SCIENTIFIC ABSTRACT BADARAU, E. - BADAYEVA, T. A,

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• Collection: Scientific Abstracts
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• Release Decision: RIF
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• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BADARATJ, B.,-GLURGEA, GH.;GRUIWIBCUj Me,
Inclination of the walls of a room, and its influence upon the informity of the
sound field. p. 263.
COMUNICARILE. Bucurestif Rumania. Vol. 8. no. 3, Mar. 1958-
Monthly List of Eai5t European Accession (EEAI).. W. Vol. 8, No. 9, September, 1959
Uncl.

BADAREUP E.; STEFANESCU, D.; POPOVICI, C.
Contribution to the study of high-frequency discharges in methane p.5
REVUE DE PHYSIQUE (Academia Republicii Populare Romine) Bucuresti R,)rA gdI4
Vol. 4, no. 1. 1959--
8
MONTHLY LIST of East Earopean Accessions (KEAI) L C, Vol. 9, no. 2, 1945)
UNCL.

2=ie-ln Mercury T&DM. E. Bldlre
.namcu-Mifte. -,-Acad. rep.
the n2GtiOn Of iDDS JU
the s"
near the cathode is atmost exclusively cointrolled by
o phenoqm~oq.of tj"tj truder. A.
S, Stern
onm_mm__m_ M-1
M - w1-- R-5m, ------ MINOR

'157 Z)
t
in niethane: El 1:1i amll. cormpunditig to tile reaction: 2 dH, -4 C,IToo
B
i
i
i
l
giefaiiescu, and[ C. Pollovici~ cad rc
7
57
-The T
Frtuch)
4
113FIF
O) ncreas
1e
ng t
ength of the pris. column, which was
Y
doine b
iucrL-asin
the distanc
bit
l
t
d
hil
-
.
O
0
Oll
.
7
' e
ween e
ec
ro
Cs w
y
g
e
jel:tivv Noms to det. tile mechanism of Lim discharge plic. oral intanurif the I)qtt!ntLtl gradient in tile column coast,,.
notnellit alld establish the nature of the pr(mlacts obtain, Wit could Lie raised considerably. For exam- I
The di~,charge tube of borosilicate glasi was 620 trial. long plc, -,it a flow rate of 0.015 con./sec. the CIU2 yield ruse
and halt a diam, of 58 min. Tile external 6 nim. Al wile from 8.5 to 24.44% of the tlieorctic-il yield (by wt.) when

vii:ctr(ldes were in axial spools 70 mill. long and 72 min.'
the dktance bctween t
Introdes was increa:itcl from aWut
ill side dkim., Positioned at Ole extremities oil tile "'sellarge
R)O
l
t
d
4
d 8 to 42 cm. When C11, wai, intri.1tievil at otat, t: 11 of tile
l
diSChar
V tubc aud ev
cn
t
d th
h th
h
l
ro
v. e
ec
e
.
at
jube. The exillts. ~vcrc perforine a
e
a
uc
e ot
ug
g
er,
ie anit.
voltage, 100 ma. discharge current OL)O kilz frequency, njid
' of rolynwor formed near tile 2nd electrode (in the lirectioll
E
Till! 0% Velocity was
.
a gas prmure of 6 tillu, 119 at 0 of low) was 20 tinieri largr than that forined lie
that forined lie, tile IsLi
ar
A product in till: form of brittle
ti e, N,ariable parameter. I
CleCtr(Ac. When C114 wit-i introduced dirough lie calls
t
'
plateluts formed on tire wnlls of the discharge tubc ill the of tile tulc and evacnate,l [Film it'i middle, trinal alatj. Of
neigbig,rhood of the electrodes. The product was a poly- Ipolymer iverc depoited %car ti
ie 2 elvctrode-i. The in-
aler of C and 11 (formilla (CII).) which was insol. in >GO creasvil alilt, of polymer foand elo,,c to Ille -)11d t-lectrode.
org. solvcnts, indicating n wqs high. Tbe color of tile I-s dile to the polymeriz.6,11 (if ClUl ill that region.
.
platelets changed from Yellow i tile marginal tegiO.-I Of tile C1113 ii fOllat'll by tile Invelianikin 2 C11 - C,11t. 1.,171113-

c01
Clectrodes, clone to tile Pos. milli, to yellow-red at the tion of ('11 radit.-.Ils in tile ill lalge Coacils" ij

Ion.
t
1,-vJ of the electrodes. All phL CletS had the Same coal
-highly probable. Tile absence of C formation is attril'uted
.iilil proper, ics, except some Ii it-yellow ones Who!x, Slight
gl 'to tile reactiun C, + 2 11 CII12 whicli wu" favole'l 11,

0
~(~jy ill CG ljNIO, indicated it wer degrve of polymetiza.
t 1e lrgV VOIlvil. of If atollis jjlv,.~nt, as evidenved by the
tii!ii. Other properties of the main polymer were: thermal intense b~ae-virjlvt Color of tile ditxIlArge.
~Sudjility to 3150,; coulplete iticrtnev.~s to l3r, Cl, O~, 0,,,

'
bl
id
i

. Alexander fittra

t.
e res
era
IlCl, IlF, IINO,; cons
acids such
mid
as
to
ILIICC to cooled. 112SOt; and high purity. No C or other
'product was depo4ited on the wall of the discharge tubc,
;1%.halcvcr tile flow rate of the Wis. The depoikion of the'
polville0floill Cif was accompanied by the formation of
(qlTI_,UId of Iiijuld prOdUCtS, SLICII Its C)TIO11CUIRdiCUIC and
indime. The ficluMs were efoily septi. by diAn. or by
trappitig at difTvient temps. The yield (if C.11, was very,
clisitive it) gas-fl-jw late and pqssed throligh a Sharp lilax.,
ilis the rate Nvas increa~cd. The yield waq 25% of that.

. BADARAU, 3&,,, acad.; GRUMA.ZBSCU, M.
On certain conditions of measuring the absorption coefficients of
sound-absorbing materials and structures in a diffuse field. Studii
cer.fiz. 10 no.4-:617-625 159. (XSAI 9:5)
(Absorption of sound) (11cho )

BAWAU, M., acad.; POPESCU, I.
---
Some problems related to the phenomena occurring at the cathode of
the luminiocent discharge. Studii cer.f12. 10 no.4:689-732 159.
(Mul 9: 5)
1. Inetitutul de fizica al Academiei Republicit Populare Romine,
Mucurouti ei Laboratoral do electronica in gaze al Universitatii
"C.I.Parhon.' Bucuresti.
(Cathodes) (Blectric discharges through gases) (Luminescence)

RMRNIA/Radio Physics - Electronic and Ionic Emission.
Abs Jour : Ref Zhur Fizika, No 3) 1960, 6502
AuUor : Badarau, E., Petrescu Paul
Inst
Title Phenomenon of Exoelectronic Emission.
Orig Pub Studii si cercetari fiz., 1959, 10, Vo 1, 187-192
Abstract Survey article. Bibliography, 25 titles-
Card 1/1
- 94 -

V
Dietr,- 2 '07a

at the cathode of the glow disch"90 B.
" D
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ar
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uc
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dii
dg
10
St
(
.
r
.
u
tere
fis.
,
and Ionizations are produced in tile verative glow, which
represents-an equipotentLi.1 plasum, tnaversed and umiu-i
tained by electrons, not mimerous but energetic, that anse t
',from the cathode or the cathode dark space. Theno.oliorls,
*produced by a prinurtry clc,.tron is not sufficient forthe extn. I
of an electron from the'cathode; therefore other factors are
operative in the emission of electrons bA the cathoile, e.g. i
~`are dominated by '
the
hotoelce
effect
Tile j
.
.
I
p
ajk
transfer processes, ond as a conwquence, by the !criwitiou I
of Vie space clinrge Ili front ol the cathode; in tile neg. glow I
"
"
tile tou movement takes the orut of un
isotic-pic carrier.
in the dar' k tpace, tile forni of un "aulsotropic carrier, la
the dimction of the field-. they -trrivc -it tile cathodc wah i
approx. ha1f the energy corresponding to their L-!;t lacaa
-free path of transfer. The no. of loni7wiviis in the dar"
is negligible, thus in that region the clee. current is!
nrried pracdcally only by the pos. ions, which arist by diffu-
sion from the -neg. glow. The Large current ampli fication,
owing to the effect of the double enthode, in coinp:uison to;
!the current of the simple cathode dis6arge is a calust:quencei
of the Increase of the ichl velocity at thc cathode, its well as;
of their concti. The Mations obtained can be gciteralized'
for equal application to the ciwit. interprrtatilia of the
k4w~ normal domain ofthe ilca discharget vrherc2l:L~Porlentifq 1~
development of the elec-rortic avulanche m t Ifticoned
71i=,__~
Btn 1
M
f
220
i
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.
3
re
erences.
w
.
t

21(5) RUM/2-60-3-3/36
AUTHOR: BAdArAu, E., Academician
TITLE: Thermo-Nuclear Reaction. II.
PERIODICAL: Stiin~A gi TehnicA, Seria a II-a, 1960, Nr 3, p 4-5
ABSTRACT: The article deals briefly with the principles of
thermo-nuclear reaction and the future development
of nuclear energy by fusion. Reference is made to
the Soviet Academician Kurchatov (deceased) and to
the USSR where exhaustive research is conducted by
the use of a very simple device and also of large
installations, such as "Ogra". There are 2 figures.
Card 1/1

BADALRAU, Ea, acad.; POPOVIGI, Go
Spectral aspects in the transformation of methane under the action of
a high-frequency discharge. Studii cerc fiz 11 no-3:557-562 160.
1. Institutul do .fizica al Academiei R.P.R. (EEAI 10:2)
(Methane) (Spectrum analysis) (Acetylene)
(Cyclopentadiene) (Indene)
(Electric discharges through gases)
(Polymers and polymerization)

