~
o (m-'pk -.?.7)
la:,)rnci-jd. prcm. no-1:13-I6 ~-; l-Ag ),-. , - - - I

DA !,.-,'A
L -IL2 t'-
'ILF11
'ACCESSION NR: AP5019944 UR/0133/65/000/008/07b6/0707i
669.18-412 : 621-746-753~,~,S/
~7
AUTHORS- Borodulin. A. I.; Smolyarenko, D. A.; Sivtsov, G. V.; Chizhova, V. Ya.
:TITLE: Improving the quality of metal for 6T(T-rolled sheet metal
.SOURCE: Stall, no. 8, 1965, 706-707
TOPIC TADS: sheet steel, steel pouring, steel foundry, deep drawing steel
. Some of the or dee-o-'
'ABSTRACT'S reasons why Cherepovets steel is superior to others f
'drawing'igre discussed. The factory uses ore containing 63/o Fe (to be raised t 63%
in 1965) and coke containing t0'O-55%_S'?'oompared with normal 1.6-1.8%) to obtsin
,ast iro~T(to belowered to 0-015-0.01V-).
:only O.OlWo S in the c Fuel consumption
~(natural gas) in 1964 -was T-36 kg/ton. C content in medium and large capacity fur-
naces is taken as 0.35-0-80 and 0.25-0-70~ respectively, while cast iron consumptioni
',(containing O.4C% Si, 0.25% 11n) is 55-5WIo. The steel produced for deep-drawing
~corresponds to stricter limitations on chemical composition (imposed within the
Ai~factory) than those established by GOST specifications (primarily, smaller ~a of Si
LT,- and S). Since the heating of the ingredients was found to be a major factor in
'steel quality, the following order is used: agglomerate is uniformly loaded on the
:fettlin,gs and covered with lime. The charge is heated 7-10 minutes and scrap is
:Card 1/2

L 00557-66
ACCESSION NR: AP5019944
1oaded at 3 tons/min to speed the melting. Since the S content remains essentially
Constant through the melting operation (small amounts only a;q removed in slag), the!
~charge must consist of materials containing little S. The
_Lb/S ratio has to be
substantially above 12 (around 20-30). The metal temperature is kept J~t 1530-1600C
w1hrough 60-701
while the slag temperature should not drop below 1580C. Speed 12urin
Im spouts (12 tons/min) results in 1-4Vo increased yield of olass I metal compared
!With normal pouring throuqh 30 mm spout (2-5 t/min) -
I
:Tkache o, K. I. Zhurkin kCherepovets); V. N. Gasilina, ]~,_A. (apustin (TsNIIChM~
'participated in the work. Orig. art. hast 1 figure and 1 table.
!ASSOCIATION: Cherepovetskiy metallurgicheskiy zavod (Cherepovets Metallurgical
iFactory);TaNIIChM
!SUBMITTED: 00 ENCL: 00 SUB CODEs MKI
INO REP SOVt 006 OTHER e% 000
Card___2,/Z

NR. AP6021713 SCURCE CODE: UR/0130/66/000/003/0027/0028
107HOR: Monid, A. G.; Benyakovskiy, M. A.; Smolyarenko, D. A.; S.-vtsov, G. V.;
Tk~chenko, E. V.; Dyakonova, V. S.; Popov, P-.=.; Pakudin, V. P.; Shirinskaya, S. A.;
Sosipatrov, V. T.
Z/1
ORG: none
TITLE: Production testing of 08Y old rolled low carbon steel
Ll u c
SOURCE: Metallurg, no. 3, 1966, 27-28
TOPIC TAGS: low carbon steel, deoxidation, cold rolling, quality control 08Yu steel!
ABSTRACT: Production testing was carried out on nonaging 08Yu steel sheets at the
Cherepavetsky 13etallurZical Plant and the results were compared to the norms set by
GOST 9045-59.,~Iieli-l`nwas carried out in single-grooved Martens furnaces of average
capacity; deoxidation~ly ferromanganese was done in steps--50% in the furnace and 50%
in the ladle; Al was also introduced in the ladle in quantities of +qo-150 g/T of
steel while full deoxidation was accomplished by the addition of AlyAellets in quanti-I
ties of 900-1000 g/T. The chemical composition of 08Yu steel compared favorably with
the standards set by GOST 9045-59 (experimentally--C=0.04-0.08%, Si=0.01%, Mn=0.32-
-0.36%, S=0.009-0.016%, P=0.01-0.015%, Cr=0.01-0.03%, Ni=0.03-0.07%, Cu=0.02-0.07% and.
A1=0.02-0.05%). Ingots weighing 14T were hot rolledlin 15-18 passes into slabs of
UdC: 621.771.24
Card 1/2

