SCIENTIFIC ABSTRACT KONONENKO, V.A. - KONONENKO, V.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824310018-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

T6 -C
PSM I BOOK EXPLOrUMON SOV/4502
Akademiya nauk MO. Naucbuyy sovet po probleme zhuvprochnykh sp3Avov
Issledovaniya po zharqprochn~m splavam, tom 6 ( Investigations of Rest-
I)esistAnt Alloys., VoL 6) Moscow, 1960. 319 P. lxzst% slip inserted.
3,,000 copies printed.
Sj>ousoring Agency: Akademlya nauk SM. Iastitut met%llurgil imeni A. A.
Baykova. Ifu sovet po probleme zharciproahnvkh splavov.
I
EdItqrlal BoarId: 1. P. BPxd4x% (DL-ceazed) Academird-in,.G. V. M)U"C~V, N. V.
Ageyev., Corresponding Wmber~, Acadeqr of &ievv~es,iOM (lie sp. Ed. ), 1. A.
Od~mgp I. M.' Favlov, and 1. F. Zudiu,, CarjAldate of Tetbrical Sciences;
Ed. of,Publishing House; V. A. X2J=v,*,:7Iech. Ed.: S. 0. T41-khomilrova.
PUIMS: This book is intended for researc.-h vorkern in the field of physics of
metals -and for mt&Uurgists., partioulaz1y th~,F!e vork:Lng on beat-resistant
00 1 YS.
COVICPACM: This collection of 45 artlolea de%ls ielth nriou problems in the

S/60 60/000/011/008/014
D207YD304
AUTHORS: Kozyrskiyj G. Ya., and Kononenko,..V. A._
TITLE: Fragmentation of nickel grains during creep
SOURCE: AkadeM4ya nauk Ukrayinelkoyi RSR. Inetytut
metalofyzyky. Sbornik nauchnykh rabot. no.
11. 1960. Voprosy fiziki metallov i metallo-
vedeniya, 94-100
TEXT: The authors observed fragmentation of grains and other
structural changes in nickel during creep, employing a technique
used earlier for iron by G. Ya. Kozyrskiy, V. A. Kononenko and
P. N. Okrainets' (Ref. 1: Ukr, fiz, zhurn., 3, no. 3, 391t 1958;
Ref. 2: Sbornik "Voprosy fiziki metallov i metallovedeniya" no.
9p 129 1959), A single s9mple was used. It was made of pure and
annealed (3 hours at 1100 C) nickel. Structural changes were de-
duced from changes in X-ray diffraction patterns and als8 ob-
served directly by microphotography, Creep tests at 450 0 for
Card 1/3

B/601/60/000/011/008/014
Fragmentation of nickel... D207/D304
610 hours under a load of 5 kg/MM2 showed gradual fragmentation
of grains. Fragmentation was more intense in the initial stages
of the test when the rate of creep was higher. Fragment dimen-
sions (0.1 - 0.6 mm) were of the same order as grain dimensions,
but 2 - 3 orders were greater than block dimensions (10-5 cm).
Apart from grain fragmentation, blocks were also broken up in
some grains continuously throughout the creep test, while in
other grains blocks increased in size due to the annealing effect
at 450 C. Microhardness increased gradually up to 120 hours un-
der load and then decreased, retaining after 610 hours a-value
higher than at the beginning of the test. This change of micro-
hardness is due to more intense fragmentation and a consequent
generation of type II deformations during the earlier stages of
the test. In the later stages, fragmentation Nvas less intense,
creep proceeded mainly by slip along grain and fragment boun-
darieB, some deformations were removed and some blocks grew in
size; all this reduced microhardness. There are 3 figures, 3
Card 2/3

3/601/60/000/011/008/014
Fragmentation of nickel ... D207/D304
tables and 2 Soviet-bloc references,
SUBMITTED: September 15, 1959
Card 3/3

_,q],81
S/601/61/000/013/013/017
D207/D302
A UnnnAnkn__V_
'UTHORS: Kozyrskiy, G. Ya. And A.
A study of changes of the structure of a metal in the
initial ota-es of deformation
0
~;OURGE': Alcademiya nauk Ukrktyinslkoyi RSR. Instytut metalofyzy-
ky. Sbornik nauchnykh rabot, no. 13, 1961. Voprosy fi-
ziki metallov i metallovedeniya, 133-138
T--,,'XT: The authors studied the initial stages of creep in nickel
using an X-ray technique earlier described by them and P. N. Okra-
inenko, and by G. Ya. Kozyrskiy and V. M. Danilenko. This method
which consists of synchronoub rocking (rotation) of a sample and
a cylindrical photographic film about the same axis, gives infor-
,mation about individual grains in polycrystals. Samples were in
t';,.e form of cylindrical rods of 5 mm diameter and 50 mm, long. They
were prepared from 99.99~ pure nickel by adding 15~ Mo. Before
tes-cs the samples were annealed in evacuated quartz ampoules at
11000C for 70 hours. After this treatment the mean grain dimensions
Card 1/2

S/601/61/000/013/013/017
A study of changes ... D207/D302
-,%,ere about 0.4 mrii. In X-ray measurements Cu radiation, with -the
K-"2 component filtered out, was employed. Creep tests were carried
out at 550 OC under loads of 5 and 7.5 kg/mm2 applied for up to
223 hours. These loads produced deformations from 2 to 4. Grain
fra&,,ientation occurred only during the first stage of creep, last-
in., several minutes. Mosaic an "les (angles between orientations of
blocks or -:ragments in a grains increased throughout the tests.
increase o.L the applied load, from 5 to 7.5 kg/MM2, increased the
number of blocks into which grains were broken up. The X-ray re-
sults were confirmed by ex.-.mination of polished sections with a
me6allurgical microucope. There are 5 figures and 3 Soviet-bloc re-
.Lerences.
SUB114ITTED: September 15, 1960
Card 2/2

62/aao/ox6/oo4/oz!1:7T--_ ~77-7
AUMORS: Kozyrokiyo G.Ya. and Kononen1co VoA,
~_TITLE; The effect, of 4hromium. and boron on the creep of
SOURCE: Alcademiya nautc Ukrayins'RoyiRSR. Instytut metalofyzyky.
Sbornik nauchnykh rabot.. no. 16. Kiyev, 196?..
Voprosy fiziki metall i M - 38
ov etallovedeniya- 31
X-ray
T EXT Mechanical tests, mota 10;5raphic oxamination and
diffraction measurements ware usa;to study the effect of 1.50,1'5 Cr
and 0.01c-,; B addit'ons on the rate of primary and steady creep of
Wi. The cre2p,tests ware carried out at 550 C under stresses of
5 - 15 kg/min on specimens anneal-ad to obtain an average grain-
sJ ze -of approximat ely O?~_mm. The ra3ults of the first series of
experiments shollred that both _.-C r- - zmd '3- additions brought- about-'a
decrease in the rate of creep, bixt that I the effect of Cr on the
ras, respectively, more and less
primary and stoady creep rdtat
~.pronounced than that of B. It was aLso found that the rat(
creep of the Ni-Cr alloy was slower in air than in vacuum, this
effect being attributed to.the formation of an oxide film acting
;~Card 1/3

