SCIENTIFIC ABSTRACT BORISIKHINA, V. I. - BORISOGLEBSKIY, A. D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206320018-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BORISIKHINA, V.I.; SKRYLEV, L.D.; MOKRUSHIN, S.G.
Emiilaification method for extracting cblloidal mixed uranyl
forrooyanide from its hydrosolo. Koll,.zhur. 23 no.5:521-523
s-o 61. (MIRA 14:9)
1. Urallskiy politekhnicheskiy institut, Sverdlovsk.
(Uranyl ferrocyanide)

BORISIKHINA, V.I.; SKRYLEV, L.D.; ~IOXRUSHINI S.G.
Effect of freezing on the stability of gelatinized emulsions stabil-
ized by colloidal m' !xcd copper and iron ferrocyanideE. Koll.zhur
23 no.6:669-671 N-D 61. (MIRA 14:i2)
1. Urallskiy politekhnicheskiy institut imeni S.M.Kirova, Sverdlovsk.
(Emul5ions (Chemistry)) (Carbon tetrachloride) (Ferrocyanides)

S,ML'EVY L.D.. MOKMSHIN, S.G.~ BORISIKHINA, V.I.
FXfect- of temperatare on the process of extracting mixed heavy
metal ferrocyanides in dissolved colloidal form'from their
hydroaols by means of A-11 ificationo Zbureprikl.kbim. 34 no*3:
53&-54l Mr 161o (MM 14:5)
lo Ural'skiy politekhnicheskiy institut imeni S.M.Kirovao
(Ferrocyanides)

BORISIKHINA, V.I.; IMOKRUSHINY S.G.; SKRYLEV, L.D.
Breaking of gelatinized emilsions with monohydroxy alcohols, Zhur,
prikl.khim. 31+ no.3s628-631 Mr 161* (MIRA 140)
1. Uralgakiy politekhnicheskiy institut imeni S.AKirova.
(Emalsions) (Alcohols)

8/080/62/035/011/010/011
D423/D307
AUTHORS: Borisikhinag V.I## Skrylevv L*Dov and Mokrushint S.G.
V_
TITLE: The problem of the breakdown of emulsions by freezing
PERIODICAL: Zhurnal prikladnoy khimiit v.'35, no. 11, 1962,
2563 - 2565
TEXT: A study was made of the effect of low temperatures on the
breakdown of gelatinized emulsions containing '15 - 80 % carbon te-
trachloridep stabilized with colloidal solutions of mixed ferrocya-
nides of lead, thoriumf nickel, cobalt and uranyl, 30 ml of emul-
sion were cooled over the temperature range -1 to _300C in a glass
test tube 200 mm. long and 20 mm in diameter. The samples were
thawed out in a thermostat at + 150C. Bmulsion breakdown was in-
creased with reduction of temperature and also with increasing time,--.---.-
of freezing. Under identical conditionap breakdown depended on the
nature of the stabilizing agent. No significant breakdown was ob-
served down to -300 with all emulsions over iimes up to 5 hrs., but
75 - 78 % destruction occurred at -150C except:for cobalt-stabili-
zed emulaions (51 % at -210C). The mechanism of breakdown is very
Card 1/2

S/080/62/035/011/010/011
The problem of the breakdovin of ... D423/D307
complex but is undoubtedly related to'tbe effects of low tempera-
tures on the emulsifying ability of gelatine. Theories are put for-
ward associated with formation of aggregates, increase of viscosity
change of specific rotation of the plane of polarization and freez-
ing out of water which leads to reduction in magnitude of the ele c-
tric charge on the emulsion droplets. The greatest role in emulsion
breakdown was played by the mechanical action exerted by ice cry-
stals on the emulsion droplet6, so that rupture of the stabilizing
gelatine-ferrocyanide films occurs and which facilitates considerab-
ly the process of coalescence. The power of the mechanical action
of ice on the oil droplets is quite largep since it is explained
by the expansion of water on freezing. There are 2 figures and 2
tables.
ASSOCIATION: Ural'skiy politekhnicheskiy institut imeni S.M. Kirova
(Urallskiy Polytechnic Institut imeni S.M, Kirov)
SUBMITTED: July 20, 1961
Card'2/2

