SCIENTIFIC ABSTRACT LITVINENKO, A. S. - LITVINENKO, F. F.

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• Collection: Scientific Abstracts
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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

B!"JKYiY:, LTTVINENP@. A.F).
11-- ---
Fifth All-Union Int.-.,)rc:)! L,-g--at6 Cmferance cn t@.p Thecxy sf
.. - e 16,4.
Elementary -.nerg. 26 no.w5,19 ... T
k 11 F. a -l; @ -; )

1 ;nt
LITMENK0, A. U.
"Mineralogy of Hydrates of Irorj Oxide from the Kimmeridgian Strata of Priazov Peglon"
(Mineralogy, Oxides) Geologichniy zh. 13, No 1, 1953, pp 20-38
Abs
W-31i46, I Feb 55

USSR/Goology - Iron Ore, Sea of Azov 21 Jun 53
"Some Problems Concerning the Genesis of the Kim-
meriyskiy Iron Ore Formationsj"@,A. U. Litvinenko
DAN SSSR, Vol go, No 6, PP 1115-1116
States that the Kimmeriyqkiy iron ore formations
developed on a w:Lde plain adjacent to the Sea of
Azov from the north, west., south and southeast.
As a result of these investigations the author as-
sumes that these formations are present at signifi-
cant depths under the Pliocene and Quaternary de-
posits and) at the present time, are found In the
wesUrn part of the Sea of Azov. Presented by Acsd
V. A. Obruchey 10 Apr 53. 269T55

LITVINE-1.70, A. U.
USSR/U01007 - Toe(;s
I Jun 53
"The Ctaravter of the Loess-Formed Rocks In the North Sect! -i-, @,f
A. U. Litv-,*.%(,rkn end Z. I. Tanatfir-BarttBh
DAN SSSR, Vol 91, No 1, pD 145-1118
Discuss the chArec terl sties of (@iaternavj loess-formed rocks nnd other cedin.entnry
formations. State that geolo,1,1cr-.l dt@ta an,-'- r1so gre-aulomt-tric, and chem
analysis substantiated the fact that loess originated from fluvlnl alluvi-ql deposits,
red-brown red-bruaii loams, bare places of sarmatian clayoy-sL@_rd deposit., : i.d
ori@;inal kaolins could account for part of the material which, in scattering, was
deposited on the surface of watu:rsheda and their slopes Rnd terraces. Frecented by
Acad V. A. Obruchov, 23 Jan 53.
z66T64

15-57-2-1646
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 2,
P 71 (USSR)
AUTHOR: Litvinenko, A. U.
TITLE: The Mineralogy of Biomorphosis in AsBociat4_on With the
Origin of the iron Ores of the Azov Basin JK minera-
logii biomorfoz-V Bvyazi s genezisom zheleznykh rud
Priazovskogo basseyna)
PERIODICAL: Vopr. mineralogii osadoch. obrazovaniy. Books 3-4.
L'vov, L'vovsk. un-t, 1956, pp 174-189
ABSTRA130T: The biomorphosis of t@e Cimmerian beds of the iron-ore
deposits on the Kerch'and Taman' Peninsulas is sub-
divided into the biomorphosis of replacement and the
biomorphosis of filling. The zoomorphosis of re-
placement of fossil bones of marine and, rarely, of
land animals is composed of kurskite. The) zoomorphosis
Card 1/3 of filling is represented by the filling of mollusc

The Mineralogy of Biomorphosis (Cont.)
15-57-2-1646
shells by mineral substances. S -hells with open valves have been
filled with oolitic ores and sandy clay material. Shells with com-
Pletely closed valves contain purely authigenic minerals. Zoomorp*nic
minerals are distinguished by various forms of segregations (differ-
ent forms of crystals and druses, soil-like aggregates, earthy
masses, etc.). They sometimes show concentric structures.
Frequently a zonal arrangement in the distribution of minerals in
the shells may be observed. The phytomorphosis of replacement has a
woody structure (complete replacement) or shows slightly mineralized
fragments of lignitized wood (partial replacement). It consists of
authigenic minerals. The phytomorphosis of filling occurs in cavi-
ties that formed after the decomposition of woody material. In
addition to authigenic minerals, it contains clastic material. In
mineral composition one.may distinguish 1) zoomorphosis of siderite,
phosphates (vivianite and paravivianite), Fe hydroxides, colloidal
Mn hydroxides, and barite and 2) phytomorphosis of barite, barite
with amorphous silica, Ca phosphates, Fe phosphates (kerchenite and
Card 2/3

The Mineralogy of Biomorphosis (Gont.)
15-57-2-1646
and bosphorite), siderite, leptochlorite and siderite, and hydro-
goethite. The second-stage minerals of biomorphosis are enumerated.
Weathering and replacement processes are traced through biomorphosis.
The presence of biomorphic transformations of various composition in
the ore layers is demonstrated by migration within the ore sequence
of Fe, Mn, P, Ca, Ba, S, F, and other elements. With the intro-
duction of elements during biomorphic transformation there also
occurrEid elimination of some elements contained in the primary or-
ganic material. The study of biomorphosis has led to the prelimi-
nary conclusions that the authigenic minerals appear sequentially
in the development of the Cimmerian ore strata. These studies also
lead one to relate the oolite development in the sediments chiefly
to diagenetic processes and also furnish grounds for in-,erpreting
the nature of the landscape in the region adjoining the Cimmerian
basin.
Card 3/3 M. N. S.

LIMMIM, A.U.; XDMOTA, V.I.
StudT of vegetmble remains from Cimmerian Stage deponiluso Dokl.
AN SSSR 107 no.2:317-320 Mr 156. (MLRA 9:7)
I.Dnepropetrovokly nauchno-iseledovateliskir institut geologii.
Aredstavlene akademikoz N.M.Otrakhovyz.
(Georgia--Palsobotany)

@-ITVIN,
AW,"HORj
TITLE:
PERIODICAL:
,,;@ - 4 _,@_ - - - - - - - -
I
Litvinenko, A. U.
20-4-40/51
On Oro-Forming Carbonates Frow the Cimj,;erian Sedli:ncentij of the
Kerch and Other Ore Deposits of the JIL-ar-Azov Iron 'Jre busin(O
rudoobrazuyushchikh karbonatakh iz kimmerijskikh ot)ozhenij k--,r-
chenskogo i drugikh mestorozhdenid Priazov3koZo zhelezorudnogo
basseyna)
Doklady AN SSSR, 1957, Vul. 116, Nr ilp pp. 673-676 (USSR)
ABSTRACT: Carbonates sideritus) occar in ore lajers of Liany de-
posits of seaiwentarj iron oreLi ;iith oolitic couposition. 'Thei
are rather widely distributed in the ore lajera mentioned in the
title, however, thej are only to a small extent researched. The
new Liaterial obtained bj the aathor facilitate a @.iorL; cum,?Iete
characterization of the mentioned carbonates. Thej are fe,)rezent-
ed in the seuiments of the region in the north of the Azov Sea aid
in the steppes of the Crimea bj small concretion ccrtractions of
wicrograined structure. Thej form 1-3 concretion hcrizons and
are as ruicroscapic spherolithes distributed in th,,,@ ce;.ient of the
ores and in the ferriferous sandstones. They occar more frequent-
ly oil the Kerch peninsula and are bound to the lajers of so-
called "tobacco ores" (11tabachnjje i. udy"). Their rsither manifol&
fora depends oil the kind of the cen@re around which these con-
Card 1/3 cretions have formed; pd1ezjpodes si,ells (elliptic.1, wood

on* Ore-Formirg Carbonates Frc..n the Uiiaiat@rian :@ecii;,ents of the 20-4-40/51
Kerch and Uthc;r Uze Deposits of th,.- llear-Azov Iron Ore Bajin.
spli?tters (luwp- or upindle-ahaped) utc. Thidr size vuriua bet-
ween some centi4ebers and handreds of weturs. If th,-, uoncretiuna
coalesce, thej form horizons wf,ich partlY c!ian,r,,,e over into con-
tinuoas interaiediate lajer3. Thu carbonates are also considerablj
distributed on the Taman' peninsula, esi@@ciallj on Cape Zhelezrvj
Rog. Eastwards thej are to be seen up to the Stanitsa (Cossack
village) Krjuiskayra 100-450 [a in a depth of from. The carbonates
are greeaish-g::,aj, and jellowiah-3ray or brownish if they are
oxidized. Hardneso = 2t5 to 4,5 specific aeight - 3,2-3,8 . They
replace everyw'here the leptochlorite-oolito, the lciam-leptochlo-
rite -ceLjent, shells and their splinters of pelezypodes, -rains
of quartz, fulaspar, sometimes of glauconite. They on their part
are replaced by iron sulfites and phosphates. T;ie sphErulithes
forLLation of anapait izi thu carbon-ate are ch@iracteristic of the
ore lajers of the Tawan' peninsala, those of Paravivianit,how-
ever, characteristic of the Kt@rch peninsula. Tae carbonate sub-
stance forms in the last mentionad region 90-95@4'7' of the concre-
tions, on the Taman' - Peninsula -73-90@. Manganese, mugnesium,
and partly calcium are in the carbonate, as isomorphous adiaixtu-
res. A part of the Ca- as free CaCO 3' The composition varies riot
only between eingle concretion horizons, but even in sin,,le
Card 2/3 points of the same horizon, at a distance of from loo to 300 m