S/6ol/62/ooo/ol6/oO4/02q
x
"No effect of '193/F
as a barrier to the movement of dislocations. Further measurements~
showed that Cr considerably slowed down the increase in the degree
of misalignment of the mosaic blocks during creep and that even
under relatively high stresses the deformation in the early stages
of creep was not uniformly distributed. This conclusion was con-
firmed by microhardness measurements. The results of statistical
analysis of these tests gre, reproduced in Fig. 1, showing the
~microhardness kg/mn distribution curves for specimens:
1 - before the creep tests; 2 - after 36-h creep at 550 'C (total
~dcformati 3 - after 96-h creel), an
on d It - after rapid.
deformation in creep. Addition of B had a similar effect on the
rate of increase in the degree of misalignment of the mosaic
blocks, particularly in the steady-creep stage, i.e. when the
-6ffect of this addition on the rate of deformation was also most
Metallographic examination of the surface of Ni-Cr and
Ni-B specimens tested inereop showed that both Cr and B slowed
down the p6lygonization and racrystallization processes. The
results of the present investigation indicate that Cr and 3 reduce
..'.:.Considerablythe rate of dislocation climb in Ni, thus providing
Card 2/3

KOZYRSKIY, G....Ya.; KONONENKO, V.A.
Vacuum chamber in an TP-4M unit. Zav. lab. 30 no.lOil263-1264
164. (MIRA 1814)
1. Institut metallofiziki AN UkrSSR.

S'
I _55 5 0 15 _5 EXI
ACCESSIOU MR., A.P5012505 UR/0032/65/031/005/0623/0624
539.16.07
I/C)
AbTTHORS Koz-_-qkiy,.G_,Ya-_* t-Sk_l,~ ovt -0~, Yaw-
TITLE: An x-ray- 6amera for atudybig the mosaic structure of cry 11f;
EIM~" CIE Zavods?mya laboratoriyu, V. 31, no. 5, 1965, 623--624
/ i in-
_gjX]Actjge, x ray photography, meteil ~tr.-ct'.Lre
ARSTRACT: The authors have devised a camera for dotornining moeaic atructure
cr-~~_tals. The specimens in this camera may he rotat~4 a_xis porpen-
'hQ LIncident beam by having tvo mutuall:,- --x93 c-" z-o~a-
t,~Is direction of the incident beam Paralle-I Ic. -na rota-
1"O'Clection to disappear in older cazie7as c!' the =oblem
7 -,F:, w~~ch ii alliDtIcal. This
Dy kee-.Lr,-, t~ha rolal.,Ixe _pvfF.IL:w_aL.apecimen -To beam- Eixed, -
_--o-ther- -Cource --of -Ohif 0
_X a T~G W (W~rmati6lv
Ide _U6 a-Pac-i1w C
--haa --boon- ramov~d 'by- dq4eU~b_g- ho r-for, h,: allowin
p6tisat T7 camera:
0. -on

Nd T_ W MTPl'w I IT/04P Wh~r I IJP(c)
r. -~A7_AA I JD/HW/GD/JH
SOURCE CODE: UR/0000/65/000/000/0132/0146
AUTHOR: Kozyrokiy, G. Ya. ; Kononeako,.Y, A.,
ORG: InstiWt6" 'of Metal Physics, AN UkrSSR (Institut metallofiziki AN UkrAft'i)'
TITLE: Effect of aluminum on structural changes in nickel during dreep
SOURCE: AN UkrSSR. Fazovyye prevrashchentya v metallakh I splavakh (Phase transforma-
tions In metals and alloyq). Kiev, Naukova dumka, 1965, 132-146
TOPIC TAGS: nickel ckel alloy, aluminum alloy, creep
, 2
ABSTRACT: Structural changes occurring during creep of pur nickel and a nickel alloy
with 2. 93% Al were investigated by subjecting *e samples to heat treatment and annealing,
then measuring the microhardness, disorientation, and deformation during creep, and using
Xm-ray diffraction analysis. The structure formed during creep was found to be stable during
heating without loading up to temperatures higher than the testing temperatures. Addition
of 2. 93% Al has a substantial effect on the creep of nickel. Deformation during its first
stage decreases, and so does the rate of steady-state creep, while the growth of disorienta-
tion is hindered. Because it to unevenly distributed over the body of the grains, aluminum
does not decrease the inhomogenefty of the distribution of plastic deformation. The inhomo-
geneous distribution of plastic deformation causes a concentration of stresses in certain parts
of the grains (most often In the boundary region). Accumulation of stresses may lead to the
1/2

ACC NRt AT6010588
C
formation of microcracks. The formation of folds in the body of the grain or grain migration
promotes relief of the stresses. The presence of Al hinders the processes of polygonization
and recrystallization. A nonuniform distribution of the Impurity may cause the formation of
a toothlik-e shape of the grain boundaries. Orig. art. has- 9 figures and IL table.
SUB CODE: 11 SUBM DATE: 18Dec64 ORIG REF: 017 OTH REF: 008
Card 2/2 ZC_
510 IBM
JD/M4
11602)"d 70.9 SOURCE CODE: UR/0126/66/022/001/0108/OIU
AU711OR: Kozyrskiy, G. Ya.; lCononeako, V. A.
ORG: Instituto of Metal Pllysics, 'V~~R (Institut motallofiziki AN UkrSSR)
TITLE; Jalvestigation of crcep in alloyed nickel subjected to preliminary deformation
SOURCE: Fiz"- metallov i metallovedeniye. v. 22, no. 1, 1966, 108-Ul
TOPIC TAGS: tensile testing madiAne, nickel base alloy, creep mechanism, metal deform-
ation / IP-1AM tensile 1~!~~ting nja~china
ABSTRACT: Mic article deals with the c0ect of preliminary deformation performed at room
temporaLure oil We croop of alloyed Ni at 76,01C. nlio investigation wa. s performed on spect-
Incas (d = 5 mill, t = 50 null) of two alloys. rcV. eserting solid solutions of Ni + 19. 8 wt.% Cr
zuid Xi + 1. 1s wt. % Al, annealed at 11OOoC until their %,ra;n size became 0. 4-0. 6 mm, which
I were stretched at room temperature to various dogrece. ol deformation in an IP-4M machine
at a straining rate of 0. 05 nun/soo, after which they were h, ibjcctcd to stabilli4-
at 8000C and'oreep tosts at 7006C. 7be NI-Cr specimens wera tested under a
stress of 10 kg/nun2 and the M-Al specimens, under 2, 5 and 0 Wmm.2. Findingsifor Ni-~Cr
Ic4rd -1 3 UM 639.376:64%'ftl~_;:!6~ 797:620.186,4 ft.