- BADARMORugent acads; POPLSCUp Iovitu; IOVA, Iancu
Xecbanism of c-aihodic region-'s',-of the abnormal luminiscent discharge in
helium. Studii cerc fiz 32 no*3:597-603 960. (EM 10:2)
1. Laboratorul de electronica in gazes Facultatea de matematica, 9i
fizica a Universitatii, C.LParhon, Bucuresti.
(Helium) (Cathodes) (Luminiseence)

CO, Ir-t o u--- n i a
D:-~-rtcz: &Ot Eive ,
T-17
Affill %tion. Laboratory for Gas Electronics of the C. 1. Parhon University,
Bucharest /no ori.-inal lan,--.uago version, given/
Loipzi-, Annaler der Physik, Vol 7, No 7-8, 1961, pp 418-424.
Data: "The Contribution of Photons to t'-,a Electron Extraction from a
Cathode During Glow Discharge in H, Vapor."
u~hors:
BADARE-U, E.
~A ,7

SOV/25-59-5-23/56
AUTHOR: Bedereu, E., Academician (Bucharest)
TITLE: Acetylene Out of Natural Gas
PERIODICAL: Nauka i zhizn', 1959, No. 5, pp 37-38 (USSR)
ABSTRACT: The author, Member of the Rumanian AS and author of 100
Scientific Works, describes natural gas, which is so abundant
in Rumania. It is a pure methane of 99.9%. A new method of
producing acetylene from it has been invented. The method
consists of passing gas through an HF electric current. The
resulting liquefaction or even solidification of gas 9roduces
polymers, of high thermo-resisting quality (up to 400 ).
Other valuable synthetic elements have been produced such as
synthesis of cyclopentadiene and of indene. There are 2 di-
agrams.
ASSOCIATION: Institute of Physics, Rum9nian Acadlezy of Sciences, Fu-ibBzrest.
Card 1/1

Burop,,_
Country. Humani a
Academic Degrees: -Academiolan-
AlMlistion: Direetor Institute -o-L Physies of the Rumaniankmademy
(Directorui Institutului de Fizloa X-Ke~demiei-M70---'
Source: Bucharestt Stilntix si Tehnica., No 81 Aug 1961, 90,
Data: "Com=nism Will Beaome Reality..",

S/058/6P-/000/009/014/069
A006/A101
AINHORS: Bkarhu, E., GrumAzescu, M., Matei, L.
TITLE: The relationship between.absorption coefficients measured in a
pipe.and in a diffusion field
PERIODI CAL: Referativnyy zhurnal, Fitika, no. 9, 1962, 41 - 42, abstract 90306
("Studii 91 cercetiri fiz. Acad. RPRII, 1961, v. 12, no. 3, 681 -
691, Roumanian; summaries -in Russian and French)
TEXT: A method is de scribed of calculating the coefficient of acoustic
absorption in a diffusion field on the basis of acoustic resistance or the ab-
sorption coefficient measured in a pipe. The method is based on the introduc-
tion of the reflection coefficient, taking into account the-oblique incidence
of the waves. Calculated values of.the acoustic absorption coefficient are
given for various materials. When these data are compared with the results of
measurements in the diffusion field, a better agreement is noted than in appli-
cation of other methods.
(Abstracter's notei Complete translation] E. Denisov
Card 1/1

BADPF E
, . -,~,U
~---
Studies on the new spectral sources. Rev chimie 7
no. 1: 45-49 162.
1. Membre de 1'Academie de la R.P. R., Institut de Physique
de l'Academie de la R. P. R., Bucarest.

E7,YT(e)/T/EWT(t)/Er1 - -IJP(c) JDIJGIATI'WH ~
023766 SOURCE CODE: GE/1
AUTHOR: Badmut Eq PopWci, Co.; jo]2,LI*; Somosan, M~
Acadery of the Rumanian People's Republic.,Buc~arest
ORG: Insti&U'of Physics,
TITLEt Holl=-cathode effect !Ln cocium vapor
14
SOURMs. Annalen der plVaik, v. 15, no- 5.6, 1965, 313-320
TOPIC TAGSt cosium plauma, discharge tube, apactrographio analyain
'The article deals with processes ta)cing place in a
ABEIMM
.---I dw-cathode discharge tube with cesixun vapor. The cathode
L
bore consists of two pAra'-lel plates; the negative charges travel,
,from. the*space between these plates out toward the anode. The
',cathode plates.are made of nickel embedded in Lttart-ziland a cesiual
pill inside the tube produces the vapor atmos-phereo Two sets of
.measurements were made: 1) electrical (current vs. pressurd and
6irrent vs. distance between the two cathode plates), 2) spectro-:
graphic (intensity distribution of the Cs 11 lines 4616.13 and
-4867o5 Angstromej also of ihe Ba 1 6019-17 Angstrom line for come
pariaon), This distribution of intensityMiG a maximum in the
middle of the interoathode space; the mat9iltude of this maximum
varies wi+,b pressureq attaining the highest value at about 0.01
= Hg,tor both Os 11nese.A.direat'relation between speotral in-
Card

- U jf. VV f
-ACC NRt- AP6023766
tensity and discharge current is obtained by eliminating prossura as the indopondent
variable for both* As a result, a straight proportion between current ar-ol intensity
is found* Bbiff
SUB CODE: 20 SM DATEs 09Nov64 CRIG RJG-F: 007 SOV REF: 001
OTH IU;Ft 012
Card 212

I BJUARAU, G.., EIESCU, 1,; :VAGAUANU, N.
~'Vectorlal,'consequencei of a hypertro.phy of the left -auricle", p. 271.
"Journal on science i.llsued ',)y the I si Branch, Aumniun Academy; with
French and Russian sutwiv,.ries. C~Lartmrly." (STUDII SI CERCET.UI ST11\71-FICE,
Vol. 5, no. 111-2, Jan./june 1951'r. Piliala Iasi.)
SO: Monthly List of Ei!!t European Accessions, (EIIAL), 14;. Vr,l. 4, No. 5.
May 1955, Uncl.

BADARU, G.; ENESCU, I.
Energetic-dynamic deficiency, Hegglin's syndrome, in hypertension.
p. 1741. Academia Republicii Populare Romine. CONIONICARILE. Bucuresti.
Vol. 5, no. 12, Dec. 1955
-90. East European Accessions List Vol. 5, No. 9 September, 1956

MWCU, I...; BADARAU. G.,; VAGARBANU I
.lr_%rtr~w
Vectorcar,diograms In bnmrtropby of the left ventricle. Bul. stiint
sod. 7,ndL.2043-467'Apr-Juns 55-
1. Aembem' -corespondent al Acadmiel RFR (for Itnescu)
(VWTCRCA'RDIOMUM-9 in various diseases
bypertropbV of left ventricle)
(GMIAO IN
left Y*entrIc., vectorcardiograp1w)

Country ~-MYWILITVII
-._T'd Rly"I'lology. T
~31cod Cii-clilatioti, Vae heart.
Abe, J.-ur, -A lkt! f-I- -h jol D, () -^~ ) 3. c,,, 5 '16 71064-16
-~,L mr C-3
Author Badarau-j G.; Bra-cm, A; Yrrms, 1,
'
institut. Braneh oT
Tit1c, FjAOnoca:L1ejograpjijc Sturiics of A',--itl Sounds in
of Complete Atr love at,_,icular D:U;sceiution.
Orig Pub, 6tudii si cercetarl, StUxit. Acad. XTR Fil.
'To
Iasi. Pd., lc*156
Ab6tract Lil caser, of complete o6-_-ioventricvJ.F_r
-10-ion, dichotorq of rtrtzd sounds ir observed.
The f1rat couponexat, corrcs-ponOs Ito t"h3
oJ" the weeivuxogrola of tul-u hanrb's apex zind is
connected with the Tlow of blood fto~'a the atri-
um into'tbe ventricle. 7he second component
"--arrespoLds tv the smaU negative protodiast-o-
11j; rwo of ","he mechanoj'~ram and is cohneoted
a -' tho dilated vent.
aith -the el stic 1,nuotJor., oA.
ricle. ','Jhen systoles or t~n atriim ;)ncl ventriv.-
Card: 1/2

- -EXC-ERPTA 'YEEH3A See 10 Vol 10/9 Obstetrics SePt 57
1598. BADARAU L., ?,,IIJNTEANU M., LUPA�CU Gh. and BUSUIOC 0. *Valoarea
examZdUru-i-cito-hormonal in diagnosticul ~i tratamentul avortului endocrin.
The value of cyto-hormonal examination in the diagnosis
and treatment of endocrine abortion OBSTET.GINEC.(Bucarest)
1956, 4/3 (187-199) Graphs 4 Illus. 12
In the study of 450 cases of threatening abortions 2 types of smears could be dis-
tinguished in relation with oestrogens and progesterone: the acidophilic and the de-
ficient type. The acidophilic type is seen especially in the first months. If this
acidophilia disappears slowly the prognosis is serious. The production of oestro-
gens points to an insufficient production of progesterone by the chorion; however,
this deficiency can be more or less reversible. The deficient smear type is one
with signs of inflammation, cytolysis and navicular cells. This type of smear is
more frequent. Besides these 2 types of smear, also other types occur under in-
fluence of extragenital steroids. After administration of ACTH the smear shows
cytolysis with free nuclei and the appearance of Dbderlein bacillus in great quan-
tity and also navicular cells. After cortisone administration a smear of inflamma-
tory type with accumulation of leucocytes occurs. The therapeutic results obtain-
ed with oestrogens, are due to the antagonism of the 2 adrenocortical functions: of
mineral corticoid and glucosteroid action. The authors applied only oestrogens
in cases with deficient smear and progesterone in cases with acidophilic smear.
The oestrogens were applied vaginally in doses of 5-20 mg./day and this treat-
ment was continued for some months; this way of administration reduced 20-30
times the doses otherwise necessary. The best results were obtained in cases
with a deficient smear, where the hormonal treatment is a simple correction of
an increased progestative function. Coja - Cluj

