SCIENTIFIC ABSTRACT PROKHOROVICH, A. V. - PROKOPALO, YE. F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002202530005-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

. .... . ..
USSR
BACHIMITA, YE. L., et al., Radiotekhniha,~:Vol 26, No 10, 1971, pp,46-52.
with direct and quarter-wave couplin q wer~e.. compared, and theJosses at the
~center f the pass band,for.both' t e sof f ilte
o ~yp rs compared for thrz,.e types of
-(wave guide, air cavity and printed c ramie) demonstrated conplete iden-
lines !e
ticalness in both types of filters,under othe S.
r~equal con~lition The univer-
Sal curves for the filters and their _approNima Lion by a hyperbola are investi-
and illustrated. The conditions of.Aninimuni losses:'-Ire discul;sed, and
.4n-example*calculation is given.
The law established in the paper the product o t: the average losses
in the filter~circuit times the width of its pass.band is constant -- facilitates
xj" the investigation of a filter with -loss". By twing the:universal curves it is
possible to determine the losses in thefilter with~ any'nwnber of circuits n
and nay pass- bard and to find the.conditions. of minimum:losses~ Vie minimum
4issipative losses in a filter is highly uncritical. Wheel it 1.8-3 (it is tile-,
coefficient of rectant-,ularity), the losses -almost do not ~'Vary. Mhen It
the losses increase sharply. The type of characteristic (Chebyshev or maximally
planar) essentially has no effect on the minimto magnitudi~ of the losses. A
'a '4[the product of the averave losses in the
table of values of the constants a
filter circuit times the filter pass band] Permits construction of die required
hyperbolas for each specific case. Graphs are presented which dep.,.oastrate that
the elissipativo lasses in miniature filters.- increase '~;ivli:ply.

USSR UDC 621.332.1
VOROBIQUO, F. M GLINCHUK, K. D,
A
V.
."IElectroluminescence of GaAs-Alloy Diode's",
_itI6 Poluiprovodnikovaya tekhnikd I mikrodlektmnika, ITO: 5, 1971, pp 7-11
Abstract: The study of the electroluminescent properties of GaAs-alloy diodes
is continued [F. it. Vorobkalo, et al., PoluDrovodni'-%-ov tekhnika imikroelektro-
nik-a,.No.4, Naukova dumka Press, Kiev, 19701. -The.processes of photoluminescence
and. electrolminescence of GaAs are studied
and the radiation of the homogene-
ous (initial GaAs) and inhomogeneous (p-n-'unction) systems is com-Dared. Both
the n and p-regions and the space charge layer make a defined contribution to
recombination radiation of the CaAs-alloy diodes. During:the process of
creation of the p-n-junction tho initial properties of the GaAs do not change.
The dependence of the intensity of the ele~Lrcyluninescence on the temperature
_~nd_injection current is determlined both by the initial properties of the GaAs
and -the properties of the p-n Junction.
me sa,
The Intensity of electrolwinescence of diodes made of the aa,
of Gatus can differ by tens and even hundreds of times. At the sama time, the
-thes irs by appreciably less,
intensity of- the photoluminescence in a. samples dif f a
approximately 2-3 times. This indicate -that significant scattering of the
s
1/2

USSR:
VOROBKALO, F. M. et al., Poluprovodnikovaya tekhnika i mikroelektronika, No 5,
J971 PP -7-11
..magnitudes of the quantum yield of.~the~ele;dtrol=inescence of-Ga& alloy diodes
is connected with insufficient reproducibility,of construction of the diodes
(the 0-n junctions) and not the propertie6 of the initial material (with re-
spect to photoluminescence properties it is more homogeneous). The fact that
in the majority of diodes made:of n-CaAs,~the variation in intensity of the elec-
troluminescencewith temperature was appreciably weaker than the intensity of
photoluminescence.indicates that with a drop in temperature the proportion of
the injection electron-hole current.decre'ases, just as discovered previously
[F. M. Vorobkalo, et al., UFZh, No 13, 18101 1968;,FTP, i1o 3, 150, 1969).
2/2