ACC NR- AP6027792
specimens the optimal degree of deformation was found to ~e 10% (lowest rate of steadrstate
creel) and longest lifo) (Fig, I)$ whereas for Ni-Al spocime~s this optimal degreo was found
vy !see
JO* 10
/0 1
d %
7
14 1,& - V.-
6,
/5 ?G ZJ 70 X /10
Fig. 1. Rate v (1) of Bteady-state creep
and lifey (2) of the alloy Ni + 19. 8
wt.% Cr under a load of 10 kg/mjn2
at 7000C as a function of degree of
preliminary deformation at room
temperature
preliminary deformation, %
to be 5%. It is shown that the optjxnal degree of deformation must be that which, while in-
creasing the creep resistance of the metal, still does not provoke any intense recrystallization
processes. Liercasin- the load on the Xi-Al specimens from 2. 5 to 5 kg/mm5 eliminates the
positive offect of preliminary deformation'. 'As a metallographic examination showed.
cross slip was absent in the specimens stressed at 2. 5 kg/mm, whereas. it was intense in the
Ccord
iL Card
not

V-- "T ir' eo-
Metallurgical Abet.
Vol. 21 Apr. 1954
Joining
'MeeWe Ara WMqffl Gow. D. A. L . W IS.
Gcrman~,snd V. 0. Ko&eenko (AWV. Ddo, IM Sk (2)1.
16-17).-41n Runian]. Welding of ' '"
pleotrodes and P-bronze L10% an, 0-294)-35P/. P)='
cods, is dwribed. The . tal of the welds has " mwb.
roperties than the sheet Ca Itaeff. Netallographlo exeinins-
'lion shows compactness and unifowntity of gndn of the.
metal of the joints oomposed of dendrites of the solid soln.1
pnd of the eutectoid-S. IL L

SOV/124-57-3-3504
Translation from: Referativnyy zhurnal. Mekhanika, 1957, Nr 3, p 126 (USSR)
AUTHOR: Kononenko, V - G -
TITLE: To the Problems Encountered in Pressing Parts out of Sheet Metal
(K vopro.sam vydavlivaniya detaley iz listovogo metalla)
PERIODICAL: Tr. Khar1kovsk. aviats. in-ta, 1954, Nr 15, pp 183-200
ABSTRACT: Bibliographic entry
Card 1/1

USS-R/Chemical Technology.
Chemical Products and Their Application -- Electrochemical
manufacturing. Electrodeposition. Chemical sources of
electrical current, 1-8
Abet Journal: Referat Zhur - Xhimiya, No 2, 1957, 5114
Author: pnom!nho
j V._G.,, lq4evich, D. A.
Institution: Kharlkov Aviation Institute
Title: Point Anodizing of Aluminum Alloys
Original
Publication: Tr. Khar1kovsk. avlats. in-ta, 1955, No 16, 27-36
Abstract: Description of a simple, cheap and dependable under conditions of
aircraft production and operation,, procedure for correcting flaws of
the oxide film on various parts made of Al alloys, by point anodizing
with direct and alternating current In sulfuric acid and chromic acid
electrolyte (The experiments were carried out with specimens of D16ATV
L 1.0; D16ATV L 0.8; D17M L 0.6 and D17M L 1.0). There is shown a
diagram of a portable apparatus for point anodizing and optimal condi-
tions are stated for the use of direct and alternating current with
Card 1/2

-S/1-.23/60/000/04/03/003
Translation from., 'Referativnvy zhurnal, Mashinostroyeniye, 1960, No 4. p 186,
# 160
AUniORz Nononenko;,V.G.
TITM On the Changing Wall Thickness of Extruded Machine PartB14
PERIODICAL- Tr.;Xhar1kovsk. aviats. in-ta, 1957, No 1T, PP 91 - 99
TEXT; The author describes the results of investigating the fundamental
factors determining a change in the wall thickness during pressing operations.
A lathe with a T-shaped carriage was used as test Installation-. A presser was
used as tool which possessed a removable end piece made of bearing balls or
cylindrically shaped. Measurements were carriqd out by wire pick-ups and
measuring devices. The Amjmj7i,2 (Amt-qmu.2)Valloy was used as material.
The author Investigated the effect of the abs lute stress magnitude of the
presser on the wall thickness changes along the generatrix of the machine
part and on -the stress components of the pressure during the operational
Card 1/2 V~

SOV/ 137-58-7-14808
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 7, p 125 (USSR)
AUTHOR: Kononenko, V.G.
TITLE: of Sheet Metal (Obrabotka listovogo metalla vydav-
livaniyem)
PERIODICAL- V sb.: Progressivn. metody shtampovki i kovki. Khar1kov,
Oblizdat, 1957, pp 171-183
ABSTRACT: An experimental determination is made of the magnitude and
sign of the stresses on the cylindrical portion (GP) of a .
's pun part, electrical wire strain gages being used for this
purpose. The experiments were conducted in the course of spin-
'ning :.i (S) of shells of AMtsM alloy on a lathe. The recording
was made with the use of an oscilloscope and a measuring cir-
cuit. The horizontal component of the stress brought to bear
by the spinning tool and the strain were measured. It was
found that the stress was affected by the thickness of the blank,
the pressure of the spinning tool, the diameter of the blank, the
lathe spindle rpm, and the differences in the length of the CP
of the part being tested. It is noted that in the deformation of
Card 1/2 the conical portion of a shell, the CP of the part undergoes

SOV/ 137-58-7-14808
Extrusion of Sheet Metal
elastic stresses of alternating sign which do not attain the IT Sof the mater-
ial. being machined. The absolute magnitude of the stress depends upon the
force brought to bear by the tool, its points of application, and the rigidity
of the part. Also studied war, the effect of bending the material around the
mandrel edge, and the effect of elastic stresses in the part upon the S coef-
ficient. The effect upon the minimal S coefficient of thickness of material,
diameter of mandrel, and angular velocity of lathe spindle were established.
Practical suggestions are offered.
M.Ts.
1. Alloys--Viachining 2. Alloys--Stresses 3. Lathes--Applications
4. Strain gages--Applications
Card 2/2

137-58-6-13775
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 6, p 367 (USSR)
AUTHOR: Kononenko,
TITLE: Pneumatic Vertical Impact Testing Machine for Dynamic (High-
speed and Superspeed) Testing [ Pnevmaticheskiy vertikallnyy
koper dlya dinarnicheskikh ispytaniy (skorostnykh i sverkhsko-
rostnykh)]
PERIODICAL: Tr. Khar'ko,,sk. aviats. in-ta, 1957, Nr 17, pp Z47-250
ABSTRACT: The design of the ram impact machine provides for carry-
ing out tests in tension, compression, and bending, also for
performing and studying a number of technological processes,
such as riveting, extrusion, and machining. With the aid of a
charging device, compressed air is charged from a pressure
tank into the power cylinder up to the demanded working pres-
sure. At the time of charging the piston is in the up position,
the end of the rod is joined to the lock by means of a ring
rigidly fixed onto the frame. Upon the release of the lock the
air in the power cylinder expands and propels the piston and
the rod downwardly. The upsetting head or tool (UH) fixed to
Card I/Z the end of the rod accomplishes the deformation by striking the

137-58-6-13775
Pneumatic Vertical Impact Testing Machine (cont.)
spocimen on an anvil. By varying the pressure in the cylinder or the dis-
tance of the setting of the UI-1 it is possible to vary the amount of the energy
of deformation or change the strain rate. Measurement of the speed of
movement of UH is achieved by means of either a high-speed motion camera
or an oscillograph apparatus which permits making a measurement of the
length of a shock within the limits of Z-ZO, 000 "N". The gage element of the
recording apparatus is a photocell of the FEU-2 type. The impact machine
of the proposed design is simple, inexpensive, and can be easily manufact-
ured as a stationary or a transportable installation.
Z.F.
1. Metals--Testing equipment 2. Metals--Test methods 3. High speed photography
--Applications 4. Oscillographs--Applications
Card 2/2

IONOUNKO, V.G.
Invest1gatIng spinning lathe operations vIth mechanized cutting
tool food. lus.-shtax. prolay.11 no.9:11-13 S 159.
(ML 12:12)
(Metal spinning)