DOBROVICI, V., prof.; BADARAU, Ligia
Pori-uterine and subperitoneal
of local anesthesia in pelvic
M Rev. no.3:77-80 JI-S 160.
novocain blockade as preliminary time
surgery by the abdominal route. Rumanian
(PROGAINE anesth6 & analgesia) (ANESTHESIA, CONDUCTION)
(GYNECOLOGY anesth. & analg.) (CESAREAN SECTION anesth. & analgesia)

BADARAU., M.
Designing "of Parabolic Aerials. ELECTROTEHNICA (Electrical Engineering.)
#7;287;JUIY 55

BADARAUO M.
The EM-552 Radio Readiver. ELEOTROTEHNICA (Electrical Engineering)
#10:460:Oct 55

BADARCH'I, Ch. , Cand Af~r Sci -- (diss) "Selectioll 01, ~ 0
for 'the conditions Of the centrol part of' the Khanga 0,11nual fodder croy),--
Mongolian Pleople's Republic." Moscow, 1960. 13 pp; yskaya Zone of the
- e
(All-Union Ici nti-
fic Research Inst of Fodder ix. V. R. Williams); 150 copies; price not
given; (KL, 22-60, 141)

BADARIYANX G.G.; TYUTIR~ V.A.; CHEREVUSHKIT], S.D.; ZUZIK, D.T.;
i
KHODASEVICH, BIG.; FRAYER, S.V.; tUSAROV, Ye.l.; KAZANSKIY,
A.M.; KASSIROV: L.N.; KARAYEV, S.A.; AHRAMOV) V.A.;
VASILIYEV, N.V.; BUGAYEV, N.F.; SAPILINIKOV, N.G.; KASTORIN,
A.A.; RUDNIKOV, V.N.; YAKOVLEV, V.A.; PEREMYKINI V.I.;
ISAYEV., A.P.; KUZIMICHEV, N.N.; IL1111, S.A.; PRONIN, V.A.;
LUKIYANOV, A.D.; SHAKHOV, Ya.K.; IL'ICIIEV, A.K.., kand. sell-
khoz. nauk; KOGAN, A.Ya.; TSYNKOV, M.Yu.; BAB1Y, L.T.;
GORBU11OV, I.I.; KOVALEV, A.M.; ROMANCRENKO, G.R.; BRODSKAYA,
M.L., red.; IVANOVA, A.N., red.; GUREVICH, M.M.9 tekbn. red.;
TRUKHINA, O.N. , telchn. red.
[Economics of agriculture]Ekonomika sotsialisticheskogo sell-
skogo khoziaistva; kurs lektsii. Moskva, Sellkhozizdat, 1962.
710 p. (MA 15:10)
(Agriculture-Economic aspects)

BADASHEV, Ye.M., iuzh.
AFT pumps with submergible electric motors. Mont.1 spets.rab.v
stroi. 22 no.4:19-21 Ap 160. (MIU 13--8)
1. Trest Soyusebakhtoomsheniye.
(Pumping machinery)

AUTHOR: Badayev, A.M.
30V/113-59-12-17/20
TITLE: Is Highly Efficient Method of Machining Hypoid Gear Teeth by
the Semi-Generating Method (Vysokoproizvoditellneya obrabot-
ka zublyev gipoidnykh peredach poluobkatnym metodom).
i~ERIODICAL: Lvtomobillnoya promyshlennost', 1959, Nr 2, PP 36-40 (USSR)
ABSTRACT: The author explains the theory of machining of hypoid bear
teeth, starting with the basic formula of Ye. Villdgaber,
and describes the production process of hypoid-gear drives
for the "Volga" automobiles on (Gleason Nr 11) machines in
the Gorlkiy Automobile Plant. There are 2 photos, 2 tables,
and 8 diagrams.
ASSOCIATION: Gorlkovskiy avtozavod (Gorlkiy Automooile Plant)
Card 1/1

22(l)
SOV/47-59-2-18/31
AUTHOR: Badayev, B~
TITLE: ---U-sp-ful Advice (Poleznyye sovety) Determining the Optical
Strength of a Lens by Means of Sun Rays (Opredeleniye
opticheskoy sily linzy s nomoshchlyu luchey Solntsa)
PERIODICAL: Fizika v shkole, 1959., Nr 29 P 70 (USSR)
ABSTRACT: In laboratory work the optical strength of lenses can be
successfully determined by using parallel sun rays. One of
the students holds the lens so as to produce the image of
the sun on the screen (piece of cardboard) while another
one measures several times the distance between the lens and
the screen. The students then change their roles. The
average value of the data obtained is taken to be the focal
length of the lens. A pencil of parallel sun rays reflected
Card 1/2 from the mirror can be used for a projector or camera.

SOV/47-59-2-18/31
Useful Advice. Determining the Optical Strength of a Lens by Ileans of
Sun Rays.
The condenser in this case is not required in the camera.
ASSOCIATION: 5-ya srednyaya shkola, Yanshkala,Ashkhabadskoy oblasti
(Secondary School Nr 5, Yanshkala, Ashkhabad Oblast )
Card 2/2

.. _a. Iv- I I
I
Poisonous war gas and the principles of defense against it.
Leningrad, Khimteoret, 19~8. 257 p. (r,0-52255
Izd .3.,(perer. i dop.
UG447.B25 1938

BPDAY&Vp N.
So that people saYs, "Thank You-"' Zhil.-kom. khoze 13 noe5:
25 My 163. (MMA 1619)
1. Direktor gogtinitsy "Devon", go Oktyabr'skiY-
(Oktyabriskiy (Bashkiria)-Hotels, Taverns, ets.-Mam9ement)

RADAYEV, N.P.
~: - ~
New methods for servicing gas equipment of the city of Kiev. Gaz.
Prom-no-1:18-19-Ja 1,57. ~(MIRA 10:1)
(Kiev--Gas)

BADAYEV. N.P.
Institute on introduction of new equipment in the gas industry.
Gas. prom. 6 no.904-37 161. (KIRA 14:12)
(Ukraine--Gas distribution--Technological innovations)

f7-
BADAYEV. S.G.
Alternate operation of telephone and subscriber telegraph equipment
on one telephone circuit. Vest. svia2i 17 no.12:12 D 157.
(MIRA 10r12)
1. Glavnvy inahener Voronezhakogo tsentralinogo telegr&fa.
(Telephone cables)

BADAYEV, S.G.
What gives birth to complaints. Vest. sviazi 22 no.4:18 Ap
162. (NIRA 15.44)
1. Nachallnik W ~
'Pronezhskogo telegrafa.
(Teleeommunication-Employees)

BILETSKIYP S.M.; BADAYEV, S.N.
...........I
Double deformation of outsize cylirArical structures. Avtom.
svar. 16 no.11;78-81 N 163, (MIRA 17;1)
1. Institut elektrosvarki imeni Ye.O. Patona AN UkrSSR (for
Biletskiy). 2. Stavropollskiy zavod "Volgotsemtyazhmash" (for
Badayev).

Fffert or -;yc*l.i(-. heat treatjrerz~ on l,rif! trlevc:rslbll~
of a 74AD'21, R]Joy S~Jee~', MFjlej,;, ~Ijf SE,.'2R~ ,!GI
rC, CQ a,)
v65.
Sullmit-t9d Jidy 29, ](?6r,.

ACC NR: ATGO36421 SOURCE CODE: LTR/2536/GG/000/OGG/0'~2.-,/0127
AUTHOR: Bochvar, 0 S. (Doctor of technical sciences); Pokhodayev, K. S. (Candidate of
technical sciences); Badayev, V. G. (Engineer)
ORG: none
TYI-LE: Cross section of the constitution diagram of the Al-Cu.-Cd-Mn system Nvith fixed
Mn content at 5000C
SOIJR('P- Moscow.- Aviatsionnyy tekhnologicheskiy institut. Trudy, no. 66, 1966. Struktura
i sv0Ystva aviatsionny1ch staley i splavov (Structure and properties of aircraft steels and
alloys), 123-127
TOPIC TAGS: alloy phase diagram, quaternary alloy, aluminum base alloy,
containing alloy, cadmium containing alloy, manganese containing alloy
copper
ABSTRACT: The isothermal model of the four-component constitution diagram of the
Al-Cu-Cd-'LMn system (Fig. 1) represents a tetrahedron whose apices correspond to 100%
content of the system's components and edges and sides represent isothermal sections of the
corresponding two- and thrde-component systems. Alloys containing the same amount of Mn
1/6
IJDC.- 669.017!669.711318G2'74

ACC NR& AT6036421
CU
cd
Fig. 1. Isothermal model of the con-
stitutuion diagram of the Al-Cu-
-Cd-Mn system
on
correspond to the geometrical locus of points located within the tetrahedron and equidistant
from the Al-Cu-Cd side. Such a geometrical locus is represented by a plane parallel to this
side (In Fig. 1 this plane is indicated by the hatched area). The article deals with the phase
competition and structure of alloys of the aluminum comer of the Al-Cu-Cd-1Mn system at
500*C and given a fixed content of Mn (0. 7%). Alloys containing up to 8. 0% Cu and up to 0. 5%
Cd were investigated, on being prepared by adding Al-Cu and Al-Mn alloys and pure Cd to
molten Al and casting this mixture into massive copper chill molds at 720*C, homogenizing
2/6

>
() t

405%Cd

%

4 7
%
t1j
CD
CL
Of
r)
Fig. 2. Electric conductivity of alloys as a
function of Cu content (all alloys contain
0. 717o Mn)

ACC NR. AT6036421

G w-MIR,
j

-
7 -T + AMR, + L
. r

. (X+MI7,qlf +-r

a+T
st

17
cx-T+Lca,

lE
2
a cx-T-0

c+AIA
CNIRXIeT- 4co, cY-+T+&+L,,
V indings on
cc
R/
0,2 qj p X
electric con'duc-tivity
S 6'
%
Fig. 3. Sectional diagram of the isothermal model of the constitution diagram
of the Al-Cu-Cd-Mn systern' it'500*C and in the presence of a fixed Mn
content (0. 7%)