-7~
USSR UDC 533.69.01+533.662.013
.PRQKHOHOMICH, P. A., SUSLOV, G., V..
"Application of the Integral Equation Method to the Solution of tl!e Reverse
Boundary Value Problem of Wing Theory"
Uch. zap. Gorkov. un-t.' Ser. Xekbdnika (Scientific Notes of Gor'kiy University.
Mechanics Series), 1972, Issue 156, No 1)~pp 35-39~ (from M-Iffekhanika, No 3,
'mar _73 -Abstract No 3B296)
Translation: An integral equation for the unit vector of the norm, al to the
contour is derived as a function of the.polar~angle for -a synmetric profile
with a given distribution of the velocity modulus along its contour for a.
noncirculating flow. The approximate numerical solutiontechnique is considered
that makes it possible to determine the shape of the proftle.:
Abstractors note; There was-an error-in deriving the basic integral equation:
Im.the expression for the le!~Bth of, element. of arc-:in polar coordinates there
16:glven the f actor Vrl + (1/r) (~7r A) 12 1. Putyatal

USSR UM 539.16:551-46
E CV, L. A., PROKFIORYCEEVA N. P.$ and SUKOVISHIN, V. A., Atla-ntic Scientific
P
RTS
Oceano
itIET of F! er ~s
Research Imt graphy
-~or:Radloaqti-Ve Pollution of the Sea"
~D al Significance-.o Current levels
7- 01 f
uchnyye Doklady V~ssihiiy Shkoly;':-Bio Na,~iki, No 7, 1972Y
~6 cow, Ila logicheski~e I
-64-68
'PP
Abstract: Examination of various organs and tissues of sharks, burbots, tuna,
he ts receive consid-
rring, eels., and other fishes showed that tbese,hydrobionu
erably smaller irradiation doses frot strontixm-90, cesium-137, ancl other
artificial radionuclides now polluting the ocean than they do from natural
radiation sources non-w.Ily present in the water. The eiposure dose of gwxna
radiation from artificial radionuclides,ocattered in thi! ustar is approfiriately
one million tines less than from natural radiation sourCes. The average dose of
dionuelides' deposited in m-ascle is al;most two
inte--nal. irreAation by natural rad
hundred times higher than the . averagge dose from cesiwr-137. Appraximately the
same ratio is fotwd in all the internal.organs,of the fish. Thust the current
2evels of pollut-Jan of the ocean~and hpdxubionts are, ~.,iot pathorrenic.

II k

77-7-7777---.
UNCLX'~Sf F 16'. P'R C
:--022 bi ES~ ING DATE--040EC70
--AP0129167
ACCESSION NO
mr- PH OF THF
ABSTRACT/EXTRACT-a- (U) GP-0- I48STRACT. THE EFFFCY 0 1
~CO ROS lVE MEDIUM DIN THE CORROSION FATIGUE 0 F 1-1 G A L L;0 YNA~2-1 IN
SOLUTIONS.HAVING A STRENGTH OF SIMILAR TO 0.1 N WITH RESPECT TO CIL PRIME
NEGAT-lV&IONS,WAS STUDIED. THE OVER ALL LOSS OF FATIGUE STRENG-rH it'i
HE SE WAS DIVIDED INTO.TWO COMPONENTS: LOSS! ,'IF 5-TREN"TH (DUE TO
PROPERY AND LOSS OF STRENGTH ARISING fitotl THE
~P -4 OF. PH VALUES
JEDUCT40N,IN THE CROSS SECTJOI -THE ORRODED SAAOLE, FOE
J. 3~' AND 4~,.O THE. LOSSES AROSE-MA FRbM:41~F_ SE*CQ,'ljCI F A C_ TOR ;FOR
(y J.
W--c",'%-~'014-VALUE BETWEEN,,-4.-AND SE=-~MAINLY F:ROW;YHE_ FlIRSi FACTOR.
p-
'a,