On Ore-Forming Carbonates From the Cimmerian Sediments of the ,2o-4-40/51
Kerch and Other Ore Deposits of the Near-Azov Iron Ore Basin.
from each other, This variety is effected by the varietj of the
physical-chemical conditions during the diagenesis. Beside the
mentioned carbonates unimportant f3eparations of an:terite and cal-
ciura rhodochrosite occur on both peninsulas, they 2over as thin
crusts the inner tjart of the pelezypode shells and others. Mn
amounts here to 38-40,16%, CaO -11,05-15,5%. The spectral ana-
lysio detected A1,Mg,13a,P, br,PbpNi,Si,Fe,Ti,Zn and Mo.Ankerite
and rhodochronite belong to the apigenetic formatiunu. Siderite
and oligonite slich are widely diatributed in thAore lajers can,if
they are presant in great quantity,influence the technologic pro-
perties of the "tobacco" ores. Oligonite increases the manganese
content of thes,.- ores. In the case of weathering of siderite a
great-concretion containing hydrohetite ore is formed which is
eiaily to be enriched by the washing of the ore. There are 1 fi-
gure, 1 table, and 11 Slavic references..
ASSOCIATIONt Scientific Geological Research Institute of the 3-,ate Universitj
Dnepropetrovsk (11auchno-issledovatel'skiy geo1o,-',i-,.heskiy institut
Dneptopi@trovskogo gosudarstveimogo univer:3iteta)
PRESENTED: Uay 3, 1951, by 11. U. Strakhov, Acad).-i.-.ician
SUBMITTED: April 16, 1957
AVAILABLE3 Librarl of Congrt:ss
Card 313

7-VI 1V*,r-)VW0) A, U,
AVMORSI Litvinenkov A. U. and Kucherenko, M. T. 20-5-36/48
TITLE: Oolitic Siderite-Chamoisite Ores in Jurassic Depo3it;3 of the Dnepr-
-Donets Depression (Oolitovyye siderito-shamozitovyye rudy v yurs-
kikh otlozheniyakh Dneprovsko-Donetskoy vpadiny)
PERIODICALs Doklady AN S35R, 1957, Vol- 116, 11r 5, PP- 8117 - 850 (USSR)
ABSTRACTs Since the Jurassic deposits are mostly covered by the higher lying
meso- and kainozoic sedimentary formations, their research is in-
sufficient inspite of a rather wide distribution in the mentioned
region. In the most recent time the layers mentioned in the title
penetrated by several boreholes of the Ukrainian GeSLoGical Admini-
otration (Ukrainskoye geologicheskoye upravleniye) and of the trust
"Ilkruglegeologiyall (Ukrainian Coal-Geology). In the lower part the-
au layers belong to tbellmiddle Luiaa-Aalen"; ferriferous rocks,
more or less enriched by oolites were found here. They lie trans-
gressively in depths of fiom 80 to 300 m. They rest upon conglo-
marate directly resting upon Triassic, or 12 m thick dark gray
arenaceous loants. More eastwards a 26-meter-mass of dark gray loam
separates the ore layers from Triassic. The ferriforous sodiments
are represented by 3 typeas -1.) fine oolite siderite-chamoiaite
Card 1/4 RLe. Macroscopically dark green this ore has intermediate layer's

20--5-36/48
0olitic Siderite-Chamoisite Ores i4jurassic Deposits of the Dnepr-.Doneca Depres-
sion
of micrograined carbonate (siderite) and loam. Ae oolites are
rather solid, not greater than 1mm; 0,5 mm and snallerpredominate.
They are either dark greendull, or ohinin.- and black. With the
oolites cornered and well rolled quartz grains, 8pli-nters of flint
and of pelezypod shells occur. The oolites are often compressed
under the microscope. In the most there is a core of splinters of'
carbonate, quartz, smaller oolites of former generations of chamoi-
site ate. The structure of the oolites is described in detail. The
occurrence of almost globular oolites with 2 compressed separated
ellipsoidal oolites in the core is a proof that this latter fol-m tas
still during the sedimentation of the ore deposits and the formation
of the ores themselves, i.e. before the ore layer was covered by
higher layers. This form is probably caused by phyaical-chemical pe-
culiarities of the slime sediments in which the oolites were pro-
duced. The green color of the exterior concentres of the oolitea
beside the inner zones which are brownish-yellow up to dark brown
as well as the occurrence of the rearranged whole smoothly polished
oolites prove a temporary alteration of the physical-chemiml and
hydrodynamical conditions of the marine basin durina the sedimen-
tation of the ferriferous deposits. In consequence of oxidation
processes the oolites become yellowish and brownish. In conse-
Card 2/4 quence of the prevailing of reducing conditions the chamoisite of

20-.5--36/48
Oolitic Siderite-Chamoisite ores in Jurassic Deposits of the Dne.pr-Donets Dapres-
sion
the exterior concentres became again green. The ch,@-aical analjsia
table 1), the radiometric, and the thermal analysis prove unequi-
vocally that the substance of the oolites is chamoisite. Its struc-
ture is described in detail. 2.) siderite. Among the above-mention-
ed ores as well as in ferriferous sandstones interme@7i lo lv,--jrs
and concretions of a size up to 15 cm, of raicrograinc@! ideri,te,
occur. It contains inclusions of the mentioned oolite, round 1-7rite
grains, splinters of pelezypod shells, as well as of ar!,o'.1s J..
needles of eohinites. The chemical composition is not con;itant
(is given). 3-) Ferriferous sandstones. Mostly middle- or fine-
grained sandstones. Terrigenous grainTare mainly repre3ented by
quartz. Microcline-, biotite, and single tourmaline grains, as
well as pelazypod shell splinters are seldom found. Chamoisite-
-oolites exist always in a quantity of 15 - 20 %. The cement of
the sandatone is basally carbonacEDus, chamoisite-sideritic or ai-
derite-loamy. The siderite of the cement has a 3pherolitic str@_ic-
ture and decomposes as well as substitutes everywhore quart L, -,ral-na
and shell splinters. Moreover, concretions of micrograined ,alcite
are to be found in sandstone, microupherolite grains of jidurite,
Card 3/4 needle- and armor splinters of echinite's as well as shL@11-like

20-5-36/48
Oolitic Siderite-Chamoisite Ores in Jurassic Deposits of the Dnepr-Donet3 Depres-
sion
and globular secretions of pyrites are densely dis-ributed in the
calcite. There are 3 figures, 1 table, and 1 refer!@nce, Y-one of
which is Slavic.
ASSOCIATIONs Geological Scientific Research Institute, Dnepropetrovsk State
University
(Nauchno-issledovatellskiy geologicheskiy institlit Dnenropetrovs-
k-ogo gosudarstvennogo universiteta)
PRESENTED: Hay 3, 1957, by 11. M. Strakhov, Academician
SUBMITTM April 28, 1957
AVAILABLEt Library of Congress
Card 4/4

LITTIMMKO, A.U. .1
, .71 1. k7,"-7- t i- -
Washouts in the Lirch ore deposit. Dokl. AN SSSR 117 no.2.-291-293
ft- 157. (xm n:3)
l. Dnepropeirovokly goaudarstvennyy univervitet. Plredstavleuo akEL-
donikom N,M. Str,-.khovym.
(Kerch Paninaula-Gre deposits)

A.U.
Structural oharacteristice of ore bodies in the Kerch deposit and
dittribution of iron and mngausse in then, Geol. rud. most6rosh.
no..4:37-64 JI-Ag 1@9. (KIU 1311)
1,11anchno-issleduratellskiy institut geologii Daspropetrovskogo
goaudarstvannogo universitata.
(Crime&--Ore deposits)

LITVII'ENKO,l A.U.j kand.goologrtalniralogicheskilkh nauk; NLIVOYSA,. G.G., inzh.
Matiarial composition and problems of dressing Kerch deposit
iraa ores. Trudy Inst. chern. met. AN URSR 12:68-78 160.
1 (MIRA 14:5)
(Kereb-Peninau*-,Iron ores)
It (Ore'dressing)

IWOMENOW...-
,LITVINENKO, A.U..; DODATKO, A.D.
Distribution of organic carbon in ore-bearing deiposits of the
Asov Basin. Dokl. AN SSSR 135 no.2:423-426 H 160.(MIDA 1.3,11)
1. Nauchno-issledoy4t,ellskiy geologtehaskly institut .-
Daepropetrovokogo gosudarstvennogo universitata. Predstavleno
drademikom H.U.Strakhovym.
(Azov region-Ore deposits) (Carbon)

