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

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824310015-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

HEMMS.M. [Bilokon',, S.M.); GREBENYUK, A.F. [Hrebeniuk, A.F.];
~-v MURMILOVY A.V.; KONOMENKO, T.Ye. [Konomenko, V.IE.I
.
Effect of the heating time on the yield of the product in the
semicoking of Donets gas coals with a solid heat exchanger.
Zbir. prats' Inst. tepl. AN URSR no.25:16-24 162. (MIRA 17:1)

T 11
KONO, iI 1 11.
Conferences with construction workers and, the or.,-anization of socialist competition a
important factors in the further improvement of our construction industry.
P. 20 (Teknika.) Vol. 4, 1410. 4, JuIYAU~.- 1957. Tirane, Albania.
SO: Monthly Index of East European Accessinns (EEAI) LC, - Vol. 7, 110'.. 1, Jan. 1958

- - -~
KONOMI, S.
For soil fertility. Tekh.mol. 22 no.11:12 X '54. MM 7:12)
(Ilbania-Soll conservation)

wmv~ mm
KONOTMOVICH., L. M.
"The Selection of Feed-Back Circuits for R-C Coupled GeneratorsV 11 Radio Tekh, No 1,,
p 70, 1955

KONONY R,, mgr inz.
Use of eleotric vibrators for driving in ground electrodes. WUd
elektrotechn 32 no.301-82 Mr t65.

- K(-)LI (PI 4_~ald ~w mgr in2r.
Soviet-made devices for the construction of cable culverts
under roads. Viad elelctrotechn 31 no.ll-,264-268 11163.

KONON, Romuald, mgr inz.
Instru-ents to mechanize electroengineering assembling works.
Wiad eloktrotechn 34 no.4:119-122 Ap 165.
1. Office for Research and Experiments of the "Elektromontaz"
Industrial Enterprise for Electric Works, Warsaw.

KONON) Ronuald, mgr inz.
Toole for rivishing and instalUtion works. Wiad elektrotechn 32
no.M03-204,205 Jl 164.
1. Experiment nnd Research Office of Elektromontaz, Industrial I
-0
Enterprise of Electric Works, Warsaw.

KONONP Romuald, mgr inz.
American rod earth terminations and methods of ground~'g
them.i Wlad elektrotechn 33 no-10-311-313 0 164.
le E*erJuent w0 Research Office "ElektromontazI!, Industrial
Enterprise of Electric Works, Warsaw.

L 46996-56 ijp(c) -LI~jw
ACC NR, AP60272-87 (A) SOURCE CODEt
UR/0191/66/000/008/0072/007j~
AUTHORI Kononchikq Ye. T.; Rafalovichq D. M.; Rpykhq L,L.
ORGI none
TITLSI Oxidation of polymers in air during mochanical'degradation
SOURCEI Plastichaskiye massyp no. 8, 1966, 72-73
-3
/51
TOPIC TAGSS peroxide,, polyethyleneq polystyrenol, polycaprolactamp polymer degrada-
tion
ABSTRACT& The mechanical degradation of polymers may cause chemical roaotionawhicih
evolve volatile substances, in particular# peroxy compounds. A photographic method
was used to study the amount of volatile b tances evolved during the mechanical
degradation of low-pressure polyethylon-;~IUO~styrone,'Ipolycaprolactaun and vulcanized
rubber in air. The substances evolved caused a darkening on a photographic plate
when it came in contact with its emulsion, and tho degree of darkening was propor-
tionall to the amount of the substance. The componition of tho volatile substances
was identified by means of charLical Indicators commonly employed for 1120~ and by a
luminescent method (luminol). The liberated organic peroxides (tort-butyl perov-
acetate, tort-butyl peroxy6enzoate, caproic peroxide, tort-butyl hydroperoxido and
cumeno hydroperoxide) had the same effect on the chemical and luminescent indicators
as did H202 and, like the latter, darkened the photographic plate. Teflon, I amplea
Card 1/2 TjDcs 678.oig.3i [678.742.2-f678.746.22+678.675'126+678.41+

ACC NR-. AP6o27287
did not darken the photographic plate, indicating that hydrogen atoms must be avail-
able in the polymer for peroxides to be formed. Authors thanIc S. Ye. Breeler and
P. Yu. Butyagin for their participation in the discussion of the res_u1t_n_.___Ur-ig.art.
t 3 figures.
SUB CODE: 37/ SUBM DATE& none/ ORIG REFt 004/ OTH REF: 0()I
2

Lge
S/07
6 63/037/002/014/018
B1 44YBI 80
AUTHORS., Roykhq.I* L.p
.,TITLE: Dependence-between'the B202 volume evolved in atmospherii
corrosion of Al on the atmospheric -pressure
PERIODICAL: Zhurnal fizicheskoy khimii, v. 37, no- 2, 1963, 433-436
TEXT: The evolution of H 0 as alunction of the partial oxygen pressure
2 2
was studied in an apparatus where the elevated surface of an Al disk
rotating at I rev/0-72 see was dressed continuously by a fixed cutter and''.... J.
the H 0 molecules separatinglowing to corrosion were registered photo-
2 2
graphically. The pressure effect of the air wip investigated in the.
5-760 mm Hg range by placing the whole apparatus in a vacuum drum,,
evacuating for 3-6 mini drying with P 0 for 10 minj rotating the disk
2 5
under the cutter for 3 min, and admittingair for 1 min. -The film was
sensitized with 0 Na 00 and 50~ ethanol, and by heating to 9doC
J_
2. 3
Card 1/2

Toward new achievoments in work. NTO 5 no.06:8-9 Je 163.
I. (14IRA 16:9)
1. Brigadir kamberno-My trigmV ko=mnisticheskogo truda shakhty
"Berezovskaya-l" ~oata "Kemrovugoll."