USSR
UDC: 621-315-592
-PROKLOV, ~V. V., SIM. RLIN, G If. ,and GULYAYE-V Yu.; V.
~"Dlffraction of Electromagnetic Wavcs:by Sound in Oonducting
Crystals".
Leningrad , Fizika tekInAlca polup)cbvodnikov No 10 1 ~-,l 7 2, PP 1915-
1918,
Abstract: Currently, invqetigatioai�l are being qoriducte6, of the
'he,
P i0pagation of ultrasonics,In" awaic 6naudt6rs where T Li-Itracorlic
e accompanie'd by 6wave of e1 ctrons:of concentrated or
e ma b e
medium energy. A light wave there.-fore, should andergo additional
disperaion by such electron waves, and an investigation of such
dispersion should provide valuable inforration on the s,,;ructure of
the electron bunches and their dynarAics. For t-his rea.-t:;n, t1lo au-
thors of the present paper causidei. the diffrac- Jon oC Lj.,-~ht by
ultrasonics in Bemiconductor specimena and theo-Petioally inve,,~,ti--
gate it. For simplicity, they examinie the ca,-.e of nondw!cnerative
isotroDic semicandi~ctors for -Which thei,e-are 4.-1,,,o poszibilitie.,j:
a Collision of free charge carriers; a noncolli-:,ion plasma.
th foi, author,~
Since-the contribution of the: second caue Is Cr6ater,
attention i;5,focused on it.

1~0 ~'I i 11
J
uss'mt r-4.2m2.46-8
uD.
GULYAYEV, Yu.V., IIIANCV, S.N., MNSFELI.D. G. D.:, PROKLOV4 STAMOVSKIY, B.A.,
8'MPANOY ~B.G_ (In-t radiotekhn.~ A. radloe 0
lektr. - n'. AN sm-.-,rnstitute Of Radio
Engineering And Radio Electron
ice, AS., USSR
Itraednic High-Frequency Transducer.".
USSR Author's Certificate No 250554, Filed 5. uly-67,
j :Published 16 Jan 70 (f rom
_.'_RZh-m;-~Elektronika i yeVe primerieniyei-NO 8. AuguetJ970,_. Ab~stract~ iN-o &!.547P):
Translationi An ultrasonic high-frequency transducer paten4ed for ua!!~ in U-r3sonic
ei lines and ultrasonic ampliftera contains a- ranonator ii nd a- lezoeemiconductor
4. p
-crystalinvolving a layer atripped of char
ge cetriere Jith the objei:;t of obtaining
ultrasonic oscillations of ultra-high frequency, the plato.somicon.ductor crystal is
nnected.with,the central core of~the xesonator by a thin dielectric layer (e.g.,
mics), and a, controlled voltage scurce:.ia,.ponn*oted:to the cantrall.core of the
oonator and to the.crystal.. I ill L.K

GIRC ACCESSIONAO-AP0105285

A-
USSR UDC 547,558.11
PROKOFfYEV, A. I SOLODNIKOV, S. P., MALAKHOVA, 1. G.: TSVETKOVII Ye. N.,
aad.1KABACOM, M. I., Institute of,Metal':Qrgapic Gompodnds, Academy of
-Sciences:-USSR
'~'EPR Spectra of Phosphorus-Containing Ethyl Benzoates,'
Leningrad, Zhurnal Obshchey Khimii, Vol 43 (105), No 12., Dec,73, pp 2621-
12626
ave been studied containing
Abstract: Anion radicals of ethyl benzoates h.
el,-ctron acceptor and electron donor groups such as pho~phino- and phosphinyl
has been de-
groups in meta- and para- Positions. kc,orrelation functionl
'veloved for-the constants of,superfine interaction with:the artho protons
+ 0.23T)- It
of ethylbenzoates a 2 and the lle~f, const.ant.,q. (v (Y
off
~~has- been that in all-of, the ~ S'tu(fiedi' .6ompound t e~;phosphina- and
ch r " t r~.
phosphinyl.groups:,shov an electr6h~-*acceptj:hg~ a a - e The`k76ff constant
values-of the phosphorus containing''substituents a .7a
gree with the ki.tox
characteristics of their electrortie~effecta

030-- UNCLASSIFIED PROCESSING DA,rE--230CT70
:ACCEss~idN NO--AP0124412-''

