SCIENTIFIC ABSTRACT BUDAVEY, V. Y. - BUDBERG, P. B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000307220016-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BUDAVEY, V.Yu., kand.ekonom.nauk
------ --
Efficiency in6irps of the utilization of caDital assets, Yozh.-Obuv.
prom 4 no.U:/+-$ N 162.. ! . OMIRA 15:11)
ktihoe indu8 rxy-iinance)

BIRICH, T.V.. prof.: GOROVAYA. Ih.G., assistent; BLMY, A.R., klinicbeBkiy
ordinutor ~--
-$Lre.pry in retinal detachment* Zdrav~Belc)r. 5 no-7:36-39
ii 159. (141M 12: 9)
1. Iz gluxnov kliniki Minskogo meditsinskogo instituta.
(RETINA--SURGSHY)

HORVATH, J.; BUDAY, F.
On the effect of StreptorWces aureofaciens cultures on antibiotic-pro-
duoing anpaoity of various Streptoryces species. Acta microb. hung. 6
no-3:227-232 1959.
1. Institut fur 14ikrobiologie der Agrarwissenschaft lichen UniversitAt.
Godollo.
(STREPTOXYGES)

HORVATH, J.; BUDAY, F.
The effect of DNA of various origin on thm changes of antibiotic
production of StreptomWees. Biol kozl 8 no.lsl9-23 160.
1. Agrartudomanyi Egyetem Mikrobiologial Tanazeks, Godollo.
Tansze~vezeto.-dr.Horvath Janos egyetemi tanar.

BUDAYY Ferdinand; GALGOGZY, Bela
Effect of various organic nitrogen sources on the anti-
biotic production of Streptomyces globisporus. Biol kozl
11 no.2:99-105 164.
1. Chair of Microbiology, University of Agriculture,
Godollo. Head of the Chair: University Professor Dr. Janos
Horvath.

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with ftvd ormig. awwA goo. of Ca MIMI 11. Two of Itk-
rAloatila mvivA In *Ms. 0.34.11, a. elomwoo t-I C4 twt4tr.
the 4Ahrr itint the monor doow% of CA cuortmotAte. The up.
tithe (of Coo imwawd has 111AW'do to 1199. 3AIZI. MIMI %!,W%
It. 1X-1 III kg. li%v VA. ift, Romp (1) awl Inv" 0.41611il It% I Jr. 1,
3AD. Awl &M p. Swor III be. in ptiali, (2). 11w datA
rrfcv too rzpll, junrimis al 0 tinlrit 41turing wkk-b the chortu,
daw, wtw dotablorti ewh dow. The amt. of Ca ftivntWu
Wd% 0.6449-1.= g. In poop (1) awl
c. per 11) kg. in Mt- (2). Kuvn time devaW wegm to
du to tka 44mi"l an obalrAstorring
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YESIN"OV, S;.. '15,.; VEDMIlIKOV, BUDAY, H.M..
-
Mletho s of prospecting fc-- asbestos deposits. Fazved. i okh.
( I.: T Rj~ JC' :1 )
nedr.i 30 no.3:10-13 Mr 164 -
1. 144-nisterstvo geologii i oRbrany nedr YazakbskwT SSR.

KOSA, Gyorgy, dr.; BUDAY, Pal, dr.
Hemangioma multiplex. Magy. sebeszet 14 no.3:16&-171 -Te 161.
1. A Budapesti Orvostudomanyi Egyetem II. oz. Sebeszeti Klinikajanak
kozlemenye.
- (MKWGIOMA case reports)
(INTESTDW neoplamm)

HOBAMI, Janos, dr.; BUDAY, Pal, dr.
A malignant tumor developing on heterotopic adenonyosIB of an old
gastrointestinal anastomosis. Magy. sebenz. 15 no.3:162-166 J6 162.
1. A Budapesti Orvoatudomanyi Fgyetem II oz. Sebeszeti Klinika Kozlememye
(Megbizott vezetol. Stefanice Janos dr.)
(STOMACH NEOPLASMS case reports)
(GASTRECTaff compl)
(EMOMETRYOSIS pathol)

GORGENYI-GOTTCHE-, Osizkar, dr.; HDFFMAN, Ida, dr.; statiaztikai mimkatars:
BUDAY, Rez6o
A. sanatorium for adolescents with tuberculosis. -Orv. hetil. 104
no.7:315-316 17 F 163.
1. Saabadsagbegyi k4ami Gyarmekammtorivn.
(T=RMSIS)

'Wl"-Ay' 1'. ; GICH, I.
New opinion c,n the stratigraphy of the Lower and Mtddle Iliocene in the Lower
Morava VPlley. and the Vah River Valley. P-5.
GEOLOGICKE PRACE, No. W, 1956, Bratislava, Czecboslotiakin.)
SO: Monthly List of East European Accessions (EEAL) LG, Vol. 6, no. 12, December 1957. Tncl.

BUDAYj T.
"Principal tasks and problems of the ricrogiostratigraphy of the Neocene in
Czechoslovakia."
P- 382 (vestnjl:s Vol- 32, no. 6, 1957, Prahas Czechoslovakia)
Monthly Index of East European Accessions (EE-AI) LC, Vol. 7, No. 8, August 1958

MAY, T.; CICHA, I.; S'r,!;.-!,S, Or.
"Relation between the lower Miocene of the Austrian and Bavarian Molasse southeastern
Moravia, and the intura-Carpathian beds."
VESTNIK, Fraha, Czechoslovakia, Vol. 33. No. 6, 1958
Monthly list of EAST 'N"UROPEAN ACGESSIONS (ERAI), W, Vol. 8, No. 7, July lGro, Unclas

BIMY, T. s SPICKA, V.
Oeologic development of the Slovak part of the Vienna basin in the Ught
of detailed investigation of the Laksar elevationo Po 3*
Praha# ftechslavakia,.Vole 69, no, 9p 1959e
Ust Of
East Buropean-Accessions (EEAI)j, LC. Vole 99 no* 2o
Feb* 1960.
Uncl.

BUDAY T f','-ekhoolovakiya); SHVAGROVSKIYP I. [Svagrovsky, 1.1
Chekhoslovakiya)
.Development of the Veogene inthe Western Carpathians of Czechoslovakia.
14at.Karp.-Balk.assots. no.3:119-139 160. (MIRA 24,-12)
(Carpathian Mountains-Geology)

-BUDAY.-T.-Author/
suir4m4E (in capn); Given ffii ~s~~
Coluitry: Czechoslovakia
Academic Dtgrees: /not given/
Aft'iliation: /not given/
Source: Bratislava, Geologicky Sbornik, Vol XII, No 1, 1961, pages
129-137-
Dt"a: "Critical Anal7sis of the 11-lorks b7 a Collective ef
Authors (T. BUDAY, 0. KODY11 sen., M. MA-H-EL, A.
MATE-:JKA, J. SVOBODA, V. ZOUBMC) lintmrEdited by
M. MASKAi A. YATEJKA, and V. ZOU3a under the
Title "TectonicjDevelopment of Czechoslovakia."
(The book is nresumably in English)

BUDAY, Tibor
Problerm of the geology of Mtumens in the Danube Valley.
Geol pruzkum 5 no.8:253 Ag 163.