A6CWRI AT6036421-
Fig. 4. lsothormal.'A61 of the Al
comer of the Al-Cu-Cd-Mn
^nn.qtitution diagram at
5000C
Card

C,

r
40
7,0
0
'0

40 / ------------

aor a +7'+Lcd

i0 d +hMAIj + 7 # L
4
4 -~Ill~ A cc +,Wr,,?Ii +Lca,
Q! #Afl2,74s *4Cl
IL
V-/
6"I 42 4-7 44 4s 4s
: % &(

ACC NR-.
and hot-worldng the ingots and quenching them from 5000C in water, and subjecting specimen
sections to metallographic and microstructural examination as well as to measurements of
t%-md-r P-Inctric conductivity. It was found that the solubility limit of Cd in Al in the presence of
0. 79o' Mn is 0. 1-0. 2% when the Cu content is up to 6. 0%, and 0. 05-0. 1% when the Cu content'
is 8. 07b. These findings are in good agreement %%dfli tho findings on electric conductivity as a
function of Cu content (Fig. 2), and the position of the phase regions in the sectional diagram
of the isothermal model.of the constitution diagram (Fig. 3) is in complete accord with Gibbs'
law. On the basis of these findings and literature data the isothermal model of the aluminum
corner of the constitution diagram of Al-Cu-Cd-IvIn was plotted (Fig. 4): the spatial position
of phase regions in this model also completely obeys Gibbs' law and is in agreement with*
lit'erat-ure data, and the sectional diagram plotted above (Fig. 2) is in satisfactory accord with
thelisothermal model of the system. Orig. art. has: 5 figures.
SUB CODE: SUBM DATE; none/ ORIG REP. 002/ OTH REF: 003
Card

I ACC NR1
AUTHOR:
SOURCE CODE: UR/2536/66/000/OGG/C)128/01-5
AT6036422
Boclivar, 0. S. (Doctor of technical sciences); Bada ev V. _(En,,:,,1nccr)
ORG: none
TITLE: Change inthehardness of alloys of the Al-Cu-Cd-'1%1n-Li system as afunctionof
0
composition and agincr rerrinie
0 C, 0
SOURCE: ~Yosccv.,. Aviatsionnyy tel4dinologich&sldy institut. Trudy, no. 66, 1966. Struktura,
i svoystva aviatsiorm*ykh staley i splavov (Structure and properties of aircraft steels and
i alloys), 128-135
I/&)/ )C- JjL1_0(-
TOPIC TAGS: imetal aging, aluminum base alloy, manganese containing I
alloy,lithium containing alloy
ABSTRACT: Alloys of the Al-Cu-Cd-Mn-Li system have recently begun to come into wider
use as the inclusion of Cd and Li in addition to the conventional components (Cu and Mn) in-
creases the strength characteristics of these alloys and improves the stability of their proper-
Lies at elevated temperatures. The addition of Cd, in particular, while ineffective with re-
spect to the strength and elongation of alloys in annealed and freshly quenched state, markedly
1/2 UDC: 669.017:669.711318621741

ACC NR: AI'6036422
2
enhances the effect of artificial aging (by more than 8-10 kg/mm ). In this connection, 'the hard-
ness of these alloys was investigated as a function of their 6ompogition and of the duration of 1;
artificial arring at 165*C. Alloys with the following chemical composition were investigated. 0. 5
and 1. 0% Mn, 0. 1, 0. 2 and 0. 3% Cd; 4. 0, 5. 0 and 6. 09'o Cu, with Al as the remainder. In ad-
dition, two lithium-containing alloys (chemical composition: 0. 5% Mn, 0. 1% Cd, 5. 07o Cu,
1. 5 and 2. 511
o Li, with i1l as the remainder) were investigated. The heat treatment of the al
loys consisted in quenching in water from 535'C and artificial aging at 165*C for 4, 12, 16 and
20 hr. Hardness was measured once every 4 hr with the aid of a TS11 machine under a load
of 250 kgg. Findings: the optimal hardening (Brinell hardness HB 75 kg/mn12 ) is accomplished
by 16-hr aging at 16 5 *C of the alloy containing 4% Cu, 0. 2% Cd, 0. 5% IMn, with Al as the
remainder. Increasin- the Cu content above 4%, the Cd content above 0. 2% and the Mn con-
a g/mm2
Lent above 0. 5% reduces the post-aging hardening to 22 k Tests of the Li-con (r
alloys showed that the alloy containing 1. 5% Li is more prone to softening (HB 34 kg/mm2
after 20 hr of aging) than the alloy contatiing 2.57o Li (H 53kg/inm 2 after 20 hr of acring),
0 B a 0
which is in agreement with Silcock's conclusion (Silcock, J. M. J. of the Institute of Metals,
1959-1960, vol. 88(8), April) that a high Li content restricts the softening of alloys aged at
165*C. Ori(r. art. has: 6 figureg, 2 tables.
SUB CODE: 11 SUBIM DATE: none/ ORIG REF:, 00l/ OTH REF: 004
Card.

L 42914-60- EWT(m)/'T/EWP(t)11'ET1 !iP, c:
If ACC NRs AP6028588 SOURCE CODE:
AUT12OR: Pokhodavev- K. S.: Badavev- V. r.
UR/0129/66/000/008/0035/0037
ORG: none
TITLE: Effect of thermal cycles on the dimensional stability of D16 Ialloy specimens
SOURCE: Metallovedeniye i termicheskaya obrabotka metallQv, no. 8, 1966, 35-37
-t-Y
TOPIC TAGS: aluminuAlloy, alumi-n'41 -imengionAl n~~_ cFi-_~ heat treat-
ment/D16 alloy
ABSTRACT: D16T, D16T1, and D16TN alloy sheet specimens 100 x 35 x 31 mm, cut ad~oong
and across the direction of rolling,were subjected to cyclic thermal treatmentID(CTT),
hepting to 150C in 60 sec followed by water quenching to room temperature and holding
for 30 sec. Simultaneously, identical series of specimens were subjected to an equi-
valent treatment, aging at 150C with holding for a time equal to the total time of a:.
certain number of cycles. The CTT of D16 alloy increased the length of longitudinal'i,
and transverse specimens. The equivalent treatment increased the length of longitudi-
nal and decreased the length of transverse specimens. In D16T1 and D16TN, both types
of treatment elongated the longitudinal specimens anti shortened the transverse speci7
mens. The effect was less pronounced than that in D16 alloy. Thus, CTr produces a
change in the specimen dimensions, but Lhe magnitude and sign of the change depend
Card 1/2 UDC: 669.

L 429-~4-66-
ACC NR-. AP6028588
upon the initial state of the alloy and is different in naturally aged alloys and in
artificially aged alloys. '[ND]
SUB CODE: 13, 1l/ SUBM DATE; none/ ATD PRESS: 5069
Card 2/2 MLP

L 40330-66 S~7T (m)/:z'.1P (t)/ETI/SviP IJP(c) JD/H I
ACC NR, AP6=14 SOURCE CODEt
AUTHORS: Bochvar, 0. So (Moscow); Pokhodayev, K. So (Moscow); Badayevp V. 0.
(Mo4cow)-
ORG: none
TITLE; Effects of cyclic heat loads on irreversible geometric changes of alloy
VAD23 sheet metal
S6URC& AN SSSR. Izvestiya. Metally, no. 6, 1965, 92-96
TOPIC TAGSt metal property., electric conductivity, specific volume, metal heat
treatment, metal aging, sheet metal / VAD23 sheet metal
ABSTRACT: The changes in geometry, electric conductivity, and specific volume as
a function of thermal cycling of 91oy VAD23 sheet metal were investigated and
compared with "equivalent" steady4tate heat-treated specimens and with specimens
which had been ore testing. The spocimens(100 x 35 x 3.3 mm)
were heated from 20 to 150C in 60 seconds, cooled in water to 20G, and kept at 20C
for 30 seconds before recycling. "Equivalent" heat treatment consisted of keeping
the specimens at 150C for the same period of time which they spent at 140-150C
during the cyclic loading. It was found that the longitudinal and lateral deforma-
tions increased with the number of cycles, reaching a maximum of 78 and 36 /"
UDGs 669.715

L 40330-66
ACC NR: A,?6ol4ll4
respectively (8 and 9.5% elongation) after 2000 cycles and remaining constant
thereafter. "Equivalent" heat treatment showed identical behavior but reached
steady state after an "equivalent" 3000 cycles, The specific volume increased
by a maximuu of 0,248A' after 2000 cycles and after an "equivalent" 10D0 cycles.
The electric conductivity continued increasing with number of cycles but increased
faster for the 11eqaivalentO treatment (a table is presente4 It was found that
artificial aging at 1650 for 12 hours resulted in specimens which were unaffected
by cyclic or "equivaIGntO beat treatm , Orig, art, hass 3 figures and 1 tables
I 4t
SUB CODE% 111 13/ SUPH DAT93 29Jul65/ ORIG HUI 009/ OTH Ras 001
,r;/ 6 P

L 01154-66
Ze.1T(m)/EPF(c.)/D,'P(J)/T i RIM
ACCESSION NR: AP5022006
44,s
AUTHOR: Mardykin, V. P.; Badayev, V0 X.
TITLX: A method for producing ethylene.
UR/0286/65/00 0/914/0-07 7/100-77
678.742.2.002.2-
Class 39, No. 172990
SOURCE: Byulleten' izobreteniy i tovarmykh znakov, no. 14, 1965, 77
TOPIC TAGS: polyethylene, R21ymerization catalysts, organoaluminum-compound.
catalytic polymerization
ABSTRACT: This Author's Certificatelintrodures: 1. A method for producing poly
ethylene by polymerizing ethylene in a hydrotmrbon solvent with heating in the
presence of a catalyst. The catalystyused is the product of interaction of tita-
nium tetrachloride with ether~ai-tesofjorganoaluminum compounds. Catalyst consurp-
tion is reduced by using a diphenyl etherate of triethylaluminum and/or a diphenyl
etherate of diethylaluminum bromide. 2. A modification of this method in which
the diphenyl etherate of triphenylaluminum and/or the diphenyl etherate of diethyl.,
aluminum bromide are used in the form of naphtha solutiona.
ASSOCIATION: none
SUBMIT7MDs 06Dec62 ENC16: 00 SUB CODE: MT
-NO RE SOVI OTHER: 000
bT