~~-CDNTROL MARK I NG-NO -RESTRICTIONS
:~~OOCUMENT.CLASS--UNCLASSIFIED
.'~'PAOXY RFEL/FRAME-1-1987/0314 STEP *40-:-,UR/0192/70/Oll/OGl/Dl29/0131
CIRC ACCESSION NO--AP0103969
UNCLASSIFIED

-USSR UDC: 632.9S
KOCAN, IT. Sh., PRCKOF'YEV,
SHCHEGLOV, Yu. 17. , KULIKOV, G. P
-A. N. , KONTALENKO, 1. S.
I'Dialkyl Phosphites Synergists of' 2,4,-DichlorophenDxyacetic
Acid Esters"
ul ya, novs rks of ~the~ lillyai-iovsk Ex-
WO
k. s. -kh. 0 Yt!). St..(
tal Agriculture Station), 19 5, pp ffrom
perimen.
No 7, Apr 72, Abstract No TN642)
ea, %e
re vact to blx~-,r` _P ra -
Til to i f I -
q addl t i on of
factor 0-
lcala~lr,, ;~I~nalmst allnual and
mixture of I a] -
-14 11 Controls T)ere-nm"al rit 1z o.-_l -Z weed,:
or n v- -r e ae its for c,_-
alore. The ad- of 11. "If.) does V_O'l
Plants. T.

_~2/2 034 ~UNCLASSIFIED P_P%.OCESS INS DATE--160CT70
:XJRC ACCESSION NO--AP0118675
BSTRAC.T/EXTRACT---(U) GP-0--~ ABSTRACT. AN INSTALLATION IS i"ONSIDERED FOR
ING VAPIABLE BOUNDARY CONDITIONS OF THE THlkD K I N~.;. IT ALLOWS
-:.~SOLUTION OF UNSTEADY THERMAL CONDUCTIVITY TO BE O~TAINED ON R-C GRIDS
:WtTH CONTINUOUS CHANGE 1,14 TIME. NOT ONLY OF MEDIUM.TEMPERATURE TSUBC BUT
ALSO HEAT TRANSFER COEFFICIENT ALPHA.: THOUGH THE INSTALLATION IS
DESIGNED FOR A PASSIVE MUDELi~IT IS BA *SED UN THE PRINCIPLES OF
~ELECTRONIC SIMULATION, THE OPERATION OF THE lNSTAiLATION IS BASED ON A
NEW METHOD OF PRESCRI13ING THE BOUNDARY CONDITIONS OF THE THIRD KIND
','.~-WHICH ALLOWS ELIMINATION OF THE ELECTRIC:ANALOG OF~.CUEFFIC~,ENT ALPHA
(CONDUCTIVITY) FROM THE MODEL AND THEIR~'SIMULATIQN~ BY THE VOLTAGE. THE
FOR CALCULATING THF_.PARAMETER&,:LlF..!THE INSTALLATION ARE PRESENTED
-.AND THE SWAYS OF THEIR REALIZATION. .BARE, SHOWN'a
UNCLASSIFIED,

777~-
USSR uDc 669.14#018.295,62C!.183
P and KOPYEV, 1. M., Moscow
"Phase Composition and Thermal Stability of High-Strength Fine Stael Wire"
Moscow, Izvestiya Akademil Nauk SSSR, lie tally jNo 1, Jan-Feb 74P 134-137
Abstracts The effect of beat treatmen-t. on phase composition of steel wire
and its stability in relation to annealing time and temperature wi%.ire studied
for the purpose of determining the beat steel:'wire "%-,0 use as the :i-einf oreing
fiber. in composite materials, Fine steeLwires uere m-ade from tL-Lee steels
with a tensile strength above 250 kg/mm2. The steels used werei F2 322
(RhI31113Mz) with unstable austenite, maraging 1-3200 (1118K91115T) , aiid ari Fe-Co-
X~-Cr aging steel 4OKhNVITrfu. Steel EP 322, after arinealing at 4,50 and 5000 C,
retains structural stability, Isemp She austenite-martensite ratia is prac-
ticaUy unchanged. Amiealing at 600 C for 100 hours incre", es atm-tenite
content -to M. Af ter guaiealirg at 400 and 500o Cj steel XS200 retains t1q.
structural- stability, having only maxtensite. Annealing at 600 a4d 700
leads to the formation of austenite in IISZOO. -- reverse iiartensits transformation.
0
The austenite content foraed-ia almost 7Vp after soaking for two hours a.-t 700 C.
Steel 40KXhML7TYu has an austenite structure. after all modes 6,f heat treatment.
14

