SCIENTIFIC ABSTRACT AZEVICH, S. P. - AZHGIREY, G. D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102720013-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BEWIN, V.L.; FOBRITSKIYO N.V.; KHAYIMIYANOV, R,R.;
AZF;VIC,11, S.P,
Selacting the proper conditions for the eliminntion of
corrosion
damage to operational petroleum-products pipelines by
the Rppli- ~
cation of' pntches. Izv. vyn. uchob. znv.; neft' i
gaz. 8 no.5e8c)-
92 165. (MIRA 180)
1. Ufimskly neftynnoy institut.

BERFZIN# V.L.1 BOBRITSKIY, N.V.; XNAKI]MOYANOV,
R.H.; AUVICH, J).P.
Selec:ting the technology of the sealing of
caritira in
petrolem pipelines In cave of overhauling. Izv-.
vys,
uoheb. zav.; neft' I gaz 7 no.11:71-75 164 . (MIRA
18!11)
1. Uftnskiy neftyanoy Institut.

HOGIL'i;ve6,;;JA, mandidat uA%ik; ZhIJEOVA.
1-77
Anm-esti,v- inring whr-it in :ItA.O~eS, Zemledelie 5 no.8:58-6'1
(MLRA 10:9)
(Whekt.-Harve 4t ing)

,,Go,, T,.
1. SHEYNO, A. N,Evg)tA: N. T.
2. USSII(600)
4. Soap 3
orom. 17, no
7. Applying Bngod'o method in the "novyi mylovarlt Factory. pasi.
Zhir.
1952.
2 1953
9. Mont-ily List -if RussiFtn Accessional Lib:-ary of Congress,
Ifthruar Unclassified.

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Tbill--i State
U.

&DYM7, j,. N. ; AZl'VJ,'0V, A. S.; DIP'CV,
1.1. V.
d,3torrilmttion do la temniraturo do
co-4,clation do Vor pur"
leporL j)-e-3onted at tho 6th 8(,,nnion of
the Advisory Ce,.4tteo
R,
on Thirnim,~try to the Intornational
"ornittoo on !oiphta and
Eo~a5ures, Sovren, Franco, 25-27 Son 62
InitlAut do "otrologia ". 1. Mamioloov (it.
11. S.

-i ) WT- t 1) T)
L
ACC NRi AT6024959- (A/)- SOURC--E- -61YE:-
"6lfl66d6l6510-6610001008210089--
AUTHOR-,- Azhasha V. G.
ORG: none
TITLE: New achievements in -deap-wator diling
SOURCE: AN SSS'R - Okcanograficheskaya komisslylk. Sektslya
podvodnykh Issledovanly.
Razvitiye i-n-orsldkh podvodnykh issledovanly (Develol.)ment of
underwater marine research)
Moscow, Izd-vo Vauka, 1965, 82-89
TOPIC TAGS: deDoinpression sickness, gas analysigi
ABSTRACT: ThlEi wrticlo discusses the effects on man of deep-sea
diving, using as an example
the studies of IlanB R,91ler who thoroughly studied the rate of
release of various gases, mainly
~qnd helium" from various tissues of the body under various p s
rs. Kell , u ng
Atr2g~n r08 11 4 CY 1A
an electronic computer, calculated the curve of the dopendence
of the releam, of gases on depth
mid rate of ascent. For ascent from a depth of 300 m Keller
calculated 250, 000 changes in the
composition of the rospiratory gas mixture. Thus, new, more
effective tabl(-s of decompressi6
wore compiled. Fuithermore, Keller used all the well4mown
possibilities to reduce the en-
trance of any gas whatsoever into the organism. Bcf)ro
submergence, Keller breathed pure
Card 1/2

L
ACC NRt AT6024969
oxygen for two hours which led to an appreclable decrease In the
quantity of nitrogen dissolved
in the human body at atmospheric pressure. The author concludes
that the work of Keller Is
still in the exper.'IMBnW stage and that it is an outstandhig
scientific achievement which will
be of great help to professional divers and deep-water
researchers. Orig. art. has: 1 figure.

ACC NRt AT6036560
(serfeb 1), 460C
:.480C (series 3).
.between 1516 and
and - 0. 2 m/sec.
(ceries 2), and for 30 -min to air temperature of
Relative humidity in the thermochamber was ke
21576, and velocity of air movement between 0.1
Work capacit y was evaluated by means of correction tablet
;tests (A. A. Genkin et al. (1963)), grip strength dynamometry, a
;a graphic test [Frukuda (1959)). Visual analyzer function was
studied. by determining the electrical excitation threshold of
the e
flicker fusion frequency, and the information transmission capacit
of the visual analyzser [F. P. Kosmolinsldy, Ye. A. Derevyanko
(1962). A. A. Genl~:in et al. (1963)]; vestibular analyzer
function V
:studied by determining the duration of postrotational nystagmus
ar
the counterrotation illusion, and also the area of displacement wh
walking in place with eyes closed (Frukuda (19:59)]. In addition,
pulse and respiration frequencies, electrocardiograms, blood prei
sure, and body and skin temperature at twelve points were recon
during all experiments, and some of the components of heat ex-
change were calculated. Not counting the control group (6 men),.
experiments were conducted on 30 subjects, 14 in series 1, 13 in
series 2, and 11 in.series 3, It was established that even a

ACC NR, --AT6036560--
60 min exposore to an air temperature of 440C decreased work
capacity (error in-2rease of 2. 40/6 on the correction test, '
.4. D0/# on
the graphic test,, and so forth); the informatian transmisrion
capacity
of the visual analyzer decreased by 13. 5%; decreases we -e also
seen in the electrical excitation threshold of -the eye ane in
the
weight of the subjects (by 200 g); increases were seen j-i body
temperature (by 0. 3C), the frequency of cardLac contra( tions
(by 14/min), and so forth. In series .2 and *211, human
finctional
capacity showed a 'sharp drop,which was characterized --y more
pronounced shifts in a number of investigated functions. Thus,.
at +GOC the number of errors increased by 15. 676; at -.30C, by
58%;
and so forth.
The above data show that even a single hour's e-.posure of
N
.ain uncLad human %o a temperature of +40C affects wor& capacity;
this must be take-a into account in organizing$industri, 1
medical
support and in devising measures to ork co;4ditions and
JTRrove w
t2
work schedules in hot cli~ate-s'_- N.A. No. 22; ArD Report
66-1161
SUB CODE: 06 / SUBM DATE: OOMay66.
Card