VILICHITSKIY, Vladimir Vladimirovich;,4Q1y',QNCHUX, Genly Ivanovich;
TITOV, Pavel Illich; K101TIEV, Anatoliy Yakovlevich;
KOCBETY,.OV, Nikolay Georgiyevich; RADIKO, L.I., red.
(Practices of leading workers for all miners] Opyt pere-
dovikov - vsem shakhteram. (By] V.V.Villehitskii i dr.
Kemerovo, Kemerovskoe knizhnoe izd-vop 1963. 35 P.
(MIRA 17:7)
1. Zamestitell nachallnika kombinata Kuzbassugoll (for
Villchitskiy). 2. Brigadir komplekanoy brigady shakhty
liBerezovskaya-l" kombinata. Kuzbass (for Kononchuk).
3. Brigadir korpleksnoy brigady shakhtv "Chertinskaya-l"
kombinata Kuzbass (for Titov). 4.Brigadir prokhodcheskoy
brigady shakhty "Polysayevskaya-2" kombinata Kuzbass (for
Kbmelev). 5. Brigadir prokhodcheskoy brigady No-3-3-bis.,
tresta Prokoptyevskugoll(for Kochetkov).

KOVACHEVICH, P.M., prof.,- kTDOROV, N.A., kand.t--i-hn.nailk; ANDFL'APIOV, A.P.,
imb.; BOBER, Ye.A., lrjzh.; GORBACHDI, D.J.; DEITISOV, V.V.; K'~414'~NGHK.
G.1 brigadir
Work practIces of the brigade of G.I.Kononchuk at " Bore zovslai-a-
111 Wrie in the Kuznetsk Basin. Ugoll 38 rio.3-1-6 1-ir 163. (M-TP-k :L8-3)
!. lemerovskiy gornyy institut (for Kovaclievich, Fedorcv, Andrianov,
Bober). 2. Glav-nyy -inzh# tras-m Kemer(wougol I (for G,)rh9chav).
3. Clavnyy inzh. shakhty nD,~rezovsluWa-l" trtistA, Semerovougoll (for
Denisov). 4. Shakhta "Berezovskaya-'I" tre--ta Kemer--vcugoll (for
Kononchuk).

L :?026_0_r- El~rr-(C. VFWT(rO ANLIAID(
9
r ba n S G. L
C-1 lous I ight dig lie r a ion in th- j Oe q a '~'ut-! an d
i f ttnl- -of the
laset: spectrum
Optika i gnektroskopiya, v. 17, no. 6, 1964, 880-986
laser, ruby, ruby spectrum, R line, anomaloug disper-
I ol, zefraction index, negative dj9perajor.
ABSTR,xCT: An LavestigatLon in made of the variations of the refrac-
tion index in the spectral region of ruby R-lines responsible for
StImalated emisnion, The dispereion of dichroism of ruby lines
_ieee. h,,~ chromium ions was measured at r,:oa t
tamperat,are and at Ii-
4f.&LL oxygen temperature usine-ruby crystals with a 0.3 percent Con-
ci2ntratton of chromium. The curves obtained were approximated by
!nrmuina vith a number of parameters related to the unit density of
1hese formulas can be used to calculate dispersion curves
R-lines for the two main polarizations and for an arbitrary

L 20240-65
ACc,&5SION NR: AP5000547
cancen-zratIon of chromium. The refractional shifting of a ruby laser
i-actr-::, L-4 also considered. A rough estimate-shown that variation
f t- efraction index during the nonstationary mode of operation
Pqer will limit the degree of manochromaticitv of each
art. has 6 figures, 2 tabips and 8 formulas.
none
-jziMITTHD: i6Dec63 ENCL: 00 SUE CODE: E;C, OP
ND RzF C44-- 316Y
ATD PRESSt

RABOTYDVA, T.N., kand.tekhn.nauk; KONDIICHUK. L.V., inzh.
Data on parameters and technical characteristics of photo-
tubes with multiolot cathodes. Svotetekhnika 5 no.9:1-7
S 159. (MR& 13:2)
1. Hoskovskly elektrolampoVy zavod.
(Photoelectric cells)

21603
4140 216,7
,,W, S/109/60/005/010/026/031
21#.2_+'Y0 9073/t435
AUTHOR: Kononchuk, LA.
4:~
TITLE: Technology of Producing Photocells and Single-Stage
Electron Multipli*rz With a Translucent Multi-Alkalino
Cathode
PERIODICALi Radiotekhnika i elektronika, 1960, Vol.5, No.10,
pp-1739-1741
TEXT: This paper was presented at the 9th All-Union Conference
on Cathode Electronics, Moscow. October 1959.
The author deals briefly with the technology at present in use
for producing translucent multi-alkaline cathodes for photocells
and singl*-stage photooloctron multipliers. the cathodes of which
have sensItIvItios-of 100 to 190 I&A/lumen with characteristic*
corresponding to data published by K, Sommer (Ref,l and 2) and
A.A.Mostovskiv et al (Ref.3). All the three metals are
introduced by a single rod. Potassium and sodium are produced
by high frequency heating inside an ampule from tablets (these
were made by T.N.Sidel0kovskaya). The technology of producing
these cathodes consists of the following oporationst
Card 113