KONDNICNKO, Y.G.; ZAYTM, K.I.
Hole plorcing by neans of noiseless detonation. Kuz.-shtan.
prolsv. I no.12:15-18 D 159. (IGRA 13: 4)
(Punching machinery)

~5(2) SOV/32-25-3-33/62
AUTHOR: Kononenko, V. G.
TITLE: Ram Impact Machine for Quick Testing of Materials (Koper dlys,
skorostnykh ispytaniy materialov)
PERIODICAL: Zavodskaya Laboratoriya, 1959, Vol 25, Nr 3, PP 343-346 (USSR)
ABSTRACT: Among the various teating machines for quick teGting the most
simple and cheap ones are the ram impact machines working by
means of gunpowder explosion. In the present case a ram impact
machine of this type as well as a measuring arrangement for quick
testing were constructed under the assistance of the students:
V. M. Lisovokiy, R. N. Pavlovskiy, B. N. Pilipoeyan, and others.
The machine (Fig 1) consists of a working chamber, the vertical
guide shaft, the frame and the support. The explosion chamber
(working chamber) which is on the upper end of the guide shaft
has two spark plugs. The latter ignite a smokeless gunpowder of
the type "Sokol". The solid construction of the ram impact
machin(, permits a velocity of the firing pin of 1300 m/sec. For
the purpose of damping the excess energy of the firing pin after
the test deformation two shock absorbers for 2500 and 5000 kgm
Card 1/2 were used. The ram impact machine has the following characteris-

Ram Impact Machine for Quick Testing of Materials SOY/32-25-3-33/62
ties: gas pressure up to 600 atm, operation of the firing pin -
1500 mm, weight of the pins - 2-45, 4-9, 9.8, and 19.6 kg, impact'
velocity of the pin and shaft - 5-300 m/sec. The falling speed
of the firing pin is determined by means of a measuring ar- '
rangement (Fig 2) which has a generator for time recording GNB-1,
a sweep oscillograph ZG-2A, an electron oacillograph 30-7, and a
camera with an attachment lens FED. The operation technique of
the apparatus is described. It is pointed out that in the present
case dangerless work is possible by means of recording oscillo-
grams in contrast with measurements carried out by means of
time-lapse motion cameras SKS-1 and the operation technique on
the ram impact machine LKI. There are 2 figures and 9 references,
7 of which are Soviet.
ASSOCIATION: Kharlkovskiy aviatsionnyy inatitut (Kharlkov Aviation Institute)
Card 2/2

S/ift/60/000/00Z/003/012
A161/AO29
A M OR% Kononenko, V.G.
TITIEs -Surface Quality-o-f-Mctrusion-Turned Parts
PMUODICAL: Ku~znechno-shtampovochnoyv~a proizvodstvo, 1960, No. 2, pp. 11 - 13
TEM The "extrusion turning" ("tokarno-davilonyye raboty") is used ill),
different industrial branches, but the factors affecting the-surface finishilmin
this process are not sufficiently studied, particularly in turning with the use
of a tracer. The article contains information on experiments to this end. The
tracer, the equipment and tools, the extrusion method and the experimental tech-
niques were described by the author previmsLy("Kuznechno-shtampovochnoye proiz-
vodstvo", 1959, No. 9). Extrusion was performed on a standard conical part with
straight-line generatrix In a single pass of pressure roller and with the use of
a tracer on a "1A62" (1A62) machin t I Thi expertmental. blar*; were of the
00
'A I D16AM)j'0")j1M" DlM),""AMI (YalT),
following alloys (jy~4& zim" (e
and '7162" (lk?)Acut from sheets accepted by inspection and having no surface de-
feCt8. The effect of the spindle rpm was studied (in Ntange of 570 - 1,800),
of the space between the pressure roller and the mandrel, of the lubricant, of
Card 1/2

S/182,/60/000/OOZ/003/012
Surface Quality of Extrusion-Turned Parts A161Ao29
contact width, roller feed, finish and material of rollers. It is mentioned
that in practical shop work scoring sometimes spoils parts extruded from high-
carbon tool steel and is caused by sticking of metal particles on the pressing
tool. It is known from foreign practice that this can be eliminated by cooling
lubrication. The experimental results are given in tables. The following con-
clusions were drawn: 1) The process gives a high class surface finish. The
finish does not depend on the kind of lubricant, rotation speed, metal grade and
thickness of blanks. 2) The main factors affecting the work surface quality are
the surface finish and hardness of pressure rollers, and the ratio between the
roller feed and the trace (contaot) width between it and the blank. The contact
width must exceed the feed by 1 mm per revolution. There are 5 tables.
Card 2/2

Alo4/Ao26
AUTHOR: -Kononenko, V.0.,'Candidate of Technical Sciences
TITLEt. Investigation of the Pressing Process of Lens-Type Compensators
PERIODICALt Xhimichaskoys mashinostroyenlye, 1960, No. 5, PP. 39 40
Based on a request of the Uzbekhimmaah (Uzbekian Designing and Sol-
eAific.Redearch Institute for Chemical Machinery) in the Khar'kovskiy aviatei-
yy Institut (Xhar1kov Institute df-Aviation) investigations of this problem
were carried out. The components Qo and Qk were examined on a
tirfting lathe, according to the diagram shown In Figure 2, on 0-5,~
i~5, and 3-mm CT- 3 (St. 3) steel ingots. a-1 (D-1) alloy samples
gimilar to the size of the lens-type compensators were used. The
6vice consists of pressing rollers and a 28-mm disineter sliding-
.. Vall presser, made of havddned Y10 (U10),1015 (ShKhl5) and XBr
~Mva) steels. Operational data aret speed of the spindle 250 4~-
rpm; advancing depth 0.1 * 0.3 mm per i revolutionv Castor,
grease, soap and graphite and a mixture of castor oil andcol-
Ophony were used as lubricants. The surface of the device and the
lample were controlled by a 0-7 (KV-7) profilometer. Deformation-rorce compo-
dard 1/2

S/184/60/000/005/005/021
A1o4/A026
Investigation of the Pressing Process of Lone-Type Compensators
nents showed that the values Q0 and Qk depend on thickness of material. Results
obtained coincided satisfactorily with earlier calculations. Operation at high-
est possible speeds in recommended. The type of lubricant used has no Influence
on the coefficient of the deformation-force oomponents. It was-noted that in-
gots tend to stick to carbon steel devices. In order to establish operation
conditions in which such adhesion can be avoided, pressers and rollers of 910A0
(UlOAO), Y12A 012ALIUXI~ (ShKh15) and KhVG steels were used in further tests.
Adhesion can be avoided by the use of lubricants withstanding high pressures,
i.e., soaps, graphite, etc. Cooling by a soap emulsion is recommended. Best
results were obtained with KhVG steel, heat-processed to RG60 hardness. Rolling
pressers are better than the sliding type, but in both cases high surface clean-
ness is essential. The method described is recommended for small and medium
production. There are 3 figures, I table.!and 3 Soviet references.
Card 2/2