ACC NR: -'AP6021113
135-140 mm thickn ss and 1070-1430 mm width on a 1150 bloom. These slabs were next
cold rolled to i aximum of 68% reduction into sheets of 2.5-3.5 mm thickness and 1040-'
-1430 mm width. ~~'Mnnealing was done at 5500C for 10 hrs at a heating rate of 150/hr I
and cooling was at 60/hr. The final operation was a finishing pass at 1.0-1.3% reduc-~,
tion. Tests made on the sheets after aging at 2000C for 30 min substAntiated that
the steel was nonaging. The sheets performed well in stamping te,~LAfhich were run un-~-
der the stamping conditions used at the Gor1ky Automotive Plant. Orig. art. has: I
table.
SUB CODE: 11,14/ SUBM DATE: none
Card 2/2

'it) V/ L26-7-6-12/24
A~1; P! I OIZS:Sj.t-o t a, N.N'. , Lekht b lati , Ye. A. and Smolynvenko _ E.M,;,.
TITLE: Influence of Ultrasonic Action in the Crystallization
Process on the Structure and Properties of Aluminium
Silicon Alloys
PERIODICAL: Fizika metallov i metallovedeniye, 1959, Vol 7, Nr 6,
PP 879-884 (USSR)
ABSTRACT: Exi)eriments were carried out on the ultrasoniz apparatus
of tfie Scientific Research Technological Institute (FiS 1).
It consisted of a generator, a 3 kW amplifier and a
iiia,grietostriction transformer and rectifier. Twelve Al-Si
alloys were made f:or the exneriments iw~ith the following
silicon contents: 2.5; 5; 7.5; 10; 11; 11.6; 12; 12.5;
15; 17.5; 20 wt.%. The alloys were heated to 2500C
above the melting point and were cast into a i-iiould -orhich
had been pre-heated to 4000C and dressed with chalk.
Control runs have shown that dressing with chalk has no
izif.Dience on the crystallization process and the structure
of the ingot but it does prevent sticking to the mould
!-balls. Ultrasonic waves were aprflied up to the point of
Ca rd /1,casting. The frequency of oscillation was 18 to 18.5 khertz,
changing during the crystallization process due to an

SOV/126-7-6-12/211
Ir~fluehce of Ultrasonic Action in the Crystallization Process on
the Structure and Properties of Aluminium Silicon Alloys
increase in the quantity of the solid phase and to the
change in the acoustic parameters of the system. The
power supply to the emitter was 1.0 to 1.5 kW. As the
alloys changed to the heterogeneous pasty state at the
end of the crystallization process, the ultrasonic waves
were as a rule discontinued. After perfecting the method
a series of experiments with alloys of the Al-Si system
was carried out. Six ingots were cast from each alloy,
three being exposed to ultrasonic waves and three for
reference purposes. From these ingots, specimens were
made for tensile, impact and hardness testing and also
for macro and micro-sections. It was noticed that alloys
with low Si content (up to 7.5%) did not swell up
under the action of ultrasonic waves until the ingot had
completely solidified. The surface of the exposed ingots
was smooth and even, whereas the surface of the reference
specimens was rough. In Fig 2 the macrostructure of an
Al-Si alloy containing 2.51a' Si is shown (a - non-exposed
and b - exposed specimens). In Fig 3 the macrostructure
Card 2/1, of an Al-Si alloy containing, 11.6-,_,~ Si is shown (a - non-