MOKRUSHINP S.G.,, prof.,, doktor khim. nauk,- BORISIKMA, V.I-, otv.
red.; VAKHTINA, Ye.F., tekhn. red.7-
[Problems in the physical chemistry of..oolloid-disperse
system aW surface phenomena] Zadachi po fiziko-
khWI-kolloido-disperonykh aistem I poverkhnostnykh iavlonii.
.,Sverd1*Txk,--,-UraVskU politekhn. in-t im. S.M.Kirova.
No.5. 1962. 54 P. (MIRA 16:4)
(Colloids) (Surface chemistry)
(Chemistry, Physical and theoretic&l-Problems, exercises, eto.)
-~7

I BORISWX~~; SKRYLEV, L.D.; MOKWSHIN, S.G.
Breaking of emdoions by freezing, Zhur,prikl.khim. 35 no.11:2563-2565
N 162. . . (MIU 15:12)
(Emulsions)
.1

SKRYLEV~ L.D.;j BORISIKHINA., V.I.; MOIMSHIN, S.G.
Effect of ourface-acitva agents on the proceas of extraction of
collid-suspended mixed heavy metal ferrocywAdes from their hydrosols
by the method of emulsification. Zhur.prikl.khim. 35 no.11:2398-2$02
N 16z, (KM& 15:12)
1. Urallskiy politekhnichaskiy institut imeni SJUirova.,
(Farrocyanides) (Surface-active agents) (Extraction (Chemistry))

. I
BORISIMINA, V.I.; 140KRUOIfIN, S.G.
Extraction of metals dissolved in a colloidal state by the
method of emulsification. Zhur. prikl.' khim. 37 no.8:1695-
1699 Ag 164. (MIlVi 17: 11)
1. llrallskiy politek~nicheskiy ,nstit-,.,t irem K~J.rova.

BORISKIN, AG.; MMOZOT, Gj., red,
[Wages and establishing work norms] Normirovanle truda i zara-
botnala plata. Novgorod, Knizhnaia red. gazety "Novgorodakaia
pravda,w 1960. 43 P. (MA 14M)
(Production standards)
Nage payment systems)

PIROGOV, A.A.; KRASS, Ya.R.,- BORISKIN, I.Ye.; KOSTINSKIY, D#S.;
SOMA, G.Ye.; YEVDOKiMO-V-,-Tu-.P.
Using magnesia concrete and brick blocks for lining electric steel
smelting furnaces. Ogneupory 26 no. /+:176-180 161. (IORA 14:5)
l.Ukrainakiy nauchno-iseledovateltakiy inatitut ogneupprov (for
Pirogov, Krass). 2. KharIkovskiy traktornyy zavod (for Borlskin,
Kostinskiy, Soldia, Yevdokimov).
(Refractory materials) (Smelting furnaces)

ACC NRt AP5023265 SOURCE CME: UR/0128/65/Wi/008/0005/0006
AUTHOR: Kurbstovp M. (Catudidate of teehnical aciences); R1duyy' A. A. (Engineer);
Blg~risklq~l.,_Ye. Engineer); Grenaderov, A. 1. (Engineer)
,1 q
ORG: none
TITLE: Effect of the chemical composition of high manganese steel on its wear
resistance
SOURCE: Liteynoye.portavodaitvo, no. 8, 1965, 5.6
TOPIC TAGS: manganese steel, tractor, wiar resistance, carbide GIOL high
manganese steel
ABSTRACT: Since.the C and Mn content of regular G13L bigh-manganese steel fluctuates
too broadly, a new type of high-waganese steel, "10 oiwith a narrower range of
variation in the content of 0 and Mn (0.90-1.35% C, 9-11% Mn as well as 4 0.10% P,
< 1.2% Si, < 0.02% 8, < 1.0% Cr, and < 0.5% Ni) has been developed. The reduction
in Mn contint to 9-11%7and the corree-ponding reduction in C and P content result in
a marked increase in the purity of track blockedrith respect to residual carbides,
virtual elimination of1defects of the hot-crackl!type, and enhancement of wear re-
sistance of the steel. Wear resistance of G13L and GIOL steals specimens with dif-
ferent Mn and C contents, was determined by measuring the weight loss of track-block
Card 1/2

