SCIENTIFIC ABSTRACT KUZNETSOV, A. N. - KUZNETSOV, A. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000928110016-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MAZATIV, A.V., doktor tekhn. nauk dote.; KUZNZSOV, A.Y., kand. takhn. nauk dots.;
ICOLUPA7W. A.P.
State of and outlook for the development of geodetic astronomy.
Trudy MIIGAIK no.31:41-48 '59. (HIRA 13:3)
(Astronomy, Spherical and practical)

JKUZ STSOV A.11.) dotuent, kand.tokhn.nauk
F,N, Krasovokii's work in the field of practical astronomy.
Tinudy MIIGAIK no-37:55--61 759. WIRA 15:5)
(Kranavskii, Feodosii Nikolaevich, 1878-1948)
(Astronomy, Spherical and practical)
-H -4R
N!

2J715
8/035/&1/000/004/052/058
A001/A101
g)-Oz)
AUTHOR: Kuzneteov, A.N.
TITIE; On the scientific research activity of the Astronomy Department of the
Moscow Institute of Engineers for Geodesy, Aeriai en6tosurvey and Car-
tography
PERIODICALi Referativnyy zhurnal. Astronomiya i Geodeziya, no. 4, 1961, 4, abstract
4021 ("Tr., 14-y Astrometr. konferentsii SSSR , 1958", Moscow-Lenin.
grad, AN SSSR, 1960, 90-92, Engl.'summar-j)
TEXT: The scientific research activity of the Astronomy Department includes
the construction of new gmndatln instriiments and improvement of existing ones, as
well as investigation of metnads of astronomical determinations employed in geode-
sy. A photoelectric accessory to the astronomical universal instrument AJ (AU)
2"/10" for'determining time by Zinger's method and latitude by Pevtsov's method Is
being constructedl a device for micrometric rotation of the AU 2"/10" telescope
along azimuth and altitude has been manufactured. Working drawings of an original
zenith telescope model, based on the principle of restrained floating, have been
Card 1/2,

23715
3/035/61/000/004/052/058
On the scientific research activity ... A001/AI01
compiled. Devices are designid for testing pivot Journals and lateral bending. A
comparison of Zinger's method and the method of time determination from observaticm
of stars In meridian has shown the advantage of the former. The Dellen method in
reconv.ended for determinationa of longitude dIfferences. A comparison of methods
of Talcott and Pevtsov has shown that Pevtsov's method is not Inferior in accuracy
to Talcott's method.
0. Panova
[Abstracter's note: Complete translation]
Card 2/2
MR

0 -
Work of soientif ic student ciroles in the aeademic year 1958159.
Trudy XIIGAIK no,41:97-98 160. (KIRA 13:11)
(Surveying) (Cartography)

KUZ14ETSOVO A.N.., doteent, kand.tekhn.nauk
Using the AU211/1011 universal astronomical instrument with photo-
electric recording of star transits in longitude determination*
Trudy MIIGAIK no.48sl49-154 101. (MIM 15:8)
1. Kafedra. astronomii Moskovskogo, instituta inzhenerov geodezii,
aerofotos"yemki i kartografii.
(Longitude) (Astronomical instruments)
i.

KUZKETSOV, A.N.
Using Oobile map of the stellar sky during the study of astronmq
in secondary, schools. Ucb.$ip.Penz.goa.ped.inst. no'.7t98-107 162,
(MRA 160)
(AstroncW-Audio-visual aide)