BUDAY, Tibor
'* ..... .....
- Thermal aging of perlite concrete. Epitoanyag 15 no.10:
383-390 0 163.
1. Epitestudomanyi Intezet.
1. -
F
., I

BUDAY, T,
110rigin of the gas deposits in the Thju,ingiun Parin" by A. Snars-ky.
Reviewed by T. Buday. Vest list goolk 19 no.6;45'1 Ill 161,.

BUDAY, Tibor
Thermal consolidation of concrete of light additives. Epitoanyag 14
no.10073-377 0 162.
1. Epitestudoman Intezettien vegzett katatas alapjan.

BUDAY, Tibor
Tootogenenis of the Neoeene basins in the Western Carpathians and
their development. Geol, prace 63,163-167 162.
1. Uatredni ustav geologicky, Praha.

.- BUDAY, Tibor
Some remarks about the new concrete specifications in
preparation. Magy ep ipar 12 no.3:136-140 163.

3UDAY-, V.Y.
-Y-xperimental determination of the natural vibration frequencies
of a cantilever rotor suitable for vane pumps. Vop. g1drotekh.
no.1509-44 163. (MIRA 18s2)

AID P - 3797
Subject USSR/Aeronautics
Card 1/1 Pub. 58 - 10/25
Author Budayev, A.
Title Inter-city glider competitions
Periodical Kryl. rod., 12, 8, D 1955
Abstract A report on a regional glider competition in Krasnodonsk.
Institution : None
Submitted : No date

BUDAYEV, A.,inzh.
Starting with the roof in house buildirg? Tekh.mol. 28 no.4:
3-4-160. (MIDA 13:11)
(Bitilding)

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BUDAYEV, A. S.
6567 BIMAUV, A. S. SER-EST101IMSTI STROITELISM I BORIBA
ZA =Er, SNIZHENIYE. YEREVAN, AYLETRAT, 1954 102S
S ILL. 20 Sll.(V POKOShElll EKON. OBRAZOVAIIIYU
RABOEHIKH - STROMLEY) 2.OOOEKZ. 1 R 301C. **14A AM, YAI---
(55-1506 ) 69-0031 olus 338-58:69
SO: '-TIMIUYA METOpISI No. ~', 1955

BUDAYBY, A.B., redaktor
0
[Innovators In the building 'in tus try; a collection of articles]
NovatoryitroltelOnai Industril; abornik statel-a Moskva, Gosstrol-
Izdatq iw~.q) P. , (MIRA 1011)
II (Coni-Sthib'tion Industry)

BUDAYET, Andre' 3t9p,!gojLLqk,6USFS=IY. Y.T., nsuchnyy redaktor; 13yum,
Mr.T.-N&IRor isdatelOwtvia; WSIU,.S.S., tekhnicheskly redaktor
[Building your ovn appartmat houses vithout a contractor)
Strottelsetvo shilykh damov evoial silent. Moskva, GosAmd-vo
lit-ry po strait. i arkhtt., 1957. 90 p. (xm 10:7)
1 (Apartment houses)

KOSORMOV, I.I., prof., zaaluzhennyy stroitell RSFSR;,. BUDAYEV, A.S., inzh.
Section of the book "Technology of Building." Transp. stroi.
14 no.10:57-58 0 164. (MMA 18%3)

BUDAYEV, D
Two excursions as part of the fifth grade course In geography.
Geog.v shkole 20 no.4:58-59 Jl-Ag '57. (MLRA 10"7)
1. Zagustayskaya aradayaya shkola Buryat-Mougollskoy ASSR.
(Physical geography-Study and teaching) (School excursions)

_I - -A ~ --n-_ - - __ --- - __ __ - ____ __ __ - ___
f-i y E- V, I_), -I- .
AVDUSIN, D.A.; BELOGORTSIV, MINKII, A.Ye.; RYABKOV.
G.T.; IMKIR, A.M., IVANOV, I...P.-; IMOLIK, I.D.; ANDREYEV, IIJ.;
VALINDVA, I..-red.; FItIPPJRFKOVA,-M., tekhn.red. '. -
[Smolensk; a guidebook] Smolensk; spravochnik-putevoditell.
[Smolensk] Smolenskoe kalshnoe Izd-vo, 1957. 217 P. (MIRA 11:1)
(Smolensk-Description)

VASIL'YBV, V.G., kand. geogr. nauk, otv. red.; POGULYA-YEV, D.I.,
doktor geol.-miner. nauk.. red.; PERLDII, B.N., kand.
geogr. nauk, red.; OFIELIGHENKO, T.M., kand. sellkhoz. na-uk)
red. L_BUDAYEV,_ D. I.,,_ kan~~ ist. nauk-,, red.
[Atlas of Smolensk Province; dedicated to the 1100th anni-
versary of Smolensk) Atlas Smolenskoi oblasti; posviashchaetsia
1100-letilu Smolenska. Moskva, 1964. 31 p. (YI-Rk 18:3)
1. Russia (192,7- U.S.S.R.) Glavnoye upravlenlye geodezii I
kartografti.

SAMANDUYEV, A.Ya.; IVANOV, V.I.; BUDAYEV,-
Designing and operating automated compressor stations. Hash. i neft.
obor. no.102-36 165. (MIRA l8s4)
1. Groznenskiy filial Vsesovuznogo nauchno-issledovatellskolro i
proyektno-konstruktarskogo instituta kompleksnoy avtomatizataii
neftyanoy i gazovoy promyshlennosti i Giprogrozneft'.

SAHANDUYE-V, A.Ya., inzh.; IVANOV, V.I., ins,.h.; PUDAYEV, E.S., jnrh.
Automation of water-pumping BtationB of petroleum refineries.
Vod. i san. tekh. no.11:4-6 N 165. (MIRA 18,12)

SIMIYANOT, Nikolay Nikolayevich, AGALINA. Mariya Samoylovna.
oty.red.; SAVIN. M.N.. red.; JMOVMOVA. Z.A., tekhn.red,
[Xanu#kl on engineering surreys for construction] S~ravoehnlk po
inxhanernym Isyskanliew d1le stroitellstva. Kooky&, Ugletekhizdat, 1938.
360 pe' (K3RA 11s9)
(Civil engineering)

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BUDAYWx G. P.
PA 228795
USSR/Metallurgy Cast Iron, Castings May 52
"Alloy for Correction of Def~cts on Castings by
Welding," G. F. Budayev$ Engr
"Litey Proizvod" No 5, p 26
Suggests alloy composed of 68-70% Cu, 20-24~, and
7-lo%. mg. States alloy is easily welded with 6ast
iron, inexpensive, simple to producej.and Prossesses,
good fluidity, considerably exceeding fluidity of
Monel metal.
228T95

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ljujjAiT---V~-T. T-.-Tanrl A.- Vols-kiy-)-
"ITIESTIGATIONS OF URLIITU?-,, DJOYJDEE AND FLUT01MR-, DIOXIM- CHLCRPIAMN EITH CARBON
TETRACHLORIDL".
BY I. V. Budayev and k. N. Volskiy.
Report presented at 2nd UN Atoms-for-Peace Conference, Geneva, 9-13 Sept. l9rZ9.