LITVIMWO, A,U,, DODATKO , A.D.
Distribution of sultur in the CimmerUm ore-bearing deposits of
the Az4V "hein. LakI, AN SSSR 339 no.6:1452-2453 Ag 161.
(MIM 34:8)
L, Raspri3petrovetaya geologiche6kaya*eks@editsiya Ukrai=3kogo
pauphno-inoledavatellskog6 geologoraivibdoebnogo institutao
Predstarleno akadomikom N.M. Strakhovymo
(Azov Sea region-Ore deposits)
(sulfur)

LIVINFINKO), A.U.; DROZDCIV) G.M.
iypergene magnetV4 fr= the weathering crust of ultrabasIc rocks
cC the middle Dniaper Valleye Dokl.AN SSSR 145 no.2:4L+-4.17 -11
'6Z. (KRA 15:7)
1. Dnepropetrovskiya geologicheekaya ekspeditsiya Ukrainakogo
nenchno-Issledovatel'skogo geologorazvedochnogo institute..
Predstavleno akaAemikom N.M.Strakhovym.
(Dnieper Va22ey-Magnetite)

LITVIMIO. A. U.; DODATIV), A. D.; IMORMIMA, D. P.
13=e characteristics of the weathering crant of ultrabasic
rocks of the middle Dnie@nr Valley. Dokl. AN SSSR 3.47 no.6.*
U41,,-1447 D, 162. (KIRA M-- I)
1. Dnepropetrovskaya geologicbeftrya ekspeditsiya Ukraintskoge
nauchno-issledovatel'skogo goologorazvddocbnogo institutu. .
Predstavleno akademikam K. M. Strakhovym.
(Dnieper Valley-Petrology)

LITVINENKO, A.U.; DODATKO, A.D.; K1101 ,:@,6111-,VA, D.P.
tl:@./f'@ructureo
composition and mine:mls
Characteristics of
of the weather-Ing jL/-Iace on ultrabasic rocks in the middle
Dnieper Valley. ,k'L*a vyvetr. no.6:125-138 163.
(MMA 17:9)
1. UkraJnq4.,1 nauchno-issledovatel'skiy geologo-razvedochnyy
institu.@/ Iiinepropetrovskaya goologicheskays. ekSp6ditsiya.

LITVIN'RIKQA4&4,Z kand. geol.-miner. nauk, otv. red.; hIrLAZEW:,
@.I.: 'Kand. geol.-xiner. nauk, red.; lCiAVCHEIKO, VJI.,
J.nzh.-geol., red.; RULINDIKO, inzh.-geolog, red.;
1HUROV, A.V., kani. geol.-mirier. naukp red.j ELIYANOV,
M.D., kand. geol.-miner. naukp red.; KOROLEVA, T.I., ved.
xed,
(Problems of the geology and mineralogy of ore depa3its]
Voprosy geologii 1. mineralogii rudnykh mpsturozhdenil.
Moskva., Nedra, 1964. 188 P. 04IRA 17: U)
1. Institut minerixl'rWkh resursov.

LITVININKO,A.U.; POGRVEENOY V.T.
New data on the ore poTentir-J of Cionerian sediments :Ln the
region of the-Sea of Azov. Dokl. AN SSSR 157 no-4Z852-855
4 t(I (M-r
MA :3:8)
1. Predstavleno akademikom N.M.Strakhavym.

LITVINRNKO., A.U.
Geochemistry of the Kerch iron-ore basin. Lit. i pol. islcop- no-4:
21-42 JI-Ag 16f,. I(KMA 17:3-1)
1. Dnepropetrovskaya ekspeditsiya Ukrainskogo nauchno-issledovatell-
skogo geologo-razvedochnogo instituta.

Ira LqEjMRE to
LITVINENKO.. A.U.; POGREBNOY,, V.T.
Realgar and some characteristics of the distribution of arsenic
in the ore-bearing formation in the Azov. and Kerch deposits. Lit.
i Pol iskop. no.2:149-152 Mr-Ap 164. 1 (141RA 17:6)
-1. Dnepropetrovskaya geologicheskaya ekspeditsiya.

Ll"MINEAKO. A.1
,,-it. 1@ pc)". iskop. no.2%5P,-.50 M-T-Ap 161.
,t,,.Idy rif glaucom.",eB.- J. ( IRA M-6)
M@
-v Gosudarst-vannogo p
1. Illatitut. mineralonykh resuroo eol ogicheskogo
koniteta SSSR, Dneprcpatrovok.

L111WREWO., A. V. -- ---- P-A 3oAg"i5;-

XULIXOTO A. I.. starahiy elelctromekhanik; LITVIRIKO, A.Y., elektromakhanik;
SHMMIOLITS, I.I., elektromekhain-IF-
Group transmission circuit.. Avtom. telem. J.svjaz1 4 no.go)5-36
t6o. (MIRA 13-39)
1
1. Odesekaya distevatei" eignalizateii i evyazi Odesskoy dorogi.
(Telegraph-Squipment and supplies)

ACC NRI APPJ02B74 C I\ 04) SOURCE CODE: UR/02O1/66/OO0/Oo4/oOO5/ooll
AUIHOR: Krazin, A. K-;_j!LtKjRj@k A.; Savushkinp 1. A.; Obrazteova, Ye. A.
ORG: none
TITLE: Caloulation of the radiation endurance of a boron-containing radiation ele-
ment in the IRT-2000 loop Installation
SOURCE: AN BSSH. Vestsi. Ser7ya fizika-tekhnichrWkh nayuko no. 4.. 1966., 5-11
TOPIC TAGS: nuclear reactor technologyj, reactor neutron flux, nuclear radiation,,
radiation chemistryp boron/ IRT-2000 reactor
ABSTRACT: The authors present the results of calculations aimed at checking the
feasibil-ity of using fuel rods containing boron glass fiber (filament diameter 5
p) and placed in the center of the IRT-2000 reactor. The radiation element was made
of seven steel tubes (14 mm in diameter), forming a bundle, each tube being fi1led
vith boron glass enriched by 90% with BJLO. The glass contained 80% (by weight) of
B10 enriched to 90%. The calculations yield the optimal B10 concentrationp the
radiation power (the energy absorbed in the reagent),, and also the change effected
in the reextivity of the reactor by placing of the boron-containing element in the
center of the reactor '. The celculations demonstrate the feasibility of obtaining a
sufficiently high radiation pcNer with this type of element., sufficient for
radiation-che@dstry research. An effective way of increasing the ratiation power is
to increase the contimt of tbis B3LO in the fiberglass filaments. In the particular
1/2

'ACC NRs AP7CO2BTk
reactor emplayadj, vith a neutron flux 4 x 1012 neut/cmA-sec thermal and -1.4 x 102,3
nrut/cm2-sec interwadiate, the raectivity margin van found to be quite )d4gh (-4,2%).
Orig. art* bass 4 f1gures wA 8 formul".
SUB CODE: IS/ MM BATS: 22juma/ - ORM )OWS 0031 OTH MWj 002

LIMMIKO, B.S., zasluzhennyy izobretatel* RSFSR
VIse-type feed of strip billets for stamping. Mashinostroitelf no.6s
37-39 Je 165. (WHA 18:7)

LITY ft. ".Ya. hwAdw
Ultrasonic iWalso-reflection method for testin& turbine disks.
Zav, Tab..,22 no.9:1068-1070 156. (KIRA. 9:12)
1. Miarlkovakly turb1nzWy savod ineul 6, N. Kirova.
(Mtrasonla vayes- Indus trial application~)
(Steel-Testing)

LITVIMWW, D., ref erent.
PnVWv*.-A;
Bliminating lines of stress tit low-carbon steel stamping.
(From: "Sheet Metal Industries" no*331, "Journal of the
Iron and Steel Institute" no-178, Pt- 1 pge.34 pt.2 pge.
127, 1954). Stall 3.5 no.11:1050-1053 N 155. (MLIRA 9:1)
(Steel--Defficts) (Strains and stresses)

L.11,V 'M
cf ;@,ing the apT@c;;ran-E@
f "Ot. "Stecll
.-,iT) bnr-,-'s in 1:-.-
16 nc. 56.