USSA wo 669-017/,018-4,5:62_0.18
AGEYz-.V t: 11. V.t SAIITSKIY, YE. M. KOMILOV 1,.:: 1.. ZUDIN ~I, .,.and FROKOPTEVo
"I EdItoiz
�truktura i Svoystva Zharoprochnykh Metallichelskikh Natorialov (Structurc and
Proprties of Heat-Resistant Metallic haterials) Roscov, "Naukal" 1973, 262 pp
-Translation: Result5 are generalized from studies.associated with the physical
criteria of neat resistance; the role of.the electron structure of alloys; the
principles of. all oy. and dispersion hardening of -alloys; the., physico-chemical
_basis~ for developin.-I composite materials; dislocation m6chanisms of failure and
*d f tioni-the development of alloys on the basis of Fe,.Ni, Vio, Ub, and other
e,orna
;,.-~..--..,_refractor,,r plements;- v.,ays of increasing the heat resistance,-of alloys a-rid others.
This publication. is intended Sor, researchersj'metallurgistE;~ metals e~cpert5j Uhe
designers ~of the powers aviationj~ and. machine-~building indusitries, and for other
,TS
.~Section. One
OF VE PHYS00 C1112-11CAL ThIDORY OF HEAT FMISTANCE
YE`~ M. SAVITSKIY V.- B. GRIBUL-fA
-Fr-edictibig- Refractory Compounds in.the Binar-j Sy", s With tne Aid of a
-.Digital -Computer (Postulation of the Problem)
3
D.: A~ - PROKOSMINT, YE. V. VttS:f---TIYEVA
'The Relationship Between High-Temperature Strength of the Tronsition
1/7- - - - ___ __ - - ____ -1

WSR
AGMY N V.,,, et al. Structure and Frolrerties of
- ,KatezUlr, 111ocowt 1973
-,Metals; and Their Electron Structure
V# K.` GRICOROVICII
Heatm,-Resistance and Electron Structure of 1,jetallic Alloys 20
-A.,-- S. B. MUSIDNIKOV
Prospects forthe D&velopment of 11cat-Resistant Alloys (N w Heat Resis-
~tant, and Scale~Resistwnt Grades of Steel 13uld Al-16 s) 29
UZ
IN -S. V.- ZEKISKlY, YU. L. _RODIONOV

The:Distribution of Elements in the 1.
Iicro- and- Submicro-Regions of
-Jfeet,~4Resistant.Grades of Steel md Al

loys
41
BO' DYKA
117
Relaxation Resistance of Austen-ite Grades of Steel and Alloys in Relation
Q_ I heir -Structure mid Heek, TrealEment
lig
A. I APAYE VS. -V IQVI, S. K. VVIYLOV:
A. I WfAl.
_~_
n
.The,l terralaiionship of k1loy '41cakening. Durihg Heatina With the
Redistribution Processes of the Alloying Ejefl~n! ts. Between Phases and
. 'With the:Eff
ect of the Contacting: lleditTAI
ectiom Tw-o
V!;'ILIH~NTI~~i, OT~JY- J i-_Ci'
2/7