S182/60/000/007/001/016
A162/AO20
AUTHORt Kononenko, V.G.
TITLE: Metal 7orki by Explosio (State and Perspectives of its Developma~;
and Application)
PERIODICALs Kuznechno-shtampovochnoye projzvodstvo, 1960,-2.'No. 7.0 PP. 1 - 4
A
TEXT: Investigations on metal working by explosion were carried out for
the first time in the USSR at the Laboratories of the Eharlkovskiy aviatsionnyy
institut (Kharlkov Aviation Institute) under the supervision of R.V. Pikhtovnikov,
where a special laboratory on investigations and working of metals by explosion
had been set up. The laboratory was provided with special explosive frames of
different designs with special"control and measuring equipment where a series of
technological investigations and processes had been developed for Iron metallurgy,
aviation, railroad transportation, chemical machine building plants, explosive
riveting, explosive hot metal cutting, explosive hole punching, hydro-explosive
metal sheet shaping etc. Despite definite advantages of this method its applica-
tion in the USSR had been limited to hole punching in plates and rails. Although
the USA has started using this method much later (in 1956) its industrial use
Card 1/2

1,111D
S/184/61/000/001/006/014
A100029
AUTHORt Kononenko, V.G., Docent, Candidate of Technical Sciences
TITLE: Shaping of Bottoms by Explosive Power
PERIODICALt Khimicheskoye Mashinoetroyeniye, 1961, No. 1, pp. 34-36
TEXT: An inexpensive and simple method of shaping metal bottoms by
explosive power is described. The high pressure emanating from the
combustion or explosion of powder etc. is transmitted directly or through
liquid onto the object undergoing deformation. The method of explosive
stamping and drawing was first proposed by R.V. Pikhtovnikov (Ref. 1).
The author applied this method to 1,600 mm diameter bottoms made-of
1xi8H9T (lKhl8N9T) acid-resistant steel. The experimental samples discussed
in this article were five times smaller and thinner than the above-men-
tioned samples. Design and general view of the explosive device are
shown in Fig. 1. The lower lid (1) has a hollow corresponding to the
shape of the stamped object and acts as a matrix. The ingot slab is
pressed into it by explosive gases. The upper lid (2) forms the hollow
above the slab in which the gases from the cartridge chamber (3) colleot
C ard 0

Shaping of Bottoms by Explosive Power S/184/61/000/001/006/014
A104/AO29
and shape the slab. The fold holder (5) prevents corrugation. Pressing
and drawing is recommended in two processes, i.e., first shaping of the
spherical part of the bottom, then final shaping. The process can be
further improved by stretching and fixing of the slab on the matrix follaF-
ed by pressing. The ingot should be trimmed before final shaping. The
use of a wooden or metal insert cone during the pressing and drawing phase
is recommended. Its height should correspond to the depth of the hollow
and its diameter should be 30-40 mm smaller than that of the slab. This
cone reduces the space between the ingot and lid and less blasting-powder
is needed. Bottoms obtained by this method are shown in Fig. 2, i.e.,
ingot slab, intermediate shape, completed bottom. Dimensions and shape
oorrespond exactly to the matrix. There are no cracks or other faults.
The success of the operation depends on proper determination of the gas
pressure and of the weight of the powder charge. The pressure is calcu-
lated with the help of Laplace's Formulas 1 162 and reads
2 dT & R, -- R2
p - Pult R KV . Coefficient KV is assumed to be 1.5 for powder
Card 2/5

Shdping of Bottoms by.Explosive Power S/184/61/000/001/006/014
A104/fi-029
and 6 for high explosives. -The weight is determined according t~ Noble's
Formula for ballistic calculations and reads: V P V ult9 in
Pin in ult
which K = polytrop. [Abstracter's note: designations ult (ultimate) and in
(initial) are translations f rom the Russian KoK (konechnaya) and Rcvt (nachal I -
naya)]. HavingIobtained P ult (Laplace's Formulai V in and Vult the weight of
the char ge is determined according to Noble's Formulai P f,& - f
in " Vin
The volume of the cone must be taken into account in Vult calculations.
Density of the charge A should not exceed 0.6. Shaping can be carried out
with high explosives which are convenient in use, particularly with TAT-8
detonators. In viev~ of their higher explosive force smaller smounts
should be used. Bottoms of '. -1)(18H9r (lk-hl8N9T). and CT.20 (3t.20) steels
and ofa16 (D 16) and Am,, (AM t8 ) aluminum alloys were shaped during testa
There was hardly any -.poi~age; all samples proved of high -quality and with:
out flaws. There are 2 figures and 4 Soviet references.
Card 3/5

-S/182/61/000/002/002/009
A161/AI33
KJI-MORS: Ycononenko, V.G~, Boborykin, Yu.A.
TMEI Mechanization and automation of spinning work
PERIODICALs KuznecIuno_shtamPOV0chnoye proizvodstvo, no. 2, l961, 6 - 8
TEILT. 7,fte authors have designed and tested a new special device for
i.e. shaping parts from sheet metal on a rotating mandrel.
mechanical spinning, _. process is stated to be
by a spinning tool exerting pressure from outside. The work is
Used in, the USSR and abrodd. The us"Ally manual spinning of small-size
slow and causes physical strain which might result in professional diseases.
ihe described device has a spinning power head producing a pressure of 1,600 kg.
it consists of two cylinders Joined by hinges and a bar into a triangle. The
4-10 the power cylinder. The flat bar is designed for holding
tool is attached pod one for
in the lathe tool holder, and may be replaced by a differently sha
ati.-aching the power head in a spinning lathe. The dimensions of the power cy-
linder and of the feed cylinder are to be selected to produce the required stress
at the available hydraulic pressure. The head is actuated by a handle, and the
operattor senses the working stress through the handle, Remot-e control from a
Card 1/2
S/182/61/000/002/002/009
Mechanization a-nd automation of spinning work A161/A133
panel is POasible. The feed and control system can be switched over
+._~' program control, provided the first workpiece had been produced by a high-
skille.j operator (j..e. ths first piece can be used as programming templet for
furt~her work). The control is effected by electromagnetic tapea and a
,pump. control-
led_~Jow piat'on The control signals-are transmitted from a command de-
vice -.1-o the electrcmagnet windings and a Position tie rod of the
waehor Of the Piston pump.
Tle The control system is now under devel inclined
The device can be use opment and is
being '_ sted. or any spinning-lathe., speeds
UP the spinning proc"s 3 -d on any lathe
- 4 times, ixid makes the use of special 3P53 (ZR53)
or TT53- (TT'53) sPinnimg lathes unnecessary. There are 6 figures.
Card 212

22984
5/182/61/000/007/002/096
V 01 D038/DI13
AUTHORS: Kononenko, V.G., Kuahnarenkog S.G.9 Chi2hov, V.G.
TITLE: Research into the plasticity of structural materials at high
deformation speeds
PERIODICAL% Kuznechno-shtaspovochnoye proizvodstvo'5 no- 7, 19619 4-6
TEXTs Because of the lack of information on the plasticity of different
alloys at high speeds of hot deformation and the resultant lack of forging
machines with a tool speed of more than 8 m/sec, investigations were conduc-
ted on the plasticity of metal during hot deformation at impact speeds of u
to 150 m/sec. Specimens 20 mm in diam and 30 mm Ion from the 45 30XrCAp
(30KhGSA), 29, 2 X 13(2Khl3) and 1K1814 9T (IKh18NqT1 steels, thebrj-tVT3-1)
Ti-alloy, the Alft,-3 (Amg-3) Afft -7(Amg-7). ANZ-6(AMg-6) and 4K-8 (AK-8) Al-
alloysq and theM827 (EI827~ low-plasticity, heat-resistant alloy were
tested under a singlel~troke* gunpowder pile driver designed by the Kharlkovddy
aviatsionnyy institut (Khar~kov Aviation Institute). The investigations
were aimed at finding the limit of deformation in the upsetting of specimens
and at determining the features of hot deformation during fast forging. The
Card 1/2