ELOBIN, Anatoliy; SIIRROV-CHHWZOY, A,;
A2HATEV,.Vaoilly, rod.; VASI-
4"K
ISVSKIT, VitalLy, red.; YMSHIGORA, 'fr"".re d.-;-
I.)AKM, Daniil, redo;
PROMYS:WV. V.F., red.; KOREM, G., red.lzd-ve;
TAKOV13VA, To.,
takhmaed.
LTvan'*;r-three stories on builders] 23 rasekaza o
stroiteliakh.
Moskvil, Mosk.raboahii, 1958. 386 P. (MIRA 12:11)
(Noscow-Construction workers)

S/149/62/000/002/007/008
Xp 1) Aoo6/Aiol
AUTHORS; Davan:Kov, A. B., Laufer, V. M., Azhazha, E. G.,
Gordiyevslciy, A. V.,
Kiryushov, V. N.
TITLE; Experiences in extracting uranium and other elements
from Atlantic
Ocean water
PE11IODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Tsvetnaya
Metallurgiya. no.
2, 1962, 118-123
TFXT: Experiments of extracting various elements from Atlantic
Ocean
water were carried out in 1959, during the sixth Atlantic
expedition of the
Marine Hydrophysical Institute of AS SSSR. Wati!r from various
parts of the
Atlantic was filtered through an absorption column mounted on
board the expedi-
tion vessel. This vinylplastio column, 1,600 mn high with 63
mm internal d1am-
eter, was filled -with 3.5 kg granulated H-0 anion-exchange
resin In Cl form of
64% mointuro. An amount of 59,189 liters of water wan filtered
through tho
column at an averDge rato of 110 1/hour. The quitlitative and
quantitative deter-
minatien of varioLz elemonts in the resin wan carried out by
radiometric
.3-radiation, luminescent and polarographical analyses. The
amount of uranium
Card 1/2

DAVANKOV9 A.Hl.; LAUFER, V.M.; AZIIAZIIA, E.G.;
CORDIYEVSHY, AN.; KIRYUSHOV,
V.N."
Recovery of uranium and cther elemi!nts from the water of
the
Atlantic Ocean. Izv. vys. ucheb. !&av.; tsvet. met. -I-
no.2:118-
123 162. (KRA 15:3)
1. 14:)skovskiy khir-Ako-tekbnologicheskiy institut,
kafedra
tekhnolo ii plastmass.
'I
~Atlantic Ocean--Urarium) (Marine res-irces)

POFCV, N.I.; AZHAZHA, E.G.; KOSOUROV, G.I.; YUZEFOVICH, A.A.
Stroatium-90 in surface waters of the Atlantic Ocean.
Okeanologiia
2 ni.5:845-848 162. (KRA 15i11)
1. Morskoy g1drofizicheskiy institut, AN SSSR.
(AtIantia Ocean--Strontium)

AZHAZHA, B.G.; CHULXCV, P.M.
Strontium-90 in the surface waters of the Atlantic
Ocean in the
first half of 1961. Okeanologiia 4 no.l-.68-73 16,1,.
(MIRA 17:4)
1. Morskoy gidrofizicheskiy institut AN UkrSSR.

AZHAZHAp V., inzh.; BUSLOV., V.v inzh.
IrLqpecting the state of concretA) in the
underwater zone by
the aooustic pulse method. Mor. flot 25
no.10:39-40 o 165.
(MM 18:11)

tkf-1WJik,- A%- (4. , ki. -;1% KT5,111-EV-1~7d. T-. -ATT"A =w
"The kpplication of Hydroacoustic Equipmmt for Flohing."
report presented at the All-Union Conference un Biological
Fumdations of' Ocean
Fishing, 11-16April 1958, by Ichthyological Comrittee of AS
USSR, VNIRO, and
Inst. Oceanography, AS USSR.
(Vest. AN SSSR, 1958, No. 7, PP. 131-133)

'~~J~HAZHAp V*G*q inzh.
... ...
Use of hydroacoustic apparatus in hurring fishing with
depth trawls. Trudy-VNIRO 41:5-23 1159.
(Sonar in fishing) (Herring fisheries)
(Trawls and trawling)
variable-
(MM 13:8)

AZHAZELA, Tladimir Georgiyevich; SHISHKOVAO
Teksterina Vesillyevna;
MROZOVA, I.I., red.; SOKOLOVA. I.A.. tekhn.red.
[F:Lsh location by the use of hydroa,:oustic
apparatus] Poisk
r.foy iidroakustichaskimi priborami. Moskva,
Pishchapromizdat.
196o. 14o p. (MIRA 13:6)
(Sonar in fishing)

AZHAZHAj V,.G.
Remearch submarine ISeverianka." Rlta.Okean.kom.
no.6:66-67 160,
(Mlu 14:7)
(Severianka (Submarine boat))

A221AZHA, V.G.; VALASHEK, Yu.R.; GRISHKOV, N'.V.
De,rLce for remote measurement of salinity,
temperature and
prensure of sea water ("thermosallnometer-2"). Ryb.
prom.
no.!40-33 '60. (KIRA 1519)
(Oceanographic instruments)

AZHAZIIA, Y.G.
t.---.
Modern methods of locating herrixg by tho use of IWdroacoustic
apparatus in the North Atlantic J.n fall and winter. Trudy eov.
Ikht. kom. no.10:219-229 16o. (MIBA 13:10)
1. VoesoyuzrkTv nauchno-isoledovatellskiy institut morskogo rybnogo
khoz.vaystva i okeanografii-(VNIRCI).
(Atlantic Ocean--Herring fisheries) (Sonar In fishing)