SOV/126-7-6-12/24
In,fluefice of Ultrasonic Action in the Crystallization Process on
the Structure and Properties of Aluminitui SI'licon Allovs
exposed and b - exposed speci~mens), In Fig 4 the
macrostructure of all Al-Si alloy containing 1%6 Si is
shotvn (a - non-exposed and b - exposed specimens).
In Fig 5 the influence of exposure on the change in
ultimate tensile stress of Al-Si alloys with change in
composition is shourn (exposed specimen - upper curve),
g 6 the chat inipict stren~,rtli of AI-Si alloys
In Fiv ige in
wi th change in composition is sho%,-n (exposed s-jecimen
upper curve, 'non-exposed specimen - lower curve). The,
authors arrive at the following conclusions:
1) As a result of the action of ultrasonic waves on the
crystallization of Al-Si allovs, i-!i-rhin the range 2.5 and
20% Si, a sharp refinement of th? urimary grain an~i
raicrostructure takes place.
2) Tile ultimate tensile stress of exposed ingots increases
on the average by 11% and the percentage elongation bY 75%-
3) A general increase in hardness and impact strength
Card 3/1, of tile alloys is achieved.

SO V11 26 - 7 - 6 - 12/2 It
I -i I') tjwoice o I' U Ir~risoriic Action in the Crys till lizatioll Process Oil
'the Structure and Properties of Aluminium Silicon Alloys
Thore are 6 figures, I table and 3 references, 1 of
which is Soviet and 2 German.
ASSOCIATION: Moskovskiy institut tsvetnykh metallov i zolota imend
M. I, Kalinina (Moscow Institute of Non-ferrous Metals
and Gold imeni M. I. Kalinin)
SUBMITTED: December 7, 1957 (Initially)
July 29, 1958 (After revision)
Car,] 4/11

SIROVA, D.N., akademik, otv.red.; BL%OV, K.P., prof., red.; KONDOASKIT.
Ye.I., prof., red.; POLIVANOV, K.M.. prof., red.; TEIJASNIN, R.V.,
prof., red.; SMOIZIISKIT, G.A., prof., red.; SRCLITS, N.H., kand.
fiz.-mat.nauk, red.; SKOLTARANKO, E.M., red.; BASHKIROV, L.A.,
red.; KHOLTAVSKIY, S., red.izd-ve; VOLOKEAROVICH, I., tekhn.red.
[Ferrates; physical and physicochemical properties] Ferrity;
fizicheskie i fiziko-khimichaskie svoistva. Doklady. Minsk,
Izd-vo Akad.nauk BSSR, 196o. 655 P. (MDRA 13:11)
1. Vaesoyuznoye soveshchaniye po fizike, fiziko-khimicheskim
svoystvam ferritov i fizichaskim osnovam ikh primeneniya.
2. All BSSR (for Sirota).
(Perrates)

273T4
S/194/61/000/003/0401/046
D201/306
AUTHORS: Sirota, N.N., Lekhtblau, Ye.A. and SmolyareFdko, E.M.
TITLE: Crystallization of alloys in an ultrasonic field
PERIODICIU,: Referativnyy zhurnal. Avtomatika i radioelektronika,
no. 3, 1961, 20, abstract 3 E144 (V sb. Kristalli-
zatsiya metallov, M., AN SSSR, 1�60, 263-271)
TEXT: An investigation has been made into the effect of ultra-
sonic oscillations at a frequency of 19 Kc/s on the process of
crystallization. The alloys -11-Si, .-U-Cu, Al-Mg were heated to
about 50-IOOOC above their melting point and then poured into a
casting mould heated to 4000C, The mould was then screved onto the
concentrator. The ahalysis of the sxiples thus obtained has shoi-ai
that the sedimentation shell concentrated in the upper portion of
the ingot under the effect of ultrasound and was evenly distribu-,ted
throughout its volume without ultrasound. By comparing thc macro-
graphs it ~-.-as determined that soinie, makes t',I,c structurr~_ of the ingot
b r~
Card 1/2

So;id solutions in the system InP-GaP. N. N. Sirota, V. V. Rozov.
~nvestiqation of solid solutions of InP-GaAs. N. N. Sirota, L. A.
makovetskaya.
Physical properties of the system ZnTe-CdTe. N. N. Sirota, V. 0.
Yanovich.
Physical properties of ternary alloys of the system Zn 3As2-Cd3 As2-
N. N. Sirota, E. M. Smolyarenko.
Semiconducting propirt.ies of manganese-telluride and selenide.
14. Sirota, G. I. Makovetskiy.
V VI
?roduciion of films of semiconducting compounds of the type A a
and AI 3V on antimony by reactive diffu5ion. N. N. Koren', N. N. 5irota.
(2.5 minutes). -(Presented by N. N. Sirota).
P,eport presented at the 3rd Ilational Conference on Semiconductor C .orTour-dsi,
Kishinev, 16-21 Sept 1963