aW3
S/109/60/005/010/026/031
Technology of Producing ... 3073/Z435
1. A)mn*aling of the glass at a furnace temperature of 390 to 3950C
for 30 win. Higher temperatures cannot be applied since the
metallic cesium in the ampule would start to combine with the glass.
2. In one ampulej the alkaline metals, potassium and sodium,
are obtained by high frequency heating (details given).
3. An Sb layer is vacuum deposited to a thickness much that the
transparency is reduced*to 40%. Any other thickness reduces
the sensitivity of the cathodes.
4. The Sb layer In treated with potassium and sodium (details
given).
5. The residues of the potassium and sodium are distilled off
repeatedly and the process in considered completed when the
sensitivity of the cathode of the photocell does not decrease
during the cooling. By the repeated distilling off, accuratw-
dosing of the required quantity of metal is obtained.
6. The antimony-potansium-sodium layer is treated with cesium
(details given).
7. The cesium residues are distilled off on the same principle as
the potassium and sodium residues. In cathodes that have boon
treated correctly, the cesium increases the sensitivity to
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21603
s/iog/60/005/010/026/031
Technology of Producing 9073/9435
incandescent light of the antimony-potassium-sodium layer by a
factor of 10 to 30- Basically, the sensitivity increases in the
long wave range of the spectrum. At the vacuum stand the
duration of treatment of'a component is 1.5 to 2 hours. The
parameters of the photocells in single-stage multipliers with
multi-alkali cathodes were published in another paper of the
authors (Ref.4). The first preliminary experiments in using this
method on a pilot plant scale gave positive results. There are
I figure and 4 refer*ncoss 2 Soviet and 2 non-Soviet.
SUBMITTED: December 21, 1959
Card 3/3

APNONCHur's,-L.Y.-
- I... I- -
Some properties of a multialkaline photocathode in the form of
a thick layer. Radiotekh. i elektron.6 no.4:631-636 Ap 161.
(MIRA 14:3)
(Cathodes)

XONONCHUX. N.L. doteent, kandidat tekhnichaskikh nauk.
Simplest method of determining non-coaxiality of crankshaft pins. Toot.mash.
33 no.lOs24-23 0 05). (KW 6:10)
(Cranks and crankshafte)

3/853/6P-/000/000/006/008
A006/AlOl
AUTHORS: Kononchuk, N. I., Yakovlev, Yu. A.
TITLE: Specific features in thermal fatigue tests of heat resistant
materials
SOURCE: Termostoykostt zharoprochnykh splavov, abornik statey, ~d. by
N. M. Sklyarov Moscow. Oborongiz, 1962, 14'T - 157
TEXT: Thermal fatigue is defined as the gradual failure and changes In
shape of material of a specimen at alternate thermal stresses, which arise as a
result of cyclic heating and cooling and of temperature differences over the
sections of the specimen. Typical forms of thermal fatigue appear in parts of
non-uniform thickness subjected to cyclic heat alternations, and In parts sub-
Jected to one-sided heating and subsequent cooling. Variable stresses in 4xperi-
mental cyclic heating and cooling can be excited by method I, when stresses of
the Ist and 2nd order are uniformly distributed over the specimen cross-section,
and by method II when these stresses are non-uniformly distributed. The selection
of standard test methods must be based on the operational conditions of the part,
the shape of specimens, test conditions, and criteria of thermal fatigue resist-
Card 112

S/853/62/000/000/006/008
Specific features in thermal fatigue tests of... A006/A101
ance. Four types of specimens'are proposed. Bi-axial thermal stresses, attaining
maximum values on the surface are characteristic for flat specimens-, cylindric-
-shaped samples are characterized by volumetric thermal stresses, whose longi-
tudinal components are highest on the surface and axis; plane thermal stresses
with maximum values of the longitudinal components in the thin ribs, are charac-
teristic for triangular and trough-shaped specimens. Heating should be performed
as if under operational conditions; the cooling rate should range between 50 to
400 degree/sec; cooling by a compressed air jet is recommended. A criterion for
a general quantitative evaluation of thermal fatigue does not exist. Criteria
used are thermal fatigue curves, which relate the number of cycles until the
breakdown to the magnitude of the temperature drop, total (elastic and plastic)
deformation, accumulated deformation, or to reference*stresses, calculated from
deformation values. Test results should be analyzed by methods of mathematical
statistics. Method I Is recommended for studying the nature of thermal fatigue
and to determine a quantitative relationship between the parameters determining
thermal fatigue resistance. Method II is recommended for determining thermal
fatigue. There are 5 figures.
Card 2/2