AZH
.,,# VladJmdx Goorgiyevichj FMANOVp I.Lop red.;
BELICHENNO, R.K.p
_W
,W.304~&t -1 - -!;~ IdMilaylid-CoIrBURLWq N.P.v tekbno
rei.
10-SeviTianka" leaves for the ocean] "Severiankall
ukhodit v okelbu,
Mookve,g Goo. izd-vo geogr, lit-ryp 1961, 111 p, (MIRA
1418)
(Butmarine boats) (Deep-sea sowiding)

ANAVIA, V.O.; MAMAYEVA, R.B.
Union of underwater explorers. Oke-anologiia I no.5:928-930
'61-
(MIRA 15:3)
(Diving, Submarine-Congresses)

AZHAZRA, V.G. (Moskva)
Tl~a blue curtain parts; scientific iroyages of the
"Severiaaka."
h,:Lroda 50 no.7:81-.87 i1 161. (MIRA .14:6)
(Atlantic Ocean-Ocioanographic research)
(Severlanka (Sulmarine boat))

SOKOLOV, Oleg Xleksandrovich; AZIIAZIIA Vladinir Georgiyeyic~j
ZIIERDM'SKAYA, N.N.., OR,
[Submarine motion-picturo photography) Podvodnaia kino
aWaWca, Hoskva, Iskusstvo, 1962. Yll 1). WERA 150)
(Motion-picture photography, Submarine)

P-MYEVA, R.B., kand-geografoiauk; A7dlA2HA, V.G.
Recew; develom.,rits in undervater research disclosed
at the
Plenwa of the Oceanographic Committee. Vast. AN SSSR 33
no.9:88-89 S 163. (MIRA 16:9)
(Oceanographic research)

A,ZIIAZIIA, Vladljidr Goorgiyevich;
KOll;Ah(,,VSXA*fA, N.~ rud.
[Dcep-zea divers)' Gidronavty. Mukva, lzd-vo
IlZrianie,"
1.964. 93 p. (141M 18:1)
I. Zainestitell predSGdUtO'Iytl nekt.~di
Vocivodnykh issledova-
teley okennograficheskoy komissli AN SSSP (for
Azhazha).

AZHAZHA, Ir.M.; GUNIUM, V.S.; POPOV, B.Te,
lix)*nding the use of the IOZ-10 bigli
frequenc7 oscillator,
PrIbsi tekh.eksp, no-11102-103 J&--y 160. (KIU
13 -.6)
Is Fiviko-takhnichaskiv institut AN USSR.
(Oscillators, Ilectrio)

20791
1~jb,LAOI(~, 2901 10,15 S/181/61/003/003/017/030
B102/B205
AUTHORS: Amonenko, V. M., Tikhinskiy, G. F~, Finkel', V A.,
Azhitzha, V. 14.9 Shpagin, I. V~
TITLE: Plaotic deformation of textured beryllium
PERIODICAL: Fiz:Lka tverdogo tela, v. 3, no., 3, 1961, 7~%u-602
TEXT: Single cr,.,~3tale of beryllium show highly anisotropic
mechanical
properties on ancount of their hexagonal cryntal structure. A
P~udy hag now
been made of the mechanical properties of high-purity
berylliuL foils. For
this purpose, thia textured Be foils of high purity (99-967%
without taking
hydrogen into account) were prepared_by condansaticn of
beryllium vapor on
molybdenum sheet in a vacuum of 1.10 6 mm Hg. The rate of
evaporation was
0.2 g/cm2shr, the condensation temperature was 300-3200C, and
the tempera-
ture of heat treatment was 7000C for one hr. These conditions
were the same
for all specimens. The purity was checked by a determination
of the reslet.-
ivity ratio: R 4.20K /R2930K " 901o-3 - 1.5-10-2. The grain
size varied from
8 to 15 9, the foile had a thickness of 170-300 ji, and the
density was
Card Imifit
1,/1 T

20791
S/161/61/003/003/017/030
Plastic deformation B102/B205
3
1.831 9/cm . The texture was studied by X-ray analysis using a
tube de-
signed by B. Ya. Pines and V. S. Kogan. Two different textures
(I and 11)
were studied,, Texture I of the Be foil showed no relationship
with that
of the molybdenum backing which had been carbidized. The X-ray
diagrams
showed no (002) line, i.e., an ai:isymmetric texture with the
axis fooll
(perpendicular tc the surface of the foil) could be assumed.
Texture-II
showed "interaction" of the condensate of hexagonal beryllium
with the
backing(body-centered cubic Mo) with the texture (100) [oil] ~
on account
of this "interaction", the basalplane (002) was orientated at
an angle of
450 toward the surface of the foil, which resulted in a shift
of the inter-
ference points. The plastic defo~rnation (rate: 1~ per min) was
studied
at 20-8000C. The temperature'wi's measured by means of a
Pt-PtRh thermo-
couple (accuxacy: +20). The specimens had a size of 50
x4>:(0-17-0-5) mm~
Three kinds of speolimene with different directions of the
texture relative
to the direction of expansion were studied. Type I: The basal
plane
coincided with the plane of the specimen. The temperature
dependence of
the breaking point cYb of the longitudinal expansion 6 and of
the lateral
contraction T wan measured (Fig- 0. The maximum value of Ob at
room tem.
Card 2
Ilk

88288
q40,0 B017/13054
AUTHORS: Azhazha, V. U# and Borushkol, I. M.
TITLE: Vacuum Machine for Investigating Creep and Endurance
PERIODICAL: Zavodskaya laboratoriya, 1961, Vol. 27# No- 1,
pp. 92-93
TEXT: A high-vacuum apparatus was developed to invustigate
endurance and
creep of metals and alloys within a wide range of
temperatures and stresses
The vacuum sy-atem consists of a working chamber, a
high-vacuum diffusion
pump, and an PBH-20 (RVI;-20) rough-vacuum pump. During
investigations,
pressure in the chamber is kept at 1 - 5.1o-5 mm Eg.
Samples are heated
in a molybdenum tube furnace (UP to 15000C). There are 2
figures.
ASSOCIATIOV: Kharlkovskiy fiziko-tekhnicheakiy institut
Akademii nauk
USSR (Kharkov Institute of Physics and Technology, Academy
of Sciences UkrSSR)
3/032/61/027/001/026/037
Card. 1/1