SMOLYARENKO, V.D.
Introducing automatic control of steel pouring irtc ingot
molds. !",etallurg 6 no.9:20-22 5 161. (M!Fj6 14:9)
1. Gosudarstvennyy so,,-uznyy institut po proyektirovaniyu
metallurgicheskikh zavodov.
(Steel ingots) (Remote control)

Ix R
S'021 M901
V! scosity Of with a:
arld Na3JUF6. T~--,r. vy-:,~ uclneb. za-v. ~chern. met. 7 no.9.-
II (141RA 17:&)
Mozskovskiy vecherniy metaijurgichealk4y institilt.

c r ng t h 'a ty er: S, Hg5 .411-h an
t 0 no.8--960-971 '64.
Zs,,, lair. -1
'M ~.
Mng'k ryrsk'~ y vtl:~herr, I yy me tal lurgichnsk'~y in at 0.

n d
-abo
0 'MIRA 13
me 769
t: 7" o
t

isccs i4,y q1,r.Oa-;- proper tles o If 8yn T i c win _i Ile slag with
add t or s o f A Q -j Ta3 1z-,j-.v:,rs,ukihi2b.zav.;
-aF,) and 1, -i:l
--.hern, me -7z. 165. (SERA 18!8)
Moskcra-~rk,-~Y- v--cherni-,r meta-1 ~,-Lt.- t

CIIVFRTKO,, A.I.; PATON. V.Ye.; SMOLYARKO, V.B.; S'9_SIN, V.V.
Standardized semiautomatic welding machines. Avtom. svar. 16
no.8:65-75 Ag 163. (MIRA 16:8)
1. Institut elektrosvarki imeni Ye.O. Patona AN UkrSSR.
(Electric welding-Equipment and supplies)

ill Till 1
PERIODIC:*~
F'~ ST RC'T:
.1 0 A 1
a
i 1.11-a -1 t,-,! Lli~ ill 1 1 0
I: t-1--, _14-,,Jdy an soli-0---fon is ot' thr-2 loroblem
lira! frr miencies ft_-)r a cylindrical. _rc-_-sr)n.-.,tor con-
t
I I rr I t C- c ride r C.
L I
r, 1 1 t (A 1. A 1. -.,q Is di sct;ssed
or I! h e r is c, i ia t o1,,,a,_ nu, ~31.d,_,- 1 t
-, , 1, ! ri "
i_h~'tu lCor I C. ,, I r-I j_Ir
1." S ?!,, L I I t f
Ia,,:', I!, r s, o a 1 1 L i t J d y r
_! 01 1 - i t. h
L.-Y 111all--r :.-ho used
The -.vszem ~mder dis-
y .; :
-'s I i t id ri -a I- r-~ s nn~i to r ol a
-net d

1'', 1 7..~, . % .
1. ~ I . I y
1: : '- , : . - , , I- ~ I .. .. .1. 1 -' / .
. . I . I . : . . - . - !, I : - .1 , -11 J ,
1 11 1 1.

80), 90), 24(l) SOV/140-5S-4-6., 02
AUTHOR: Ismailov, Sh.Yu., Candidate of Technical ScieNces
SmolLqXsLv,__A,M. , and Tsvetrkov, A.P. ,no's nee--
0_
%
~
azanl
TITLE: A I.,",easuring Audio Frequency Generator
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Priborosturoye-
niye, 1958, Nr 4, Pp 34-35 (USSR)
ABSTRZIM: A measuring audio frequency generator was developed at
the Ryaz,:inskiy radioteklinicheskiy institut (Ryazan'
Institute of Radio Engineering). A photograph of the
generator is shown in Figure 1. The audio frequency
generator provides a high stability and accuracy of
frequency readings. It covers continuously the fre-
quency range of 20 to 20,000 cycl s. The frequency
S
stability of the generator is 10-
in the entire fre-
quency range during 5 hours of continuous operation
after a preliminary one-hour warm-up. The frequency
stability is not influenced by envirenment temperatures
or by feed voltage changes. The accuracy of frequency
readings is not below 0.2% of any set frequency range.
Card 1/3 The output power of the generator is not less than 4