S/I S 2/6 2/OC%CI/C)02/C)(,'4 /CIO 6
1) 0 3 8/B 11 2_
AUTHOWS.- Kononenko, V.. aytsev, 1'.1.
T f T 1. The dc.,si-n and colcu'l-m5ion oC equipwont for explosive hole puriching
L: '~.ti7iieclino-shtuipovoclitit)3,c proinvodstvo, no. 2.. 1.062, 20-25
Tho m'ticlc deals with the ros!l!.ts of S on high-Syleed C,1~"Iob-ivc
ii0lo-, ptivich-im-,, during which. it -,,ras doi,.onstvatcd that to'E"ether with fine technofc-
Indicesli.c. high precLsion and qtmlity of punchlog, sza.Lifactory tooi stabil-
ir). 1114 absonce of cracks, the process pw;.~,t, ses. ~1)0 11OW01' The j~1111chillz
I-1:1-i t.. u-'I Jn wachille-build. i.ng a c- I a lock,
-a 1'.1. 1,2 11 c 0 r f ra Ine aud r! -a I -z z~ t f al i c s , Tv about 25 kr 7,i,;
h-,-,- a 5 i -n capacity. The following c"n be~,usod in it: pyrox-
1! 1 and black powder. A 2 g char~-c- Punches a. hole up to
P'm diao;,. in 15-18 nmi thick plate. A sr-ecial ins-callation developed on ZAW,.,
noise tester provi.,' __ :-.-iio electronic equipment (Registration ClerCif-
icat,_ No. 23L)31 issued L, cIjc,~-&uzjjuvs _-ad Ray"nian) VIIIS U13LIJ in noise measure-
111,~nt te~,"S. The j,!zr-h-s ,md Li.Lu~ Gtxlf LIC rMnufRC-tUrCd fr0l!!J~;A (US.-~) tool steel
Card 1/2

3/1~2/62'/000/002/004/006
M38/Dii2
The design and calculation ......
heat treated to RC 52-56 hardness. The authors conclude that the high-speed
pun-~hing unit is more durable than conventional perforating dies. Descriptive
te,~hn_ical data is also included. S.I. Gubkin, S.D. Ponomarev and A.V. Gadolin
are mentioned. There are 7 figures and 10-Soviet-bloc references.
Card 2/2

KOIVE ITKO, V~G, kand.tek~m.,nauk
%------------
Use of explosive energy in metallurgy, Met. i gornorud.
Prom., no,4?64..69 H-Ag 16.).
1. xlfliar~kovskly aviatsionnyy inctitut,
(&plosiv-eq in shoot-metal work)

KONONMOP Vo G.,, kand. takhn. nauk; SMOLOVIK, V. V., inzh.;
~---'-SMONAKH, V. A.9 inzh.; BOZHKO, V. P.0 inzh.
Explosion briquetting of steel shavings. MaBhinestroonie
no.5zl9-21 S-0 162. - (MIRA 16:1)
1. Kharllwvakiy avlatsionm institut.
(Briquets)

L ini87-63
ACCESSION NR: AP3000061 3/0162/ti3/OOO/w5/00~2,7/063r!'---'
AUMCR: Koncnenko V. G.; '1~uslmarenko, S. G.; Kotel r, Ve. I.; ~swzman, D. A.;
Checheta
TITLE: New impact testing machines~ for high-rate mechanical testing of materials
SOURCE:, Kuznechno-shtampovochnaye proizvodstvo, no. 5., 1!?.63,, 27-31
TOPIC TAGS. impact testing machines$ explosion-acUated itachines,, high
deformation rates,, wide temperature range,, su,bzero tests
ABSTRACT. The Khar.'kovsk1y aviatslonrWy institut (Khar I k 1y Aviglion inautlAte)
has built and tested two new. exploaion-actuated machines for high-rate tension
tests of various materials over a wide temperature range.--The first.. a
telescopic-type machine..,is capable of testing at deformation rates of 15 to
300 M/sec and temperatures of.-196.to +1200C. The second, a lever-type machine,
vas successfully tested In the same temperature range at defoxnation rates of
10 to 50 m/sec. At higher deformation rates the telescopi,c-type machine gives
better results than the lever type. In both., loading is effected by detonating
Card 1/2

XONONENKO, V.G., kand.tekhn.nauk,doteent
- ----
Plastic def6mations and increase in hardness of walls of extruded
shells. Izv.vya.ucheb.zav.; mashinostr. ~o. 12:177-183 163 *
(MIRA l7t9)
1. Khartkovskiy aviatsionnyy inatitut.

S~"'rr (d )/,4t-
I AF401870~ E',A,'A ( h ) It-,1A ( c UP/0145/63AOXCO/ I.3-7V0183
21 1
&oaanenkv V& G* (Gandidate: of 'technical science-as D-ocent)
L E -, Fla3tic deformatin and hardening of walls in pros sur -3-f ormed thin shells
SoUrGE: Mz. Mashinostroyeniye, no. 12, 1963, 177-183
-.3 e ai r, g
thin shell, Pressure formin,g' PIA,9tj.cd
arv)jaling temperature,
k T:-~a imauence of nonuni-fo= plastic deform-it'on of rnsiet- motal on 'he
r9nSIII:ro-formed objects has boen
on a IA62 pre2s aL
vf,re extraded from alloy-,
~O n-a. FJftjStJ4qr_' pr-CX4UCI,
-)3 1,6ttpz t~elng mea~iured vitii villz of *bile
a-mealad before '~,Oing checked for residuala
trasses. Hardness was
al-q ochecked before and after annealing. After pressing, the dimennionB of the
Co. d" /2

ACCiM51G.1 NR: A?1401870L
frymstaws were as follows: small diameter, 50 r=.; IA--ge diameter, 130 nn; and
'rne hardn"s of tha lattorpal w&!- -, -, - " r, ~~ - ', -, - t
1-! 7- n-ight, 640 nn. 64
s' a-
~3-d aaA varied with thi typ-0 of inata'
ci "rary along the c-enara,r~x
%Ine qpecimen. 'otal ou,
--.a a with the Total amount O-Ir, dcfc~.-%at ~0~ ,a-!
rei,:ned ttLe value of !0 kg/;-=~~, i:~
K =e , &xp;-7r -,me nt 5 a 1, ow o,' b ~F
neal' r4~ i t
for a given meta-I and by reducir,4r the tame
.u i)rosar4e the hardxieus of tue aater.
and tables.
N K.~iarlkoy-Ajy aviatsionrVy in-atitut (Khariwy ~7-latliun :ristitute
1Wpr,62 00 C, DE f
-T
H:-7-F 1~07 00j 07IM-S 000
CcM 2/2

IONONENNO., V.G.; BODORYKINp Yu.A.
Explosive pressing of blanks for turbine blades. Kuz.-shtam.
Proizv. 5 no.3slO-13 Mr 163. (KORA 16:4)
(Explosives in Bheet-metal work)

KONONENKO, V.G., kand. takhn. naukf PAKROMV, A,,G,,, KUDRYAVISEV, V.P.,
V.V.
New method of briquatting metal chipa. Met. i gornonid
prom. no.3i3l-34 It-Je 164. (MICA 17a10)