Mechanical properties of high S/180/6-/000/001/014/014
E040/E135
30 mm in Iengt:h and 6 mm in diameter. The specimens Ivere
annealed aft,ei* polishing in order to reinove the effects of
cold-
working,, It. was found that in tensile tests at 20 OC high-
purity N'i behaves in the same manner cis I.Yure polyci,
-ystallille Al,
i.e. af-ter fo.,nnation of one or several. necks further
deformation
.gnl/cm2
proceeds by slip. Impact strength wai; 36 and 3 4 Ir
at 20 and -191."1 OC, respectively, compared with 18.9
kgm/cr,12 for
commercial gr.-.ide Ni. Specimens were not fractured but on
those
tested at -196 OC clearly visible cracks were observed. The
room-temperature tensile strength was 34.0 kg/mm~; yield
strength 6.'? kg/mm2; elongation 63%; and Brinell hardness 56
to 58 kg/mm2. Because inagnotic properties of ferromagnetic
materials depend on the presence of impurities, especially
gases,
the ferromagnetic anomaly of ductility of high-purity nickel,
which contains only a negligible quantity of gases, was
expected
to be indicated more clearly than in ordinary purity nickel.
There are 3 figures and 2 tables.
Card 2/3

S/02 62/143/006/011/024
B164YB101
AUTBORSs Oindin, I. A.9 Starodubov, Ya. D., and Azbazbal
V. M.
TITLE: 1"norease of the creep resistauce of nickel by prior
;1'eformation at 4.20K
PERIODICALt Akademiya nauk SSSR. Doklady, v. 143t no. 6,
1962,
1325-1327
TEXT; The effect of small deformations of nickel at 4.2 OK
on its creep
resistance at higher temperatures was examined by
tempering small
specime:as of bigh-purity nickel (99-994%) in vacuo at
SOOOC and then
drawing then at 4.20K, the rate of drawing being 0.03
mm/sec and the
degree of deformatidn 1-7 or 3-50146, afterward
establishing the creep
curves under a. constant stress of 2.8 kg/'mm2 in vacuo at
7000C. For
comparison, 1,cmpered specimens which bad been deformed at
room temperature
were used as vtandards. An increase in oreep endurance
from 40 to 106 hro
(after 3.5%; deformation) and a 4-5-fold increase in creep
strength were
obtainod. Spocimens prestrained at 300oC, gavo much lower
values
amounting t-o '51-5 hre and to a 1-37-fold increase,
respectively.
Card 1/2

IVAPT3i.')V, I.G..., in.zh~; AMAZIM, inzh.;
Al-iOIIENKO, V.111., kand.tokhr..nauk
Ve~~uvjn-,,smelted, heat-resistant, iron-baso alloy
castAngs.
M,ctallowd. i term. obr. met. no.'F'.43-45 JI 162.
(MIllk 15:6)
1. Fiziko-tekhnicheskiy institut All USSR.
(Iron alloys-Thermal ;woperties)
(Vacuum victidlur,,-y)

ACCESSION NRi AT3007907 S/29571,53/000/060/0061/0064
AUTHORt Aviontinko, Vo M.; Bolgov, 1. S.; Zeydlits, M. P.1 Ashatha,
V. M.,
TftLE: E f f eet of,vacuum melting.on properites of 'EIS46.- E1852,
E1847, and E107B steels
SOURCE: Primetteniye vakuuma v metall.urgii; trudy* Tretlyego
oveshchitniyaqvo-primeneniyu, vakuuma v metallurgii. Moscow', 1963,
J
61-64-
TOPIC TAGSi ir'acuum melting, vacuum induction melting, E1846 steel,:
E1847 steel, 111852.steel, Lr1437B alloy, E1846 steel vacuum
melting.,
E1847 stfbel vacuum relting, EI852 steel vacuum melting,
E;1437B.alloy,
vacuum mftltirtlt. mechanical property$ gas content, nonmetallic in-
elusion tontent.-ducti-lity, hardness, tensile strength, yield
strength, noti:h toughness
ABSTRACTi Small, 20-25-kg, Aeate of E1846 (apparently an
austei%itL6..
chromium nicktal steel containing 0.02--0.03% C and 0.1-0.8% B1, j
E1847 (0.5-0.10% C., 14.0 .. :17.0% Cr. 14.0-16.0% Ni, 0.45-0.85Z Nb,
.'Card 1,/ 4

ACCESSIODi NRt A'T'3007907
2 5-3 52; Hol and E1652 10.50% max C, 1.4-2.12-St. 12.0--14.'o% Ce.
110% Nit 1.2--72.0% Mol steel's and E143:?B nickel-base alloy [Nimon1c:
BOA] werdi melted in a labor*atory indijcilion furnace under it vacuum
of 0.00005-0.0001 mm 11g. In all four materials vacuum malting
greatly r'educed the gas content: oxygen, to 0.0007-0.002%; hydrogen
to 0.0001.-0.0003%,; and nitrogen. to 0.001-0,003%, that is, by i.
80-90% compared with conventionally-,mialted steels.' The sizt and
content of nonmetalliii'inclusions was jilso considerably reduced
This resulted. in a significant improvement of ductility, especi;l,ly.
at 500-800C (s,ee Fig. 1 of the' Enclo.sisre). Tensile and yield
strengtha were~ not significantly affected by vacuum melting; hardne~ss
nefi-'
dropped'hy 10---202 compared with conventiorkal melting. The be
cial affect of vacuum malting was aspe-tially.pronounced in E1846
steel. Owinil'to low carbon and high boron contents, it is difficult
to obtain steel. of satisfactory quality by conventional arc or in-
duction meltirill. Satisfcatory ductility can be obtained only by
keeping the baron content close to the lower limi*t. In vacuum-melt;ed
steel, however.'ductility drops with increased boron content, but still
remains satisj!actoty; atA-.8% boron the elongation at 20, 500, ~nd
800C amounted to"30., 18, and 56%. Increase of boron content to"
Caid. 2 / 4

ACCESSION N'R:t AT3007907
f.15% did not:* produce any significan,t drop ~of elongation, Orig.6'
mo t4 j!figures and I table.
art. h
ASSOCIATIONt none
SMITTEN 00 DAM ACQt l2Jul63- ENCLt 01
SUB CODE: HL. NO REF SOV;. 002 OTHERt 002

Card 4/4

A130079
07

V

0

Jsj
r4 to
W4

S

W
0

log -100 30,7 ar 50# 8re lo

p

Temperature, *C

Fig*- 1.
Mechanical
properties of
.