AUTHOR: :Utvinenko, D.A. , Rastorguyev, A,A., , Oandiates of Tech-
"121cal Sciences ind Barziy, V.K., Engineer. 133-5-16/27
'TITIZ: Oold rolled dee 'p drawing sheets from steels containing
imnadium. or aluminium, (Kholodnokat6nyye listy s vanad-
J.IgWa 14)alyuminiyem dlya glIubokoy vytyazhki avtokuzovykh
PBRIODICAL: "Stall" (Steel), 1957, pp. 445-A49 (U,S.B.R.)
ABSTRACT: In oxder to increase the resistance of low carbon steel
to ageing the influence of a small addition of vanadium or for
killed steel deoxidation with aluminium, were investigated,
The investigation was carried out on the Zaporozhstall Works
with the co-operation of engineers G.F. Chub, I.S. Marakhov-
skiyl, A.A. Podgorodetskiy, I.L. Zlatkin, T.A. F-sensuk, S.S.
Kolot, N,A. Troshchenkov, and on the Gorokov Motor Works
(Gorlkovskbr Avtozavod ) in co-operation with engineers N.I.
Letchford and N#M. Romanychev. The influence of the above
additions was studied using metal from industrial open hearth
heats (200 tons) which up to deoxidation in the funaace were
earried out in the usual manner for low carbon steel Br.
Vanadium or aluminium. was added in the ladle during the tapping
of steel. Vanadium was introduced as 539o' ferro-vanadium after
preliminary deoxidation of steel in the ladle with a low car-
Card 2/14 bon fe=o-manganese (2-5 kg/ton) and silicon-manganese

Cold rolled deep drawing sheets from steels containing
vanadium or aluminium. (Cont.) 133-5-16/27
(0*5 kg/ton) as well as in undeoxidised metal with an addition
to the ladle of 0 1 kg/ton of aluminium. Rimming steel with
vanadium was bott;-m cast while killed steel was toppDured
into ingot moulds with shrinkage heads. The chemical composi-
tion of experimentalsteels and the usual rimming steel
oamr- is given in Table 1. Experimental ingots viere rolled
into slabs 95-1.15 mm thick. Slabs were rolled on a. continu- oc.
ous mill into stri:o 2.0-2.5 mm thick with coiling at 820-850
After pickling andoutting the hot rolled strip was cold
rolled into sheSts 0.9-1.2 mm thick (reduction 45-C4%), annea-
lbd at 680-700 0 and dressed with reduction of 0.6 -1.27o.
The proportion of sheets rejected due to surface defects
(films) for killed with aluminium steel was much higher (12%)
than for rimming steel with vanadium and without additions
(about Oe.1%)* The results of testing cold rolled sheets from
experimental mel;s for stretching and depth drawing as well as
determinations of hardness and micro-hardness are compared in
Figse 1 and 2 and Table 2. The miorc-stiuctuteeaze shown in
Fig, 31 The mechaiiical properties of cold 3@olled sheets after
dressing and naturul and artificial ageing are shovgn in
Card 2/4 Table 3# Results of stamping of motor car parts from

Cold rolled deep drawing sheets from steels containing
vanadium or aluminium.(Cont.) 233-5-26/27
experimental sheets (% of rejects for the individual parts)
are given in Table 4..'The experimental results indicated that
an addition to rimiLLng low carbon steel of 0-03-0.04yo of vanad-
ium -or to killed st'eel of 0.07% of aluminium inhibits the pro-
cess of mechanical ageing. In order to decrease the loss of
vanadium the addition should be done in the ladle after preli-
minaxy deoxidation with low carbon ferro-manganese or silico-
manganese, The addition of ferro-vanadiuin in a proportion of
0,5 - 0.7 kg/ton has no noticeable effect on the boiling of
meta:L in ingot moulds. Sheets made from vanadium alloyed
rimming steel (0-03 - 0.047o) possess high mechanical properties
which remain practically unchanged with time and with high
stamping properties. The use of the above steel on the Gorl-
kovsl:iy Motor Works permitted decreasing the number-of opera-
tions during stamping. Low carbon steel deoxidised with alum-
iniunt also possesses stable mechanical properties. It is
expected that killed steel will find wide application in the
motor car industry providing the technology of its production
will improve so as to decrease the proportion of rejected
sheets due to surface defects. There are 4 tables, 5 figures
Card 3/4 and 4 Slavic references.

Cold rolled deep drawing sheets from steels containing
@ vanadium or alumintum. (Cont.) 133-5-16/27
A,SSOCIATIOF: TSITIIChM and Zaporozhstall Works.
AVAIIABIZ:
Card 4/4

--@w me ULM vMx23dM%t%= it IM=" Waii@@WIWLMMMIMMMA 'I YA I WMEM31M I
AUTHM-Litvinenkov V. (Abstractor) 133-6-'g?9/33
TITLE: Cle.d plate steel. (Plakirovannaya t 'olstolistovaya stall).
PERIODICAL: "Stall" (Steel)v 1957, Nor.6, pP.566-567 (USSR).
ABSTRACT: -Abstracted from: "Nuclear Engineering", 1956y v@.lj No'-3y
pp.97-100".
AVAILARLEt Library of Congress
C ard Wl-

130-7-12/24
AUTEORS;Litvinerko, D'A'. (Cand. Tech@. Be'.), Turitsyn, V.V. and
Sporysbkovq V5.
TITLE: Improving the T 'echnology of the Cooling of Crack Sensitive
Rolled Products. (U:govershenstvovaniye tekhnologii
okhlazhdeniya flokenochuvstvitellnogo prokata)
PERIODICAL: Metallurg, 1957t Nr 7, pp. 23-24 (UBBR)
ABSTRACT: Previous praotice for cooling bloomsq especially of alloy
steels, from the ll@)O-mill at the "Krasnyy Oktyabr" works
was unsatisfactory-, This practice is described and a new
method, developed at the works on the basis-of an aralysis
of crack occurrence in blooms of types 30M'T, 30-3513'CA and
371C steelsq is outlined. In this the blooms are laid on the
sand bad in several layers. The coolimg of 120-250 mm dia-
meter :rounds has also been improv'ed and the ftration shortened
to that, used for blooms, 48 hours. There is 1 figure, 1 table.
ASSOCIATION:-Central Research Institute for Ferrous Metallurgy and the
11Krasrnr Oktyabr, I, mrks. (Tsentrallnyy Nauchno-Issledovatell
skiy Institut Chernoy Metallurgii,.Zavod "Krasnyy Ok-Cyabr'")
AVAILABLE: Library of Congress.
Card 1/1

LITTIEMOO Do ferent.
i@@
AnW,oto of the production of steel for extrusion (from 93beeit Metal
Industries," 34 no.357 1957). Stall 17 U0,12:1121-1123 D 15'1'.
(steel) W31A Ila)

SOV-113-58-8-14/21
AUTHORt JJjyjpenkc-,_jJL_, Candidate of Technical Sciences;
Chirkin, V.M.
TITLEt Apparent, Shear Lines on the SurfUce of Car Body Parts
.(Lozhnyye linii sdviga na poverkhnosti kuzovnykh detaley)
PERIODICAL% Avtomobilinaya promyshlennost', 1958, Nr 8, PP 40-41 (USSR)
ABSTRAM The "Zaporozhstall" Plant has made a study of ,he peculiar
raised lines which often appear on the surface of car body
parts stamped from annealed sheet steel. These lines, as.-
sumed to be shear lines, appear in the same form and place
on parts stamped from the various sheets of a given batch.
The study carried out at the plant reveals that they have
nothing in common with shear lines but are, in fact,formed
in the sheets after annealing and during transportation to
the dressing mill or when sheets, stuck together, are peeled
apart. The author calls them fracture lines and shows that
they can be reproduced in the laboratory. They can be avoid-
ed by taking steps to prevent the formation of fractures
(creases) in the annealed steel sheets. There are 2 pho-
Card 1/2 tos, 1 figure and 1 graph.

SOV-113-58-8-14/21
Apparent Shear Lines on the Surface of Car Body Parts
ASSOCIAVION: TsNII chernoy metallurgii (TsNII for Ferrous Metallurgy)
1. Automobile industry--UWR 2. Metals--Processing
3. Metals--Properties
Card 2/2

SOV/133/58-9-21/29
AUTHOR: Litvinenko D A,. (Cand. Tech.SciencQ
TITLE: -70he-Production and Stamping Ability of Cold Rolled Motorcar
Sheet Steel (B?oizvodstvo i shtampuyemost' kholodnokatanoy
avtolistovoy stali)
PERIODICAL: Stall, 1958, Nr 9, pp 834-838 (USSR)
ABSTRACT.- This is a contribution to the previously published paper
by Gq D. Rogoza (Ref.1). The present author disagrees with
Rogoza as to the advisability of limiting the tests for the
stamping ability of steel to hardness and yield. point, but
considers that Eriksen's tests, the determination of the
ferrite grain size and the control of the tensile dia-ram.
should be added.. The use of a cheaper semikilled steel
for stamping complicated parts but insensitive to slip
lines is also advocated. There are 7 figures and 7 referen-
ces, all Soviet.
ASSOCIATION: TsNIIChM.
Card 1/1