wul
Ir
no.
.7* r,,-Yr pcr-c- 1 erst e-d part 1
,i ~x r v

None
I Err CL 02
SCV 000 MM 002
-rjL)?: ITP

km
SOURCE CODE: UR/0413/66/000/023/0062/0062
INVENTOR: Gedymin, Yu&Yu.; Krivonos, G~A*; Starikov, V.S,; Kuznetsov,
A.N.; Epshteyn. G.G.
ORG: none
TITLE: Method of lubricating the surface of aluminum or its alloys for
extrusion . Class 23, No. 189111. [Announced by All-Union Scientific
Research Institute for the Planning and Design of Metallurgical
Machineri (Voesoyuznyy nauchno-iseledovatellskiy i-proyektuo-konetruk-
torskiy institut metallurgicheskogo mashinostroyeniya,)].
SOURCE: Izobreteniya, promyshlennyye obraztey, tovarnyye znaki-i no.
23, 1966, 62
TOPIC TAGS: metal extrusion go 1m~~2trtk5&0n-,a4-ft4-n4.ffl A33 mice -
metal surface, lubrication technique, extruded
aluminum IThis Certificat .e introduc.es a.. method.of lubricating-the surface
ABSTRACT: iof aluminum or its alloysas a preparation for extrusion with the use of
;a fat-base lubricant. To improve the quality of the lubricant, the
surface of a billet is first coated with a layer of . aliphatic acid salt
containing 10-20 carbon atoms in a molecule, anO thm with a fatty sub-
stance such as mineral oil, animal or vegetable fat or their mixture.'
SUB CODE: 13/ SUB 6Dei64',-*j .ATD .FRF
V AATI;,L.- 1 .80: 5113'
Card 1/1 UDC: 621.892.6

ACC NRg AP7(-)0079'( SOURCE CODE: UR10089166102110 10390103~2
AUTHOR: Katcaurov, L. N.; Kuznetsov, A. N.
ORG: none
TITLE: Concerning the question of the drop of the neutron yield in tritiun: targets
SOURCE: Atomnaya energiya, v. 21, no- 5, 1966, 390-392
TOPIC TAGS: triton bombardment, neutron reaction, deuteron interaction, j.~iysical dif
fusion
ABSTRACT: The authors show that the observed drop in the yield of neutron:- in the
D T reaction reported in various investigations, can be only partially attributed to
the energy loss in the carbon film produced by this reaction, but can be rully ex-
plained by means of the diffusion mechanism. In this mechaniim the deuterium ions
falling on the solid tritium target produce a concentration gradient 'Which gives rise
to diffusion of the hydrogen dissolved in the zirconium or titanium. Whe- the amount
of deuterium accumulated is sufficient to make the concentration of the particles
near the surface of the target exceed the limiting concentration, equilibrium setb in
and hydrogen isotopea begin to be released from the target, the release of tritium
and deuterium being proportional to their corresponding concentration. Consequently,
the deuterium striking the target continuously depletes the tritium of the target.
The differential equations of this process are presented and expressions are obtained
for the tritium concentration, for the timg of establishment of equilibrium, and for
Card V2
UDC: 539-172.13

ACC NR$ AP7000797
the reaction tritium yield. The theoretical value obtained for this yield agrees
well with experimental data. The authors thank 1. Ya. Barit and I. M. Frank for
numerous discussions- of the results, and also A. V. Yeldipinskiy and V. P. Perelygin
for help with the experiments. Orig. art. has: 3 ~figures and 7 formulas.
SUB CODE: 18, 20/ Sum nATE: 24Aug65/ ORIG REF: 002/ OTH REF: 005
r
Card 2/2

.16024939 (/V) SOURCE CODE: UR/2981/66/000/004/0264/0269
AUTHOR: Kuznetsov, A. N.; Epshteyn, G, G.. Kishnev, P. V.
ORG: none
TITLE: Cold extrusio of SAP alloy thin-wall tubes
SOURCE: Alyuminiyevyye splavy, no. 4, 1966. Zharoprochnyye i vysokoprochnyye splavy
(Heat resistant and high-strength alloys),!264-269
TOPIC TAGS: aluminum alloy, dispersion high strength alloy,
sintered aluminum powder
,,zkt-.W, metal extrusion/SAP aluminum al;Ay
V
ABSTRACT: Cold extrusion of tubes from hollow billets of SAP-1 alloy (8.5% aluminum
oxide) is described. The billets were 35.5 mm in outside diameter and 30 to 100 mn
long with a 13 mm bore. The billets were successfully extruded into tubes 14 mm in
outside diameter with a wall thickness of I mm at an extrusion rate of 95.5%. The
tubes can be extruded at a rate of 2-4 m /sec. Therefore, the extrusion can be done~
in high-speed hydraulic or meqhanical presses. During the extrusion the temperaturer
of billets increased up to 400-600C, which lowered the extrusion pressure. The
microstructure of extruded tubes did not show any texture. Extruded tubes were mcces&
fully cold drawn to an outside diameter of 13 to 9 mm. Cold drawing increased the
strength of the tubes from 32.6 kg/mm2 for extruded tubes to 37.6 kg/MM2 for tubes
Card 1 /2