OUOAY~v -1-U,
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R07MAKHOV, I.G.; Prinimali ucliastiye: SEROVA, P.P.; YURKINA, S.I.; BUDAYEV ~ Kh. J1 ~
student; SHCHERBAKOV, S., student
Effect of forest on the microcomplexity of soils. Pochvovedenie no.12:
19-26 D 163. (MIRA 17ill)

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BUBLIVA, V.A.
-~
'r
Industrial-atruotures in industrial building. Za indus.Riaz. no.2:
. .. -32 ' D 161. (KM 16:10)
1. Starshiy inzh. proyektnoy gruppy stroitellnogo tresta No.1-1.
R,Yazant.
I

C r - - -----
14R': AR6031250 SOURCE CODk.- UR/0081/66/000/011/D043/D0431
.UTHOR: Ivanov,-G. N.; Budayeva, V. A.; Lopatinski-Y. V. P.
ITLE: Ijetermination of the molecular weighl of organic compounds by.electrical
masuring circuits
DURCE: Ref. zh. Khimiya, PartI, Abs. llD75
ZF SOURCE: Izv. Tomakogopolitekhn. in-ta, 2.0. 136, 1965, 106-109
:C TAGS: molecular weight, organic compound, electric measurement
3STRACT: A simple and convenient diagram has been developed for determining
e molecular weights of organic compounds with the use of thermistors as the
ermosensitive elements.. The method is characterized by high reproducibility, by
~pid determination (15-20 min), by freedom from constant manual operations, and
, high accuracy (1-3% relative error). One of the diagrams developed permits
itomation of the process for determining the molecular weight. Authors' summary.
'ranslation of abstract]
SUB CODE: 201
Card

BUDAVEY, V.Yu., kand.ekon.nauko starshiy nauchW sotrudnik
Utilization indioea of the capital assets in the textile industry.
Tekst.prom. 22 no.8:17-21 Ag 162. (MM 15:8)
1. Nauchno-iopledovatel'okly ekonondchookly Inatitut Gooudarstvennogo
nauchno-okonomichookogo soveta Smeta Miniotrov SSSR.
(Textile inflivatry-Accounting)

KFLDINITS. B.H.; GNIDKO, K.P.; KUDRYAVTBV, V.I., spetorsdaktor- BUDAUVA
VAU.Wdaktor; KISINA, Ye.I., takhnicheskiy redaktor I - &Mft.r
[Opical instruments and their use in the food Industr7l Opticheakie
pribory I ikh Ispollsovante Y pishchavol promyshlennosti. Moskva,
Fishchepronisdat. 1956. 6'21 p. (NLRA 10:2)
(Optical instruisents)

AARNIKOV., I... inzh.,- BUDAYLI, M.
The beat interfam organization in Tatarstan. Sell. stroi. 15
no. 2:15 F 161. 04IRA 14:5)
1. Menzelinskly raymezhkolUozotroy (for Samikov). 2. Korrespondent
gazety ".Znamya Leninafl-(for Budayli).
(Tatar A.S.S.R..-Cbnstruction industry)
(Collective farms-Interfarm cooperaiion)

COUTURE-SPICIMY A.; BUDBERG A
Documentation in the enterprise. Akt probl inf dok 7 no.4:39-47
JI-Ag 162.

EPLEME-VA, A.A.; GALAKHARI, N.L.; BUDAZHAIIOVA, N.A.
- 161~- -- -~
. Hemagglutination inhibition reaction with serums f
people and domestic animals from the Tomsk focus of tick-
I borne encephalitis. Trudy Toml%11VS 14:22-23 163. WIRA 17:7)
1. Kafedra miRrobiolcgii Toinskcgo meditsinskogo instituta i
Tomskiy naiichno-issledovatellskiy institut vaRtsin i syvorot0k.

BUDBERG., A.
- I ~ - -
Short survey of atuomatic reference infoz7aation service in
several countries, Akt probl inf dok 7 no.5:47-51 S-0 162.

BUDBERGJ,--finRtol-,,,,,.
Propagation of technical information in the production enterFrises
of the U.S.S.R. Akt probl inf dok 7 no.6-.42-47 N-D '62.

BU`DFF-RG$ -F... T,
:_~j
Dissertition: "Investigation of the Alloys of a Tertiar-j Syster. of Nickel-Chromium-
Wolfrax-ri.11 Cand Chem Sci, Inst of General and"Inorganic Cbemistry, Aced Sci USSR,
M'oscow, 10,53. (Referativnyy Zhurnal-Mimiya, Foscow, No 4, Feb 54)
SO: SUE, 243, 19 Oct 1954
0

-~3 87)
CIMUCAL TINTEPL&CTIONS OF VaTli OTHFR
ELEMYNTS. !.I.
ial M. 2%, 14? 4 1501 S05Q D&C. (In fMV*Ta-n)-
Can~utun~n diagrams of b1nary TI ulloys were rcviewed
W efftblisb a Melt-ritific meaod of determining the oplizoum
ctmient for tit=Ium alloys. To reveal the true! cbaxw!er cd
varlons element interactions wM TI, the ZZLklyala was
carried ora by groups of elements according to ftir positlon
,)n ibe Menavleev Iyeriodic sygtem,'In rrIatum to TL OLV,3.)