ACC NRt "5023265
lugs with the aid of a special device. Findings-, as the Mn content decreases from
15.8% to 9.03, the wear resistance increases and the influence of C ia feeble. As
the P content increases the wear resistance somewhat increases; S content up to 1.2%
has no effect on wear resistance. Further, as part of the experiment, T-75 tractors
were.assembled half with track blocks of P130~teel and half with track blocks of
GlOL steals at-ad regularly operated unier arduous field conditions. Subsequent exa-
sination showed that the wear resistance of track blocks of GIOL steel is 16% higher
than that of the track blocks of C13L steel. This Indicates that the question of the
optinal composition of the high-muganese.steal used to fabricate track blocks must
be re-examined. Orig. art. has: 5 figures, 2 tables.
SUB CODE: 02, 116 13/ SUMM MTR:, none/ MIG REF: 001/ OTH REF: 001
z7
1713Xt [,Pl3L]
7
2/2
Lcard
WON M_

BORISXIN, L.
36116 Slava sovetakiNh shaKkerov. (Ispoll sovaniye stakhanovskogo opyta svr. shaKhterov
v stranaft nar. demokratit). SlavYam, 1949, 140. 11, S. 34-38.
SO: tostopIst Zhrunsilt nykb Statey, No. 49, 1949

BORISKIN, M., Inzh.
Increasing the service reliability of the cross piece of s.fteri.
Muk.-elev, prom, 28 no.10:23-24 0 162. (,WRA 16-:1)
1. Moskovskiy tekhnologicheskiy institut pishchevoy promyshlennosti.
(Flour mills-Equipment and supplies)
(sieves)

-BQR-L94-IR,-M. M., LILIP, G. M., ZILIBERKINTS, I. V., GUDNEVA, 0. A.,
POPOV, S. C.3, D-EVISINKO, V. K., JOROVIN, F. T., GUTSEVIGH, A. V.,
FEREFILIYEV, P. P.J. POGODINA, E. A., Y-EDOROV, M. N., SPREI-WiSKAYA, V. N.,
SIYANITSKIYJ. F. M... SHUSTROV, A. K., ALLTSANDROV, P. M. and FJhVAFIN, V. N.
"The Effectiveness of a Chemical Method for Combatting Arthropods
over large Areas from Airplanes."
Tenth Conference on Parasitological Problems and Diseases with Natural
Reservoirs, 22-29 October 1959, Vol. II, Publishing House of Academy of
Sciences, USSR, Moscow-Leningrad, 1959.
(Leningrad - Moscow)

PETROV, P.S., dots.; BDRISKIN,_5_Y.,,, dots.; VASILENKO, N.A., star-A-biy
prepod.; GEifffffiOV, Ye.M., dots.; DEI~IENTIYEVA, A.N., starshiy
prepod.; lLtIN, V.P., dots.; NIKITIN, D.P., starshiy prepod.;
NIKITIN, D.P., starshiy prepod.; SHRAMCHENKO, K.G., starshiy
prepod.; YUSHIN, V.I.., stars'l-dy prepod.; POPOV, A.S., red.;
MESHALKIN, V.I., tekhn. red.
[Bc?ok of the trade-union committee chairman; aid to the factory,plant
Md"vorkihop committee chairmanjWga predsedatelia komiteta profsoiuza;
v po -prodsedateliu fabrichnope. savodskogo, tsekhovogo komiteta.
*A*ft, Profisddt, 1962. 356 0-~ (MIRA 16:2)
_1-.*7!b0".;",v shayA asochnaya Shkola, profdvizbenlya. 2. Kafedra "Prof-
~ Ya,
sdAzl*4-iitroitel'qtvo" Moskovskoy vysohey zaochnoy shkoly prodvi-
shadys. Vassoyamogo*.teentrallnogo soveft profspygzov (for a_U except
PIP
.POT, Me5halkin). (Traft anions-Handbooks, etc.)