A Measuring Audio Frequency Generator SOV/146-58-4-6/22
the stroboscopic method, and in all cases vihen high-
accuracy frequency readings are required. There is
1 photograph.
C3
SUBMITTED: 1.1ay 5, 1958
Card 3/3

:AtCESSION NR: AP4042113 S/0115164/0001006/003610039
:AUTHOR: Smolyarov, A. M.
TITLE: Automatic pulse-duration recorder
,SOURCE: Izmeritel'naya takhnika, v. 6. 1964, 36 -39
TOPIC TAGS: pulse duratiop measurement, pulse duration recorder, electronic
pulse duration recorder
i ABSTRACT: A new pulse-durudon rea)rder campm-ts the nwasured dumlen vAth the
iduration of a reference pulse, modulates the difference pulse with h-f. stores it,
and records the result on a chart tape. A b I o q. k d i a g r a m is shown to explain
the functioning of the recorder; a phantastron or sanatron is used as a reference -
'pulse generator, and a: ShD-5 stepping motor (responsive to up to 1500
Ise/min) is used for operating the recorder -potentiometer slider. Formulas
.pu
for the evaluation of possible error are supplied. It is clain-Ad that a laboratory
card I /Z

;ACCESSION NR: AP404ZI13
model of the recorder measures pulse duration within 200- 600 micmsec and has
a full -scale running time of 0. 5 sac and an over -all error of 0. 5%. Orig. art. 1:
has: 3 figures and 7 formulas.
ASSOCIATION! none
SUBMITTED: 00 ATD PRESS: 3069 ENCL: 00
SUB CODE: ZC
NO REF SOV: 002 OTHER: 000
Card. 2/2

'ACCESSION NR: AP4037468 S/0146/64/007/002/0090/0095
AUTHOR: Ismailov, Sh. Yu.; Smolyarov, A. M.; Dondik, Ye. M.
TITLE: Automatic devices and systems with stepping motor actuators
SOURCE: IVUZ. Priborostroyeniye, V. 7, no. 2, 1964, 90-95
TOPIC TAGS: electric motor, stepping motor, actuator, actuator kitepping
motor, automatic control
ABSTRACT: A few automatic systems which may use the stepping motor as an
actuator are briefly described: an elementary open-loop atitomatic -control
system may be used for control or measurement; a pulse -frequency-speed
conversion system using a nonreversible stepping motor and a differential gear is
recommended for automatic control; a pulse-supplied synchro (selsyn) system
may be used for angle transmission; two stepping motors can serve as an adder;
one stepping motor with a toothed disk can work as a variable -reluctance device
Card I /Z

.ACCESSION NR: AP4037468
multiplying the frequency of the operating pulses; the stepping motor is also
suitable for operating a bridge-type automatic recorder, servo system, or a
time -interval -measuring recorder. As drift and hunting are practically absent in
the operation of stepping motors, no co;Krective device is needed. [Abstracter's'
note: Nothing is said about the main back of the stepping motor - its large
sizej! Orig. art. has: 4 figures and 12 formulas.
ASSOCIATION: Ryazanskiy radiotekhnicheskiy institut (Ryazan' Radiotechnical
jnstitute)
SUBIvUTTED: 04Jun63 DATE ACQ: 05juin64 ENCL: 00
SUB CODE: 1E NO REF SOV: 005 OTHER: 000
Card 2/2

263'12-65 EW(d)/=(k)'-2/EM;4 Po-4/Pq-4/P 4/Pk-4/Pi-4
9-
ACCESSION NR: AP5002082 S/0146/64/007/006/0015/0019
AUTHOR: Ismailov, Sh. Yu.; Smolyarov, A. M.-
-TITLE: Automatic device for measuring pulse duration and oscillation frequency
SOURCE: IVUZ, Priborostroyeniye, v. 7. no, 6, 1964, 15-19
TOPIC TAGS. pulse measurement, frequency measurement
ABSTRACT: The instrument is based.on the comparison of the duration of the
.measurand and a reference pulse, the:difference pulse being a burst of high-fre-
quency pulses subsequently counted by a steppitig.motor., Alaboratory,setup with a
phantastron and semiconductor devices was able to measure pulse duration within
200-600 pseci it had a travel time over the full scale of 0.4 sec and an overall
error of 0.5%. The instrument provided continti6us.'visual indication and could
measure the duration of single, periodic, or nonperiodic pulses; data logging on
paper tape was also provided. Orig. art, has: figures and 9 formulas. [031
ASSOCIATION: Ryazanskiy radiotekhnicheskiy Institut (Ryazan Radio Engineering
Institute)
i Card