~ACGESSION NR.* A?4030358
S/0190/64/006/003/0444/0447
AUTHORSs 14ardy*kin, V. P*; Badayevp V. K.
TXTLE: Polymerization of ethylene over the catalytic gyatem titanium totrachlo-
ride-organoaluminum etherates
SOURCE: 3) 1964., 4h4-447
y*ye soyodineniya) vo 6, no*
TOPIC TAGS: ethylene, polymerization) ethylene polymerization, catalyst, titanium
tetrachloride) organoaluminum etherato., ethyl phenyl other, phenotole, poly-
ethylene., triethylaluminum
The polymerization of ethylene was conducted at atmospheric pressure in].
a 350-ml glass raactor provided with a reflux condenser,, a bubbling device, and a
stirrer. The evacuated reactor was filled with ethylene. To it were added 200 M1
ri-hoptane and 0.2 gm TiC14j followed by various quantities of triethylaluminum
etherates I or II in octane. A temperature of 500 was kept throughout the poly-
merization process. Compounds I and II were both otherates of phenotole (convo-
sition Al(02~5)2Br'Cd5W2".. and A1(02H5)3.C6 H5OG2H5 The polyethylene obtained
Card 1/2

'ACCESSION NR: AP4030358
was 80-90% crystalline, even though earlier authors claimed that only amorphous
-polymers could be produced from mono-olefins on alkylaluminum, ethers. On the
basis of a study of the yield and because of physical and mechanical properties
of the polyethylene, the authors conclude that the activity of the organoaluminum
otherato catalytic system is equal to that of systems vhich do not contain phone-
-Itoleo 0
Thanks ar' given to No H. Chirkov for his advice. Orig. art. hast 1
;table.
ASSOCIATION: Belorasskiy gosudarstvemM universitet im. V, I, Lenihaj,
',(Byelorussian State University); Nauclino-issledovatellskiy institute
A
polimerizatsionny*kh plastmass (Scientific Research Institute of Plastic Poly-
morization. Materials)
SUBMTED: OWW63 DATE AGQ8 Maw"
ENCLa 00
SUB GODEs CH NO REF SOVs OTHER! ODS
00~
Card 2/2

L 16508-66 &qTW/FWP(j)/T RM
ACC NR: AP6001491 soncE com
uR/o1q1/65/ooo/b12/boo6/ooo8
AUTHORS: Badayev, V.-K.; Mardykinp V, Pj ArkhipDvas Z, V,
Offit none
TITLE: Lo2, f !~thylen~j with 9 cats. modified by
ethers ymerization o _n;anomatalliq
SOURCE: Plasticheskiye inassys no. 12t 1965v 6-8
TOPIC TAGS: polyethylene plastic., polymerization catalyst, aluminum compound.,
organoaluminum compounds Intermolecular complex, ether
ABSTRAM Polymerization of ethylene in the presence of allqrl aluminum-other
complexes as catalysts and according to the method discussed by the authors in
an earlier work (Vysokomolek,, soyed., 6s 444s 1964) is described. Organometallic
component of the catalyst, X(C H ) A.I,,O,/Rl (where X = halogen) was obtained by
2 5 2 R"
the action of ethyl bromides dissolved in hydrocarbons upon the mixture of crushed
aluminum-nagnesium (75t25) alloy with others. Ethylcyclohexyl and ethylphemyl
ether complexes with triothylaluminum and othylphanyl other complex with
Card 1/2 UDCs 678.547.313.2:66.095.2

L 16508-66
ACC NR: AP6001493.
diethylaluninum bromide (I) were synthesized and used in catalytic systems in
coujunction with TiCl . Po3,vethylenelobtained in the presence of I and TiCl
4 1 4
possessed satisfactory mechanical propertiest high density (0.95-0.97 g/cc)j
molecular weight, and toughness, Orig, art, has:, 3 tables and 2 structures.
SUBCOM U7j, 2.1/ SUBM DAM none/ ORIG REF: 004/ OTH REF: 008
Card 2/2 Z5
Al

L Z 19YU-00 tvfFtj
ACC NR, 4666-96-74
M)/ I
(A)
HAI
SOURCE CODE: UR/0413/bb/000/004/0069/0069
INVENTOR: Savitskiy, A. v.; Skachilova, S. Ya.; N Ratushenko, G. V.;
Ark hipova, Z. V.; Falev, V. .; Badayev, V. K. 4f /
ORG: none B
TITLE: Preparation of polyolefinsl Class 39, No. 178982. 1 [announced by State
Scientific-Research Inst-i-t-u-t-e-oT'15olymerization Plastics, Experimental Plant
(Gosudarstvennyy nauchno-issiedovatellskiy institut polimerizatsionnvkh Diastmaaa,
eksperimentallnyy zaved); Central Scientific-Research Laberatory of Reagents
(Tsentral'naya nauchno-issledovatellskaya laborator-ry-a -reaktivov)j
SOURCE: Izobreteniya, pronwshlennyye obraztsy, tovarnyye znaki, no. 4, 1966, 69
70PIC TAGS: olefin, polymerization I polymer
ABSTRACT: An Author Certificate has been issued describing a method of obtaining
polyolefins by polymerizationlof Alpha-olefins in a medium of an inert hydrocarbon
solvent with heating in tge-presence of a catalyst consisting of a mixture of
dialkylaluminum chloride and a heavy metal compound. To speed lip the process of
polymerization and expand the variety of heavy metal compounds, chelate derivqtives
of orthovanadic acid are suggested under the general formula VO(OR)(OX)2, where R is
the hydrogen or alkyl and X ig the remainder of*the chelating agent. Mj~ ~the~rof
vanadium orthohydroxyguindatells the chelate derivative of orthovanadic acid ou st
9ILD
ralm C( L3Aug6h
1-ard 11DCs- 678.742

BADEYEV, Yu.S.; Prinimala uchastiye Lopaten', V.V., studentka,
Some characteristics of the movement of solids in heavy suspensions.
Obog. rud 5- no.6:14-)g 6o. (MIRA 14:8)
1. Leningradskiy gornyy institut (for Lopaten').
(suspensions (Chenistry)--Density

BAD,'YE'VA,Anna Antonovna
Gulyrt,vevp A.P.) Gnxlovp r. F.J# and Badayeva, A.A., "The cold
Working of Tools of llighSpeed Steel," Stanki i Instmment
1949, No 4, p. 16-18, (Conclusion begining No M
SO: U-3436f 21 May 53 (Letopis, 'Zhurnallnykh St~~tev, Nlo 18~ 1949)
SO: U-3369 24 Apr 1953

BADAEVA, A ~ .
. In ; GULYAEV, A. P.; GRUDOV, P. P.
"Subzero Treatment of High-Speed-Steel Tools," Stanki i Instrument 20
(1949) No 3, Pp 3/6; No 4, pp 16/18.
B-774o6, 21 Jul 54

KALININA, K.A.; SMCLINIKOV, Ye.A.; SUMOV, A.P.; WAYZVA, A.A.; LUMA,
Z.Se; KUKOLRY, Me; SOKOLOVSKAYA, V.V.; ib=VA* Te.A.; UVAROVA,
A.F., takhn.red.
[Technological operations in the manufacture of metal-cutting
tools; instructions] Tektinologiia isgotovlaniia metalloresim-
shchikh instrumentov; rakovoaiashchie materialy. Mnskva, Goa.
nauchno-tekhn.izd-vo mashinostroit.lit-ry. No-7. [Heat
treatment] Termichaskaia obrabotka. 1960. 127 P.
(xim 13:6)
1. Vsesoyuznyy nauchno-issledovateliskiy instrumBntallnyy insti-
tut. Z. Termicheskaya laboratoriya Vaesoyuznogo nauchno-isale-
dovatellskogo instrumentallnogo institnta (for all, except Uvarova).
(Ketal-cutting tools) (Metals--Heat treatment)

B8369
S/129/61/000/001/011/013
E193/E183
AUTHORS: Nadeyinskaya, Ye.P., Doctor of Technical Sciences,
Engineer
Professor; and Badaye
"._, j
TITLE: The Effect of the Mode of Heat Treatment on Hardness
and Wear of High Speed Cutting Steel
PERIODICAL: Metallovedeniye i termicheskaya obrabotka metallov,
1961, No. 1, pp. 57-61
TEXT: Using the radioactive tracer technique, the authors
studied the wear of cutting tools, made of steels P 9 (R9) and
P 18 (R 18) as a function of the hardening temperature, tempering
temperature, hardness, the properties of the metal machinedg and
the machining conditions. The following conclusions were
reached; 1) Optimum wear-resistance in steels studied is
obtained after quenching from 1290 OC (steel R 18), or 1260 OC
(steel R9) and tempering at 540-560 OC. 2) The higher the
cutting speed, the narrower is the optimum quenching and
temperature range. 3) The wear-resistance of a tool cannot be
assessed by its hardness alone. The rate of wear of steel R 9 9
tempered at 100 OC to HRC = 64 and tested at a cutting speed of
Card 1/2

88369
S/129/61/000/001/011/013
E193/E183
The Effect of the Mode of Heat Treatment on Hardness and Wear of
High Speed Cutting Steel
50 m/sec, was approximately 100% higher than that of the same
steel tempered at 560 OC to the same hardness. 4) The optimum
hardness of the tool varies between 61 and 65 HRCI depending on
the type of the machining operationg cutting speed employedq and
properties of the metal machined.
There are 6 figures.
Card 2/2