C( k-Rc
USSR Physical Chem*ry TherQ09wics.. Thez-mchemistrys RT%ilibrila,
Physical ObAmical Analysis,'Fbase Transitions. B-8
AbB JOUr: RefOrat- 2M=a.1 KhIMIA., No 3Y 1958j, 7155-
Author I.I. Mornilov, P-B- hidberg.
Inst
Title State Graphs of Ternary System Mi - Cr - W.
Orig Pub: Zh- neorgan. kbi-ii, 1957: 2, 1wo, 4, 86o-867.
Abstract: Alloys of the terraxy aystm Ni - Cr - W rmtainlng up to 50% of
Cr and up to 30% of 'w were studied by the tbex-ml wthad and
the methods of the roentgenostructa-zal and microstructur-al wa-
lyses. A rise of the Or content in the ternary system dacz-vases
the temperature of the crystallization start, and alloys =nt-s-in-
ing more than 40% of Cr crystallize a-. 13500 as eutectie mixturas.
These alloys consist of a mixture of two phases., r+ c7,\ , vheze
Oki is a solid solution on Cr base. 'rhe soInbility of Cr in
the solid solution of Wi ca&baining 3.0% of W drops with the tempe-
Card 1/2 -28-

USWPhYsical Memistry - Merw4ymamics, Thezzodemistry, Equilibria,
Pb~mi*31 Chemical Analysis, Phase Transitions. B-8
AbS Jour: Referst. Murnal, I&ijdM No 3, 1958, 7155.
atu-"'a drOP . Mm solvbility od C-z in the aolid sol icm cf W-1
Ut
CO-Otaiming 30% of W is comside-rably less tbAm in &Uoys of the
maection With 10% of W at a3-L tmiperatures. A rise of the V
*=tent in a Ii solid solution (at a constant ammm'. of Cr) pro-
daceS a &-Nmt--.r inm-ease of its mystaLIj,,A 3Attice p&r&mter
them a sinilar rise of the Cr cemtent at & cmst&,It &mcirLmt of
Wo The state diagram of the investigated part of the syst4m vEa
Card 2/2 -29-

137-58-1-1575
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 1, p 212 (USSR)
AUTHORS: Kornilov, I.I., J~~U~~
TITLE: Phase Diagram of the Ternary Ni-Cr-W System (Diagramma
sostoyaniya. troynoy sistemy Ni-Cr-W)
PERIODICAL: Tr. In-ta metallurgii AN SSSR, 1957, Nr 1, pp 132-141
ABSTRACT: An investigation of the alloys of the Ni-Cr-W system contain-
ing up to 50 percent Cr and up to 30 percent W. Sections with
constant W contents of Z. 5, 5, 6, 10, 15, 20, 25 and 30 percent
were studied. The alloys were subjected to stepwise heat treat-
ment in vacuum, including annealing at 12000C for 24 hours,: sub-
sequent hardening or cooling to 10000 and holding for 100 hours,
followed by hardening or annealing at 8000 for 100 hours, and
then hardening or cooling to room temperature during 24 hours.
The investigation was conducted by the methods of micro- and
x-ray structural analysis. The heat resistance of alloys was
also measured by the centrifugal method; measurements of the
resistivity were also made - A phase diagram of the Ni-Cr-W
ternary system in the interval of percentage compositions studied
was plotted. Fusibility diagrams were plotted for two pseudo-
binary sections having constant W content (10 and 30 percent)
Card 1/2 and variable Cr contents.

137-58-1-1575
Phase Diagram of the Ternary Ni-Cr-W
y 1475-14630 for 1016 W
~Tl~j , qal ization temperature interval varied from
and 0%tti'tC';-_1355-l3500 for 1076 W and 4016 Cr. For 30jo W the correspond-
ing figures are 1508-1505" for 07o Cr and 1437-14200 for 151o Cr. Polythermic
sections of the system at 10 and 3016 W and isothermic sections fo'r 1200c),
10000 and 8000 were plotted. The boundaries of the phase domain were deter-
mined by the microstructural method. X-ray investigations of the structures
of the alloys resulted in determining the existence of, a'.;'change in the period
of the crystal lattice of the solid solution with Ni as base, depending on the
Cr and W content. In ternary alloys containing over 4056 Cr and 5. 1016 W, a
compound with a O"phase structure was found.
L. M.
1. Nicksl--Chromium-Fungsten--.'.Iloys 2. Alloys-Annealing 3. Allpyw-Hardening
4. Alloys-Hea't treatlag mtheds
Card 2/2 -

U.D 13 E- R
18(2)
Akademiya nauk SSSR.
PHASE I BOOK EXPIDITATION
Institut metallurgii
SOV/1200
Titan i yego splavy; metallurgiya i metallovedeniye (Titanium and
Its Alloys; Metallurgy and Physical Metallurgy) Moscow, Izd-vo
AN SSSR, 1958. 209 p.' 4,000 copies printed.
Resp. Ed.: Ageyev, N.V., Corresponding Member, USSR Academy of
Sciences; Ed. of Publishihg House: Rzheznlkov, V.S.; Tech. Ed.:
Kiseleva, A.A.
PURPOSE: This book is intended for metallurgists, machine designers,
and scientific and industrial personnel'working on the develop-
ment of titanium as an industrial metal.
COVERAGE: The book deals with the following: methods of welding and
soldering commercial titanium;"mechanical properties of titanium
weldments; crystal growth and structural changes occuring during
welding; recrystallization diagrams of titanium and its alloys;
a metallographic method of determiningthe degree of contamiiiation
of titanium and its alloys by oxygen and nitrogen; plasticity
of-t1tanium alloys; industrial methods of rolling titanium and
Card 1/6

Titanium and Its Alloys (Cont.) SOV/1200
titanium-alloy sheets and strips;'rorming or,titanium and its
alloys; diffusion saturation of titanium; oxidation or titanium
and. its alloys at elevated temperatures. No personalities are
mentioned.
TABLE OF CONTENTS:
PART I. PHYSICAL METALLURGY
Ageyev,.N.V., and Petrova, L.A. (Institute or Metallurgy, USSR..'..
Academy of,Sciences). Stability of the Beta Phase in Titanium
Alloys Containing Molybdenum 3
Ageyev, N.V.,, and Smirhova, Z.M. (Institute of Metallurgy, USSR
Academy of Sciences). Stability of the Beta Phase-in Titanium
Alloys Containing Manganese 17
Card 2/ 6

Titanium and Its Alloys (Cont.) SOV/1200
Kornilov, I.I., Budberg, P.B., Volkova, N.A., Prokhanov, V.F.J.
and Fylayevaj_-W.N..(Inst1tute of Metallurgy, USSR Academy
of Sciences). Development of a Met~adlof'Hot Pressing of
Titanium and Titanium-Alloy Powders 25
Savitskiy, Ye.M., Tylkina, M.A., and Turanskaya A.N. (Insti-
tute of Metallurgy, USSR Academy of Sciences). Recrystal-
lization Diagrams of Titanium and'Its Alloys 33
Savitskiy, Ye.M., Tylkina, M.A., and Turanskaya A.N. (Insti-
tute of Metallurgy, USSR Academy of Sciences). Mechanical
Properties of Titanium of-Various Degrees of Impurity 68
Arzhanyy, P.M. Oxidation of Titanium and Its Alloys at High
Temperatures 82
Gorbunov, N.S. (Institute,of Physical Chemistry, USSR Academy
of Sciences). Titanium Diffusion Coatings on Iron 87
Card
j/0