ACCESSION NR: AT4014051 5/3073/63/000/000/0225/0236
AUTHOR: Kononchuk, N. L
TITLE: Influence of size and manufacturing factors on fatigue strength of materials
SOURCE: Prochnost' metallov pri peremenny*kh nagruzkakh; materialy* tretlyego
sovesh6anlya po ustalosti metallov, 1962 g. Moscow, lzd-vo AN WSR, 1963, 225-236
TOPIC TAGS: plastic material, heat resistant material, fatigue strength, fatigue test,
hr-at resistant alloy, material life
ABSTRACT: An investigation has been made to determine the influence of size and manu-
facturing factors on fatigue strength of plastic heat-resistant materials, to clarify tile
differences lin fatigue characteristics obtained from tests with specimens of different size,
form, and surface finish, or prepared by different technologies, and to explain the phenom-
enon that some alloys exhibit higher fatigue strength in notched specimens than in smooth
specimens. Fatigue tests were carried out on 300 specimens of a commercial grade,
formable heat-resigtant alloy, to which two types of machine-finish were applied. The tests
were conducted at 100-1 = 35 kg/MM2 and t = 700C. On the basis of the test results, it has
been concluded that: (1) properties of the surface layer which depend on the technology of
finishing operations have a great influence on the probability of failure of specimens which
Card 1/6

ACCESSION NR: AT4014051
are bent in a symmetric cycle; and (2) the observed distribution of fatigue life is not a
normal distribution. The real distribution is determined by the dissimilar character of
defects. In the short-life region, f lures are related to defects which do not become
"strengthened" under the action ofV__jL or of residual stresses. In the long life region, such
defects apparently become "strengthened" by discrete redistribution of stress conditions
along separate defective spots. Statistical methods have been used by the author to find an
expression for life distribution which agrees with real distributions. The following basic
equation representing life distribution has been used:
n(t) - noe- f IT(t)dt , (1)
where n w number of nonfailures at elapsed time t; no = number of tested specimens;"R(t)
mean density of defects related to one specimen, as a function of time. Assuming that
Cord 2/6

ACCESSION NR: ATIO14051
values far to the right along the time axis are not important, the following law of defect
distribution has been used:
R(t) = ktq
ktq +
Hence.' n(t) = noe q + (2)
and the curve of failure distribution over time can be drawn according to:
-ktq +
d n(t) _~~qe q dt (3)
This expression is well adapted to represent real distribution of apecimen failures over
th.e 11-fe. From-2[dn(ta 0 the time corresponding to the probability of maximum
dt
density of failures can be obtained as
1P (4)
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ACCESSION NR: AT4014051
The time corresponding to the probability of non-failure of a certain percentage of specimens
has also been derived on the basis of expression (1). For example, for 50% non-failure
probability and 0 + 1
e q + I = 0.6
+ (q + 1) 1n 0. 5 + I q +
t0.5 k V 0. 7 k (5)
With a smaller surface of equally stressed fatigue-endangered zone, a shift of the failure
distribution curve occurs to the right of the time axis, and vice versa. The curve repre-
senting the density of defects can be obtained on the basis of many fatigue tests (several
hundred), with the aid of expression (1) and (2). If, beside the adopted technological
process applied to the manufacture of specimens, another process is applied warranting a
I'sterile" condition of surface layer, the influences of technological and metallurgical
processes can be separated with respect to fatigue strength. From the tests made, It has
been found that In the short-life regiont specimens with a ground surface failed faster than
specimens with a polished surface.- llesidual stresses in surface layers have been found
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ACCESSION NR: AT4014051
higher In the polished specimens, and have been determined by radiographic methods.
Microhardness differences have not been significant on specimens with differeni, fatigue life.
A relation behveen grain size and fatigue life could not be established. Specimens with a
larger working surface will more frequently exhibit detrimental defects. This is a partial
explanation of the earlier mentioned phenomenon that higher fatigue strength has been ob-
served on notched specimens of a cast heat-resistant alloy, than on smooth specimens of
the same material with the same loading conditions. When peculiarities of surface layer
conditions substantially distort the distribution curve, another suitable -argument can be
used instead of t, as has beerf shown by the author. By inLroducing a value representing
the "relative probability" of short-life specimen failure, it has been shown that conditions
of surface layer can have a relatively small influence on the mean life of specimens, and
can increase by 5 to 10 times the probability of failure in the short-life region. This
property of the distribution law can be used to discover quantitatively and predict the
probability of failures (non-failures) in the short-life region and can be used for compara-
tive evaluation of influences produced by alloying elements, technological factors, stress
levels, size of specimens, etc. on the operational reliability of details involved in fatigue.
Such a possibility is not offered by the frequently used methods of normal distribution or of
log N normal. An approximate method is proposed to obtain a distribution curve according
to equation 3, based on evaluation of a limited number of fatigue tests. It has been stated
Card 6/6

ACCESSION NR: AT4014051
that for correlation of experimental data, a "standard" surface of specimens should be used,
involving a certain test temperature, certain standard stress conditions, and a "standard"
volume of material. The use, as such a standard surface So = 1 CM2 , a specimen of 7. 5
mm diameter, and a standard volume V. = 0. 2 cm3 corresponding to about 4 mm of working
zone -length is proposed. For the evaluation of notch sensitivity, the author proposes to
use a radius of r = 0. 4 mm at the bottom of the notch. Orig. art, has, 10 figures and 18
formulas.
ASSOCIATION: none
SUBMITTED: 00 DATE ACQ: 20Feb64 ENCL! 00
SUB COM MK#MT NO REF SOV: 001 OTHER: 000
0 6/6
Cora