SOV/133-58-10-8/31
AUTHORS: Yefimov 'L.M.,&tvinenkol D.A., Candidates of Technical
Sciences, Barz J, VoK., Maff1-ZW'7j A-I- and Yakushiny V.I.,
Engineers
TITLE: The Production of Semi-killed Steel (Proizvodstvo
poluBpokoynoy stali)
PERIODICAL: Stal'9 19589 Nr 10s, pp 885 - 890 (USSR)
ABSTRACT: An investigation of optimum d-e-o-Xidation conditions for the
production of oemi-killed steel is described. Experimental
heats were carried out when smelting 08ps and NSt3Ps
steels. Smelting technology was the same its for the
production of corresponding rimming steels. Heats were
carried out on 185-ton open-hearth furnaces with magnesite-
chromite roofs, with supply of oxygen to the bath. The
proportion of hot metal - 65%. Smelting conditions we
described in some detail. The composition of experimental
heats and teeming conditions are given in Table 1. A
comparison of chemical non-uniformity of hot rolled strip
from rimming and corresponding semi-killed steel is given
in Table 2. It was found that semi-killed steel obtained
7by deoxidation of rimming steel in ingot moulds,
Cardl/2 corresponds &-- to rr.-Ir.-ricstructure and mechanical

The Production of Semi-killed Steel SOV/133-58-10-8/31
properties of hot and cold rolled sheets to the requirement
of standards for respective rimming steel; as to, chemical
uniformity and, drawing properties it is 'riotIceably puperior
to rimming steel, approaching the corresponding prop-
erties of killed steel. An addition of 350-400 g/t
(for 0.8ps) and 150-200 g/t (for MSt3ps) of aluminium
during top teeming at the end of filling of the moulds
leads to an increase in the yield of metal on the slabbing
mill to 90%. A further large-scale check of the results
obtained is recommended. There are 2 tables.
ASSOCIATIONS: TsNIIChM and "Uporozhatall" Works.
Card 2/2

SOV/133-58-10-22/31
AUTVORS: v-Candidate of Technical Sciences and
Marinov, A.I., Barziy, V.K. and Yakushin, V.I., Engineers
TITLE: The Production and Properties of Aluminium-Killed Non-
ageing Sheet Steel (Proizvodstvo i avoystva uspokoyennoy
alyuniniyem nestareyushchey listovoy stali)
PERIODICAL: Stall, 1958, Nr 109 PP 931-938 (USSR)
ABSTRACT: The development of the technology of production of killed
non-ageing steel containing aluminium and suitable for the
Mom, aeture of cold-rolled sheets which, in addItion to
'-high drawing properties and non-sensitivity to alip lines,
possessed good surface when rolled from non-dreased slabs.
Two deoxidation methods of low-c6.rbon 08kp VGV isteel were
tested: 1) with aluminium shot in top-poured noulds and
2) with aluminium in the ladle and subsequent bottom-
pouring of ingo-@s. The quality of the experimental metal
was tested during all manufacturing stages, including
stanaping of motor-car bodies. It was established that
in order to produce motor-car bodies without defects due
-to slip lines, by stempingg it is advantageous to use
ft.old-rolled sheets of low-carbon steel in which the process
;Df mechanical ageing is localised by stabilising additions
Card 1/4

SOV/W-58-10-22/31
The Produc4,ion and Properties of .1 uminium
mi - illed Non-Ageing Sheet
Steel
of vanadium or aluminium. From economic consideration8v
aluminium is more advantageous. Introduction into low-
carbon rimming steel 08kp VGV of aluminium in an amount
sufficient to obtain not less than 0,02% of residual
aluminium sharply increases the stability of steel against
mechanical ageing. Work hardening and a decrease in
plastic properties as well as the appearance of the yield
stage on the tonsile curve of suchosteel is observed only
after an artificial ageing at 200 C for one hour. On
deoxidation of the metal with aluminium shot iXL moulds,
when the level of the metal is about 150 - 200 mm below
the filling level, the quality of the surface of cold-
rolled sheets is higher than from killed steel deoxidised
with aluminium in the ladle and bottom-poured. Moreover,
for the deoxidation in moulds about 50% less aluminium. is
required than for deoxidation in the ladle. Shrinkage
defects in ingots of killed steel top-poured into moulds
(wide and down) without tope, are completely welded during
cold rolling. Therefore, sheets made from the upper third
of ingots are-not inferior in quality from those made from
Card2/4 the bottom half of the ingots. For the above reason, the

SOV/133-58-10-22/31
The Production and Froperties of Aluminium-Killed Non-Ageing Sheet
Steel
yield of slabs from such ingots should be about; 90016 which
is higher than from rimming steel ingots. Large ingots
(9-18 ton) of aluminium-killed steel are more uniform in
chemical composition and mechanical properties in comparison
with rimming steel ingots. The above permits improving
the technolo&y of low-carbon steel for hot and cold-rolled
shoots VGV by: a) increasing the weight of ingots to
18 tons and above; b) increasing the range of permissible
sulphur content to 0.03% instead of 0.025%; e) economising
ferrQ-an anese and d) rolling VGV sheets from the head
part of the ingots. With resard to micro structure , sheets
of killed steel differ from sheets of 08kp VGV steel
mainly in the tendency to form finer grains and fine,
structurally free cementite, as well as non-equilibrium
grainn, elongated in the direction of rolling. Non-
metallic inclusions of the killed steel consist mainly
of uniformly dietributed aluminates, the amount of which is
Card3/4

SOV/1 8-10-22/31
Tiae Produo:@tion and Properties of Al.,=inium-KYliTed Fon-Ageing Sheet
Steel
higher when aluaminium is introduced in moulds than tien it
is introduced in the ladle.
There are 1 figure, 5 tables and 3 Sovid; references.
ASSOCIATIONS: TsNIIChM and zavod "Zapor,ozhstall" ("Zapoi-ozhstall
Works)
Card 4/4

AUTHOES: Levinzon, Kh. and Litvinenko, D. 133--58-3-21/29
TITIS: The Production and Properties of Boron-containing Non-
aging 3teel (Proizvodstvo i svoystva borsoderzhashchey
nestareyushchey stali)
PERIODICAL: Stall fs@ 249-252 (USSR)
, 1958,'@.Nr 3, PP
ABSTRACT- This is a survey of Western I.iterature oil the subjeGt.
There are 5 Tables and,9 references., 4 Soviet and 5 English..
AVAIIL4BLE: Library of Congress
Card 1/1

t @ .--.
28(3); 25(l) SOV/28-59-4-11/19
AUTHOR: Litvinenko, D.A., Candidate of Technical Sciences
TITLE- Thin Sheet Steel for Automobile Bodies (Tonkolisto-
vaya stall dlya avtomobillnykh kuzovov)
RIODICAL: Standartizat;siya, 1959, Nr 4, pp 27-28 (USSR)
ABSTRACT: These are comments to the new state standard "GOST
9045-59" for automobile body sheet steel, approved
by the Komitet standartov, mer i izmeritellnykh
priborov (Committee of Standards, Measures and
Measuring Devices). The optimum for automobile
bodies is rimming lo-N-carbon steel (with silicon
content below 0.01%) with up to 0.08% carbon,
0.30-0.45% manganese, not more than 0.03% sulfur and
0.2% phosphorus. The standard includes non-ageing
Card 1/2 sheet steel stabilized by special additives. It is

S/137/16 1/ow/bo 1/007/043
A0061AO01
Translation from: Referativnyy zhurnal, Metallurgiya, 1961, No. 1, p. 12,
# 1D105
AUTHORS; Rastorguyev, A.A.# Litvinenko, D.A.
TITLE: Preventing Flake Formation in Rolled Steel
PERIODICAL: IlTr. Nauchno-tekhn. o-va chern. metallurgii", 1959, Vol. 15, PP.
56-66
TEXT; The following two methods are proposed: 1) preventing flake forma-
tion by the heat treatment method. The optimum heat treatment conditions for
steels of various structural classes and in multi-tonnage metallurgical industry,
are as follows: air cooling of the metal after rolling below the Al or M points,
for a period not exceeding the incubation time of flake formation; during this
period the metal is accumulated, heated, held at a maximum temperature of the
state and air cooled. 2) for perlite class steels the metal is held In pits at
elevated temperatures. V. P.
Translator's note: This is the full translation of the original Russian abstract.
Card 1/1

4@1 irlIv
-a- PHASE I BOOK 'EXPLOITATION sOvi@3629
M6scow, TBentralloyy nauchno-i6sledovatellskiy institut chernoy
metallargii
4 (Special Steels and Alloys) Moscow,
.,Spetsiitllnyye stali i splai
N6tallurgizdat, 1960. 4 8 P. (Series: Its: Sbornik trudov,
vyp,,' 17,) Errata slip inserted. '4,000 copies printed.
Sponsoring Agencies: Inatitut kachestvennykh staley; Gosudarstvennyy
planovyy komitet Soveta Ministrov SSSR; and GlavnQye upravleniye
nauchno-issledoVatellokikh i proyektnykh organizarsiy.
Ed.: ?[.V. Pridantsev; Ed. of Pij@lishing House: A L. Ozeretskaya;
Tech. Ed...: V.V. Mikhaylova.
PURPOSE: This*book is intended forengineering and research,per-
oonnel.in*-the metillwgical and machine-building industries.
COVERA01t This book oohtains papers,on the physical properties of
special industrial ateels and alloys. Individual pape,,:-s treat:
the problem'of faakb fomation in steels and preventive measures,
t@e'effe.et of alloying additions and heat treatment on the struc-
Card 1/6