Titanium and Its Alloys (Cont.) SOV11200
Neugodova, V.N. (Ministry of the Aircraft Industry of the USSR)
Metallographic Method of Determining the Degree of'Contamin-
ation of Titanium and Its Alloys with Oxygen and Nitrogen 91
Glazunov, S.G. (Ministry of the Aircraft Industry of the USSR)
Effect of Heat Treatment on the Structure and Properties
of VT2 Alloy 99
Stroyev, A.S., and Novikova, Ye.N. (Ministry of the Aircraft
Industry of the USSR). Increasingthe Surface Hardness and
Wear Resistance of Titanium Alloys by Means of Thermodiffu-
sion.Saturation 10T
.Gudtoov,, N.T. (Deceased), and Panchenko I P (Institute of
Metallurgy, USSR Academy of Scienees5. *!~,#~stigation of
Titanium Alloys Containing Tungsten, Aluminum, Beryllium,
and Boron 114
Card 4/6

Titanium and Its Alloys (cont.) SOV11200
PART II. FORMING OF TITANIUM AND TITANIUM-BASE ALL40YS
Pavlov, I.M. (Institute of Metallurgy, USSR Academy of Sciences).
General Conditions for Forming Titanium and Its Alloys 120h
Danillchenko, A.N. (Institute of--Metallurgy, USSR Academy of
Sciences). Plasticity of IMP-1 and IMP-2 Alloys 134
Kleymenov, V.Ya., and Sazonova, T.N. (MInIstry of the Alrcraft
Industry of the USSR). Plasticity of VT-2 Alloy Under
Manufacturing Conditions 145
Kalugin, V,F.,, Popov,.B.N.,and Dmitriyev,, A.A. (Ministry of the
Aircraft Industry of the USSR). Development and Mastering
of Methods for Rolling Sheets.and-Strips of Titanium and
Its Alloys 152
Sokolnikov, K.I., and Moiseyev, V.N. (Ministry of the Aircraft
Industry of the USSR). Hot Rolling of Commercial Titanium
and Several of Its Alloys 162
Card 5/6

Titanium and Its Alloys (Cont.) SOV/1200
PART III. Weld1r* of Titanium
Shorshorov., M.Kh., Amfiteatrova, T.A., and Nazarov, G.V.
(Institute of Metallurgy, USSR.Academy of Sciences)
Weldability of IMP-1 Titanium 180
Poplavko, M.V., Manuylov, N.N.,, and Gruzdeva,, L.A. (Ministry
of the Aircraft Industry of the USSR). Some Problems in the
Welding and Soldering of Commercial Titanium 194
Gurevich, S.M. (Institute of Electric Welding, Ukrainian
Academy of Sciences). The Effect of Aluminum on the Struc-
tureand Properties.of Titanium Welded Joints 205,
AVAILABLE: Library of Congress
GO/atr
2-21-59
Card 6/6

XORI=V, I.I.; BUDBERG, P.B.*_ VOLKOVA, M.A.; PROKHAIROV, V.F.j
hUYEVA, 16-01vo-
Developizig a method of hot pressing of titanium and titanium alloy %.
. powders, Titan i ego splavy no. 1:25-32 158. (MIRA 14:5)
1, Institut metallurgii AN SSSR.
(TitwduD-M9t4LUurgy) (Powder metallurgT)

73-5.3-27/47
AUTHORs
TITLE: An Investigation of the Alloys of the Ternary System Nickel-
-Aluminum-Tungsten (Iseledovaniye splavov troynoy sistemy
nikell-alyuminiy-vollfram)
PERIODICAL: Zhurnal Neorganioheskoy Khimi-le.,1958, Vol.3...,Nr 3, pp.694,.698
(USSR)
ABSTRACTs The alloys of the ternary system nickel,-aluminum-tangsten with
an aluminum-content UP to 30 % and a tungsten content up to
60 % were investigated. The possibility was shown.to determine
the ternary system Ni-Al-W by the triangulation system,Ni.-Al,-W
and the secti6n ifiAl-W. The seotion NiAl-W was investigated
by thermal analyses and-by the mierostructure analysi.s.,.From,
.the diagram is evident that the quasibinary sectionoRiAl,-W
represant.a.a binary system with an eutectio at 16oo C. In the
euteotic point the tungsten-content amounts to 40 %. The
solubility of tungsten.in the NiAl-coWpound is at the eutectic
temperature higher than 30 %. At 1200 C the solubility of
Card 1/2 tungsten in the compound Ni Al does not amount to less than
3

78 -3 3c,27/47
An Investigation of the Alloys,pf the Ternary System Nickel-Aluminum-Tangaten.
7 %. The limits of the phase regions in conneation with tempera-
ture.were investigated by the miorostructure determination.
Isothermal agations of the system were constructed at 1200,
1000 and 800 C. At 970OC-the compound Ni V forms in the binary
system Ni-4. The entrance of the compouni Ni W renders the
investigation of the-phase considerably difffoult. The increase
of the almainua content in the ternary system Ni-Al.-W on a
reduction of temperature leads to the formation of the eom.-
pound Ni W. There are 6 figuras, 2 tablesp and 6 references.,
3- of whig -are Soviet.,
ASSOCIATIONs Institut metallurgii im. A. A. Bavkova Akademii nauk SSSH
(Metallurgical Institute imeni A. A. BaykovAS USSR)
SUBMITTEDs - June 25,, 1957
Card 2/2

T,, j o a P f., ctiegraiii.A of Tprntivy Systelfie
T`
orlieve t! *Ar!i)
!k.-?Ia6y- i%kijdiami i i.n.8h, -, -,)56, Vol Nr
PP- 942-944 (USS'?)
The cloztni.-al riavi.- elerui~-ntq c-ter:tn' i?-,
reaction Ju 'A .9 j fpll '-ft n n pnn rJ. n trr.
fA tun'tillp. wi th P or, m0i i,

4n ;1t-.,3
t-'1,3 tyre the
of dcuble

met,81J.-in sy-ttenle .01, o-,,l n:! dn:t~,t als-,
vs~ate Alagrnm '~farnA'ry Qr
't; ck
iia -I' the liuf~,nrF
o,.' ths foll.-r-ing dingram types of terrs-Iry ey,-.-~exf~ tj~~nSd '.-,n
wits cof dcm)1-4