E1846 ste
e1 with 0.1% borbn

He I te d: I
in vacuum; 2 - in air.':

Ob -
tens
ile streligth; 0, 2 yield
*

strength;
6 elongation,
,

Ol

AZHMIA, VJI.; GINDIN, I.A.; STARODDBDV, Ta.D.
-.I-
ODmIaring the effsot of prestressing at 4,2 and 3000
K on the
crevp charaoteriotico of nickel &L 70000~ Pisomet. i
metallo-
ved, 15 no,,18119-124 -T& 163s (HM 1612)
1, Iiviko-tskbnioheokiy institut AN UkrSSR,
C*Lokel--Cold working) (Creep of nickel)

*~U l I I MAN aa Alivi?Uv A a EZ3V?-Ew-GTrl-5MKayH I"'
t 101091 6'
Pu-4
ACCESSICIN 'NR
ATYMOR: - Ah
i_rpF (c)lEpF (n)4/F!7p (a) /ru.yr (-,j)/pr-,s h~71 r/!,, 11
S/ 073-5
AF3001699 0126/63,1015/005/072!)/
2M.~~Gindin, I. A.; �jEq4 lubov, Ya. 1) FL~j B. -1,
I=z M!4' ct of low-temperat =-e prest-. ain on the cxeep and intem-
al friction of
copper
SUJRCE: llizlka netaUov i metEdlovedeniye, v. 15, no* s, 1963,
729-735
Topic TAG.11: comeIrcial-grade copper, subzero~-temperatvnre
prestZaining, wMealing,
creep c-hw!,&ctAwir3Ucfj,, inteernal friction, mivostructure changes
ABSTR&CT: Thel effect of low-t~.-,Tlp(-Irature preubrain on the
creep, iderostru-,ture,
wd ir(te-rzisl *iation of commexcial-grade cogper -.mz sturlied.
Test. sp ea4t=ns
aw'eslel ji a klwh Ytickm for 2 hr ev wv, 2.5, 5,0, ~ 7,5, 3-2,5,
01- 35% at 'a cO--'3tl--nt,,rSta& of 0-(Y3 -M/Sez S-t tMmPf-Tatmes
of 300 -r 4-21K 4ecixv~na
pre-.,AretdeJ. at 4,.,2-K ware annenle4 at room tapperat-are f or
ICK) hr. BoZ grzupa of
spe!,ir.lensl.m.re ~.~vbjecteed to ohort-time areep A^3ts ~n a wwuum
of 0,02 M'l
at SM" U der a streso of 2 kgt= slap 2. Tbe ~ te-sts iatmv~d th,at
rA preistnidn of up
to 7. 5% gi, room temperature - or subzero temperkt-arit shm-ply
dea~reasetl the-rated of
the first: ard second creep stages. The seconi-stage ex-eep
Lrf!~te$, for, 4'nstwtce,
decretwe& from 0,95%/hr for =nealed specimens,, to 0.09 tod 0.0
/lr.- for speec:Unen.3
Card 1/2

L imog-611
AccwsicN w, Appol6qq
prestraineil 7-,5% at 300 and .4.2K. The ruipture': Strinigth of
approximt--lv 6.5 hr for
annealed aj*cizbenil Increased t6 approximat!ly 10.0 and 12.3 hr for
the spal-imiens
prestratchiq 7-5% at 300 and 4.2K. The purer Lhe metal and. the
coarser t~e Erain,
the M-sher~thm effect of prestraining. Owygea~i-flree copper
prestretclied 7,5% at
300 or 4.21: ard tvstad under the above conditl)w had a creep rate
o-."' O.Q? or
0.01%/hr mild e~ rupture life of 19.5 or 24 hr. ::The 10% elongetlon
twl redl,~,Ctlon of
area of thk Ew,"nealed specimn -decreaBed to -4% Tor the 6pemimtns
Prestrilinod 1.
136t 4.2 and~30*. Preztran at 4.2K atrengthem5 grain boundaries, and
ndjtwerlt
fqc~ain zoneil; dd, promotes formation of a atJbstritc-Mwe. This
eharpl~r reduces the
nx=bar of j f4rwd
j~dcxbora~*Ei along grain boundaries during creep and inhibits
intergraWar am, -urellif the metal. Low-tsaerature Prestrain raducets
internakl
friction ij(- copper- ant -sigo-ifimntly-,I,ncreE-,.ses.-tbe
to rise shtirp2y, e,,g,,, from aplwodmately 100C for annealed
specimenzi to 3Z0 ard
470C for aj)ecimens prestrained V-t 300 and 4,2K4'. Orig. art. has: I
table ~rd
8 figures.
ASSOCIATIC14 lizl:ko--tekhnichesRly Inatitut AN:UWR (Physicotechnical
lnstit,-,I~e,
AN USSR)
l=ffTTED,. 1INov62 rMM ACIJ; 11,Tul63 CO
sun,
11 CO-rF NO R17 SOVt 016 MIT-" -t 003
Corcl
-------------------

AMONENKO, V.M.; L4AHZHA,.,V.M-.j- IVANOV, V.Ye.,;
TUR111SHY, G.F.;
FINKEL' , V.A.
Deformation and fracture of rolled be!ryllium of
different
purity. Atom.energ. 16 no. 5:426-1,32 My 164.
(MIRA 17:5)