-Special Steele (Cont.) SOV/3629
ture and properties of Ateel, steel corrosion and preventive
-nickel alloys. There
measures, and the properties of chromium
are 120 references: b7 Soviet, 22 English, 9 German, and 2 French.
TABLE OF CONTENTS:
Rastorg1wev, A.A.,and D,A '6jt*jneake (Candidates of Technical
Sciencesj. Prevention of Flake F6mation.iri-Rolled Steel 5
Rastorguyev, A.A. and D.A. Litvinenko. Prevention of.Flake.Forma-
tion: in Pearlitic Iteel 28
Davydova, L.K. [Engineer). Selection of Steel for Low Temperature
Service 39
Astaflyev, A.-S. [Candidate of Technical Sciences]. Mechanical
Propertieb df the Heat Affected Zone of 12NZ'Steel 51
Davydova, L.N. High-Strongth Constructional 3C)KbGN.Stee:L 64
Card 2/6

S@bclal Steels (Cont.) sov/3629,
Pridantsev, M.V. (ProfessorDoctor of Technical Sciences,], and
X'.A. Lemakaya [Candidate of Technical Sciences]. The Effect of
Carbon on.Heat-Resisting Properties of Low-Alloy Boiler Steels
Pridant;sev,'M.V.,,qLnd K.A. LansXaya. New Steel Without MC)lybdenwn
'for Cracking.Plants 86
@Liirshits G.L., and G.A. ToppanoM [Candidates of Technical
-Seience@l'. Effect of Niobium on the Properties of Constructional
Steel 99
.Livabits, 0 L.,'afid G.A. Torpanova. New Types of Constructional
Steel: 103
Ivanov, A.G. J@Candidate of Technical Sciences]. The Study, of High-
vo
@Peed 1"balt Steel 107
Peti4nko, A.G. [Engineer). Properties of Cold Trandformer Grade
Electrical Sheets .138
Card 3/6

Special Steels (Cqnt.) sovl_--;629
Nefedbv,!A.A. [Engi4eer). Cold Rolled Dynamo Grade Electrical
154
Babakov, A.A. [Candidate of Technical Sciences], and T.A. Zhadan
[Engineorl.' Means of Increasing -the PlastLcity'of Kh28 Steel 163
134bakov, A,A.-) and D.G. Tufanov (Engineer]. .,Pitting Corrosion of
Chromiiii Stainless Steels' 184
Babakov, A.A., and Ye.N. Kareva. Stabilizing Annealing-and its
Effect.c)n*Oo'rrdsioh.Resisbance of Ilthl8N9T Stee@' 204
A.A-.,,,D.G.--Tuf&hov, ahd A.A. Sabinin (Engineer]. Sea-
Water Corrosion of Steels, 228
Talov, N.P. [Engineer). Scarce Austenitic High-Strength S.-kleels 2477
Zotova, Ye,.V. (Engineer]. On the Tendency of Chromium-Nickel-
Molybdenum-Copper Steels Towards Intercrystalline Corrosion 295
Babakov, A.A., and D.G. Tufanov. Mine-Water Corrosion of Steels 311
Card 4/6

Special.ISteels (Cont.) SOV/3629
Babako@, A.A., and Ye.V. zolotova [Engineer). Corrosion of S6el
in Induistrial Low-Nitrose Sulphuric Acid 322
ChizbikoV, Yu.14. [bandldate@ of Teohnia'al,Sciences). Properties and
Characteristie Features of Special Alloys With High Nickel and,
Molybdenum Content 327
Pridantsev, N.V., and A.V. Meilina (Engineer]. Effect of Barium
and Calcium oft Service LLfe of Chrom.ium-Nickel Alloys 349
Merlina, A.V. [En ineerj.. Effect of Silicon and Manganese on
Khi5N60 and Kfi20N90 Electrical Resistance Alloys (Within the com-
position of c6mmerci@Ll grade) 358
Pridantsev, M.V., and A.V. Me.rlina. Chromium-Nickel-Aluminum
Ele'dtrtcal Resistance Alloys 366
Pridantsev, M.Ye and D.A. Litvinenko [Candidate of Technical
Sciences].- Effect!of Phosphorus on a Number of Properties of
Cbrome-Nickel Adstenitic Steels 386
Card 5/0

Special-'Steels (Cont.) SOV/3629
Teymer, D.A. Ai@oys Replacing Molybdenum in the Radio Industry 398
Kallner,, D.A. [Engineer]. Longitudinal Split of Music Wire in
Testing for Twisting and Nonuniform Plastic Deformation in Drawing419
Morozova, Ye.S. Effect.of Alloying Additions on the Structure and
Properties of Patented and Cold Drawn Carbon Wire 441
Zimina, L.N. [Engineer], and M.V. Pridantsev.. Structural Changes
in Nickol-Base Alloys 472
AVAILABYZ: LIbrary of Congress
VK/jb
Card 6/6 6-6-60

RASTORGUYIV, A.A., kand.tal.-hn.ziauk;,!LUNUMOAAe, Icaud.tekhn.,nauk
Itevention orflee formation in rolled-steel. Sbor. trud. TSNIICHM
no.17:5-27 160. WIRA 1j:-LU)
(Steel-Defects) (Rolling (Metalvork))

RASMRDUYZV, A.A., kand.t*khn.nauk;,9@LVINXfKO# D.A*# kandatekhnonaak
-------
Pi-evention of floe formation in-pearlitic steel. Sbor. trad.
TSHIICHK no.17.28-38 160. (MIM13:10)
(Steel-Defects) (Steel ingots-cooling)

28560 S/137/61/000/CO9/053/087
AO6O/A1O1
AUTHORS: PrIdantsev, M. V., Litvinenko, D. A.
TnUt The influence of-phosphorue-upon a number of properties of niohrome
aust*nitio steel
PMIODICAL: Reforativnyr zhur 7ial, Metallurglya, no. 9, 1961, 15, abstract 9197
("Sb. tr. Tsentr. n.-i. in-t chernoy metallurgii", 1960, no. 17,
386 -3Y7)
THE% Increased P content (up toe,, 0. 4%) has practically no effect c:n the
ductility of austenitic Cr-steel )(25420 (Kh25N20) under hot prexs@re treatment.
The ductility of that steel drops sharply only at ^10.6% P content. ';'.'he presence
of -40.4% 11 causes the phenomenon of diapgraion hardening of stiel after harden-
ing and subsequent tempering at 600 - 850 C. Dispersion hardening in steel is
connected with the separation from the solution of a second P-oontaining phase,
which is, apparently, a solid solution of the phosphides of Fe, Ni and Cr. The
possibility is shown of using P as an alloying element for increasing the heat-
resisting roperties of alloyss, in particular, of austenitio Cr-Ni steel Xh25M20.
Card 1/2

28560 S/137/61/000/009/053/087
The influence of --`pho@phorus ... A06OIA101
The alloying of steel with the P amount of - 0.4% sharply raises the mi4plitude
of endurance atrength of that steel under high temperatures and stresses.
- T. Rumyantseva
[Abstracter's note- Complete translation]
Card 2/2

LITVIO14KO @mnd. tekhn. nauk, YAOSHIN, V. I. , inzh.
...........
Killed., low-carbon., mnaging steel Uith rimmed crust for
cold-rolled sheet. Stall 21 no.8:735-741 Ag 161. (MIM 14:9)
1. TSontrallnyy nauchno-issle4ovutellskiy institut chernoy
metallurgii.
(Steel ingots)

S/ 193/6 P41bO010 10/002/007
Aoo4/Aioi
AUTHOR: Litvinenko, D. /@,@andidate of Technical Sciences
'TITLE: Improving -the quality of low-carbon steel for cold-rolled sheets
PERIODICAL: Byulleten' tekhaiko-ekonamicheskoy info@mtsii, no. 10, 1962, 13 -
16
M.T: The author compares a number of non-ageing low-carbon steel grades
intended for cold-rolled sheets used in particular in the automotive industry
and menticns the Br (VO) group (highly deep-drawing quality) according to
(003T) 914-56 made of 08 xn (08kp) rimming steel and the practically non-
ageing cold-rolled sheets made of the 0810 (08YU) killed steel or 08 (D Kn
(08r,kp) r..rning steel with Al- and V-additions.acc6rding* to GOST 9C45-59- It
is pointed out that 08Yu steel sheets from ingots without shrinkage heads ob-
tained a I.-Ugher percentage of serviceable production (89%) than from ingots with
.shrinkage heads (80,055). Comparative tables show the mechanical properties, per-
centage of rejects, etc. of hot-rolled strip and gold-rolled sheet material.
In developing a technology for producing non-agei ng sheets with Al., the depen-
dence of the mechanical properties on the rolling technology was established.
Card 1/2