BORISKIN, Stepan Vasillyevich; VARSHAVSKIY, A.S., red.; SHADRINA, H.D.,
tekbn,redi -- * - I
(Organization and methods of operation of trade unions in the
U.S.S.R.] Organizatsiis i matody raboty profsoiuzov SSSR.
Moskva. Izd-vo VTsSPS, Profizdat, 1959. 22 p. (min 13:6)
(Trade unions)

35735
8/020/62/143/002/022/022
B144/B138
AUTHORS: Boriskin, V. V., Oblapenko, P. V., Rollnik, V. V., and Sabin,,
B.
TITLE: Developmental potentialities of the animal organism when at-
mospberic nitrogen is replaced by helium
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 143, no. 2, 1962, 475 - 478~
TEXT: Development of chicken embryos of the white Russian breed was
studied in a two-stage incubator of special de,sign. The gas mixtur& was
p--s,-,ed through a thermostat, where it was preheated and saturated at 26 -
33DC; then it was led through a final preheating coil and distributed into
4 glass cylinders with 10 eggs in each. Ventilation was controlled by a
Uas meter at the outlet; maximum CO content was 0.3~q temperature was
2
measured by thermocouples fixed to one egg in every glass cylinderl egg
inversion took place every 2 hrs. Test groups had 40 eggs each: 1) He3O;
mixture of 79 - 80% : 21 - 20%; 2) atmospheric air from a oylinderl 3)
usual conditions in a two-stage incubator. Observation of weight loss
Card 1/3

S/020/62/143/002/022/022
Developmental potentialities of ... B144/B138
and hatchin,-,, autopsy of some eggs with living and all eggs with dead
embryos, and eg.r- testing were carried out to elucidate the effect of alter-
ed gaseous media. Hatchability in 3) was very high (0.5.8%). The lower
values for 1) (27.61/.') and 2) (67.8%) are partly due to insufficient turn-I
ing of the egUs. This can be overcome by structural improvement of the
new apparatus. For technical reasons temperature at the upper egg poles
was in 1) somewhat higher and in 2) slightly lower than the recommended
0
optimum of 38.5 - 39.0 C- Hatching analysis related to location of the
eggs in the in.*cubator showed in 3) the best results at the warmest spots.,
The normally positive heat balance of chicken embryos toward the end of
inciibation is seriously disturbed by the high heat conductivity of He.
This was also true for chickens kept for two weeks in the same medium.
Nevertheless, the tests prove that embryonal development and life of
chickens is possible in an atmosphere where N is replaced by He. There
2
are 2 figures, 2 tables, and 7 references, 5 Soviet and 2 non-Soviet.
Tho two raferanooo to Engliah-language publioations read as followat Do
S. Simons, B. K. Archibald, J. Aviation Mod., 92, 5, 350 (1958)1 C- Romijil,
VI'. Lokhorst, Poultry Sci., i~, 4, 829 (1956).
Card 2/3

3/020/62/143 002/022/022
Developmental potentialities of ... 1640138
ASSOCIATION: Institut evolyutsionhoy fizioloe,,ii im. I. M. Sechenova
Akademii nauk SSSR (Institute of Evolutionary Physiology
imeni I. M. Sechenov); Voyenno-meditsinskaya akademiya im.
S. M. Kirova (Military Medical Academy imeni S. M. Kirov)
PRESENTEDi September 5, 1961, by V. N. Chernigovakiy, Academician
SUBMITTED; April 17, 1961
Card 3/3