S/137/6-2/000/00Z/094/1-A-
A06()/AlOl
Al! 19 V- P Badayeva, A, A.
Determining the decarbonization in steel X 6B6-(.;Ch6VF) from th-
temperature of martensitic transformation
FF310&--CAL. RefLerativnyy zhurnal, Metallurglya, no. 2, 1962, 71, abstract 21477
(V sb. "Metodika i praktika metallogr. issled. instrum. stali~'.
Moscow, Mashgi?~, 1961, 56-59)
TEXT. Experiments are described and methods are proposed for determining
a heat-creatment schedule which will result in a most clearly expressed struc-
ture of the dec-arbonized layer in steel (1% C, 6% Cr, 1.3% W, and 0.6% V).
Polished sections were prepared after the heat-treatment and were examined at a
magnific-ation of 100 and 200 times. It is indicated that the decarbonized lave-
is most pronounced when the steel is heated up to temperatures at which the
Zolid solution approaches the limiting saturation with alloying elements. The
following schedule for treating specimens of steel Kh6VF to find the carbonized
layer is recommended: heating up in a barium chloride salt vat up to 1,100 0C,
ih,~ time of holding the specimen in the vat is computed on the basis of the norm
-ard 112

3/137/62/000/002/0,91V, 41,
Determ.1ning the decarbonization ... A060/AlOl
of 16 - 20 sec./mm of specimen thickness. The vat should be reduced with borA.x.
~.ooi#,g of the specimen from 1, 100'D C is carried out In an oil vat down to
koo - 110 C for 10 min. Then the specimen is transferred to a saltpeter vat
WiTh temperatare 530 - 5400C, where it Is soaked for 10 min and then cooled 1r.
air. The comparison of the data obtained with the results of X-ray stracture
analys~',_s as to the carbon content in the martensite has shown a good agreemen!
Z. Pridman
'Abs4rarteT.fs notle: Complete translation]
'- -
L
7ard 2/2

ACC NR:, AP6035884
SOURCE CODE: UR/0413/66/000/020/0124/0124
,INVENTOR: Badayeva, A. A.; Pervaya, A. S.; Tutov, I. Ye.; Katanel'sont V. Yu.;
'Kuztmintsev",'-V!--'#',t'tb'f6~'k6v, M. M.;-Kulinichp V. P.
!ORG: none
I -
ITLE: High speed steel. Class 40, ...No. 187314 [announced by the Central
STcientific Research Institute of Technology and Machine Building (Tsentral'nyy
~
~auchnu-iasledovatellskiy institut tekhnologii i mashinostroyeniya);
'~All-Union Scientific Research Tool Institute (Vsesoyuznyy nauchno-issledovatel'skiy
!instumental!nyy institut))
8OURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 20, 1966, 124
i
,TOPIC TAGS: high speed steel, chromium tungsten molybdenum steel, vanadium containing
teel, titanium containing steel
RSTRACT: This Author Certificate introduces a high-speed steel containing silicon,
manganese, chromium, tungsten, molybdenum, vanacium and titanium. To improve the
'strength, ductility, notch toughness, and oxidation and heat resistance and to
'reduce carbide heterogeneity, the steel composition is set as follows: 0.75-0.85%-
1
Farbon, 0.17-0.35% silicon, 0.20-0.40% manganese, 3.5--4.5% chromium, 2.5-3.0%
tungsten, 2.5-3.0% molybdenumq 1s9-2.2% vanadium, 0.03-0.08Z titanium.
3UB CODE: l1/ SUBM DATE: O5Jun65/
-Card 1/1--__ - ___ . ------------UDC:-669.14.-018-.252.3

ACC NRi AP7005640
SOURCE CODE: UR/0413/67/000/002/0091/0092
'ENTOR: Badayeva, A. A.; Yaunzen, L. I.
Vone
TLE: Tool steel. Class 40, No.,"190587 (announced by the All-Union Scientific
search Institute of Cutting Tools (Vsesoyuznyy nauchno-isaledovatellskiy instru-
ntallnyy institut))
Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 2, 1967, 91-92
OPIC TAGS: tool steel, chromium steel, tungsten steel, molybdenum steel, vanadium
teel
BSTRACT: This Author's Certificate introduces a grade of tool steel which contains
hromium, tungsten, molybdenum and vanadium. The mechanical properties of the material
re improved by using the following composition (in %): carbon-0.45-0-55, manganese-
ess than 0-45, silicon-less than 0.35, sulfur-less than 0.03, phosphorus--less than
.03, nickel-less than 0.4, chromium--5.5-7.0, tungsten--l.1-1.5, molybdenum--0.6-
.9 and vanadium--0.5-0.7-
CODE: ll/ SUM DATE: 18Feb65
Card 1/1 uDc: 669.14.018.25:669-15126127128%292-194

S/137/6,2/000/003/140/191
A05P_/A101
AUTHORS: Malinkina, Ye. I., B2~~~_
TITLE; The method of chemical and electrolytic etching
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 3, 1962, 66, abstract 31429
("Metodika i praktika metallogr: issled. instrum. stali.", Moscow
Mashgiz, 1961, 20-35)
TEXT: To detect martensite and-.-residual-austenite in hardened untempered
steel, 3 reagenirwere selected after having been tested on P 9 (R9) and P 18 (R18)
high-speed steel. It has been found out that martensite is detected most
completely by the reagent of the following composition: 5ml hydrochloric acid,
1 g picric acid, 95 ml ethyl alcohol. The regions containing residual austenite
are determined by the magneto-metallographic method. To detect the grain
boundaries in hardened R18 steel a number of reagents have been tried. Three
reagents have been selected; as the'most successful.has been proved a 10%
hydrochloric acid solution used for electrolytic etching. To separate carbiden
observed under microscope, the authors have choi3en the inethod of chemical
etching of carbides with -the differently coloring reagents. It has been
Card 1/2

S/I37/62/ooo/bo3/14o/iqi
The method of chemical and electrolytic etching A052/A1Ol
established that the only,reagent coloring carbon steel carbides Is Na picrate
(Fe 3C is colored dark brown) . On the other hand the effect of the alcohol
solution of nitric acid or of the electrolytic etching In 1%b chromic acid
consists in detecting just-the boundaries of carbides. The detection of trigonal
carbides C`7C3 by etching in adopted reagents was carried out on X 12 M(Kh12M)
steel samples. (Fe, Cr)7C3 carbides are colored brJght orange when e 'tched in
the reagent with potii,ssium ferricyanide and bright yellow when etched with
potassium perrianganate. The etchability of Fe 3V13C carbides was -tested on R18
steel; -these carbides are colored dark brown when etched with Na picrate, the
reagent with potassium ferricyanide or potassium perinanganatc. The effect of
the reagents on VC carbides was investigated on P 9~5 (RgP,5) steel.. These
carbides are colored black only at electroly-tic etching in chromic acid..
There are 9 references.
G. Tolmacheva
[Abstracter's note; Complete translation]
Card 2/2

~- SMOLINIKOV. Ye.A., kand.tekhn.nauk; BADMT~A A.S., inzh.
Nonmetallic inclusions in high-speed steel. Metalloved. i term. obr.
met. no.6:48-50 Je 162. (MIRA 15:7)
1. Vsesoyuznyy nauchno-isoledcyvatellskiy instrumentallnyy institute
(Tool steel-Inclusions)

RADAYEVAI A. V.
"Geometric Isometry of Complex Compounds and the Spectrum of Absorption of Their
Solutions in the Ultraviolet Zone,," Izv. Sekt. plat. i blag. met., No.25, 1950.

KULICHUTSKlYp K.I., doktor med. nauk; LURITE-POKROVSKAYA, T.A., k-and.
med. nauk; BADAYKVA.-I;..N.
Neural apparatus of the heart in endocarditis in man and
under experimental conditions. Vrach. delo no.10:32--76
0 163. (MIRA 17:2)
1. Kiyevskiy meditsinskiy- institut.

BAG:-Z'L-'AII'T5:EAFA, 1. 111. , EMAYEVA, M. 1,11'. and ICAYC:C,11(JYII:3EVA, *,,'. It.
"The Protection of Hydraulic Gas Containers frcci Corrosion," p. 189.
in book Study and Use of Petroleum Pro3ucts, Moscow, GostepteMAzdat, 1957. 210 -pp.
'!'his collection of articles gives the results of the sci. res. work of the AU
Sci. Res. Inst. for the Processing of Petroleum and Gas for the Production of Synthetic
Liquid Fuel.

15 1) /ti ~ 1~- (/ ti,~ A4, ~.
BAGRYANTSEVA, F.P.; BADAYEVA, M.K.; KAYGORODTSEVA, R.A.
Corrosion protection of water gasholders. Trudy VNII NP no.6:189-198
'57. (MIRA 10:10)
(Gasholders) (Corrosion and anticorrosives)

fl, /-j /,, ,L _1 y /__ / / i A j t,
,?~~ , U_ ,~ -11 7V
BAGRTANTSEVA, P.P.; BADAYEVA, M.K.
Iffect of volatility and viscosity of mineral oils on the
industrial properties of cold-resistant greases. Trudy VNII
NP no.6:206-218 '57. (KIRA 10:10)
(Mineral oils) (Lubrication and lubricants)

BADATEVA, 0.1:. Cand Tcch Sci-ildirs) "`uudy o4
iic filgas
heat resistanciA5
I]WIl 111: 01
ji 'lic short--..-nve -ppoik of' 'he 'timeter
Of 11.11-VOS.11 os, 19158- 11 -pp (St----te Co,,-Imi'tce of the
C4cil of Einisters USSR on K.-idioalExtronics. Stuate A71-11e4 Sci Res
Inst) , 1210 co-iies