S/193/62/OW/010/002/007
Improving the quality Of... AOO4/A1O1
To obtain cold-rolled 08Yu ste?r-11 sheets with high mechanical and deep-drawing
properties,,it is' necessary to strictly limit the final rolling temperatureand
the coiling temperature of the'hot-rolled strip. Besides, the precipitation of
aluminum nitrides during the annealing process of cold-rolled sheet together
with the fornation of ferrite grains stretched out along the rolling direction
ensures high mechanical and d6ep-drawing proper-ties. Apart from, aluminum and
vanadium, also'boron was test6d'as stabilizing additive'(0.004 - O.OC9%) for
type 08 low-carbon steel. The mechanical properties of semi-killed steel con-
talning borcn are listed in a-table. There are 5 tables.
Card 2/2

8/133/62,/000/'OIZ/011/012
A054/A127
AMOR: Litvinenko, D.A.
.............:.................................................
TI=t ',,he effect of arsenic and phosphorus on the properties of 08
@08kp) grade.deep-drawing steel
PERIODICAL: Stall, no. 12, 1962, 1,,1o6 - 1,115
TEM In view of the composition of the Kerchensk ore deposits the effect
of the arsenic and phosphorus content in low-carbon steels have been studied at
the zavod "Uporozhatall" ("Zaporozhstall" Plaht) on 08kp grade steel. Arsenio
was added in the form of briquettes (containing 30.*7% As, o-27%.c, 6.24% si, o 4%
S,' 0-36% P, the balancei iron). Phosphorus was introduced as 154 rerro-phos-'
phorus(with 0.53% C, 0.084% 3 and 0-7% Mn). Ad the Kerchensk ores contain also
vanadium, ferro-vanadium (47.1%) was also added in some tests. Arsenic used in
amounts up to 0.14% had no adverse effects on the propertios of o8xnBrB
(08kpVOV) slabs in the cold roiling of sheets. Arsenic had no tendency to pro-
nounced and regular liquation. Its liquation is lower than that of' sulfur and
t phosphorusi Addition of arsenic or phosphorus'alone has a streriguiening effect
Card.1/3

S/133/62/ooo/oiz/bil/012
The-effect of arsenic and phosphdrus on .... A054/A127
on the 08kp grade In hot-rolledor cold-rolled condition, after annealing and
finishing. At the same time, however, it slightly reduc4s the ductility of the
steel. The effect of phosphorus on the mechanical propekies of 08kp steel is 5
times stronger than that of arsenic. Containing about 0.10% arsenic or 0.017%
phosphorus the sheet hot-rolled from-the upper half of the slab did not conform
to the rOOT 914-56 (GOST 914-56) as to strength and relative elongation. The
standard requirements can be attained with an arsenic content of up to 0.14% and
a.phosphorus conteni increased to 0.024% (oosT g14-56 for VGV sheets). The ef-
feet of arsenic and phosphorus on the mechanical properties of hot-rolled and
cold-rolled sheets is-not cutnulative. As to microstructure, the most character-
istic feature of a higher arsenic content is the steel tending to form a striated
structure, on account of local arsenic concentrations (dendritic liquation),
whereas up to an arsenic content of 0.14% no effect is observed with regard to
the size of ferrite grains. Phosphorus, however, has a marked effeet on the fern------
rite grain size, which increases if the phosphorus content is higher (0-017
0.024%). The suitability of cold-rolled sheets containing arsenic and phosphorus
for stamping and deep drawing has..been tested at the Moscow and Gorkiy automo bile
plants, on "Zaporozhstall" sheets. 08kp cold-rolled sheets containing more than
Card 2/3

S/133/62/000/C-12/011/012
The effect of arsenic and phosphorus on A054/A127
0.09% arsenic and 0.015% phosphorus are less suitable for deep drawing of automo-
bile parts than the conventional grades (mainly those r6lled from the upper part
of the slab). This unfavorable effect of As and P can be offset by adding 0.01
0.02% vanadium to the 08kp grade, containing about 0.12% As and about 0.02% P.
After cold-rolling, such steels are suitable for stampifig, drawing and deep draw-
Ing. There are 7 figures and 4 tables.
ASSOCIATIONs TsNI1ChM

LnTINENNO, D.A.; CHIRKIN, V.M.
Froduetion and quality of cold-rolled shoots of nonagizw steel.
Sbor,trud*TSNIICRH no*273189-198 162. 7KERA 15:8)
(Sheet steel)

Ln,vixENKO, i@ @A CHIRM, V.M.
Effect of arsenic on the properties of low6-carbon automobile
sheet steel. Sborstrud.TSNMHM no.27:199-210 162.
(NIRL 15:8)
(Steel., Automobile)
I

LTTVINENKO, D.A., CHIRKIN, Ir.M.
The effect of arsenic on the properties of low cnrbon steel for car body sheets.
SPECIAL STEELS AAT ALLOYS (SPETSTALINM STALI I SPUVY),, ColIectIon of
Studies# Issue 279 240 pages, publishee by the State SclentIfio aruJ Technical
Publiahing House for Ferrotts and Non-Ferroun Yetanurgy, Moscow, 'MR, 1962.

LTTVINr-NY,O, D.A., CHIRYIN, II.M.
Production and quality of cold rolled no#-aging steel sheets.
spr,CIAL STEM UT ALMYS (SPLITSIALINM STALI I SMVI)s Collection of
Studlenj Tesue 27p 240 pegbap publishee by the State Wentifio and Technical
PublIabing House for Ferrous and Non-Ferrous Yetallurgy, Mosevp =# 1962.

LITVINMO, D A - YAKUSHIN, VII.
Pouring of killed low-carbon steel Jn ingot molds without
riser head. Stall 22 no.9:79',' 7c4 S 162. OHIRA 151ll)
(Steel ingots)

PUDANTSEV, M.V., prof., doktor tekhn.nauk; LEVINZON, Kh.Sh.; RITVENEKKO,
.,; CHIRKIN, V.14.
D, A
Heat treatment of low-carbon rolled sheets in conveyer furnaces.
Riul.tekh.-ekon.inform.Gos.nauch.-isal.inst.n4uch.i tekh.inform.
no.110-14 162. (MIRA 15:11)
(Steel, Structural--Heat treatment)

LTTVn=O, D. A.
----LPffect of arsenic and phosphorus on the properti-se of 081,-p
steel for deep disving. Stall 22 no.120.108-13.15 D 162.
(InM l5t12)
le TSentraltuyy nmobno-lasledovatel'ski-y inatitut chernoy
metallurgii.
(fteel-Analysis) (Deep drawing (Metalwork))

A00;01101
AUTHORS): Yefirnov, L, 14., Candidat,_@ of Technical Oniences,.Litvinenko, D. A.,
Candidate of Technical Ocienres, Yakiishin, V. 1.
TITLE; Production and prospeetti of uuIng steels with ineomplete reduction
PERIODICAL: Dyi.iII4-te~'t6l~hnJ.ko-ol,konoinichookoy iriformatz3ii, Tio. 1, 1963, 3 - 8
TE'/T: ThIr, a4@tlcle offer:3 a survey on the production and. use of iteels with
incomplete reduction, such as semi-kilied and capped ste(--ils. Tile a-uthoim;point o-ut
that this kinc' of steel Is wide',_y used In tho USA and Britain and that many pl.a;nts
in France, Bclgium and Japan are producing, :3teels vilLh incemplete redvic-,lon wht,@h
are part1cuLarly used in the automobil.e industry. It is mphasized that, with a
production figure of some P.5 mJ.11., tons rot, the Mrst half-year of 1962, tne pro-
duction of this oteel typr, in the UMI Js hitherto ins,.Afficiunt. Th,@ major aniount
of zemi-killed steel produced In the USSR comprl!,os -the grad(_.3 (";t. 5). M45
aricl F)GT .6 (IM. 6), usett mwitly ror siv(,@Jons nmp!oyed In mlnl;@ig. Tho -uthom,
pmuent a detailed duticription of thc! t,eehnologlcaL pr."esset; of produl@lng_ sLeel
with Incomplete redtiction, and tables rhovrlng thl, percentage of servlc,@able pro-
Card 1/22

S/ 1 1100 1/608
Production and prospects of ugJrlg z;Leels with. AO(AA101
dUctLon @mkd the strenirtil chnrncfcvIstIp* of the 'YC,C.3 (M3t. 3) and .3KIi
0-11.3t, 31,p)gr@'.idc stepl.-,. They report that, at prooctit, i-iork is being perfonned to
cv,' [lie of stopl.@; at tile "ZnpOrOzhr;t'-,l "I PIWIt. it
be ta@ en into accounL, however, Uial, semi-killed stoels vilth modiUM and
ffegr---,-@ of roduction po@;spsn, a nonsidcrably higher tondency to ageing and
,a lowcr col(I resistance than Villed otfiel;-i. There ave 2 tables and 1 figure.
Card 2/2

LITTENMOR D. A kand. tekhn. nauk
Improving the quality of low-carbon steel for cold-rolled sheets.
Biul.tekh.-ekon.inform.Goo.nauch.-isel.inst.nauch,. i tekh.
infom. no.10:13-16 '62. (MIRA .15:10)
(steel)