ACCESSION NR: AT4o42659 8/0000/63/000/000/0078/0081
AUTHOR: Boriskin, V. V.i GuVtyayev, P. A.; Savinq Be me
TITLE. The possiblility of developing and prolonging the existence of biological
objects in a helium-oxygen atmosphere
SOURCE: Konferentaiya po aviaLtaionnoy i koemicheakoy meditain-e, 1963.
Aviataionnaya i koemicheskaya meditsina (Aviation and space medicine); materialy*
konferentaii. Moscow, 1963, 78-81
TOPIC TAGS: helium oxygen atmosphere, embryonic development, vital.activity,
chicken embryo, frog embryo, chicken, mouse, dog, temperature tolerance
ABSTRACT: A number of experimerite have been performed to test the effects ofa
helium-oxygen atmosphere on the development of chicken and frog embryos and to
determine the effects of a prolonged exposure (10 to 15 days) of chickens, white
mice, and dogs to this atmosphere. A normal nitrogen-oxygen atmospherewas us6d
for control purposes. The experimental atmospheres contained between 19 and 23%
oxygen, 0.2 to 1.2% CO , and not more than 1 to 1-5% nitrogen. Experiments with
chicken embryos-indicaied.that he, the t,mperatur*ea were kept equal, there was
Card 113

ACCESSION MR: AT4o42659
no substantial difference between embryos raised in normal nitrogen atmospheres
and in the experimental helium-oxygen atmospheres. Further observation of the
chickens up to the period of maturity failed to show up any differences between -
the two. In experiments with frogs eggs, which develop in water, no difference
was found between experimental embryos raised in a helium-oxygen atmosphere and
those of controls. Development of tadpoles in the two media also failed to reveal
any differences. Baby chicks, which were incubated in a normal atmosphere, were
placed into a helium-oxygen chamber. Observations of their growth and weight as
well as their behavior and reactions to food and variousetimuli during the first
ten days of exposure indicated that when the temperature was kept around 300C,
which is necessary for maintaining the proper balance and development in a normal
atmosphere, the chickens were "cold". They huddled in a group and their motor
and feeding activity was lowered. However, when the temperature in the helium-
oxygen medium was increased to between 34 and 360C, their reactions became normal
and their feeding and motor activities were indi6tingui6hable from chickens kept
in a normal atmosphere at 300G. After ten days the chickens were moved to a normal
atmosphere and showed no differencee upon development'to maturity. Similar results
were obtained with mice, which are kept in a helium-o.Vgen atMDephere for 15 days.
No indication of tomperature.discojifort was observed in nice kept in a normal
Card 2/3

ACCESSION NR! AT4042659
atmosphere at a temperature of 21 to 220C, but those kept in a helium-oxygen
atmosphere required a temperature of 24 to 250C before temperature discomfort was
relieved. The skin and muscular temperature of a dog ke8t in a helium-oxygen
atmosphere at a temperature of 23 to 260C was 0.7 to 0.9 C less than normal, its
energy expenditures were somewhat higher, and its heartbeat rate was 10 beats
higher per minute. When the atmospheric temperature was raised to 27 or 280C,
the temperature of the body tissues and the physiological functions of the animal
became equivalent to those of dogs in a nitrogen-oxygen atmosphere-of 19.5 to
22.50C. The replacement of nitrogen by helium did not cause any changes in
embryonic development of animals observed, provided they were kepi at a aomewhat
higher temperature. A temperature 4 to 60G higher than a nitrogen atmosphere is
required in a helium atmosphere because of the higher heat conductivity of helium.
ASSOCIATION: none
suBmiTTED: 27sep63 ENCL.- 00 SUB CODE: L5
NO REF SOV: 000 DIM: ODO
Gard'3/3

BORISKIN, Yu., vtoroy mekhanik; ARKUSHA, L., starshiy motorist
Operational practice with EVS-68 marine boilers. More flot 18
no-7:22 J1 158. (MIRA 11:7)
l.Teplokhod "Karl Marks." (Boilers, Marine)

USSR/Medicine - Bacillus prodigiosus Feb 53
"Investigation of the EVe6tiveness of Treatment
With B. prodigiosus in Animal Experiments," M.S.
Aronov, K.1. Boriskina, Chair of Microbiol and
Operative Burg, Kuybyshev Med Inst
"Zhur Mikrobiol, Epidemiol, i Immunobiol" No 2, p 8B
Although B. piodigiosus generates inflammation and
sepsis by itself, it prevents suppuration and in-
flainmation when introduced into a wound together
with staphylococci. Gradually increasing doses of
B. prodigiosus produced immunity against lethal
doses of staphylococci in rabbits.