BA,DAYEVA, F. K.
BADAYEVA, P. K. "Flax Diseases in Siberia, "Bolezni Rastenii Vestnik Oldels
Fitopstalogii Glavuof-o Botanichoskogo Sada SSSR, 1930, PP- 192-199. L64.8Z6
SO: SIRA, Sl 90-53, 15 Dec. 1953

p!00000000000 0

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lovs runtailling the following ration of tine to lithium : 104 z 1. 37-5 : 1.
al
A-3. 8m&1) &"6AW of lithiull) (.Jill h-ad it)
A considerable increase in the ap-hardriling of aluminium-tine allays.
Urratetit at"Olute hardt"." (144-150 11riliell) wait attained by artificially
Agi,itif the alloys : Line 26-75, lithium zinc 20-46. litliftim
s
nine" due I
ill h
ti
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f -00
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a
ncreases
uto (orraler licrorli
go
fine OV. lith
upping are, however. pro dured by small filtilijul siddittenj In 1016'ef-tille 4110%-B

to 9W zinc), while the greatest Ilerrentage Increases set obtained Ill

l,
U
`i
h

0
h lithium : zinc ratios. Thus, as the relative amount of lithium increases
4 =
a. displaced in the
the maximum effects of rultursil and artificial Wing are 00
i ,
direction of deerr"ing Of Line + lithium fri n 12','~ tine for
11~0
:t r
Zoo
1 thium in the case of natural ageing. or
--1
lianary alloys down to 3.
trom 1800 tine dov n to 40, tine+ lithium in The rem- of artificial Wmg. go*
I lie greatest percentar Increase, In hardrivaill (about 15(0,') %as obtained Ill-
2-rAl
1-50
Brinell hard-
4t
l1
i
lithi
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i
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um
wrt
ng a
oys: L
.
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ng
(

Aer Wi4l - 73-11): sane, 1-32, Nthiunt 1,6m pa-3); ill, 1-76, lithium

2-24 82' 1) 9 tine (1-72, lithium 2-28 (83-9). With inctr"ing: lithiuln ; ine
X
i
h
t
t
e quenching tempers,turr f- the stjelys loop front MW to 5*) C.
U'M
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it
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rom
o
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P
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IF
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A
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0 0
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0 0 0 0 0 Ole
4 0 0 0 a 0 0 0 0 0 6 0 0 0 0 0 0 a 0 0 0 a a 0 0 0 0 * 0 0 a 0 0 a 0 0 0 *1

It h I L 1, 1, U 1,
I h 14 ON 1r It, t, I
J 1A

of Stl2a of At witit Ma and Ca In the Gold of
me ON T
A
Ilawl4evis and F
1
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tal ..00
00 .
.
.
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. Sai
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..
Tht sitntIltamus ody. of Ms and Ca in solid At don no;
00 exceed 0.7%. Addn. of Ca to the Al-116ft alloy permitq A
Ii
t
I
i 1-00
s
it
ncrease
n hardt" an vitamiling, up to a ralij
fl
?411~ca ~ 13.1 ~ 1. lkyonIl this, a4dn. of Ca realucirs the
I-go

go S'. quality of the alloy. The atnt.olisging which (toes occur 6
not of Practical value. M. IA*"tef
oo _00
0o ZI
go =00
00
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00 ;*0
0o ago
xoo

06 boo
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T'J'A', V`9LIDUA

of Agm of Alunininin wili,ii~i
7
(Zhur. (MmArA. Khopi., 11413.13. Nlit, 1
'
/0

613 44MI, V.
416 4S, a.
Itt ItumLan.1 Ity therinal xualv%i. and

o0 ink-ro-examination the liquidus surfove. of Ow system iluminium-zinel lithium nee

06 %iwtx=tructvd. Pb&ws inequilibrium with the a-stilid atw1ullonofaluminium
~
t roo
t
t
4id
l
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f zoo
a
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urr arr: P-w
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ut
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go lKwiti(m) r And 8 forltA by a Irti(VA-tio t%,Aethm. Alul t-w4l .411tioll of 16
' A 0

041 -mcou Alli. Itv witil
s-row, nod -tudy sif ilki- nwishing no,nuiru,sow,
th
fi
it
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00 00

t:O 0
6 - I L A atiaLLURMAIL LITCRAUAl CLASSORKATION
!
AO
,
too),
~ ,
0
. V'It
~

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0 4 a t4 0 1 w IM ji a
III I I a
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: : : : : : : :
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A 1-1
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ILI It, A-M 0 u -1-1 11- A-A 4 k I k9
1 A A I
a;2-
OTM imia~ P,ro"-N ft-, 'd Allanift-M-600--lik'u-m-Mays. X-_A.
I tmA~va, and F. I.Mamrav(Amr-prikial. Kkimii, 1943. W(5,4).
w
Tfnlru-miian). Cf, Md.-Abx.. 1944. IL 14'.. Alloys containing 200-=',,
zino + hWujn 01"21[Y, being litbillro) have a i-IsHe atrrngth of 41- -00
43 kg./mm.1 juid all dongatiorl of 7-8% after qurnrhing and artific6l agri"R.
'fle, of alh)ya rontainJng zinc 1149, fithlum
Line A-0. hibiurn 0-41, and 1-41% xino 1- lithium (0-M-2-244". bibium),
cam-da that of tho bluarr alumirdurn.- tine alloys &M1 of Duralumin. 11w goo
alloy Vdth zine 5-6, fithium, 0,4% 1A not ulwIltablo to ptnwqx~mwlon &fl,-r =00
c roe
Ilue"t-hins and a 0-hardening. 7U maaw Ld true of the a1h)y with tille 11,?49,
thium 0-11" a r Lmirwating.-N. A.
01TALLUCO KAk LIU* AIM CLA 11 WK&T Ws
a AV All i- 'I, --i-rT I
""ItION14 oil III
f u It It (I
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ILA 00 CX 9p St A I d -I I I A L-1
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0 -40
00
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00 A SMOOKWIttgottIlOYSO(Al with Milaud CA. 1.A. -00
11441aeva slid F. 1. shiallifal. fisill. d"Id. 0, 8. V R.'s 'N..
00 Ci4SSf Ati. k(h. 1944, W-8.--Alloys wrtr soadc limn Fmi
!: '-00
io pare Al (cofitg. Si U.IP70, Cu and Vc trsfcv~;,
vv,vb% pule his (cunts. bit U.043c, 1 -*9
,,). mt( CA cdlllK- M
00 "dFcU7paj,dStU.W%- litsmudCawrtrolcholtu. -00
get* to varit)" pruitixtiuns, and addrd in snoltvii Al iii
0
00 442 Were caki in Ile moldf, 411d then cittlutted III tollrd,
"In the orglon of solid milit. tht alloys rtiul,l be rxtrodril -00
V4UHy At tCnlp%. near that of the mAmius and they could 1w
tulW at high and at runin trmp%. Al-Mg-Ca aMiyb in =00
tm of "It.. later tellilicling. 11.0 tril.,ile
4111111, the ge
Ucast 5 of C./iq. nstil. cloillAti.111, tj i5 -41 400
00 In the region of the mAid mAu. the alloy. were highly te
=* 0
0 4111, sistant to currutioln in bca water and utadcr s~train. They
hinder The diffil" of Cu from dutraluiniii, it um:ol a, a zoo
0 0 Protective layer. Al-,US-Ca alloyr. contlit. big UA., and =so
00 CA 0.055; we of 8 qWW value when uxl as Protective
IAYCtb. W. R. licull
z0 0
is 0
age
too
ic- I too
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III it if if N Is "I trip Nip tin Dun of 43 re
" ,
-i--LJL, 1, 1

Orm"Itw ABOYS Ol JUSIMM was Sanitimisust, UW LKWUN. J.-A..
Shattirs), (?Ajer. )rijkj. Xbm.. 1964.17.Zlit 241. Brit,
a I]. 314).-fitt Ituosian.] Aluminiunt-toxiciu-6on lithium
-
1
1
l
i
l
0 ft-
uti,-11 ri
m,
uminiuln -
1-
-itig tvaill.taitkins 1%-ing'aithin the a
Alloys ha%
it
*
=mt;r" cl(w to the ik,fidua and rolini in the trin-
('411
be ph-mNA
ppraturr range C. Ile mechanical properties of aluminium-mag. .00
;

9 i"Win lithium alloys (magnmiun, + lithium 3,131'inagnesium : lithium up

1 t'. 69-15 : 1) am only ;tiv lk-ttertitan thow of 1hpivirrmliondingaluminium-
7
d
i
f
2
h
l
W
-49-2-t0 an
ow c
ono o
s
ongat
bAve asp. gr. of
majin"iumalkivs.
'n
,
i
ft
l
i
N
39 l
09 -
w
iss
vn
er
ng.
ig.1sil. mm. a
Zs-31% wilb, atensile strirnglo of
00 r"imt4ncr to ..ter corrosion det-rvases with inert-Axing lithitint vinitent up
magwitium: lithium ratio - 2-91. and then inefr&&-& bryond that of
lo a
\
04 .
~ununium-magtwvtium &Uq% a: it drenwes under stv-mi;. .0 0
go i A
00
:
00
O :;
f

zoo
URCICA
LIMAILME CL&IIAPICATIOP
1%.-tL1 247ALL
L
-
161A
-
Q.c
T
-11- Ow 0 a v IF 61
n A,
U

o
0 0 0 .0 0 00 0 00 0 0 000 00 9 0 0 04 0 0 0 60 00 0 1 0 0 0 0 0 0 0 OA

is 0 0 00 0 so 00
go 00000
I 1 9 If It U U W I Is 11 to P 4
A-1 4-1-f 1-4-1
a.
t ;D-Clsst OCV1
00 -01 Is
OOA
Is Is st v 10 Is . o . . . .
lolkl~ 01 . -1. It 1, 11 AL' I V
1-0