L 1428o-66 IJPW JDIHWIGS
4
L
0
-
N
R
i
A
A~O NR: AT6008666 SOURGB CODLI,: UR/0000/65/000/000/0228/0235
U
A
T
0
AUTHORS: (Kiev);
Akimov. L. M..(Kiev); Kpnonphukz-.N,.-1 _,~KLadnov, 1. K (Kiov);
vere N
Zverev, N. I..(Kiev);_ Pliskin, (Kiev),- Krivenko, M
P-t-. (Kievl; 'Er v
Yu. N. (Kiev); Lazareva, .4. M. (Kiev)
Yu N (K3
07RG none~
ORG.- none
TIJLE In
TITLE: Investigation of the effects of several factors on the-tatiguo h
-jo aracter-
istIcs of
used for turbine blade mantdacture
istics of heat resist~nt_gLlo
SOURCE-
VAJIVIMAL U-L1=MU11kUV Ul'V
-t~e
~p qturgLhtjd,. Termoprochno3tt materialov i konstruktsioWkh elementov (Ther-i
mal strength of materials and construction elements); materialy soveshchaniya.
Kiev
Naukova dumka, 1965, 228-235
TOPIC TAGS: heat resistant 'alloy,, metal property,. metal fatigue/ EI437B alloys
F1617 alloy, FV67 alloy
ABSTRACT: The ef f ects of several factors on the f atigue characteristics of heat
resistant alloys E143 BI617 and. 81867 were investigated and compared with
r
ard

L 14?-8o-66'
AGG NR: AT6oo6666
results obtained with a normal cylindrical fatigue Vecimen. The specimen shown..
in Fig. 1 was used to.obtain fatigue curves (,(2-10( cycles) showing the effects
MO
03 "Figs 1& Specimen
etry.
j
!-J
of shape (blade 4eisus rotind specimen), environment (air and combustion products),L_
!,cyclic heat loading, surface plating (calorizing) and temperature (373.,'600,, 873s i.
i C ard 2/3

ACC NRg AMW15392 Monograph
ikol% Isidorovich
0!2*42
Methods of calculating the tSgM~limit of heat resistant alkW (Metody otsenki
vywelivosti sharoprochrykh splayov) Hoscowq Izd*vo "MetallurgiyO- p 66. 02" p.
illus.y biblio. Errata slip inserted, 6j100 copies printed*
TOPIC TAGS: alloy steel,, high temperature allart beat resistant alloy, 4110Y CMPD-
sitiong metal heat treatment
PtRRSE AIM COURAGE: This book describes the correlation and probability theory
application methods in the evaluation process of fatigue limit of heat resistant
alloys based an a limited number of experimental data. The methods of. application
serve also in the evaluation and optimal factor correction effecting the theory,
Presented are examples taken from the actual processing of experimental material,
72he book is intended for workers In scientific research organizations# laboratories
and construction bureaus of astallurgical and machins-contruction Industries.
TAME CF CWTUM (abridged) s
1. Introduction-5,-
II. Basic Information on distribution order, correlation theory and statistical,
indicator errors-17
ni. Complex example of use of correlation analysis (effect 0Mf
and other factors on the fatigue limit of heat resistant allcff EI617
,ay
n7j)
CWd MC3669,018.Ls
A
CC "P
ACC NRs AM601539~
V S lee
IV- Selection methods of samples for the
vvi
UPdrimental data of the alloy testing-192
F
tbnwqclio t"tift-217
VI- Correlation of variable.6st-al, -and ten.1ntion of the lies and swf&m at
fatigue lisit-234
9ibUo9MP1W-,U7
BUD =go Qua pa 020t.
ON We 0M

KONONCHUL..K. P.
Instm,ctions for the engineer-standards specialist. Moskva. 1948. 70 P. (L-9-53763).
TL725.2.K6

,_jQL,QNGVlUK yj,--en uepblorizati.)n in re,al
___, T.I. Gand Tech Sci (aiss) 110)r ,
subUroups of vatiodium," Kiev,, 1960,, 14 pp (Kiev PolYtechr Lcal Institute)
(KL, 39-60# 115)

67507
S/673/60/026/001/004/0421
4D 0 B004/ .054
AUTHORS: Ko.,xonchuk, TL,1~ and Barmashenko, I. B.
TITLE: Electrochemical Behwfior of Uetals of the Vanadium Subgroup
1. Hydrogen Overvoltage
PERIODICAL: Ukrainskiy khimicheskiy zhurnal, 1960, Vol. 26, No. 1,
pp, 25-30
TEXT: The hydrogen overvoltage of V, Ta, and Nb was studied in connection
with'the investigation of depolarization by oxygen. The authors used
smooth wire electrodes and porous, disk-shaped electrodes molded from metal
powder (grain size about 50 p) with addition of NH HCO at recrystalliza-
tion temperature in vacuo (10-4 4 3
mm Hg), which were fused into glass
funnels and could be blown through the H 2 (the production of smooth wire
electrodes with V was impossible). The authors used 99% Nbj 98% Ta, and
99-7% V. 1 N .-2 so4or 1 N NaOH served as electrolyte. Platinum net was
used as anode. It was found that a -constant potential was established
Card 1/4