7,u!-65 k AID(m)-3 JD/'.qW
eC-j/-rAtb)- Pf -4
AC~CISSIOH HH: 8/0182/64/ooo/009/0030/0033
AP4045811
no4eliko. '-T -82610rik' V, V.
AUTHM
TITLE: Equipment and method for impact compacting of maial*chiis-
SOURCE: Kuanechno-shtampovochnoye proizvodetvo, no, 9, 1964. 30-33
TOPIC TAGS: chip compacting, explosive chip compacting, explosive
forming, high energy rate formin HERF
ABSTRACT: The Kharlkovskiy aviataionny*v inatitut (Khar'kov Aviation:
0
~nstit%'.te) has developed a method and designed an experimental unit
.,'ir e
compacting of metal chips. The unit, a kind cf horizon-
tal hammer (see Fig. 1 of the Enclosure), operates ae follows: A por-
-c-I of chips 4 is charged into the container 5 rigidly connected to
,-.e rear plate 8. The explosive charge, or iL mixture of gas and air,
1-3 ~ed into the explosion chamber 1. When the charge is exploded, the
L
'act explosion products propel the projectilR3 &.1ong the barrel 2 and
into the container 5. At the so-me time the barrel moves under the
,'fect cf the explosion and pulls the container In the opposite diree--
tion through connecting rods. This increases the force vith vhich tht
card 1!3

7L 1-65
ACCESSION NR: AP4045811
projectilehits the chip charge. The compacted chips are ejected and
the projectileiB returned to the barrel by the hydraulic cylinder 10.
With a combustion-chamber volume of 17.5 1, the unit produces an im-
-,-t with an energy of 18,000 m-kg, vhich is sufficient to compact
'Fg of chips to a density of 4.5-5.5 g/cm3. The donsity could
'.ncreased to 6.0-6.5 g/cm3 by preheating the chips to 400- 450C,
also eliminates the oil sticking to the chips. The unit capacity
2-C kg/hr. A special advantage of the unit is that all the energy
.A ~'-nnrbod vithin the system; no heav7 foundation is needed, Orig.
9 5 figures.
none
.-'-'BM 1 TTED: 00 ATD PRESS. 3113 ENCL! 01
F. 1E NO REP BOV: 000 CTHERi 000
Card 2/3

IMLOSM
J I I
7
Fig. 1. Unit for explosive chip com-
Pacting
1 - Explosion chamber; 2 - barrel;
3 - projectile; 4 chip charge;
5 - container; 6 front plate;
7 connecting rod,, 8 - rear plate;
9 wheal; 10 - hydraulic cylinder
for beat stroke.

7.
ACC NR, AP601861 SOURCE CODE: UR/0420/65/000/004/0110/0115
AUTHOR; non V. G.
ORG*. Kharkov Aviation Institute (Kharlkovskiy aviatsionnyy institut) Je
TITLE: Investigation of the effect of deformation rate on corrosioneesistance of
metals
SOURCE: Samoletostroyeniye i tekhaika vozdushnogo flota, no. 4, 1965, 110-115
TOPIC TAGS: stress corrosion, alloy steel, stainless steel, carbon steel, aluminum
alloy, magnesium alloy, metal deformation, deformation rate
ABSTRACT: Comparative experiments are conducted to determine corrosion stability as a
function of the rate and temperature ' defo(hation in various structural mater4ls
made fr carbo alloyAn A& nlesogteeld as IF411 as aluminum4d magnesitm?'d1loys:
St. 102C. 45'ji0KhGSAtg21( -819nd Amz-6.1'Annealed cylindrical specimens 12 mm
in (ga-meter-M A _ml~ng were deformed by upsetting to 11, 33, 50 and 60%. Hot spe-
cimens were deformed to 50%. The specimens were ihen placed in a corrosive medium
(sulfuric acid) for a maximum period of 2h hours. Corrosion was evaluated by the quan-
tity of hydrogen given off per unit of exp_osed surface. Tables are given shoving cor-
rosion as a function of time. It was found that resistance to corrosion depends on th4
rate of deformation. The specimens show higher resistance to corrosion after hot de-

L 40795-66
ACC NR: AJ
formation than after deformation in the cold state. Corrosion at the ends of the spe-
cimens was greater than on the lateral surface. This indicates that the nonuniformity
of the deformed state rather than the degreee of deformation is the decisive factor in
corrosion of metals subjected to upsetting. An increase in the rate of deformation in
creases the corrosion of all metals studied with the exception of st. 45 which showed
a reverse behavior. Orig. art. has: 3 tables.
SUB CODE: 11, 13/ SUBM DATE: none/ ORIG REF: 002
/0 t, 1,
AGAFONOV, A.K., kand. ekon. nauk;
KAZAK VAS I LETKO, G. K.
) V-YO,; ZABFLLA, V,I,; BORyAKIN, V.N., red.
Price determination In ths mactItiery Industr3l TSenoobrazovanie
V M&Ohinostroenii. Ximv.. Xft'AkovA dumka. 1965. 259 p~
lo Akademlia nauk URSRP Kiev. Instytut ekonomiky. (MIRA i8:n)

K0110-uslIKU, V. I.
~-
N!Ucolai Sorgeevich Bolairius. Vrach.dalo no.12: 1327-1 '129 D '56.
(RIIU 12: 10)
1. lafedra sudabnoy meditsiny (zav. - prof .11-II.Bolmrins) Kharl-
kovskogo meditainakogo inatitnta.
(BOWIus. HIKOIAT MINICH, 1869-1931)

ggow Sci. - (diss) "Excoriation as an object of forensic--
=,-y. _L, Cand of Ked
wdical research." Mwlkav# 1937# 15 pp (yigy *ac&l Institute im A. A. BoSmolets),P
250 copies (IL9 X-57P 93)

KONOMWO, V.I.
Determination of the period for the healing of bruises. Sad.-vied.
elcepert. 2 no.ltl9-22 Ja~-Nr 159. (MIPA 13 14)
1. rafedra sudabnoy weditsiny (s&veduyushchty - prof. N.N. Bokarlus)
Mw Ikovskogo medit ginskogo institute..
(VMMS AND IUM123).

KONOYT-EnOl V.I.; MPIIZHELA, V.I.
Electrographic examination of clothes and skin caused by
stabbing-cutting and stabbing instruments, Sud.-med.ekspert.
no.4225-28 0~1) 165. (MIRA 18:12)
1. Ka-fedra sudebnoy medit8iny (zav. - dotsent N.P.Marchenko)
Kharlkovskogo moditsinskogo instituta. Submitted Fabi-uary 28,
1964.