- AGEYEV, Y."et al., Structuxe ands Proportiva of ficat-Reziotallt I.,je tallic
WiUrials , H
oscow, 1973
-V*-,-Se IvanoVa' V. A. Yermishkin
- :Theo
r7.Gf High-Temperature CreepIn Metals
6t,
--A Movehan
Lo PI Nerodenko
-Statistical A proach to the Description of PI:astic Deformation and the
p
-Resistance of Metals
!Hdat
70
I. Fedosov, Yu. P.~Belolipe skiy, L. I.. Ostrovskiy,
t
Kryanin, A*
.1 ikin
G.N Zelentsov, Id. G. Kabelevskiy,. L. 1 ii
v I -Vo~opdyevj L.,I. Stolyarova, V,`-N. Romanov.
~ :'Ijetal_ Structur and Structural Strength.of the Elements of~Powerful
e
T bines i
Steam~ ur so
N.~,'.Rykalin' M. Kh. Shorshorov, V, P. Alekhin',
blein Associated With the Structural and Energy Characteristics
ssociated
With-the Kinetics of thel-licroplastic Deformations Near
.
ie7 urface of a Sol-
id
89
A. V. Shalimova
0 lem Associated With the Reasons,for the Onset of the Third Stage of
cre 9
tion
Third Sec
' 3/7
11.1 1 ]z i,

USSR

ACEM. i it. V. Ot P-1., St-ructure ard Properties of Heat-Re. stant Neia-111c
p i
t6rlals- 1-105cow, 1073

E LS
IL
J.T- PX3ISTART 1-2-1AIS A1.0. C015;OSI7173 MATERIAL
V. Ye.:Ovcharenkol I. I. Koch-epasov, L I.
Ye. F. Dudarev
~:Ye. Panin
V
.
i
j
Za ts
ya s.
R ai 5 1 r It" the Ther-mal Stzlbiliuy of Compo3ite Materials which Are Bas(,.d
'on Nickel and Reinforced With Tungsten and M61ybdemm Fibers by Directea
'
...
Hatrix, Alloying 2
10
Ks I..Portnoy

Materials
Stj-a6t ure.and Ileat-w-Resistince of Composite
1 14, A. TiNionovskiy.
Somovi
on,-ro able Phase Tmsitioris . and Gmbosite: t. I b t e r i a is
Section Four
OD nilhT TW, TENIG IIEAT-~=ISTAIIIT ALLOYS
V~ D 'Y S. N Petrova$ -Y P.., Surkoiv
.
Sadovsk, xu
.
.
emnerature Heat-Treatr ent. of Heat-Resist-ant Alloys
I 127
F-~~ IZ-shko L V. Zaslavzkayaa, -L.'S~ Fedo--!
ova

,
ni a L
nd P', tic and float
Pa Liculars of Al-lC,
incr a hnl~o 1-arde
-
.,
n t.

-~i --L r
of

J.
'USSR
AGEYEVt 11. V., at al., Structure and Pro.,rertieri of Heat-Ros4istant
~iwtaljjc
yaterial X 1073
S uscowt
Heat-Resistant Properties.
I.; R& -nin, L. P. Trusov, Z. N;. Petropavloskaya
Kry-
Structure and Prouerties of Grades,of Steel for Power Equipment Elements
Levin, -Ye. Mo Pivnik
-.-So V tanyukovich, Ye. Ye
of Structure on the Heat-Resistuance md. Plasticity of Nickel Based
Ailo
YS
M;.: P ~- Braun
e - Iloying Heat-11I esistant Steel
Th Problein of Ilicro-1
0 A.- Barmykh, R. -VolImvat B. V. Kuborskiyj I. A. Rastorguyeva.
of the 51-ructUral State on-the Short4erm Heat-Resistance -of
1,1icicel B~iscd Alloy
G. B#- -Fedlorov, Ye. A. SmimOv
1140
147
154
-159
167
sistance 171
'iffu;- mic Criteria of Heat-Re
~Jnterdiffusion and the D ion-Thermodyna.
-A
_Ya. Shiny4yev
-ritic Characteristics of Diffusion
'ed t I Ch a r. g: i n gthe
ctute
In A ya as a L f the Compa;5it, ri'and.the Phase S".Mj
i1q, Funct mi c
179
M. A. Kri5htal
The Effect o f Crystal Lattice Defects- and Diffusion on the Particulars of
~Processes Which Develop Diaringr the Working of Metals amd Alloys in th.,.