Y-ha.-e 941~Zk: -1. ."1' l.hS- ~'~YEtft! Witn

q
r I I rj.~. V
with r Of
ha,.'wi-n -1.0i itanimyrs (ftigure at' Ole wv.-:Iem W."'.
i i on a, as i n i e r 'o! .ti-ti t~nimh wi I h v
r Rizi wn voi u E i e?rw il gure 2 Phase -ilup-sult witit !tit
outeol.-old tz,4njformatI.-.r, !)f alioya riph in f j t
k I -?y1vt 11 - 17 t. lie ha xempermt,131.,- of,
t:ra V, CI)IR 9 ri-I an ell t es Lnid i I
ph A phnae, dingrsm -,y,:
and pi? cli I ypp. of Ol.? tml A frims Ij c
J.rt i.j-%itrj-,mn is In m-if jjiterf.47-1-ir," w.. 11; w ~i
P, c, he at e'.~ t. J- mr, vempers. tll I -e h rj 1-1-,~,
P.,)' Yftjc~--ri~~ ns . ~-av rfurirli !,,j on o' tarlj,~~111
r. idamerl Z. a hi c 11 -,it m-1 r.-1 :~ i, ~(,rmer ril
41.
T
0 V.Se 1 ZI wil.; .11'.0 711;~ e-O.O.ViAI&AIS n
o1, F~ -', !.6 ~? -~ ;~.,I -k I t. f. -~, ,. - dr.-A r - I i- I
Card .2/4 s (I c i! rt 1 .,!! I ~, :- M I y j, o.! i. ; 1.'- 0 ED -.!) '- t, i -, ~ Ar. 'A

Typ-ia IDI: Phase Iliagra.-its of Terriary Systems Based on
W tanj ivn
6. This type is produced due to a combination ei the doul~le
dingroliti; -A types I and 3, that means one forift-,
eontinkiz~iis saliCt salations with cc- and 0-titanium, Whereas
the second cnft Tethices the tent-oerature of the Do"V-Imornhous
and" 's ~!n
"i-oh-u-se. 7. One -urAnt,rient
~knije. Vne seccnd one incrr-LR-ses %n-
-P 1.7*f)rIz!A'o:rm%~tJ.~jn, wbereal. zr:re
8. Th~3, is produce-i by a comb.-nation u-
2 sni 3. q. I'vne 9 = type5 2 and 4. IrD. Type irl
types 3 and A. Exprimcntal inVeSO.ghtions A~Ilne Of thene
YsLems (references 4-6) confirm the
tilt ove -me rit i ,^, ried --2.-aqsif4 tation. The,-)= typc~--
.z.T, to
EJt,-n,I*V_M 8 CeVtain SIXUI~LUJ'e. Thrire 3.z,v ;jgarss
and -0 S of which are Soviet.
5.1A

T-ys-*?q -.)f Ilh-vit, P~?o!wral!vv C-1, Based
1; L
Ii K-M (IN ineL.". wt, int. A. Iv.
USSR
AcadeaW of Sciences
Oatolc~?r 11, 1957, bY
,ard 4f4

18(4,7);25(l) PHASE I BOOK EXPLOITATION SOV/2568
Akademiya ziauk SSSR. Institut nauchno-tekhnicheskoy informatsii
Metallurgiya i met'allovedeniye; khimiya, metallovedenlye i obrabotka
titana (Metallurgy and Metallography; Chemistry, Metallography,
and Treatment%of Titanium)-Moscow, Izd,vo AN SSSR, 1959. 383 P-
(Series: Itog'i nauki; tekhnicheskiye nauki, 2) Errata slip in-
serted. 2v?00 copies printed.
Ed.: N. V. Ageyev, Corresponding Member, Academy of Sciences, USSR;
E&, of Publishing House: V. S. Rzheznikov; Tech. Ed.: Yu. V. Rylina.
PURPOSE: This collection of articles is intended for metallurgists
working with-titanium and titanium alloys.
COVERAGE: The articles in this collection deal. with the chemistry,
metallurgy, and machining of titanium and titanium alloys. The
articles are based on abstracts appearing in the Referativnyy
zhurrmtlyfor chemistry*and-metallurgyfrom 1953 to 1955. For the
most part the articlea are based on non-Soviet material. No person-
alities are mentioned. References follow each article.
Card 1/6

Metallurgy and Metallography; (Cont.) SOV/2568
TABLE OF CONTENTS:
Ageyev, N. V. Crystal Chemistry of Titanium and Titanium Alloys
and Compounds 5
This is a review of-studIies in the crystallography of metallic
titanium and a number of its compounds. Intermetallic compounds
covered are those of titanium with metals of Groups I, III, V,
VI, and VII. Data on compounds of titAnium vilth nonmetals and
metalloids of Groups III, IV, V, VI, and.VII are also presented.
Korn~lov' I. I., andi~~ Constitution Diagrams of
Titanium-base Systems 31
Binary and ternary titanium-base systems are studied. It is
shown that in binary systems,''the nature of the chemical reaction
between titanium and the given element is determined by the
position of that element in the periodic table. Formation or non-
formation of a solid solution is dependent on the degree of simi-
larity between the two elements. Data on the solubility of.va*ri-
ous chemical elements in titanium are given In a number of tables
Card 2/6

Metallurgy and Metallography; (Cont.) SOV12568
arranged according to chemical groups. A set of 18 constitution
diagrams of ternary titanium-alloy systems is included. It is
stated that these diagrams represent virtually all known data on
these systems published up to 1955-
Savitskiy, Ye. M.,and M. A. Tylkina. Properties of Titanium and
Titanium Alloys 103
This is a survey of the physical and-mee-hanical properties of
titanium and titanium alloys. Data are given on the effect of
o.\ , -,,-
,an, nitrogen, hydrogen, and carbon on the mechanical prop-
eAies of titanium.
Grudtsov, N. T., and L. D. Mashtakova. Heat Treatment of Titanium
and Titanium Alloys 163
The authors discuss work hardening, annealing, grain refining,
and other heat-treating methods for titanium and titanium alloys.
Also discussed are the effect of alloying elements on heat--
treating characteristics, mechanical properties after heat
treating, and structural changes.at heat treating.
Card 3/6

Me'tallurgy and Metallography; (Cont.) SOV/2568
Arzhanyy, P. M. Thermochemical Treatment 55iffusion Coatinz7 of
Titanium 187
This article deals with the nitriding, boronizing, and sili-
conizing of titanium.
Shelest, A. Ye., A. N. Danillchenkor and I. M. Pavlov. Forming
of Titanium and Titanium Alloys 195
The authors discuss the special features of plastic deform-
ation, general characteristics of cold and hot working, in-
dividual forming operations, preparatory and finishing oper-
ations, organization of production, and storage and utilization
of waste.
Savitskiy, Ye. M., and M. A. Tylkina. Recrystallization of
Titanium Alloys 226
Recrystallization of magnesium-reduced and iodide titanium is
discussed in reference to its occurrence after cold working,
hot forging, annealing, tempering, and hardening. Data are also
Card 4/ 6

Metallurgy and Metallography; (Cont.) SOV/2568
given on the.effect"of the annealing temperature on the properties
of titanium and the effect of alloying additions on the recrystall-
ization temperature.
Babareko, A. A. Deformation and Recrystallization Textures of Titanium
and Titanium Alloys 247
The artiolvadeals with textures assumed by titanium and titanium
alloys after different forming operations.
Shor..~jhorov, M. Kh., and G. V. Nazarov. Welding and Soldering of
Titanium and Titanium Alloys 252
Welding characteristics of titanium are discussed. Data are
given on weldin and soldering methods.
9
Melentlyev, B. N., and A. I. Ponomarev. Methods for /-Chemicaj7
Analysis of Titanium and Titanium Products 285
Data are furnished on qualitative, volumetric, polarographic,
and colorimetrie methods of analysis. Phase analysis is also
Card 5/6

