SCIENTIFIC ABSTRACT FIKSEN, N.V. - FILAJDIC, MIRKO

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000413020006-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

FIKSEN, N.V., inzh.; LAKEYEV, A.S., inzh.
Precision investment molding abroad. Mashinostroenie no.4:
120-124 Jl-Ag '62. (MIRA 15:9)
1. Institut liteynogo proizvodstva AN UkrSSR.
(Precision casting)

BfLAUN, Mikhail Petrovich; VINOKUR , Bertolld Bentsionovich;
CHERNOVOL, Arkadiy Vasillyevich; CHEWY, Viktor
Gavrilovich; ALEKSANDROV, AnatoIJy Gi-igorlyevich;
KOSTYRKO, Oleg Stepanovich; ALEKSANDROVA, Natallya
Pavlovna; LYASHENKO, Lyudmila Aleksandrovna;
MATYUSHENKO, Nelli Ivanovna; F14~p.,~j'.. kand. tekhn.
nauk, otv. red.; POKROVSKAYA, Z.S., red.; DAKHNO, Yu.B.9
tekhn. red.
[Structural and heat-resistant alloys] Konstruktsionriye
i zharoprochrWe splavy. Kiev, Izd-vo AN USSR, 1963. 1,49 P.
(MIRA 17:3)
1. Akademiya nauk URSR, Kiev. Instytut lyvarnoho vyrob-
rWtstva.

BRAUN, Mikhail Petrovich; VIIVOKUR, Bentsilkhanovich; KONDRASHEVY
Arkadiy Ivanovich; GELLER, Aleksandr L4vovich; IEP!a
I~J,,, kand. tekhn. nauk, retsenrent; FURER, P.Ya., red.;
GORNOSTAYPOLISKAYA, M.S.,, tekhr.red,,
IP ' rties of complex-alloy steel for the manufacture of
larl section parts] Svoistva komplekanolegirovannykh stalei
dl.iaqzdelii krupnykh sechenii. Moskva, Mashgiz, 1963. 207 p.
(MIRA 16:8)
(Steel alloys-Teating)
(Machinery--Detsign and construction)

ACCESSION NR: AP4045806 S/0128/64/000/009/0003/0005
AUTHOR: Fiksen, N_. V.(Candidate of technical sciences); Babaskinp Yu. Z.
-k
ngineer)-
TITLE: Effect of titanium on structure'formation and pressure tightness of
armature castings made of Khl8N9TL steel
SOURCE: Liteynoye proizvodstvo, no. 9, 1964, 3-5
TOPIC TAGS: titanium, titanium alloy steel, steel casting. pressure tightness,
steel casting pressure tightness, armature casting, steel structure formation,
KhIBN9TL steel
ABSTRACT: The development of modern branches of engineering has Increased the
requirements for thin-walled armature castings made of Khl8N9TL stainless steel
which can be used in aggressive gaseous media under pressures of 5 atm. and more.
However, the usual production methods do not ensure the required properties, the
main defect being high porosity&' It Is known that porosity In stainless steel
depends on the metal shrinkage, dendritic structure, and the high content of gas
and flaws In the liquid metal ap casting temperatures. Addition of titanium
affects these properties In various ways, The present authors Investigated the
relationship between macrostructure formation, pressure tightness of castings and
technological factors (casting temperature and titanium content). Castings were
,,Card 1/3

ACCESSION NR: AP4045806
made In a 430-kg Induction furnace with magnesite lining using ladies pre-heated
to 800-900C. The effect of metal temperature and titanium content on the fre-
quency of macroinclusions Is shown In Figs. I and 2 of the Enclosure. Increasing
the metal temperature from 1580 to 1620C lowers the Inclusions In the castings
somewhat, while between 1620 and 1660C the frequency does not change. The titanium
content has the opposite andgreater effect than metal temperature, and the cast-
Ings have no inclusions only at 0.3-0.5% TI. In contrast, the oxygen-and nitrogen
content in the steel drops as the titanium content Increases. All data Indrcate
that an Increase In titanium leads to a higher porosity and lower density In the
castings as well as to lower plasticity at high temperatures. The unfavorable
effect of titanium on castings was confirmed by studies on the relative elongatlon4
Lowering the titanium content to 0.30-0-50% thus Increases the pressure tightness
greatly. OrIg. art. has: 6 figures and 2 tables.
ASSOCIATION: none
SUBMITTED: 00 ENCU 01 SUB CODE: MM
NO REF SOV: 008 OTHERt 000
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ACGESSICN NRI AP4045806
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F'19. Incidence of Inclusions In
relation to temperature.- ordinate
'relative frequency of Inclusions
In
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ENCLOSMEo o I
a U
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Fig. 2. Incidence. of Inclusions
I.n relation to T1 content.
Ordinate - relative frequency
of Inclusions In