I. (Maj .1en, l'!ec:ica-I I~ervice,
Smolyarov, I (,'.Iaj Gien, Medicai Service, Yerrter of the Pcademy of Medical Sciences)
Coauthor with Professor A BAKULEV (I"rofessor, Member of the -cademy of 'L,edica-l
.Dciences) and Col., An. 2OZZIEr"OV and Ar. ~51"ZHKO1.1 of review of the book,
Entsiklooedicheskiy meditsinskiv sDravochnik d-vu vo Ih f lldsherov(Encyclopedic
il-edica-1 flandbook for Assistant Military Eurcreons). Z See section on Nilitary
Books and Motion -'ictures -7. (Ilrasnaya Zvezda, Moscow, 20 Apr 54).
5c; Oul. 12/ Aug-ustu 1954

MUMMY, S.AL.; ORGO, V.M.; SMOLYAHOV, L.G.
[Construction of hvdroturbines and calculation of their parts] Konstruktsii
gidroturbin i rhschet i1ch detalei. lieniagrad, Gos.r-P-uchnotekhn.izd-vo =a-
shinostrott.lit-ry [Leningradskoe otd-nie] 1953. J91 P. (9-1-RA 6:8)
(Water wheels)

3M,OLYAROV, L.G.
Granovskiy, S.A., Orgo, V.111., and 9molZarov, L.G., "General Inforr'--tion
on Control Systems for Water Turbines," in their book Konstruktsii
aidroturbin i reschet, Ikh deta_~ey jDesigns for Water Turbines and
breakdown for their Component,;j, Moscow and Leningrad, ?Iashgiz, 1953,
Chapter 8, Pages 351-375, 25 figures.

SHOLTAROV, L.G., Inzhener.
RepairIng the jacket of the shaft of a hydraulic turbine without
disassembling the installation. AnergomashInostroente no.11:21-22
N '56, WJU 9:12)
(Hydraulic turbines--Katntenance and repair)

DAV'YDOVt Aleksandr Pavlorich; SHOLYAROT, L.G., red.; ZABRODINA, A.A., telchn.
red. , - - , ,
Elhxbber bearings for hydraulic turbines] Rezinov7e podshlpaiki dlia
gidroturbin. Mosk7a, Goo. onerg. izd-vo, 1958. 130 P. (MIRA 11:9)
(Bearings (Machinery)) (Ikvdraulic turbines)

SMOLYAROV, L.G.; ARISTOV, A.V.
Hydraulic turbines used at the Kuybyshev Hydroelectric Power Station.
Biul.tekh.-ekon.inform. no.9:33-36 '58. (MIRA 11:10)
(Kuybyshev Hydroelectric Power Station--Hydraulic turbines)

SMOLYAIZOV. L.. lrizh.
Designers of powerful turbines are winners of the Lenin Prize.
14TO no.6:13-15 Je '59. (MIRA 12:9)
(Leningrad--Turbines-Design and construction)
(Kovalev, Nikolai Nikolaevich)

";
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T
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fin (I. V. Sitivak anA F. L.
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Phyrics)
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: Firim- potential, firing times. and disposition anti
0 movvment of electronsi between the cathode and COO
0 anodp in a long tube were investigated. 8 ref.
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Aft It A LITFINIMSE CLAWFICAtIC06
7. too
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WISKINI M.Ya.; TSVETKOV, i.,r.; 141TROFAMOV. S.I., prof., rukovoditel, rabotyy,
Prinimali uchqstiye: BAFHTEY-PV, N.Ye.; FOLOSOV, A.A.; SMOLVYI%, L.P.
Combined filtration o--.- L'llixes and copper concentrate. TSvet. met. 36
no.12:76 D 163. (MIRA 17:2)