NIKOIAYEVA, V.G.; DUMNINA, A.Ya., KOMAROV, B.I.; LEVINSON, G.I.; Prinimali
uohastiyez KOLOTUSHKINA, Ye.V.,, inzb.; BORISKINA) N.A.
Investigation of the antioorrosive additives to residual fuels
containing vanadim and sulfur. ]Qiim. i tekh. topl. i masel.
6 no.10:17-22 0 161.- (MIRA 14'111)
1.'Vsesoyuz'r1yy nauchno-issledb-,ratk'skiy institut pp pererabotke
nefti i gaza i polucheniyu'iskusstvannogo zb~dkogo topliva.
(Fual-Additives) (Gorrosion"and anticorrosives)

, ~
r.Al
'
S
c
P ~
al.
4m.-
tz
k,~kAR T)ZILA) tnanslatioa).-~--~

b
USS'R Solid Aate Physics / Structure of Alloys and Other
Systems
Abs Jour i Ref Zhur - Fizika, No. 5, 1957 No. 11679
Author : KoMilov, I. I., Boriskina, X. G.
Ins't : Institute of Metallurgy ITaademy of soi!Z ~USSR.
'A
Title i Diagram of State of the Titanium-Iron System.
Orig Pub i Dokl.. AN SSSR, 1956, 108, No.6, 1083 - 1085
Abstract t A study is made of the diagram of state of the Ti-Fe
system by methods of thermal, dilatometric, mierostruatural,
X-ray-structural analysis, and also by measuring the hard,-
ness and microhardness. The authors establish the exis-
tenoe of TiFe and TiFe 2 compounds with a melting temperature
of approximately 1500 and 14000 respectively. Three
eutectics are formed, corresponding to the crystallization of
Cards 1/2
USSR.1 Solid State Physics / Structure o; Uloys and Other E-5
Systems
Abs Jour : Ref Zhur - Fizika, Nol*65, 1957 No. 11679
Abstract : the phases A-4 TiFe, TiFe -t TiFe and TiFe 40'~ , with mel-'.
ting points of 1100, 1280, and 123;0 with a gomposition
of 32, 62.5, and 82.5% iron by weight respectively. The
boundary of the limiting solubility of Ti in c~_Re is de-
termined as a function of the temperature (1200'-- 12%,
11000 -- 8.5%, 1000 -- 7.5%, 9000 -_ 5%, 800o -_ 4% and 5000
--- 2.50 Ti).
Cards 2/2

5(2)
AUTHORS:
TITLE:
Boriskinag N.G., Kornilov, 1. 1. SOV/78-4-9-40/44
-_--------------------I---------------------,
A Ternary Metal Compound in the System Iron - Chromium -
Titanium
PERIODICAL: Zhurnal neorganicheakoy khiziit 1959t Vol 4, Rr 9, Pp 2171-2173
(USSR)
ABSTRACT: On the occasion of the investigation of the phase diagram of the
ternary system Fe - Cr - Ti the authors investigated the alloys
in the cross section TiFe 2 - FeCr (e -phase). The alloys were
prepared by melting in an electric are in an argon atmosphere.
By means of a microstruoture analysis it was found that the alloy
consisting of 15.7 atom%.Ti# 25.8 atom% Cr, and 58.5 atom% Fe is
a single-phase alloy and highly brittle in a cast state. By
tempering at 10000 the alloy in decomposed, and finely-dispersed
needles develop which form a definite angle with the ground
surface (Widmannstdtten texture). The radiographs of this alloy
were taken for the cast and tempered state (Table 1, Fig 1).
The lattice constant corresponds to that phase which was found
Card 1/2 in the system Fe - Cr - No (Ref 3) and later in alloys of