ACC NRt AP7005577 SOURCE CODE: UR/0020/67/172/002/026710270
WTHOR: Kononenk I.
;ORG- nerve
TITLE: Concerning the fm~damemtal solutions of aiigular partial differential equations
th variable coefficients
Q
ISOURCE: AN SSSR. Deklady, v. 172, no.'29 1%7, 267-270
TOPIC TAGS: differential Weratoi, partial differential equation
ABSTRAM. The fundamental solution Is obtained for %be um*mmmSeu**u& diffemutial op
rater of order 2m with vw1able coefficients
ban 8 As the Damsel differential Operator
K (x) Mg"14 d%S(r)dvs1s**1sd*q-4 do,
k > S-44 ;10
UDC: S17.94%
CWd JL/2-
ACC Nitt AP7005577
The operator is defined In'region -Do an (m+l)-djm~0sj6njl ZwIldean space adjacent to
the byperplane %.,, a o. A proof Is given Of the existence to the =m1l of the funda-
10168t8l sOlutiOD Of this Operator. The fUndaMental solution to given In the form

A) 1,.VA!A % J!Vj 0"A X A4 11
'A~- -~APG034021 SOURCE CODE: IJR/0226/66/000/010/0084/0090
~26
AUTHOR: Artamonov, A. Ya. ; Kononenko, V. L
ORG! Institute for Problems In the Science of Materitils. AN UkrSSR (Instill'ut
problem materialovedeniya AN UkrSSR)
TITLE: Investigation of hard-alloy tool life during cutting of porous powder-metal
materials
SOURCE: Poroshkovaya rnetallurgtya, no, 10, 1966, 84-90
TOPIC TAGS: tool life, tool, tool material, cutting tool, powder metal
ABSTRACT:~Investigati
4ns have shown that the tool-life curves of BK 6, T15K6,
and TsM -aliov,
-332 hard- I cutters produced by machining porous powder metal parts
are of a non-monotonous character, which indicates a verity of factors determinine
thp nature of wear of the cutting tool. It is very difficult to attribute the shape of
the curves solely to the adhesive and diffusive processes. The presence of other
types of tool wear. such as oxidation, abrasiveness, thermal fatigue, etc. , is
probable; these can be determined only by special investigations. Reliable comprete-
data on the wear mechanics wiU facilitate the production of new tool materials for
Card 1 / 2
11151~67__
ACC N
AP6034021
specific purposes. It is established that monocarbide hard alloys are the best tool
materials.for machiningporous metals. TsM-332 was found to be the least suitable'
tool material f0i'machining. (Based on authors' abstract)
SUB C6DE: 1l/ SUBM DATE: 16Mar66/ORIG REF: 012/

S/781/62/000/000/033/036
AUMORS: Dushin, L. A., Kononenko, V.11., Privezentsev, V. I., Skibenko, A..I.,
T010k, V. TO
TITLE: Microwave plasma dia~ostics
SOURCE: Fizika plazmy i- problemy upramlyayawgo termyadernogo sinteza;
doklady I konferentsii-po fizike plazmy i probleme upravlyayanykh
tennoyadernyWh reaktsiy. Fiz.-tekh. inst. AN Ukr. SSR. Kiev, izd-vo-
AN Uw. SSR, 1962, 156.-164
TEXT: Several methods of plasma diagnostics are described, based on the in-,
teract,.on between.the electromagn--tic,field and the plasma, with the electric
field of the wave parallel to the externall magnetic field, so that the.exter-nall
ma7netic field does not influence the character of propagation of the microwaves
used for the measun-nments. The re?A and imaginary parts of the coefficient of
propagation of a microwave signal thorugh a plaw.-a detennine the attenuation and
the phase constant of the uave.'. The plasma density is determined by the frequez-
cy at t-inich the microt-ave signal ceases to pass through the plasma. The charac-
ter, of variation ofthe micrvave signal as a function of the pressure was also
-Card 112

Microwave plasma diagnostics S/781/62/000/000/033/036
deterrox,ed. Measux-ements of the -variation of the phase and attenuation of the
S.Lgnal make it Dossible. to follow the variation. of the density, and the electron
collision freauency durina the decay:ofthe Dlasma. Phase measurements yieldea
also data on the distribution of electron density along the radius. At the
crowave nostics is limited by the capabilities of
vresent time the use of mi dia,--
the micro~,--ave radiation sources. Present' microwave generators have sufficient
power to dliagnose plasmas witin electron-densities near 1015 per cu. cm. Once
submillimeter equipment is available, the densities can probably raised to 1016_
1018 el/a:~. There are 11 -figures* Reference is- made to work, by Miarton (ref
4, Micrmave diagrostics for controlled -fusion research, UCRL, 1957) and by
I-Tharton -and Slager (J. Appl. Phys.. 31, 428 430, -1960). -
Qzrd 2/2
ON

bUSHINY L.A. [Dushyn, L.O.]; KONOME KOVTUN, R.I.; SKIEENKO,
A.I. [Skybenko, A.1.]; SINELIHIKOV~ K.D. [Synellnykov, K.D,b
TOWXt V.T.
Study of a plaaw using a microwave interferometer. Ukr. fia.
shur. 8 no.7.-740-746 J1 063. (MIRA 16t8)
1. Fiziko-tekbnicheakiy institut AN UkrSSR, Kharlkov.
(Plasma (Ionized gases))
(Interferometry)

ACCESSION XR: AP4015555
3/0089/64/016/002/0099/0103-
Pavlichenko
AUIMOR: Adamov, 1. Yu.; Dushin, L. A.; Kononenko, V& I.;
'0. S.
TITLE: Microwave emission of an electrodele'~s induction discharge
~SOURCE: Atomnaya energiya, v. 16, no. 2, 1064, 99-103
.TOPIC TAGS: microwave plasma emissionp e e/
1 ctrodeless plasma discharge
hyperthermal plasma emission, betatron emission mechanism
ABSTRACT: The purpose of the present work is the verification of the ~s
.assumption made by other authors concerning the possibility of a
hyperthermal microwave emission by a plasma of an electrodeless in-
duction discharge. The discharge was in hydrogen, the variable mag-
netle field was created by a one-layer coil, 11 cm in diameter, 20 C'M'
lon.-, connected to a 18.6 #f capacit-or. The period of oscillation
was 8.6 A see. Nagnetic probes were used.for measuring the magnetic
,field in and out of the plasma. Roth the microwave and the X-ray
Card 11/2

:ACCESSION NR'. AP4015555
A,
,emission were recorded. 'A correlation of both types of emission wa:s
.confirmed. The microwave emission appears when there is a critical
plasma density for a given frequency. The microwave power emitted
is in several orders of magnitude higher than that which corresponds
to thermal emission. "The authors are grateful to Ya. F. Volkov,
V. A. Suprunenko, V. T40, Tolok, and Ya. Be- Paynberg for discussions
and to L. V. Brzhechko for help ~tith the work." Orig~ art's has: T
figures.
ASSOCIATION: none
SUB14ITTED: 22Apr63 DATE ACQ; 12maA4 ENCL: 00 1!
00
SUB CODE: PHO GE NO FM S0V** 003 OTM. 3,~
2/2
1/2

ACC NR: ATS022300
2 m long and 100 mm -in diameter, produced by electrodeless discharge.
The advantage of these methods over older methods is that only one prob-
ing frequency is needed. The use of these methods for investigating
quasiconstant and constant plasma simplifies the process of determining
density distribution. Present methods can be improved by using micro-
wave beams with smaller apertures and higher frequencies and by using
several frequencies. A description of the experimental apparatus is
given; oscillograms showing receiver signals for various conditions are
presented together with a schematic diagram of transmitter and receiver
positions relative to the plasma column. The authors consider it their
pleasant duty to thank K. 1. Stepa~noy and V. P. Sizonenko for their
valuable discussion of the results and for acquainting u with their
work in this direction before it was published. Orig. art. has: 11
figures.

A---
i1A
EWT(j)/9 TC/E PF (n) -2/EWG(m)/F- PA (w) -2 IJP(c), AT
L 1918-66
~ACCMION NR: AP5024128 UR/0185/65/010/009/0977/0984
oAUTHOR: Dushin, L. 0. (Dushin, L. K