FIKSENY N.V.) kand.tc4hn. nauk; BA8AL-,KI::p Yu~Z,, inzh,
Improving the technology of casting IKhl8t]9TL steel. Mashino-
stroenio no.1:59-60 Ja-F 164. (NIR, 17:7)

-ACCESSION NR: "4044249 8/0128/(;4/000/003/0041/0042
AUTHOR: Fikeent K, V# j Babaskin, Yu. Z. Zh*ayevo A. F* o Shapovalenkos V. 0i
Turovokly,
TITIX t Manufacture of Kh18N9TL stool in an Induction furnwe by resmelting with
oxygen
SOURCE: Litoynoye proizvodst-vo, no, 8, 1964, 41-42
TOPIC TAGS: stool manufacture, Induction furnace, XhISNOTL stool, stool smelting,
oxygen rosmolting, docarbonization, blast furnace, tuyere blowing
j,
ABSTRACT: Ilia technique of blowing oxygen Into the metal, the oxygon pressure, and
Ilia composition and temperature of the metal as factors In decarbonization and chromium.
burn-up ware investigated in an attempt to develop an optimum technology. for manufactur-'
ing low-titanium, high-quality lQ18N9TL stainless steel (with a carbon content not above
0. 06%) from the plant's steel wastes and roiled scrap by romelting In a 250-kg oxygen-
blast induction furnace. By varying the proportion of stainless steel wastes and high-
carbon scrap in tho material from 0 to 100% and the pro-blowing tbmperature from 1580
to 16600, wiffi a post-blowing tomperaftwo of 1600C, an officlent technique was developed
In which the pro-blowing charge contains 47% of carbon steal scrap, to which 27% of
FM

ACCUSIONNR: AP4044249
stainless steel wastes (with respect to the melt weight) to added after blowing. Both'
of the two tested blast procedures - tuyere blowing and blowing through a submerged pipe
were
given
found to he effective, the latter being morb economical. Remelting with oxygen
a better product than remelting without oxygen, Orig, art, h~a: I tables
ASSOCIATION: Donetskiy zavod ac11s1cokhozyqyutvennogo
Agricultural Machinery Plant)
inaahinostroyenlya (DonoW
r)
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Ii A UN ip Mikhail Petrovich; VINOKUR, bertolld Bent s ionovic h;
Arkadiy Vasillyevich; CHERWY, Viktor Gavrilovich; ALE'
Anatoliy Grigorlyevich; KOSIIRKO, Oleg Stepanovi.ch; AUKSANDRO'VA.
Natallya Pavlovna,- LYASIEENKO, Lyucbnila Aleksandrovna3 MA"MUI-INAY"..
Nelli Ivanovna; FIKSEN, N.V., kand. tekhn. nauk, otv.
POKROVSKAYA,
(Structural and heat-res-istant alloys] Konstrukto.-I-owive i zLar~.,--
prochwje splavy. Kiev, Izd-vo AN USSR, 1963. 11,() p. (1-111RA 1-7:3)
1. Akademiya nauk URSR, Kiev. Instytut liteynogo prciz-xd5tva.
4 g,
z nR
IMP; ;_i

FIKSDj, N.V.,, kand. tekhn. nauk; BABASKIN, Yu.Z., inzh.; ZHILYAYEV, A.P.,
inzh.; TUROVSKIY, V.P., lnzh.
Selecting optimum temperature conditions for smelting and
teeming of Khl8N9TL steel. Mashinostroenie no.5t28-29
S"O 164 (MIRA 18t2)

Or :o o
K-rhtnc3 -~roa 1,4 -e nc,.205-56 Pr--~u '65. M6)