L 7037-6_5 q -4
41 M) 1,15~.P( )/EX4(0_ Pf ARVI./A$P,(f)/WM(t)
ACMI
c0 16 A)~('
AMC" I M..' k1batts! J. A-;
Va
3j
TNJZ'., Def; rms taftl- a tatmarviouia, trv- _Of difforUt pmlti!
426-
SCM12 Att ~:is' 6
3: a iim,nber,~3_Um'Aefo=atI'"n, I~eryll.Im ftibm., bery:Miui
TWIC TAO
inveliltigatM the plactic dafmUktim and the type of
-Ip -4 Ilt-tomp?rstures
a
b
to 80) C, !Mp spoclimm verp pmIlumea by mmm distMation erA mWelpillm
;Va.
'Fa&IU4 Will at. ~a residual Imessum of ~ W as
and of ~`Ue4wiwms' Vag 83 to 9011.:1 paltr
it by:
COWrol vas 6ax a !a i'voidnal res The,nuthams TmA
1011
f
itoea ed 9*r- ~~IV fit: Iw 142veratwMil at.
ar
along 'Jbcmpdar~ tp)), at 16ILevaups teapratllm'~ upirium"
pmelderabl"r

~-- ~( 6
397
Pr, d: JPt.
R - JDATR
ACCESSIO~11 AP400,771 /0426/641013j'004/0553(f)
AMWOR. BC' onenko, Al. ;~Zbydltts, "M.
-4~r-
TITLE: D LliO I Ior ment oftAching ipatt rn i~c hing 'acuum
e B n. n kel by thm,19 -etc. g,
tn v-
SOL
mi~tallovedeniye,l V. 18.. no., 4p: 19-64j, 55' . 5 7
T0,101C. TA Sr,6ertnav-~,qcuupl etc ing,:~nlckol-etchinp:,et.
h Ching pattl~rfi
ADSTRAd~~'-.,IA ball etchink method ~[p va kiui~ wan'deve'loped
fqr*:n'ichel,and.~
i its alloys owd ZOO ateCl t1jI&L., appe a rail ci~
f that. I, roi addition facillit
their density, and:redumed the gridfil'r.)~'Z'e- The
of etcbib-g1Oqi ns, invr4:,,arCe)d
and 120C, C whs'investfig ti al
tempej-au~ az& ate.d. and ffie:op m.
tern~eratu ~ii w4re 16un-'d',to be'at about .10004" The
S;t
-ed indents j b i of- v~hlch had er1cP Olf
a1l&66tt~w indicat1hk the ab:~ 0 C'n
U.
th iu~ WiTfflar tteatti~6t-w" toll Mier met$ Is (Co,
The resulll,s I di catt the L-fMct veness of the,ibermal etchbq in
yacimm. 0 -1-1 'g,
ar, has- ~,,Jt iNgulle's.
CAM) 1/2

L A a Vv,~'a ILI m
7777
0856-65 Pad IJP(a)
N-N]
-AUTHOR- AiNaOia'' Ir. M.; Gindin. A. 4~bov,'Vao D.,
Staro
TITLE: Effecti, 1A stms,6 and tempeiatUre on creep i I 'I titzinarily
en n c e
deformed at 4. 2 R.
j- SDURCE: Fliffilalmethl],ov I metallo vedeniy'e, ~v. 18# no, 40 Z64,
fill-517
_~niclr r e on,
1"OPIC TAGS:.' CrebP'V tel, str"fa, temperatu T effect, i~lck' I
detbrinati
I.Dw te;nPQratuwe:def(rmtk~-ion
-.ABST-R-AC
T-" b"fitAct-of-stress dAemperatu b_was__inv~istivatid_Dn_!:r_ "e 1.0
i,.Ickel-wjYteh-ul~dt!rwit7it-n---deformation:.at:-4 2 K.
---It was lauAd that- thlalmn_temp~-
Orature deforviatlon i-acreases the 1ife of N-0 durihi; creeo, In the
in-
Pe)34gated tern~peratu're .range W. 2: ;to 300 K e1ifetime or nickel is
an eypouen~.
tial funct*on of the sirtss and of tM inverseltemperatum. The tensile
strimigth,
-is also increaving. mie activation zriergy -of creep in nickel
corresponds to the
Activation enevgtof selfjjjf~t;~aioh. T4e increased -resistance to
creep iv) cennect-
for-, atloii of fine-graim relflata -
130 WIL11 "113 W, disorienteed substrUcture which
Curd 1/ 2
777`~ ~7777

BOLGOV, I.S.; AZ11AZHA, V.M.j AMONFNKO, V,M.-, ZEYDUTS,
M.P.
Feveallig etch figure3 in nickel by thermal etc-hing in
vacu.um. Fiz. met. i metalloved. 18 no.4:553-557
- 0 164. (MIRA 18:4)
1. Kharlkovskiy fiziko-tekhnichoskly institat.

I WA I 141,2~4 0 WKV Frzl_"._;;~ Q If tln%!fl~~-r 'I IA I PM IA d I
UV~4501-Mn r.Ri I Nr"~A bi
L 182 (a)/1WA(d)/T/1!;NP(t)AwP,
EW (b) jPad 0
ACCZSS1 41~5001250 S/6126,164/018/005/079610198
F
v
VIL
AMOR
-TITLE- Divesitiption- of- ef feet -of -boron- on -tlie propertio-a
of
jjrk e by-tbe
Methodof,AIIMM-01 friction -6 . 1.~ .- - ~ -1,-- -._ I - 1 1- ~.
j
SOURCE: 112 1ka i~~,tallovl i metallovederiye, V'd 18, no. 1964,
796,-? 98.
'TOPIC bol06ickel alloy, boriin containing iallo~, nickef alloy
property$ jlln~~,Ikel'j al-lo-y-In-ternai friction
R_ACT:117_1~je -effect--of -a oying:~with .11 Oul ntitiesio
boron-on-the J,.ntern*l--
'if. Jlck~ has been lni,6stigate Alj~oys c
f rIctlon t r, 1 1 ontaW'ng, 0.005, -0.01, 0. D5,
1-wurenalted- f-ro (in
=d-O_1_w1j7.-7t M. in_a__A_,.icuum,_hig -reque-ney-
Ividact i oil f Zrccl,~. . The- curves. olf the temperacure.
depen~ande of internal4rittion
show ~threi . v'A'Ixim at approximately, 200, 430, imW 630C. 1 AO,
established by pre-
vious stut; ieni,- ti e first-maxitmim is brought atiout by
6rronngnetism of nickel and
the sec6nij, b~ stiress relaxation at the grain boundaries. The
third maximin is
apparentij ccipnei~,ted with the block s1ructure of grains, In the
case of pure
nickel, a)JI tbrei~ maxima are rather flat. Thei peaks a_-'hieve
maximum height lit a
card 1/2