=,UMO, D.A.: DRYASHIN, I.B.; CHIRKIN, V.M.
Cold-rolled sheets with increase(d drawing characteristics.
Ayt.prom. 29 no.102-33 Ja %3. (KIRA 16:1)
1. TSentrallnyy nauchno-issledovatellskiy institut cherno.y
metallurgii i Moskovs4jv avtozavod imeni Likhachevae-
(Steel, Structural)

YEF134OV, L.Me., kand.tekhn.nauk; LITVBMO D.A.,, kand.tekhn.naWc;
YAKUSHB, V. 1.
Production and prospects for the use of incompletely deco:idized steels.
Diul,tekho-ekonsinfom*Gos.naucho-isol.inst.nauch.i tekh.,inform.
no.10-8 163. OMIA 16;2)
(steel-metanurgy)

. LIIVINENKO, D.A.
Corner templets for studying the skin zone of an ingot. Sbor.
trud. TSNIICHX no.32slIl-113 163. (MMA l6sl2)

_@@MgNFMOp@- D.L-
Properties of cold-rolled 08p sheet steel containing arsemic. Sbor,
trud. TSNIICHM no.35:107-109 163. (MIRA 17:2)

ACCESSION NRI AP40271X
AUTHOR i @@rine A.
:TITLEs Boron in low-carbon steel for deep 3taVings
-SOURCEs Stalls no* 4v 1964s 357-361
TOPIC TAGS: boron., low-cirbon st,,%els stampings deep stamping, cold rolling,
non@ging steels half-killed stools boron nitride
ABSrRACT: Stabi3izing properties of boron added to steel were inveiitigated in the
production of nonaging, half -killed, low-carbon steel to be used in sheets for
deep stampings. The experiments were carried out under industrial conditions on
ImUviluxi ingots ana cxx who3a butches of steel 03 rliam@ steel melted 1i tie Zaporothatall
plant. Boron in amounts no LM&1ler than. 0.004% was introduced in the form of 19% 1
ferroboron containing 6-10% of Al and about 1% of Si. The original chemical
composition of two steel batches (A and B wafill
M It C, % Mn. % a. % (cl x jol
0.08 0.41 0,022 0,0016
0.08-0.38 0,030 0,0026
Card 1/2

,ACGESSION NR: AA029130
'Boron in amounts ranging from 0.001 to 0.005% was addoa in the course of pouring,
Its final content in steel was 090012-0.0036%. Redaction of o.Vgen was a0com-
plished by adding 0.34-0-40 kg of Al/ton. It was ascertained that boron exm-6 a
stabilizing influence on stool, The plastio segments of the stress-strain curves
show that it has an inhibiting effect on the process of mechanical aging, Steel
so smelted produces cold-rolled sheets with a relatively low tendencv toward aging
and with a low tendency to show shear lines in stampings. In both hot- and cold-
rolling such sheet proved to be soft., malleable., and capable of producing deeply
stamped p a r to.. The effects of boron are explained by its ability -to combine with;
nitrogea and to form a nitride which does not participate in the process of aginge
117. M. Chirkin of TsNIIChM# V. A. Filonor (deceased),, D. A. ShirinskJ,-7. V. K.
I Barziy., Fo A, Kasnauk., S, 5, Kolot, M. T. Ryazanova of the Zaporoshatall plant,
and 1* 1). Dryashin cC the Maecow Automobile Plant partl4pated 1n this vork.u.,
Origo a:rto bas: 2 Smy1ii'and. tablese
'ASSOCLU.IIONs ToN=hK
MOUTTIMS 00 DATE ACQ# Mpr64. MOM 00
SM GOD114 AL -NO MW SOYs 002 O=Rs 004
Card.- 2/2

STAVITSKIY, Yu.1.
New lcw carbon structural steel hardened b7 aging, ?*tallcved, I
term. obr. met. no.11:10-15 N 164. (MIRA 13:4)
1. TSentrallnyy nauchno-issledovatel'skiy institut chernoy me-tallurgil
imeni. I.P.Bardina.

ACCN'Ra AP7 60-07-0-9 SOURCE CODE: UR/0133/66/000/012/1126/1131
AUTHOR: Gladshteyn, L. I.;,@itvinenko, D. A.; Levinzon, Kh. Sh.
ORG; none
TITLE: Strengthening of structural steel by heat treatment
SOURCE: Stal', no. 12, 1966, 1126-1131
TOPIC TAGS: low alloy steel, structural steel, xsvuctfli@ steel property, Q&ammmamoL
steel heat treatment/ 1-y-J 4.JL-AIA4147@
ABSTRACT: The effect of rapid cooling on the strength of several low-alloy
structural steels has been investigated. St.3KP, 19G, 14G2 and 15GS structural
steel plates, 20 mm thick, were quenched from 900C in various media. It'was
found that rapid cooling (water quenching) increases the yield strength up to
75 kg/mm2 and the tensile strength up.to 85 kg/MM2 at an elongation of 10% and
a reduction of area of 45%. Strengthening -of low-alloy structural steel by heat
treatment depends to a great extent on carbon, manganese and chromium contents
and to a lesser degree on silicon content. Low-alloy steels with carbon content
not more than 0.16% have high ductility at a wide range of quenching rates. By
increasing the carbon content and by cooling at a rate of 40-50 degrees/sec,
the ductility and notch toughness of these steels may drop due to the formation of
heterogeneous structure. In welding, steels strengthened by heat treatment (yield
strength 60-75 kg/mm2 lose 10-30% of this strength in the weld-adjacent zone.
!nrd 1 /2 UDC: 539.4.01:621.78/669.691.71.

XdC NR, AP70OD709
Small amounts of molybdenum and vanadium (0.2% of each) added to low-alloy steels
do not a'ffect significantly the strength of steels rapidly quenched from the
austenitic state, but significantly strengthen steels which were cooled slowly or
those which were annealed at high temperaturea. This aids in preserving high
strength of welds in steels strengthened by heat treatment. OrIg. art. has:
7 figures and 3 tables.
SUB CODE: 1V3f/OcUBM DATE: none/- ORIG REFs .012/ OTH REP: 005/

C, LITUMMO D L - SHCHASTIM P.M., YAKUSHIN V.I.; VASiLMYP A.N.;
=@@4 -) .1
PODLiOGIN I-Ye.; YUD11,,, h.j.; Y_'VS'fA.F2YhV, Ye.I.; RUBI19;KIY, P.S,;
ELDEIAM: R.Z.; "IISHCHIY, 11.v.
Greater use in industry of semikilled steel. Metallurg 0 no,,3.-10-19
mr 163. (MIRA 16:3)
(Steel.-Metallurgy)

CY 1,
'7; "("7.
n.-I --l-
Basin Sanitary-Epidemiological Station, Public health Min. Uk SSR/Kiev

TYrVT-!--W, 7--"7,171-', T.
"The discovery of listnrplln@is in-rr-r-tion n-onf, the nnrl 1,; It' r,,,I,ntr
of the Ukreininn SSIP.11 p. 21.1
,j- r-ve&.c11sntye no T),".r!-7itologic@i-sklm nrobleirnm i -,)riro(',nonr1v--o-r...-!-1
blopzny-,@n. 22-2? Oktyphryn 1-959 v. (Tqnt@, Con@--rence on P-rf-@itolorie-l
Problems ind Dis-asor with ?!!-iur-1. Fo-i ??-21? urtober 195@)), ,-!nrvOT.T-1,er,!n1F,r,:(1,
-1
'59, AvMemy of Medicril Sciencqs IJ51,T4 @nd TIc-',j,, @To. I
1
Basin Sanitary-Epidemiological Station, Public Health Min. Uk SSR/Kiev

FAV-1,TUCHENK0. M.M.; LIWINENKO, E.re,-, BIZOVA, M.P.
Effect of the pH of the medium or the adsorption of ortDdecylamine
acetate on potanaium and Bodiuz ch2orides and sul-fat-azi. Dckl. AN
BSSR 9 ne.8v52G,-522 Ag 165a (MIRA 3.8tl()
1. Inatitut obahchey i neorganich-akoy Itbimii AN BSSP.

MAR@T!,VICII,
F
.m tier a chAract-* r I ,;tic s of' -@he nonsolub- e
f)l-fl dealloolt. hstlii AN M`t. ':),I-r. fl.7,,. flav,

LITVINEMKO. F.F. (Stavropoliskiy kray)
Visual aide in teaching percentages. Mat-v shkole no-A-152-55
JI-Ag 162. (MIU 15:11)
(Percentage) (Mathematics-Audio-visual aide)

1 .1
-A - I- I- . r- .
Granses
Surmer sovAng of persnninI grnsneq in t1in f orpsit step -,) zon". .Korm.bnza ) No. 6, 1"):)2
Monthly List of Russirin Accessions, Library of CongrFigs, September 1952. UJXLASSUI,--*Ij.