A Ternary Metal Compound in the System SOV/78-4-9-40/44
Iron - Chromium - Titanium
binar,j and ternary systems (Refs 4-6) and which is called the
?(-phase. In the system Fe - Cr - Ti, therefore, such a phase
would also form. Its composition corresponds to the formula
Ti5Cr7Fe 17' It decomposes at 10000 and forms the Laves phase
TiFe 2' Thus it is, in fact, a transitional stage between the
Laves phase and i!:r-phase. There are I figure, 1 table, and
6 references# 2 of which are Soviet.
SUBMITTED: April 6, 1959
Card 2/2

68685
/P. //00
AUTHORS: Boriskina,-N.G., and
TITLE: h
C~v7es 6E~1----t e
omilgi
it Jum in
and-Ch-romilm
S/180/60/000/01/006/027
Elll/W5
Kornilov, I.I. (Moscow)
Equilib
rium Dia5Eam Of Iron-
-6he Region of Alloys Rich in Iron
PERIODICAL: Izvestiya Akademii nauk SSSR,,Otdeleniye tekhnicheskikh
nauk, Metallurgiya i toplivo, 1.960,Nr 1, pp 50-58 (USSR)
ABSTRACT: The object of this work was to elucidate the nature of
the chemical reaction of iron with chromium and titanium
and eetablish the equilibrium diagram for iron- and
chromium-rich alloys. Although much work has been
published on Fe-Cr (surveyed in Ref 1), Fe-Ti (Refs 5-9)
and Ti-Cr (Refs 10-14), there is little on the ternary
system, and in some of these (e.g. Ref 15) impure_
materials were used. The compositions of alloys used in
the present work are shown in Fig 1 and tabulated. They
included alloys of the TiFe2-FeCr and the TiFe2-Cr
sections, and of three sections with constant Ti : Cr
ratios 8f 3 :~l, 1 : 1 and 1 : 3, and some alloys
Card along sections parallel to the Fe-Cr side with 5, 10, 15,
1/3 20 and 25% Ti. Alloys were made from-electrolytir- iron
(99-94% Fe), electrolytic cb-r-omium (99.95% Cr), and

68685
S/180/60/000/01/006/027
Elll/E135
Investigation of the Equilibrium Diagram of Iron-Chromium-Titwii-am
in the Region of Alloys Rich In Iron and Chromium
iodide titanium (99-85% Ti) by arc melting under argon.
The cast alloys were homogenized at 1100 C for 100 hrs
enclosed in quartz capsules and were studied after
quenching from 1000'OC (holding time 100 hours) and
after annealing at 550 OC for 500 hours. X-ray analysis
was carried out with unfiltered vanadium radiation in a
RKU86 camera; hardness was measured with a diamond-
tipped Vickers machine, and microstructures were also
examined. Fig 2 shows microstructures of various alloys
after different heat treatments, and Fig 3 typical X-ray
patterns for TiFe2-FeCr. The hardness of specimens of
the different constant Ti:C-~ sections as functions of %
(Ti + Cr) is shown in Fig ~. The 550 OC and 1000 OC
isothermal sections of the Fe-Cr-Ti system are shown in
Figs 5 and 6, respectively. The work showed the presence
of a compound of composition T'50r?Fel? of the alpha-Mn
Card type,- at high temperatures this compound forms a narrow
2/3 range of solid solutions with alpha and gamma phases
decomposing at 1000 and 550 OC. The eutectic nature has