ACC NR: AT6024939
9 mm in diameter. The corresponding figures for elongation were 4 and 1.1%. Orig.
art. has: 4 figures and 2 tables. (TD]
DE: 11, 13/ SUBM DATE: none/ ATD PRESS:
Jj

Card
L 27967-66 EWT(m) IJP(c)
-AC--CNR, AP6017603 SOURCE CODE: uR70-089/65/019/005/0442/OW
AUTHOR: Gladyshev, V. A,1 Katigaurov, L. N.) Kuznetsov, N.; Morozs Ye, X.;
Nechayeva=,. P.
ORG: none
TITLE: Construction of a 300 kev sector tith. external injection (Entire
article)
SOURCE: Atomnaya energiyap v# 19p no* 5# 19659 442
TOPIC TAGM cyclotron, particle accelerator target, deuterons diffusion pumps
cyclotron magnet, vacuum ' chambe'r/N-5T diffusion pump k0
ABSTRACT: With thin tareete,;Fccelerated *-articlcs-cai be used more
P
~Feffccti ly if additional aaceleration is applied to them after they have'!~~
ve
pased through the target (. L. N. Kateaurov and V G Lat h, Tnidy FIAN
SSSR EProceedings of the Physics, Instit.
Vol 33., p 235 (1965)). A small -304RMev'~ ~deute~'ron sector cyclotron' was
constructed at the Physics Institute to test the feasibility of applying
additional acceleration. Plans have been made to carry out a number of
.invastigations with this cyclotron especially since it is equipped to
'inject ions into the median plans (V shevs et al-i Trudy
'Mezhdunarodnoy Konferenteii po Uskorltt~t tPit'oedings of the Inter-
national Conference on Acceleratorep Dubnap 96270 Moscow) Atmoizdatj 19641
659-, The,cralotron mamet, ahsembl~ consists of three individual, C-ahaped
p
UIDC: 621.384.611

L 27967-66
ACC NRiAP6017683
-magnets. This design provides for a very- deep azimuthal- variation of the 7-
_piagnetio field without requiring additional. windings between the sectOrs
'it is 70
,and permits easy access to the chamber. The diameter of the Magn CM4
i,The pole pieces are sectors with straight edges and 66 deg. angles. The
lo-6* Furthermore, the
,supply current to the magnets is stabilized to 3 x
'field of each magnet is stabilized by an independent-proton stabilization
circuit
The pole pieces of the mag not serve partly as the covering of the vacuum
chamber, and the chamber itself consists of several parts. Its main part.
,Aas three triangular chambers made of brass# each bolted to the sides of the
.secotr pole pieces of two adjacent magnets. Vacuum sealing is provided by
,1ead wire -which is laid on the joints between the various parts and is squeezed'
'lAight by spegial - fittings - An X-5T type oil diffusion pump provides a vacuum
of -2 x l(r am Hg during operation with a bean.
Movable probes are available for observation of the beam. These prob 4
.can be positioned In any point of the vacuum chamber at the desired angle to
the beam by virtue of a teflon sealed baU joint and a movable cross-bar
'that has Wilson-type toflon seals.
The sources together with the accelerator tubes'can be movid in the
i median plane of the mapetj making it possible to vary the be= injection
i point within the chamber*,
card 2/3.