HL il 'W&W, lff,,N..r -I", ~_~ ? _FFYI~_j "I
vW YYV~'
L 1828"~ T
ACCESSIC R. APkO
01250
-boron -contli~nt-iof -0.01% With an in creamJn bt6n tonte~t the
level. of_intetnal -
friction at. WLgh temperatures decreases. In the opin-lon of' some
auth.(:,ra, 1,ht?
level of linteirnal friction can be conside,red ajo en indimet
charactex-ji'stic of
beat resistwme, i' ' e' the-lower the level, thit higher beat
resistance.- T1419
was tonfirtwd by,otreos-rupture -tests at-.600C i3nder a stress of-6
kg/vW, in which,
the alloys w1i.,h 0, 0.005, 0.01, 0.05, and 0.12. boron had, a
rupture lfte~of 3.5.
36, -41, 156, 7Li'ind %2 hr with a total elonptloii of 42, 55p 57,
45, and 43%i.
Orig. art. t hao: f igure, and A,Jable
ASSOCIATIOW: ~nonk,,
ENCj,*
SUBIIITMD:~~ *41.Qftv~13. O() BUD CODE; Mi AS
ATD PRESS: 31%
No F
XF SOV .465 1~
Card 2/2

L 31169-66 INP (k)/';%TT(d) /EWT(M) /EWP(h)/T/r"'WFfk I
~i ( -- -6-MV00 I -
7C N Z SOURCE CCDE: UR/0000/65/00 6 /0068
'L C
"lW6f 1JP( P) JDIRWIGD
AUTHOR: Amonen)to, V. 1~,; Azhazha, V. M.; Bolgov, M. Ivanov, Y.
Zeydlits.L_
Ye. -, Sj2LSva.F1r. I .
ORG: Physico-Ttchnical Institute, AN UkrSSR (Fizikc)-tekhnichaskly
Instituk AM UkrSS
TITLE: Influence of boron on the properties of ni0ml
Ivi
SOURCE: AN UkrSSR. Institut problem materialovedenlya.
Vysokotemperaturnyye neorgani-
cheskiye soyedi-nen.1ya (High temperature inorganic c(;mpounds).
Kiev, Naukova dumka, 1965,
163-68
TOPIC TAGS: boron, nickel, alloy, boron alloy, internal friction
ABSTRACT: The effect of boron concent t*on (0-0.1 wt %) on
mechanical strength limit,
relative elongation, and relative plas city of nickel was examined
at 250 and 6000C
!and also the temperattire dependence of~nternal friction (Q-1) for
nickel containing
0.005-0.1% B was examined in the 200-600C range. Samples of ni C
1-boron alloys were
prepared by fusing mixtures of H-0-grade nickel and KiB standard
material in an elec-
Itrical furnace. After 70-80% deformation for 4 hour at 4000C, the
samples were held _I-
for 2 hours at 8000C. In general, boron had a beneficial effect on
the mechanical pro
perties of nickel. Specifically, boron was iound to strengthen the
alloy crystals and
the intergrain boLindaries within the alloy, to improve the internal
grain structure an
l

ACC NR, AT601355:2 I
I ~q 41
to retard harmful *.mcrystallization processes. The effect of
boron on strengtb limit,i
tviative ol7on-gafliii, and relative plasticity of nirJ:el is
shown in figure 1.
dp
CVV 4%4
bO
Ia.
0
50
4J 4)
ba
4J 4
(a) Ff
boron content, wt%
MdP
. W
>
.~f
V-H
Fig. 1. The e ffeat of boron on strength limit (1), relative
elongation (2), and rela-
tive plasticity (3) of nickel at 250C (0 and 6000C (b).
The temperature dependence of internal friction (Q-'I) of Ni-B
alloys is given in
figure 2. Orig. art. has: 5 figures.
213
boron content, wt. -3

1; 31869..66
ACC NRI AT6013552
UB CODE: Il/

20

Fig. 2.
SUBM DATE: 03Jul65/ ORIG REF: 01.21 OTH REF: 001
Card 3/3

1--77o,r r~ 1, 1 r-.-'
I , ZI 1,71. 7. T7 I- , _r I Ij 1 - I r j; / K~_ 1jJ_F k C. J f) f
I i U
ACC Mi ANODWI SOMNa CODE: tili',/0000/65/000/000/ool.i9/()075
AU*MOR: Azhazha, V. M. Amonenko, V. M. Bolgov, 1. S. Zeydlits, M.
P. ; Ivanov, V. Ye.
:ORG: PhysiCD-Technical Institute All UkrSSR (Fizi.ko-tekhnicheskiy
institut AN UkrSSR)
:TITL melting in vacuo as a means of improving the mechanical
properties of boron
I --
;Steels
aturnyye nio~,a-
'SOURCE: AN UkrSSR. Institut problem materialovedeniya.
Ilysokotemper
~nicheskiye s,oyedineniya (High temperature inorganic compounds).
Kiev, Naukova dumka,
11965, 69-75
j
)TOPIC TAGS: boron steel, mechanical property, steel, ferr us
metal, steel microstruc-
!ture, chromium steel, nickel steel / E1437A steel, M437psteel,
E1403 steel
b
1ABSTRACT: The effect of smalting (2500-10000C) in vacuo and in air
'for 137-130 hrs o
Irelative elc!figation, impact, strength, and hardnif-ss of
chromium-nickel steels F:Vntain-
;ing fron, 0.9, to M wt % boron was investigated.' 1, E1437A
(boron-free), E1437B '(0.015 w
B), E14031~0.1-1.0 wt % B), and some specially preparej- steels
containing 2-3 wt
:B were used as representative steel samples. It was found that the
smelti of steels
-2 fold increase in their
:containing 2-3 wt 1, B results in a 1.5
__Rjastic~jy.~ A 15-20%
linprovement in rele,tive elongation characteristic and two-fold
increase in impact
, strength remult wht!n high purity steel grades are smelted in
vacuo. Greater improve-
LCar.d_ 1/2 _