Metallurgy and Metallography; (Cont.) SOV/2568
discuss ed.
Romanov, K. F. Theory and Practice of Machining Titanium Alloys 311
The following topics are discussed: determination of machina-
bility; causes of poor machinability;_effect of coolants, lubri-
cents, and.other factors.on machinability; materials for ilia-
chining titanium alloys; machining recommendations; comparative
machinability of Soviet titanium alloys,,_correction factors for
cutting speed; electroerosion cutting and.its effect on the
medhanical properties of titanium alloys; and industrial
practices in machining titanium-alloy compressor disks and blades.
AVAIIABLE: Lltrar~y of Congress
Card 6/6
1-14-6o
GO/ec

IORNIIA)V,
Constitutional diagrams of titanium-bass system. Itogi nauki:
no.2:31-102 159. - (MIRA 12:9)
(Titanium alloys) (Phase rule and equilibrium)

AUTHORSt Budberg, P B Shakhoval Ko Ig
AI
TITLEs Properties of the Alloys of the
Chromium`~'- Tungsten
68234
S/078/60/005/02/028/045
B004/BO06
Ternary System-Nickel'-
PERIODICAL: Zhurnal neorganicheskoy khimii, 1960, Vol 5, lir 2, PP 415-420
(USSR)
ABSTRAM, The authors investigated the electrical resistivityt hardnessp
and heat hardness after various heat treatments, of 32 alloys
of the system Ni - Cr - W containing 5, 10, 20, and W
and 2, 5, 10, 15, 20i 25, 30,,and 35~ Cr- The alloys were
smelted in a high-fxeqnency furnace under alayer of basic slag.
Thus, an oxidizing loss of Cr and W was avoided, as is shown
by the analyses (Table 1). The test samples were partly an-
nealed for 24 hr. at 12000, and partly for 100 hr. at 10000.
Then the one series was hardened, and the other annealed an-
other 100 hr. at 8000. The specific electric resistivity and
its temperature coefficient were measured at 20 and 100o
(Table 2, Figs 1-3). The resistivity in hardened alloys hae its
peak value at 5% W and 35% Cr. In annealed alloys this peak is
Card;1/2 shifted to lower Cr contents. These data confirm the changin 0

68234
Properties of the Alloys of the Ternary System S/078/60/005/022/026/045
Nickel Chromium - Tungsten B004/BO06
solubility of Cr and W in the ternary solid Ni-solutions
The hardness of the allo s was determined by means of ar ap-
paratus type TP (Table 3~. An increasing Cr-content in the
solid Ni solution leads to a continuous increase in hardness.
Alloys with varyinG Cr- and Ni-contents are compared in tablo~ 4.
An increasing W-content, causes a sharper increase in the har-;-
ness of the alloys than an equal increase of the Cr-content.
Heat hardness was measured between 100 and 10000 at in-;Uervalz-,
of 1000 by means of the VIM-1 apparatus (designer M. G. Lo-
ziri.sk--y) (Table 5, Fig 4). At constant W-contents -and -_'xicress-
ing Cr-contents hardness decreases with increasing temperature.
Table 6 shows the change in heat hardness of an alloy contain-
ing 25% Cr and varying W-content. Under these conditions the
alloys are more strengthened by W than by Cr. There afe 4 fie-
ures, 6 tables, and 1 Soviet reference.
ASSOCIATION: Institut metallurgii im. A. A. Baykova Akademi-,:. nauk SSSR
(Institute of Metallurgy imeni A. A. Baykov of the AcadeLy c,f
Sciences, USSR)
SUBITITTED: October 9, 1958
Card 2/2

KOHNIIDV, I.I.; BIWBIM P.B. SOKOIDUp bI.T., tokhn. red.
[Phase diagrams oftwo-4td-thriss-6ampocent systems of titanium)
Diagra=W soot6ianiia dtoiaykh i troinykh siotem titana. Mookwo,
Vaes* iii4 nauabnoi i tekhn. informataii, 1961. 172 pe
(MMA 14:6)
(Titanium rlloys) (Systww (Chemistry))

28869
S/i8o/Wooo/004/007/020
ELL Ifj,7 i-zo
ATTI'HORS;
TITLE in v e -!: i -:1b v em
PERIODIC-AL.- Ai~ 6k --;1! `6 S R.T -i ()I'd &I en i y e
TEXT; fcrins o2 o,', iavi,-,-tigation of
tb,% tero;o-ll Ti.--Nb-~!, svzz,:I~rji ji),l had Lhv ol- L- t o
-C improving the
Of th'~~ of th': Ti-N-L, system in the range
of 110 - 90,"V Nb. A)14.)y--z -v-ert" Ln a cooled copper mould,
klif;b a E- turi-j-,Oen elec-tvcde, 1.1.ader an argon
(TG...00)
a tm r.) s ph t--..r Gt~ 9F,. SZO/1~1 piit 2 electrotbermic
tita-alum 0.3-51:i Fe; 0.05 Si, 0.05 C, 0.06 Mg,
0.10 O-)s 0.03. till 0.03 N,j 0.03 NI) and 9ci.2-75o' pure niobium
(irvuri.tles Ta, 0.09 Ti, C.05 Fe, 0.09 SI., 0.05 C,
B < 5 x L 0" 5) wece ti s (-.~d Allays were wine3led in double quartz
cexpl~uj.et~ at 1. 1100 C for L holArs at a pre;isure of
10-4 nwi fig. Two parallel batchei? of alloys were then annealed
Card 112

28869
s/180/61/000/004/007/02O
Investi.vation of .... E1.1-1/E380
at 1 100 0 C for; 50 hours and at, 1 000 r-C for 3.00 hour, Ont
batch wa~i watei-quem.hed, the other slowly cooled to ru"'m
t emp era t. ux E-,. The all,.~-ys prepared had the follol4lng
Ti contents (weight. 1.0, 2.18, 21LA: 21:'~.8. 2(-.9, 3-Z.0. 3-r.0
and 60.0. Microitxuciures, hardni~ss and X.-iay patterns (CCpper
electrode, nickel- Filter) were studied. A1.1 the alloy& W':Z~e
solid solutionz-, No metall-ic ;compound cE (lic. type TiNL tvati
found, the second phase previously veFortFd (Ref. 3
V.P. Yely-titin, DI.I. Der-1-tishteyn zAnd Yu.A. Pavlov - Doka.. Ali.
nauk, SSSR, 1955, -v. loft. ric. 4) being, ai shown by spe,:'ial
eu.periments with Ti.--Nb alloys contaln ing up to 0.91~1.o C-, a solid
solution of titanium ar,-:1 n1obium carbidez.
There ars 2 fippi).;-t~, 2 tab'Les and 4
SUBMITTED; W~.vvmter 196-0
Ciird 2/2