87507
Electrochemical Behavior of Metals of the S/073/60/026/001/004/021
Vanadium Subgroup, 1. Hydrogen Overvoltage B004/BO54
very slowly, and that the reproducibility was influenced by many factors,
The curves for the first polarization were shaped d.'fferently from the
curves for repeated polarization~ Therefore, mean values from several
experiments were taken. The steady state of the electrode is that with an
oxidized surface. The potential of polished, smooth elect-rodes approaches
slowly that of the cathodically oxidiz-.-d electrode. Hydrogen overvoltages
measured are shown in Fig. 5 (H 2SO4) and Fig. 6 (NaOH), The inclination
coefficient of Ta and Nb in the acid electrolyte is 0.12, in the alkaline
electrolyte 0.14 and 0.15, respectively. The same inclination of the
straight line in the case of porous and smooth Ta and Nb permitted a
calculation of the true surface of por:~us electrodes, It was 200 times
larger than the geometric surface in the case of Ta, NO times larger in
the case of Nb. Vanadium electrodes showed a potential jump.. The inclina-
tion of the first section is 0.04, that of the second, 0.14, This is
explained by two,processes: dissolution of the metal in the rilectrolyte,
and change of the cathode surface during polarization, Porcius Nb and Ta
electrodes in an alkaline medium showed a nonlinear relationship tetween
H overvoltage and logarithm of current density, V. V Sterider is ment-ioned.-
Card 2/4

87507
Electrochemical- Behavior of Metals of the s/o73/6o/o,6/oo1/oo/,/o,-?i
V.anadium Subgxoup. 1. Hydrogen Overvoltage BOO0054
There are 8 figures,21 table, and 6 references: 5 Soviet and 1 British.
ASSOCIATION: Wevskiy ordena lenina politekhnicheskiy institut
(Kiyev "Order of Lenin" Polytechnic Institute)
SUBMITTED: April 23, 1958
.,Legend,.to- Fig. 5: 1: V,,,porous, 2: Ta, Porous, 3: ffb, porous, 4:. Ta,. smooth,
5: Nb, smooth.
Legend to Fi -.V, porous, '2* Nb, smooth, 3;
9. 6: 1. Ta,, smooth.
Card 3/4

87620
S/073/60/026/002/006/015
46% ID 10&11 1211" B023/BO67
AUTHORi Kononohuk. T. 1.
TITLE: Electrochemical Behavior of the Metals of the Vanadium
Subgroup* 2. Oxygen Depolarization
PERIODICAL: Ukrainskiy khimicheskiy zhurnal, 1960, Vol* 26, No, 29
Pp. 188-194
TEXTs The author studied the oxygen depolarization in metals of the
vanadium subgroup (tantalum, niobium, vanadium). The electrochemical
behavior of these metals is best reproduced by electrodes which had been
subject to primary polarization. In the oathodic polarization or the
electrode in oxygen or atmospheric medium the eleatrode surface may charge
'des and an in-
in two directionss cathodic reduction of the surlace ox,
verse processt oxidation under the action of oxygen. On the basis of the
polarization curves (Fig. 1) the author states that the surface of the
tantalum electrodes concerned is not subject to reduction but to oxidation.
This is obviously the case vhen determining the steady potential with re-
peated polarization of the electrode. As a result, th( potential decreases
Card 1/2
Card 2/2

KONOWOT T Ta ~ FIRIKRUDC-EUKUp V.G., BONTIAHENKOY ~rs.v.
I- i~ - I
Photcohemtcal deeblorinatIcn tX an::-Iyte. 10-4im. p- om. no.6z,429.-
433. Je 1 " (M-"RA 1847)

KONONCTIUK,,-T.I.; REDIKO, L.P.; KORCIIEV, M.A.; FUS'MVIT, V.T.;
-B6NDAANKo. N.V.
Effect of the addition of polyacrylamide to the brine on tho
electrolysis process with a mercury cathode. Khim. prom. 41
no.8t599-600 Ag 165. (MIRA 18-9)

1. X0401ICMrZp V.t Eng.
2. MM (600)
4, Construction Indu try
7. Tmproving the work of repair and construction organizations of the Main Admi nistration-
of Repair and Construction Trusts. ZMI.-kom. khoz. 3, no. 1, 1953.
9. Monthly List of Russian Accessions.Library of Congress, .1953. Unclassified.

lamoncmy - ~ ~,hoser.
_
shlold twmlingo ShIle-kne khoso 7 =o2:23 1:1-7. . (MM 10:4)
Mda-funmllmg)

XONONDWOV A.
FA 56/49T 40
Oct/Der, 48
Refrigeration
Machine Building
"Production of 1pow-Power Freon Refrigeration
Units," A. Kononenko, Ingr, RharIkov Mmoh-Bldg
Kent No 171) 1'y
"Kholodill Tekh" No 4
Iharlkov Mach-Bldg Plant No 171 has produced first
aeries of lov-power froon refrigeration units. P~ro-
ductivity of the unit is 600 cal/hr. The F12 ob-
tained so far from "HulotV Plut has not been suit-
able for use. Same holds irue for the'freon oil,
SAG-1, produced by Plant Imni Kosbkin.
96/4qT40

- -- MEM
W-
KOFONENKO Aleks, ing. (Zagreb)
-
Tunnel diodes, I. Slektrotehnika Hrv 3 no. 4:128-135 160.
1. "Radioindustrija Zagreb"; uradnik struene rubrike "Tabnicke
novosti, vijesti i bibliografija",Oglektrotehni,ka*-

STRELEGY Vladimir, ing,; KO inge
Automatization of machines in packaging technology. Automatika 2
no.3:147-15/+ Ag 161.
(Automation) (Packaging)

KONOIWKO,t A.19kaije., ins. (Zamb,, Bosidarevicava 22)
Directed radio commn"icationo Llaktrotakoika Hrr 5 noo3lg"4 162.