00 0%9 Usebsow it, am ot suawastras -Seemdus -ZiYA AUm in Ow
loom d IM Ahinfthm4ft ftM lakelift. T. A. lkmiwva and V. 1.
so V Sbammy Ilmd. AW. Ngsk 8.8.8.4., IW [TeIW.), (4r. 11-6181-11s;
Of I L, Rowian]. it is es"blishrd " the g-tost dr-Oh is 1---d by stlJoy, -so
00 4:1 lying on peetimw in tio nVitw% ol increasing n4stivo m&Vwdkium content .00
Itwren the section AI-XpZtt. and that cor"Itonding to the- ratio Mg. Zo -
thof ths, all(lysis dw not OnIv
l stren
-
i
th
t
b
h
o

l m
e
nert
ows
a
S
1:1. This s
g
to the MgZn, phaw but &lot to the terrtary phase Al,MxZil,. which elista iin
d :
:
ei al juttafts max,
regmsts; corfroponding to Mg: Zn ratim of 1: 3 to I : J. an

4
9 strength to them. Aluminium-magroasium-sine altop have a high resistance
'
it
bI
W
S
~ t
Im.
u
a
to corrosion by we water. but am susceptible to stress-cofT( zoo
04 chuits, of romiwwtkm &&I brat-treatment can minimiu- this defidency how.
ago
of crer.-N. A. zoo
j
is a
00
Is!
Fee
Voo
see
00
600
see
woo
t:o 0
boo
S 0 L A SITALLURCKAL 1.11110011011 CLASSURKATOW woo
woe
INJOB4 .10 M, Oki .31 .1109 is,
Eat "WD* - -11 1 T 34!0
U it 4M , I is 6 1 Iff IN 5 a a 3 0 9
IS' W ft 0 a it .1 A I
INA
0 0 is 0 0 0 0 0 9 * 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 4 0 0 0
44
00 0 V : :I* see 0 00 0 0 0 0 a 0 0 * 9 0 012
0 0 0 0 0 0 0 0 0 a 0 0 a 0 0 0

*is -A Ir- CHI I L,N_z-"g 11-1 V IL-1 I I AA KJX-X. C-1- )-,A
17
- -P, kk
011 A.0 01NOPE4VIII .of.
ONTPE TER*ARY SOLID SOLUTIOVIS OF COPPER AND BERYLLIUM IN ALUMINIUM. .00
008 T A._PADAETAW_R. YA. SALIDAU (I M.~7T, SEKT. FIZIKO*KHIM. ANAL., 1946, 16
00 261-27i) -(In Russian) ~~ko liquidus surface cd' the altuninium-righ .00
e0 region of the system aluminium-copper-beryllium was constrigtod from data .00
0 0'r obts. Ined by thermal analysis, and a outeatic point was found to kie at 5661 00
ard aluminium 70.6, copper 29,0 and beryllium 0.5 wt.% Solid- solubility =00
curves for copp r and beryllium in aluminium were determined by examitling 00
O*j tne microstruotures of quenched specimens, and it was found teat the solubill =*0
00, of beryllium is 0.35% at 530"Co In the presence of 4.4% copper and 0.01%
a t room temp. In the presenoe of Oo 24% copper. From the results of thennal. a**
00 and miurestruotural analyses It was 9staulishad t1ast there are three phases cog
WT-Ij ' inequilibrium with the aluminium-baso solid solution, via; b (Cu A12), *0
wit
(CUB43), ande (beryllium-base solid solution) Ihe natural a going offesy
Is greater in alloys containing 0.2-0.3% beryllium and 2.3-2*7% copper than 00
in binaryaluminium-capper alloys, and max. hardness to attained with 2,5034%
copper + beryllium instead of 5% copper. 'he corrosion-resisunce to 3%
0
oop" S.40IJ .441 any a., 1111110a1 &)&&I1 ca a-, %4
it
l
-,W- I V Cw 0 if a I If 6 a a I I V KAI
U if
to R 49 It If
0 0 0 0 0 SO 0 0 Is 0 4a 0a 1 0
goo 0 0io 000 0 66 so 06 40

0 * 0 0 0 0 40 0 0 0 0 a 0 0
-
--
-
0 : :
e 0-4-0 &
e
0 0 0 0 p S # 9 & 9 9 0 9 0 * 0 S S 0 0 0 q
0
.090000

90 bgryllium mind 3.7,49 copper than for the binary aluminium-coopper alloys; 00
of this in particularly tho case after quenohing and natural *going. -*A 00
00 so
so 00
09 00
I** of
06 00
00 O'D
00 90
00 fe
00 00,
00
,not. a"A IAOr~MzI1c Chemistry im N
19 00
.
- Aced. Sci. USSR

00
90 ee
00 of
00

00
ee 90

MDAYEVA, T. A.
"Lattice Constants of Zn-AI Alloys," Vest. Ak. Nmuk SSSR. 4* 11:~47-
1 1 1

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USSR/CherAistry Aluminium., Solid Solutions of, Fab 49
With Magnesium and tilicon
Chemistry Alum-'hum, So With
lid Solations,
Zinc
"The Presence of Molecular Formations in Ternary,
Primary Solid Solutions of Aluminum," T. A.,Badayera,
4 pp
*Dok Ak Nauk SSS.R" Vol IXIV, No 4
Attempts to determine whether compounds exist whIc12
form as separate molecules during a definite
stoichiometric composition of the components in
subject solutions. Uses Isothermals of electrical
27/49T14
USSR/Chemistry - Aluminum, Solid Solutions of, Feb 49
With Magnesium and Silicon (Contd)
resistance for various solutions of aluminum with
magnesium and silicon or zinc. Theorizes that the
chemical 'nature of ternary solid aluminum solutions
depends upon 'the character of interaction of two,
other components, and upon the chemical individuality
of the intermetallic phase vith which the solid
solution is found In equilibrium. -submitted 26 Nor 48
27/49T14

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IVANOV, 0. and BADAYEVA, T.
to
131,~Yhl I ,
0
"Phase Diagram of Certain Uranium and Thorium Systems."
paper to be presented at 2nd UN Iutl.' Conf. on the peaceful uses of Atomic
Energy, Geneva, 1 - 13 Sept 58.

BADAYXVA, T.A.: KMITSTSOVA, R.I.
Structure of aluminum-magnesium-tin alloys. Trudy Inst met. no-3:
203-215 ' 58. iMIRA 12:3)
(Aluminum-magneoium-tin alloys--Metallography)

BADAY31VA, T.A.; KMNETSOVA, R. 1.
Investigating the liquidus surface In aluminum-base solid solutions of
the aluminum - magnesium - germanium system. Triidy Inst.met. no-3:
216-230 '58. (MIRA 12:3)
(Aluminum alloys--Hetallography) (Thermal analysis)

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5(2) SOV/78-4-8-27,143
'AUTHORS: Badayeva T.O.-A., Alekseyenko, G. K.
TITLE: The Phase Diagram of the System Thorium-Zirconium (Diagramma
sostoyaniya sistemy toriy - tsirkoniy)
PERIODICAL: Zhurnal neorganicheskoy khimii, 1959, Vol 4, Nr 8, PP 1873-1880
(USSR)
ABSTRACT: The assumptions of the shape of the liquidus curve which were
made in the earlier publications were examined by the authors
because they differed from one another and because they were
not experimentally confirmed.' The alloys produced from pure
thorium and zirconium iodide (analyses in Table 1) were harden-
ed at different temperatures (Table 2). Their microstructure
(Pigs 2,3) was investigated, their hardness (Fig 6) was
measuredt moreovert the X-ray pictures were taken. On the basis
of the eXperimental data the phase diagram (Fig 1) was con-
structed. PTh and PZ. form at high temperatures an uninter-
rupted series of solid solutions with a volume centered cubic
crystal lattice. In the case of strong hardening (10000) the
volume centered lattice is preserved only in the alloy with
Card 1/3 73-93 and 77-50 at% Zr. In the other alloys the transformation

SOY/78-4-8-27/43
The Phase Diagram of,the System Thorium-Zirconium
of the volume centered cubic lattice into a surface centered
cubic lattice of alTh takes place. The alloys with 40-70 at%
Zr decompose into two solid solutions with surface centered
cubic lattice of aTh and a' Th' In alloys with 84.0-91.27 atom%
Zr a martensite transformation takes place in the hardening:
P2 --.)I-aZr* At 9450 and 54 atom% Zr the solid solution (with
volume centered lattice) is decomposed into two solid solutions
with different Zr content which are immiscible between
945-9200 (P 1 + P2) . At 9200 and 40 atil Zr a monotectoid trans-
formation may be observed: P 2ZW;t aTh + P2 . The phase aTh
contains 14 at% Zr, phase P2 69-5 at% Zr. Between 920 and
13500 the aTh-Phase (with surface centered cubic lattice) is
separated from the solid solution of thorium in zirconium
(with volume centered cubic lattice) by a two-phase-range
aTh + PI which rapidly decreases with increasing temperature.
Card 2/3 At 6500 and 86 at% Zr a eutectoid decomposition of the solution

30V/78-4-8-27/43
Thp Phase Diagram of the System Thorium-Zirconium-
according to the scheme Y2-"-v&- aTh + dZr' takes 'DIace. There are
8,fi,gures, 2 tables,.and 2"reforences. .
SUBMITTED: May 14, 1958
Card 3/3

33883
S/64 61/000/000/004/035
1/ 1? D258%302
AUTHORS: Ivanov, 0, S., B-~,d-ayeva, TI A., Semenchenkov, A, T.
and Kuznetsova, R. T
TITLE: The structure of the system uranium-molybdenum at 600
12000C and the properties of its alloys
SOURCE: Akademiya nauk SSSR. Institut metallurgii. Stroyeniye
splavov nekotorykh sistem 3 uranom i toriyem. Moscow,
Gosatomizdat, 1961, 48-67
TEXT: This work was aimed at providing experimental data for the
construction of an equilibrium diagram for the above system, in
the temperature region of 0 - 8000C and for the composition range
of 0 - 32 at,-% molybdenum. Firstly, the region of occurrence of
the B-phase was explored by studying the transformations, occurring
in alloys containing 0.5 - 5 at.-% Mo. The samples were cut from
alloys cast in a high-frequency furnace, homo enized for 48 hours,
at 8000C and then successively held at 6000C M hrs), 5000C (240
hrs), and 4000C (240 hrs). Dilatometric investigation at up to
C a rd Q~~4