USSRAhemistry - Physical chemistry
Card 1/1 Pub. 22 - 30/59
Authors j Koton, It. M. and Smolyuk,, T. G.
Title t Polymerization of methylated styrenes
Periodica I Dok. AN SSSR 102/2t 305-306, May 11, 1955
Abstract I Studies were conducted to determine the effect of the number and mutual
disposition of methyl groups.oriented in the benzene ring of styrene on
the polymerizability and properties of polymers obtained. A check of the
polymerization kinetics showed that some styrenes polymerize easier and
more rapid than the other. The activation energy values for the proceso
of polymerization of methylated styrenes were estimated. It was estab-
lished that an increase in the number of methyl groups in the benzene ring
of styrene reduces the polymerizability of the styrene substitutes as
result of the staric hindrances originating thereat. Two reference: 1
USA and 1 USSR (1935-1954). Graphs.
Institution : Acad. of Sc... USSR, Inst. of Highmolecular Camp.
Presented by : Academician V. A. Kargin, December 14, 195/+

GORODETSKIY, A.F.; SMOLYUK, T.G.
Tensiometric properties of semSconductors. Part 2. Lead dioxide.
Izv.vys.ucheb.zav.; fiz. no-5:75-77 161. (PaRA 14:10)
1. Novosibirskiy elektroteklinicheskiy institut.
(Lead dioxide) (Tensiometers)

Flora
Contact of the Association of Engineers and Technicians of the Focod
Industry with the future engineering cadres of -the meat processing
industry. Przegl techn 85 no.1:9 5 Ja 164,

(Varso); SNDNIE'14SKI- Jerzy kVarso)
Er!"ect of attenuating gamTL- rays on the sensitometric
P-ooert-ies of X-r-ay f; Lims. Kep hang 10 no.2:313-1111 161

KHODZHAKULTYEV
51 G.K.; AKHUNDOV, A.A.; SMORAGDOVA. R.N.
Influenza as a mask for pulmonary tuberculosis. Zdrav. Turk. 4 no.4:
18-21 Jl-Ag 160. (KIRA 13: 9)
1. Iz kafedry ospitallnoy (zav. - dotsent G.K.Khodzhakuliyev) i
fakulltetskoy Mv. - dotsent Ye.A. Pletne7) terapii Trukmenskogo
gosudarstvennogo meditsinskogo instituta im. I.V. Stalina i respub-
Mansko o protivotuberkululeznogo dispansera (glav. vrach - F.M.
IsmailoT
(INFLUENZA) (TUBERCULOSIS)

KHODHAKULIM, G.,K. , dotsent; AOUNDOV, A.A., assistent; _SMORAGDOVA, R.N.
Influenza as a provoking factor in pulmonary tuberculosis. Zdrav.
Turk. 5 no.2:13-21 Mr-Ap 161. (MUL'i 11-4: 5)
1. Iz gospital'noy (za!v. - dotsent G.K.KhodzhE6.-uliyev) i fakul-Itetskoy
(zav. - dotsent Ye.A.Pletnev) terapevticheskikh klinik Turkmenskogo
gosiidarstvennogo meditsinskogo instituta imeni I.V.Stalina i
respublikanskogo protivotuberkuleznogo dispansera (glavvrach - D.M.
Ismailov).
(INFLUENZA) (TUWT, RGULOS IS)

,BADAK, J.; SMORAGIEWICZ, W.
Upper Ju4ssic marly oil shale at Czarnoglow near Kamien Pomorski.
Bul geolog PAN 9 no.2:73-75 161.
1. Department of Mineralogy and Petrography 1-1, - g
., Institute of Tining and
Mettalurgy, Cracow. Presented by A. Bolewski

' * 7 '7- 7 e n7
7~K T i r Zt!
jj5C 07 maimptlic eiectors In
.worz wi-hl 9 no
"PlAstik" F-rc-cessing Works, '~larsaw,

SMORAWINSKI, Andrzej; Z-AviSTCWST`,I, Henrik
Designing projection profiles from polyolefins. Polimery
tworz wielk 9 no.10:410'-420 0 164~
I, Plastics Processing Works. Warsaw.