68685
S/180/60/000/01/006/027
E111/E135
Investigation of the Equilibrium Diagram of Iron-Chromium-Titanium
in the Region of Alloys Rich in Iron and Chromium
been demonstrated of crystallization in the region of
alloys adjacent to the Ti-Fe side, in TiFe2-Cr section
alloys and in a wide range of alloys on the right-hand
side of this section with a higher chromium content.
The range of the Fe and Cr-base ternary alloy at 1000
and 550 OG lies along the Fe-Cr side. The solubility of
Ti in the alpha-solid solution at 1000 OC increases from
the Ti-Fe side and is about 5% on the average, falling at
5500. The extents of phases at 1000 and 550 OG have
been found. The hardness was found to be greatest in
the X-phase re-gion, which decomposes to form the
Card compound TiFe2.
3/3 There are 6 figures, 1 table and 16 references, of which
6 are Soviet, 7 English, 2 German and 1 Japanese.
SUBMITTED: October 5, 1959 Y

S15 98/62/000/007/006/04 0
D267/D307
AUTHORS: Boriskina, V. G. and Myasnikova,*K. P.
TITLE: Investigating the solubility of iron, manganese and
copper inc~-titanium
SOURCE: Akademiya nauk SSSR. Institdt metallurgii. Titan i yego
sp.lavy. no.*-7, Moscow, 1962. Metallokhimiya i novyye
splavy, 61-67
e_
TEXT: This research was carried out in order to fill the exist-
ing gap, the more so as Fe, Mn and Cu (also Cr and Si) have a con-
siderable effect on the properties of multicompbnent alloys used
in industry. The various alloys of Ti with Fe, Mn and Cu were pre-
pared by levitation melting in He, with subsequent heat treatment
with or without deformation. The following results were obtained
from the investigation of solubilities: (1) about 0.5 wt-~2.Fe dis-'_
solves at the temperature of the eutectoid transformation (585 -
6000C); in the temperature range 550 - 4000C the maximum solubi-
--lity of Fe ino(-Ti remains constant at ca. 0.'4 wt-%; (2) the so-
1/2

S/59 62/000/007/006/040
investigating the solubility ... D267YD307
lubility of Mn at the temperature of the eutectoid transformation
(55000 is 0.4 wt_~o and remains constant at 0.3 - 0.4 wt-% in the
range 550 - 400OC; (3) the maximum solubility of Cu inG(-Ti is
ca. 1.5% at the temperature of the eutectoid transformation
(7980C) and does not vary in the interval 798 - 4000C. There are
5 figures and 1 table.
Card 2/2

S/598/62/000/007/021/040
D290/D307
AUTHOR: Boriskina, N. G.
TITLE: The effect of iron on the structure and properties of
alloy AT-:) (AT3)
SOURCE; Akademiya nauk SSSR. Institut metallurgii. Titan i yego
splavy. no. 7, Moscow, 1962. Pletallokhimiya i novyye
splavy, 150-157
T~-'XT: The author studi,ed the effect of the addition of 0*- 5~ by
weight Fe on the structure and properties of Ti and AT3. The pre-
sent work is a continuation of previous studies*of the structure
and properties of alloys based on the Ti-Cr-Fe system. The tensile
strengths of forged binary alloys and the alloys AT3 are higher
if the specimens contain 0.2 - 3.0% Fe; the alloys retain satis-
factory plastic properties. Hardness of the binary alloys contain-
ing up to 5% Pe and the alloys AT3 containing up to 1.5~4 Fe is
lower after annealing at 40000 and 5000C than alter tempering at
____11OO0C;.the alloys have the lowest hardness values after prolonged
Card 1/2

S/598/62/000/007/021/040
The effect of iron ... D290/D307
annealing at 5000C. An analysis is made of the link between struc-
tural changes in the alloys due to the addition of iron and the re,
lated changes in mechanical properties. Addition of up to 1.0 -
1.5% Fe to AT3 can be recommended; it leads to a considerable in-
crease in tensile strength (-.,20 kg/mm2) and is not accompanied
by ageing of the alloys (as indicated by the hardness*values)o
-However, plasticity of the alloy diminishes during working due to
the Dresence of a small amount of the eutectoid; this defect can
be overcome, and a very stable alloy produced, by adding Si (