KONONENKO Aleksije, inz. (Zagreb, Bozidareviceva 22)
The TH 9-2 microwave radio set for routed com=ications. Elaktrotehnika
Hrv 5 no-49147-114 162.

KONONENKO, A. A., (Engr.) and KISHLALVANTS, S. A. (Engr.)
"Experience in Fighting the Corrosion cuused by Stray Currents in Power
and Telephone Cables, in Kiev,"
report presunted at the Odessa Conference on the Fighting of Corrosion
caused by Stray Currents, Nov 1957, Odessa Branch NTOEP (Elektrichestvo, '58,4:83)

-Alsksmodr, Ttch; SIMMY. I.P., redektor; MNIKOVA, A.I..
tok
(Atosto weapons in the military piano or the U.S.A.] Atounce orushte
v voonsykh planakh 3W. Kooky*, I.o*u,tzd-vo X-Ts obor*330, 1957.
77 go (NLIA 10:9)
Mited Btateo--Atonio warfare)

KONONENKO, A.A.
"Effect of Changes in the Functional Condition of the Central Nervous -~Ystem
on the Restoration of the Blood Pressure During Hemorrhage.* Cand Mod Scip Kharkov
State Medical Inst, Kharkov, 1954. (KL, No 1, Jan 55)
Survey of Scientific sad Technical Dissertations Defended at USSR Higher
Educational Institutions (12)
SO: Sum. No. 556, 24 Jun 55

BELyAKOV, yuOle.
, cam otekhn.naukl_AQXQXMO,,.AU,,_;Lnzb.; CHERNYAVSKIY, A.T.,
inaho
Selection of parameters and plans of operation of a stacker with
a productivity of 500 10/hr. Nauche sap., LUcmiiproekta no-5:112-118
161. (NIRA 15.,T)
(Conveying machinery)

; V0110NOV)o G.T*,- KONONENKO, A.h.
Relationship between the structure and funetion of ferroporphyrIn
enzymes. Izv. AN SSSR. Ser. b1ol. 31 no.1:76-83 ja-F 166,
(MGRA 19-1)
1. Inst-111tut mikrobiolog-,i AN SSSR. Submitted August 8, 1965.

AXSENOV, V- P-, kRDd- tskhn- nauk; BELYJXOV,, Yu. I., kand. tekhn. nauk;
KONOMMOP Ae A. insb.
Continuoum action equipment complex for open-pit mining 01,
Ukr. 6 no.10:22-25 0 162. (MMA 15401
(Coal mining machinery) (Strip mining)

AKARITI)II -,+-ekhn.nallk; BELYAKOV, Yu.I., kand.tekhn.nauk;
KONONENED. A.A.,, inzh.
Technological bases of programming the operations of a rotary
excavator. Izv.vys.uchob.zav.:gor.zhur. 7 no. 1:45-52 164.
(MIRA 17-5)
1. Gosudarstvennyy nauchno-issledovatellskiy i proyektnyy
institut, ugollnoy, rudnoy, neftyanoy i gazovoy promyshlennosti
llkrSSSR.

KONONENKO, A.D.- PIDGAYKO M.L.; RADZIWV,OIKIY, D.A.
kv
Wterials on the ecologic characteri5tics of ponds of the wooded
steppe belt in the Ukrainian S.S.R. Vop. ekol. 5:101-103 162.
(MRA 16:6)
1. Institut gidrobiologii AN UkrSSR, Klyev.
(0kraine-Fishponds)

NIKUYLEKO, T.Ye.
(Kiyov); IMUWO (Lubuy).
Menents of -desorlptlvo geomtry In schoolm by N.V. Zoleals.
lkt. T shkolo UDJAI-83 yr-J*"57. - (KUK 'LOv6)
(Geo"try. Desiariptiv*)
(Zeleulu. 2. T.

MI)HAYIUKO. Y.Ye., (RUev); KCUONUXO. A.F. (Zabuy).
Textbooks f or students f rm the savant to the tenth elamsem of
saico~dary achool:q. Mat v shkole no. &67~69 N-D 156. (Km loll)
(GiometrIcal draming-Textbooks)

4 4 tip at Elt

----------
!~f Mam"
L
sea
1 40mm
thick a cast Iron with a lower limit C and S1 content Is
advised. The alloy is added in pieces weighing from
4 to 10 kg in quantities equalling from 1.5 to 2% of
Card.2/3 the molten iron by weight, using a hopper and ordinary
1PI-1-417

KONONENKO, A.G,
Automatically controlled hoisting machine operations. Ogneupory
27 no.3:146-147 062. (KTRA 15:3)
1. Chasov-Yarskiy kombinat opoupornykh izdeliy.
(Hoisting maebinery) . (Automatic control)