E- 7 7-
P

MSR
'11. V. et al. Structure and Propertie.s.of Heat-Reilistall.t 11410tallic
YAterials, 1,11oscow, 1973
Aigh-Temperature Range 186
L. 11., Zimina

spe 1, s Moyed _h
P
ro cts for the Creatior of New Heato-Resistant Moy
' :"iobium
T
G. Berezina, 1. 1. 14ints, V. P. Kendysh
TI i;e Effect of the Energy of the Defects of Packing on the Themal Stabili-
of Q6'Substructure of Heat-Resistant Austenitic Grades:Of SlUeel 203
V. -Bob lev
Y
The liature of the Fatigue of Copper, Aluminum;and Nickel Durilig Strcn.ch-
203
F-. sa-Vits1--lyt 1. S. Cilw~hlantseva
Preventing the Poivation of Intercrystalline'Pores During Cyclic

Heat-m;Ire-Itment With t
-lie Aid of Alloying 211
'ection: Five,
0 r CIIZfSB,!G THE IIMT RE, SISTAI-11CE OF ALIDYS
Prosvirin
rt-;n!;, Stn=~,ire z~nd the "echanism of l"orma, -;Qr; 0.1.
t""~ pJA 4 e- From 't

AGEYEV9 N. V., et al., Structure and Properties of Heat-Resistant Metallic
Haterialst Hoscow, 1973
i -YuG M* Lc tin
The.Effect,'of Nitriding on the Properties of Heat-Re
sistant Allo s.
Y 225
V~
I*. Alen'kin, V. A. Kulikov, N. I.1. Z ayt s eva
Studying
Ahe Formation of the 1-ficrostnicture.During the Internal Oxidation
,
Binary Nickel Alloys
229
Yi~.~ I.. Kozub.
Creep and Long-Terr, Strength of Refractory Materials With Protective
in on Oxidizing Hediun 237
I.I.Ni Frantsvich, Ye. A. Zhurakovskiy, D. F*~ Kalinovich, 1. 1. Rove-n-skiy,

II.:'D Smolin
N. OstroWdiov:
A6
~Sbifie.New. Physical Criteria of Heat-Rudstan'Ce, 2A4
7/7
i H 1 1. 11 1
1

F
_T~38 M C 620.17039-562 66
9.7
BORIM, 0. A.,, BIZALOVI YU. YE. KrrKOVXIN,! A. A... KOU!)2V 1. "i-nd
'YE-Vj D. I., Institute of Mletall Imeni A. Ad Bay~ov
_FROKOF urgy
"High-Strength Wires for Reinforcement Light Allaystr
of
Moscov, Metallovedeniye i Ter.,dcheskaya Obrabotka Eetallov, 110 7, 10,73, pp 40-45
Abstracts A study was made of the mechanical properties, depending on tenre-ring
ngth wires:froa steels of industrial melts:
temperature and time, of high-stre.
US~ - carbon steel (1), V 1, S 9 ( 2 K h 15 -,5A NO )austenitic nartensite steel (2),
ging. steel, (3) E. ~322 (cT(.h Aa4aj
mizoo(1,181.91ITT) mtartenulte-a. austanite
steel (4), ard ari aging alloy based~on Fe-Co_4i-oCr (40UThl-01TYu) X-ra, y
structural analysis revealed that the loss of.'strength of, t he wire at; Increasing,
ng tempreature is -Onarally determined by processes, of recovery in cold-
temp rJ U 0 J
te, the development of ~~-translfo=:,.atlon, and also
def am, ed martensi.
*~Or~coa_,-ulation.of particles of excezaphases Wires of steel (1). weakened at
atures. ~~-,100 C, of steels (2~, (3), ~-d (4) temperatures -:~,5000C,
temper.
and of (5) - at tommatatures 6C - %,
50 C. Thezelection o a technol,ojv for
tF
roducir cht alloy-wire composite.derands on the loss-6f-streng h temperature
r g a liZ
p
of. the uIre. A liquid-phase technology can be applied in sfrengthening with

At ;1-~
PRA
w 3 R
tzetaUoved.6nlyo. 12jimicheskaya Obnbotka I-Ititalloy
?6 -n:4031 .40-45
-fibe= of~ alloy OY -",I stre -hm -,4t alloy: ~~eelsi (2)i;(3)s, and (4),
Ii ngt ning..uires
i~vlid4 6 zptho& itith h, e, Atin