ACC NRs AT601.3553
iments in mechanical properties of boron-containirg' steels were
achieved by smelting
jin vacuo rather than in air. The effect of sme~4 tng in vacuo
on strength and 'plasti-
city of E14VFi steel on rapid breaking strength ind relative
elongation of E1437B is
~graphed. The effect-o-f'*--bo-r'"'o--n-,,C.-Qntent on me ical
properties of E1403 steel is also
,graphed. Orig. art. his~g- ures, 4 tables.
ISUB CODE " 1173.3 SUBM DATE: 03Jul651
ORIG REF: 006/ OTH REF: 004
2

3967 -6 nyp(m)JEW /V05
.~_ ~; p, T (m, IV. 0-
------ _BWP(b)___, Pad
ACCESSI ON ~tlRf
Al 5b0S75l,,,l s),02'!6/65i~019/003/0430,/0,444
AUTHOR,: A t A ha, V. ll.': Ginain, X.-K.; ~L,~xfne'
V
V
ubov _1
TITLE 1; ~empermture on the 6%lbstructure and
strength o I,' nitkc)l deforred at 4.2K
-SOURCE. F~i
7 7 h! lov I- natal-love,Jeniyte*-v,.---l9, AOO -1 -.190 6
4 39-442
---TOPIC -!TAG-SJ--_6icJt_e imlnary- def ormari-on '--nickel--proces
--am-nealln
e2
structure
ABSTRA#.. ''IThp' ellffict o:F!l onnealing tampieiature ou
the'substructure.
I I .,
-piv,opertilu-~~--,Of;.--N-0-ty,~p--nilickel-sti-etched 3.5% at-:-
4.2K has 'been iptu*died~ Ari _11Cs 61one at :100, 500, 71~0, 900
or IOCIOK. AnnealiTIS at 300 tu 700R . slightly reduced the wubgrain
size *,,whi1q. a4neiull ng a~t 900 or 1000K .. iticre ased. it., The
ot5timal
annealing at-llhlck~ a fine- polyganized sub-
struci;ure ipith a lairge di3crientation anille. 'betwen the subgrain
card 10

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ACCESSEON M
I with 'suc4' a subs,;t:ructu.
~_4r'aptlfl 8 nd~` SO ~r6lns:,~i;ai NIC"
-ir
has 0 hl.heiit I 401stuoYE6 ttj plastic: deformation at~ room
tvnj,~eratvi el
4 lsij~ rikpt% rt~ IAthe hIRh a' _:6ree P. ~reslstanca' 'Pecimein's
tht lo. Rt lifer and a t
-go *and thti creep
annea~jod: All 500K olivVied a1mcpht no first-creep~ st~a
-loner titer, that of tile.
metal and ftv,o~ tIMe's lover than that -0-inict" 'I arne~afed
--ii-1.000K
The subgralln ioixit vas iound tto be practically I:he same with any
-annealing Afemj~orsLture., --and tO-be, coniiidL~rabl hat'of
ams.1 ler, than t.
the initially rm~tal. Orig. arit. has: A f igures., ANDY_
ASSOCIATIO) Fi* lko-tekihnicheskl,3~_ ins t itut J,N, Uk.-rSSR (PhDs
LCO"
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ACC Mt 05023768 SOURCE CODE; UR/0089/65/019,/003/o2-6q/o272
AUTHOR: Ohazhaj V. M.; Dtyakovi I. G.; rapirov, I. I.*, TIkidnakly,
G. Ft
ORO: none
TITLE, Chonge in bitryllitun properties during a
SOMME': Atomnftya energiya., v. 19, no. 3, 1965, 269-272
TOPIC TAGS:~ btryll.!'~um, beryllium powder, beryll.ium property,
beryllium heat treatment
ABSTRACT: The eff,?ct of aging on the 'mechanical, Properties' of
beryllium at elevated
temperatures and the relationship between the me:~-hanical -- -
properties and electrical re-
sistance of aged baryllium have been studied. Il'ot-compacted
-ommercial-I..,,rade (99.54%)
beryllAum sj)eeimena with a density of 1.8411 g/rnj3, it tensile
Stren(,,th of 23 and 13 to
13.5 ):g/mn2:and iiii olongation of 3. rind 10.,5% at 20 and 60t)C,
respectively, were homog-
enized at 1100C for .15 min, cooled to 8000 at n.,rat r of 100C per
min, to 600C at a
rate of 20C per mitt, and to room temperature at a rate of 5C per
min, nnd then aFed at'
700, T50, 8110, and C~50C- for It, 40, or 100 hr. It war, found
thnt aginj.,, increases the
ductility o:t beryllium, especially tit high temperatures (nee Fig.
1) . The tensile
strene:th of aged specimens was 1,6-17 kg,/nwt2 at hOOC and 13-14
kg/mm? at 60OC,- it
decrei3,s(!d to 11.11-11.8 kg/mm2 for specimetis aged at 800-850C.
Yield strength for
all testcd iipecimers varied in the ralife 8-5-9-5 kg/MM2, but
dropped to 7.8 kg/mm2
after aging at 'fOOC i~or 100 hr. Curves .hcwing the dependence of
clonFation and elec-

ACC NAi AP5023768
JL1 X. Fig.-I. Teiiperature dependence of beryllium
(1) homogenIzed, (2) aged at 750C for 40 hri
and (3) aged at 700C for 100 hr~
i jo 050 600 %*C.
trical renisti=-ce- on :%glng time are similar; resistance decreases
proportionally to
the increase, in tIonEtation. Orig. art. has- 6 tipres and 1 table..
(AZI
SUB CODE: MMI~OUBM iW!E: -25AugfiV ~AOO/ ATD PRESO;
w

jkZHAZHA, V.M. ; GIN-DIN, I.A.; KOZINETS, V.V.,,
STAIRMi,1310V, Ye.D.
Effect of the annealing temperature on the
substructurti and
strengi.~ properties of nickel. prestressed at
1,.20K. Fiz.
met. I ittatalloved. 19 no.31439-442 Rr 065. (MIRA
1814)
1. Fiz1ho-teklinicheskiy institut AN UkrSSR i
Khar1kovskiy gosu-
d&-stvE-i%nyy universitot.

A731AZHA _Y-,"Aotlkva)