ACV-Oz. 2111-0~10b. (;. 5: SOT/75-14-4-30/30
Sortlam of Amly-"cal Cbe=Lst.-Y of the rIIr UmAdol-74*
COW*&- on tonarml. and A,9pl3..4 Ch-tat,7
r=ODICAL3 Zhnrl~l analltichookay ktUizli. 1959. Vol 14, 1--,12
Xr 4. pv 51
(usmt)
ABS-2ACTs
4
AppmxIsat 1Y 300 y4roame participated In the aork of the
Do;4rtment
of Analytical Chan4str7, ".ad tu.6 representative.
of vaftona scientific ""&=b lueIlSutom, b1ghor mobools sal
lmd"twial oatjrVri&*a In Russia, "I.AtlPtS from China,

to
IkIAMXI&. the CSM, Pal.", Jju.Svx7, ad Italy. Approxims ly To
"Ports "re hem". in his opening speech Z'
OR Us A"le-ed results and a. moderm probl.n. 0 f analytical
ob4ol 11ma. of phsa!~
'
t
al
P
:
.
~ the solution of
t
f
:;.
L

r"m of problems of &a&ljtlcAj cbamImtr7.e7. 1. I"not.or
:
:
Jortod six sod:ru ^in& in the use or organ'Lo rizaicam
boo 4 at tb. ..-pla of balld. and tbIaa,7&"t*
~Mb
t
- I
~.rr*jattum the otebtlitj of complOsts,
th* position of the central atoa* In the perlodl.
Cara 1/4 4" too. T-JLJ&mhkg.%% rA _T_JL._'Wj2hkUp lectured an the stabili t,
of oximbtes of C.. C. ." 31 so do;oadlag oa she structure of
a* "lift Solsoule. Aa~U=aaxg ltc%wod oz the doubt*
obar"tor of reaction of "" compou"s In the formstlou of
l
Soomp
axes. The probl.a of ths, application of katerapol7soldo La
SMAIYU." obealstry me &omat wlA in tbA loctuxas of
It and am It. *11 "A N. A.
'
LL 'a
lArgs wMb*r
N,
.. .
or led to" I
0&6 orsumlo rokeento In A_L~~ XL'j_j"PntI&
ftp.r%04L *a th
tlOn of dIsIk71 and diaryl d1thlo-
PjPlic
e
:
phosphoric 441 1f* r th "pa,sts.2 of ol."Ato. 4- ;, Z;w%_wa*A
aryl woualo cold AM aryl Pho.phicia "Id. R. P. Zaito'.kly W.1
UO **-)soft*'* croated move p=;ortjoS of a0v coalAlswons. ft*
26atur,as Shite'rU~A 4.4 1. r~wmato
Ast
4*41% wItA the photometric 4starziusticu a R. oart*7
f
voting r2marim dsrivat*s. A
1
. or
1
L
"Inchmmation in anslytia
2
.
d =4
r.: Z~
U~1~ loatured as the d.torml-tio. of tant.lum using
-
-
R
fr.matial spatrophat."try. A X_LL
re ed
rt
o
ow blehly sensitive ammiymis awtbo4o
Itol "
to_ p
.sArk-214- :
a
t
:l
r,i
noa tra lot. am.oap.. 3.e.ral J.aturo. dealt .1th
nott~dlc&2 &.4 tho mtlc.l prablong of spect~ analysis
"A q._4_'2m1m&A) M. T., TaTfuht. ad
sales" . X. -
S. Polu*kt.' and 1. 1. likon*lo treated The
jorf %Lou of flAJ14 photocotry. 3ovoral lectures dealt with the
or ol.nants by P.1m.rox"phy
U. 7. 061ch.M.E.4 Is.
1
to 1. In ft d 2,
, .ro ripart-cyr T_.D.
Iftacksap &M Lt~�S. Ly.lik- ad co-ourta Zh. 1.ct~* of
-
IF, ZA tKal i loov,_& Y treated th.
.;. of AJIS4 In
istmilou vith t.. the b.M..try or
therim. X.M. fiony-in h ... d p .. lblllti.o of p-dUting th.
cbro tog-phic operation of I.-st. based on
.f
wanaltsove
.t
their post 1. In M prldl. syst... -7. A. Beltawskay reported
a
as tb* zwo Of 1, 1 -A.. .: tb* .%.%. of
substances 1. . ti ." A. ~3, T:%j b and
looted a. the chrcicat.grarhlo *.P_. I.. OF . .rite of
& a. Folyanskly reported 4A stapting the p"yortlea
loo:nto
:

A�L.Srakis. ad .6 ... let.. reported
2c
f2 hanger rest... _vAX,. 3h
on the hro-S.Craphic proor or sulfanilamide propamt1o" in
Card 3/4 114.14. of the C. L. Starablaot. and tr,,.t.4
the application at high PoLymorm 1 h"RatoarAphlo mr,elysio.
2

The lecture, of
:' Um 'a
-.JL,- OIL*- , G-MaL
#Aalt vrith Co. ch~natoam;hy. S-.-I leaturs. treated -the us. 'r
ndionative Isotopes for the chromatographic
.I& ). or th
oomplex ro ~tl.a &rA s.. So.
3
so-losticaticA of' the a*-ProcipitatioA **chLaism of to" of "re
metals It% Onuid:; (Z.LAXjM-_-) and for determining rare
elements b
""' I:otop. dilution G'S.
.
-UMIN In the r1 11 ~f .1.-.t*r7 ~rZ.alo milaro."IyoLm
the Uat"o. of j4A_Xoxaao. omd.y~ A. 121o" With
associates "v% to b* ceuttnood. ho tr~xta,d the *Lnbomtion a,
mpld vic~thd. far tho d.t.-L"tion air ",or.%
:1 ..... f-.,ons ..Lct,.d p., ~tlq. of bara., fluortme ad

KOPONMO. Aleksandr Ivanovieb[deceased); SMOTA, Yu.A., red.izd-va;