FIKSENO N#V.- RADASXINj Yu.Z,
Fiftect Of tiWIAW dfi thd fbnhatibn of tho atructure and airtightneso
of KhM9TL otoel pipo pipe fitting edstings. Lit, proizv, no.9:3-5
8 164, (MIPA 18!10)

FIKSEN, N.V., kand.tekhn.nauk [deceased]; SIDLETSKIY, O.G., inzh.
Determining the tendency of alloyed steels to scab
formation. Mashinostroenio no.6:61-63 N-D 165-
(MIRA 18:12)
a
A 25
N

FMEN.v, -N-V-; BABASKIN, Yu.Z.; ZHILYAYEV, A.P-; SHAPOVALEW.01 V.G.;
- TUROVSKIYP V.P,
Making Khl8N9TL steel in an induction furnace by the remelting process
with the use of oxygen. Lite proizv. no.8:41-42 Ag 164. . (MIRA 18:10)

D r
i, I -"' I , - '! 4__;~ -z_
",kP-6013356 SOURCE CODE1 UR/0370/66/000/002/0053/0057
..AUTHORs[ Fikeenj N._ Weceaxed,-Klev); Markhasev, B. 1. (Kiev); Sidletakly, 0. G.
(Kiev)
ORGt none
I-VI V1
TITLE: Study of oxide scabs In Iron-chrotalum melts
SOURCE: AN SSSR. Izveatiya, Metally, no. 2, 1966, 53-57
TOPIC TAGSs Iron alloy, chromium alloy, metal seating, oxide formation
('formed on the surface of Fe-
ABSTRACT: The composition and structure'of oxide scabs
,:,Cr alloys In air at 1550OCwerc studied by chemical, petrographtcp and x-ray analyses.
The observed constant magnetite content with changing chromium content Indicates that
the formation of magnetite does not obey the usual laws of Irreversible therinodyna-
mics. The formation of magnetite In this case is thought to be due to a predominant
41fiusion of Iron through a solid scab consisting mainly of chromium oxides. The
tormation of the remaining part of the filin occurs in conformity vith thermodynamic
iews. The phase composition may be described as follows:
I - up to 4% Cr - tvo-phoce region - FeFQ204+FeCr2O
11 - from 4 to 9% Cr - three-phase region - IFOF0204+~~e, Cr)Cr204+Cr2o3;
III - above 9% Cr - two-phase region - (Fe, Cr)Cr204+Cr2o3'
UDCt 669.01.7.12

ACC NRt AP6013356
Formulas are given which relate the phase composition of the scabs
content of the metal. Orig. art. host 2 figuresp 3 tables, and 3
SUB CODEt It/ SUBM DATEt 03juIG4/ ORIG PXF% 006/ OTH RM 0
2/2 hs
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ACC NRt AT7000963 SOURCIE.CODE:- UR/000-0/66/000/000/005r,/0062'-
AUTHOR: Fikson, N. V. (Candidate of technical sciences); Sokirko, L. A.; MuravIyev, V. IO:i
ORG: Institute of Casting Problems, AN UkrSSR (Institut problem litlya AN UkrSSR);
Donetsk Institute of Ferrous Metals (Donetskiy institut chcrnykh metallov)
TITLE: Treatment of lKh18N9TL stainless steel with boron and cerium and their effect on the
nature and distribution of nomnetallic inclusions
SOURCE: AN UkrSSR. Poroki stallnykh otlivok i metody ikh ustraneniya (Defects in steel
castings and methods of their elimination). Kiev, Na-';:.,jva dumka, 1966, 56-62
TOPIC TAGS: stainless steel, boron, cerium, nonmetallic inclusion / 1Kh18N9TL stainless
steel
ABSTRACT: Proceeding from the premise that the nature and pattern of distribution of non-
metallic inclusions in various types of steels may be favorably affected by treating the steels
with small amounts of special elements such as B and Ce, the authors added 0. 001, 0. 003
0. 005, and 0. 007% B in the form of ferroboron (11. 2% B) and 0. 1, 0. 2, 0.4 and 0. 6% Ce in the
form of ferrocerium (95.8% rare-earth metals) to ladles containing 50 kg of ll