29534
S/076/61/006/011/012/013
B101/B147
AUTHORS: Alisova, S. P., Budberg, P. B., Shakhova, K. I.
TITLE- Phase diagram of the quaternary system nickel -chromium-
tungsten -aluminum at 11000C
PERIODICAL: Zhurnal neorganicheskoy khimii, v. 6, no. 11 , 1961, 2607-26og
f
TEXT: Part of the system Ni - Cr - W - Al (UP to 40 ~o of Cr and 30 ~o of
71 +Al)l and the properties of these alloys %ere studied in the present
paper. Three tetrahedral sections of the system were examined. Ratios:
W : Al = 3 : I (I); I : 1 (11); and I : 3 (111). The alloys were molten from
electrolytic Ni, Cr,W, and A-000 (A-000) aluminum, Al was introduced
into the melt as NiAl (29 %-of Al). The alloys were subjected to various
kinds of heat treatment. For 50 hr they were kept at 11000C, then the
first sample was chilled whereas the others were kept at 10000C for
another 100 hr. Then, the second sample %as chilled, samples 3 and I
were kept at 8000C for 250 hr. Sample 3 was chilled and sample 4 cooled
down to room temperature within 24 hr. Since homogeneity was not attained
homogenizing annealing followed at 1300-13500C in a TBJ-2tJ (TVV-2M)
Card 1/1 Z'

29
S/078?6~1/006/011/012/013
Phase diagram of the quaternary... B100147
furnace. The diagrams of Fig. 2 were plotted for the three sections on
the basis of their microstructures and powder patterns, An X-ray
analysis of the quaternary solid nickel solution of section I showed that
an increase of the Cr content from 10 to 40 % increased the lattice
constants of the solid solution from 3.55 to 3.62 kX; an increase of the
total W +Al content from 10 to 40 % at a constant Cr content changed the
lattice constant from 3.55 to 3-56 -3-57 kX. The thermal resistivity of
the alloys was tested by a method involving centrifuging at 850-9000C and
2 2
10-15 kg/mm . At 90000 and under a load of 10 kg/mm , the alloy with
10 % of Cr, 22,5 ~j of W and 7.5 ~b of Al showed a 4 mm deformation after
160 hr. The alloy containing 10 % of Cr, 15 of W and 5 % of Al underwent
6 mm deformation under the same conditions. The thermal resistivity was
tested at 11000C. Considerable softening of all alloys occurred between
700 and 8000C. With increased Al content it was shifted toaard higher
temperatures. There are 2 figures, 1 table, and 3 references: 2 Soviet
and 1 non-Soviet. The reference to the English-language publication reads
as follows4 A, Taylor, R. W. Floyd. J. Inst. Metals, 61, 451 (1952/53).
SUBMITTED; March 20, 1961
Card 2/1 z

S/598/62/QOO/007/009/040
D267/D307
AUTHORS: Shakhova, K. I. and Budberg, P. B.
"Z~_
TITLE: Investigating alloys of the system titanium-niobium
SOURCE: Akademiya nauk SSSR. Institut metallurgii. Titan i yego
splavy. no. 7, Moscow, 1962. Metallokhimiya i novyye
splavy, 78-.80
TEXT: -This research was carried out for the purpose of obtaining
a more exact phase diagram of the system Ti-Nb in the concentration
interval between 40 and 90~ nb. The alloys were melted in an are
furnace with W electrodes, in an argon atmosphere, with subsequent
heat treatment. Regardless of the kind of heat treatment all alloys
were homogeneous solid solutions. The curve of the lattice period
variation for the 2-solid solutions of the system Ti-Nb has nega-
tive deviations from Vegard's law. No intermetallic compound of the
TiNb type could be observed. There are 4 figures and 1 table;
Card 1/1

a/61g/62/008/000/010/028
104 /1248
AUTHORS: AliSoVa, S*Po, Budberg, P*B*, and Shakhova, Kole
TITLE: Investigation of alloys of the quaternary system nickel-
chromium-tungsten-aluminium
SOURCE: Akademiya nauk SSSR. Institut metallurgii issledovaniya.
po zharoprochnym splavame v*8 ,1962- 74-76
TEXT: Isothermal sections (11000C) repriesenting Ni-Cr-W-Al alloys
with fixed W:A1 wto ratios (3:1, 1:19 1:3) were prepared on the
basis of x-ray, microstructural, and chemical analyses of the
quaternary alloys containing up to 50* Cr-and UP to 50* W+Al. The
~1-phase (Ni-based solid solution) is predominant in the alloys
with a 3:1 W:Al ration; a three-phase region ( T+ P+ 0(4?) exists in
the alloys containing over 4056 W+A10 P being a NiAl-b&sed and*o-1,
a W-based solid solution, The alloys with a 1:1 W:A1 ratio are
.characterized by a narrower ef region and by three 3-phase regions:
4 9 4- r4 and oG being a Cr-based and 3,'a
14JL A-bats`ed soiid solutione, lloys with a 1:3 W:A1 ratio are
3
Card 1/2

3/65?/ 62/ 008/000/ 010/ 028
1046/1248
Investigation of alloys...
characterized by an even narrower ',r -region and by the appearance
of homogenous 3,' and ,& regions. The lattice parameter of the
-r -phase in the 3:1 W:.Pl alioys increases with the Gr content, from
3,55 kX at 16 Cr to 3,62 kX at 40;0r; variations in the W+Al con-
tent have a negligible effect on this parameter. The solubility of
V1+Al in the -,f -phase is 35, 15, and 10* in the 3:1, 1:1, and 1:3
W:A1 alloys respectively, Many alloys within the systems studied
exhibited fair refractory properties when subjected to centrifugal
tests at 850-9000c; alloys with increased Al content retain their
hardness at even higher temperatures, There are 4 figures and 1
table,
Card 2/2

SHAKHOVA, K. I* (No-okva); BUDBERG P B. (Moskva)
Constitutional diigram of the "stem titanium-niabium-ebroxivat.
.Tzv. AN SSSR. Otd. tekb. nauk. YAt. i topl no.6:137-141
N-D 162. WRA 16:1)
(Titanium-aloblum ebramium alloys-Ketallograpby)
(Phase rule and-equilibrium)

ALISOVAJ, S.P.;. BUDBERG, P.B.; SRAJKHOVA, K.I.
Investigating alloys in the quaternary system nickel - chromium -
tungsten - aluminum. Issl.po zharopr.splav. 8s74-78 162.
(MIRA 16:6)
(Niekel-chromiurb-tungsten-aluminum alloys-Metallography)
(Phasozrule and equilibrium)