L ZJ'_fQI-'00
ACC NR, AP6017683
The accolorating yoltage is produced on the does by a generator that
foods enorgy to a quartor.~wave spiral line made of copper pipe wound on a glassi
cylinder. Up to 20 kv aro used on the does for acceleration.
In addition to this structural design- features (split mapiet.. diassemble-
abla vacu= ohamberi'spiral quarter-wave line)s the cyclotron is equip~~ for
external ion injection# which promises now ~~ of. using polarized pa~ti_clle, ~I
sources as well as other complex ;ources, [MIS]
SUB CODEI 20j, 13 SUBM DATRI 09Feb65 ORrG MF: 002
13
'A -q

L 279613-66 EVT (m
ACC NRj AP6017684 SOURCE- CODE' UR/0W9/65/019/0()5/%43/OX4i
AUTHORi Glad3rshev, V. A.: KatsAur~v. L. N.: Kuzneton~.4..,~.; Mroz, K.3
Nechayeva,-L. P.
ORG: 'none
TITLE: Magnetic field of a.300 kev sectorcyclotro with external injection (entire
article)
SOURCE: Atomnaya energiya, v@,19# no
5t.1965# 443
-TIOPIC TAGS:' cyclotron, cyclotron magnet,, deuteron, galvanometero betatronp nuclear
resonance# magnetic field, motion aquations computer calculation
"into data on the magnetic field of a sector
ABSTRACT: This paper pros
,cyclotron with a split magnet designed to accelerate deuterons to 300 kovo
'Tho sectoro of the cyclotron are displaced radially from the center of the
~magnot, and the cylindrical core is mounted in the center. The required
:field is obtained by empirical selection of magnet parameters, 6~
Field measurements were made with the aid of a winding which is connected
~to a ballistio galvanometer and can beIshifted step-wise. The windingj passing.",
."through the control points in the sectors,* was shifted by 2 deg in,azimuth and
1 cm radially. The field was measured in the control points by the nuclear
,resonance methods
The field focussing.properbies of an isochronio cyclotron depends
Ithe depth.of azimthal variation and in determined:by.~hs ~etatron oscillation
-A Card 1/3 UDGs 621Q84.611

L 27968-66-
'ACC NRiAP6017684
rfr' e6ies. The do VtjUtt9rd;.
equ pth of t~he atimutbal variation is characterized by
,which - is -defined as P = ( - 4 B >Z)/4 V>
When tfi~ r;giud in the given cyclotron is increased from 10 to .30 ca
flutter increases smoothly from Oo2-to 0-45. The amplitudes of the first
'and second harmonics of the fieldj characterizing the asymmetry of the
magnetic field, are approximately one order smaller than the amplitudes that '~_t
.cause radial instability.
The equations of motion were integrated on a computerj vdth the measured
,filed of the cyclotron given in the form of tables. This provided complete-
.data on the behavior of particles and orbital parameters in a real field*
During the vork) equilibrium orbits were constructed for various energies*'!
and the mean magnetic field along the equilibrium orbits was calculated.
Mere is an insignificant difference between the field obtained and an'iso-
.chronic field* and the phase shift during acceleration from 40 to 300 key Ii i
'6 deg as the energy increases by 10 key per revolutiow The orbital properbisso
are especially evident on the so-called phase ellipsesi -which close after N
"revolutions; N is related to the betatron-frequencies Qr.andQz by the rulstio~s
Mr a (Q . 1) MA N (QS . .....
By constructing ellipses for various energies and for different bet&,.
,tron amplitudes it was P03sible to 'establish that.the -rirm- permissible
;amplitude of radial oscillations., which is 3 ca for 50 kovs increases withAt.
,increasing energy to 3.6 =.for.energles above 100 Wt. The. betatMn_,_.-.,-_:.
Card 2/3

L 21966-66
ACC NRI APW170~
frequencies caledlated on the coqmter from the phase sUipses indicate thaf,
focussing in adequate over the entire range of energies,
Machine bomputed betatron frequencies were compared with frequencies
calculated for assumed circiaar obits. This comparison revealed that fre_''I
quencies calculated by Ifemooth approximation" formlaap by formulas using
harmonic field analysis,, and forimaas derived for,an assumed stepwise field).1
.diffor-from the oomputer resate by 5 to 7%4,
Analysis of the vapnetio field indicates that the cyaotron design
.,4th split magnets easily-producos -an isochronio tiold with very deep
!azimuthal Variationjo ppviding good focussing for all orbits&,!-
Orig. art& has: 1 formula, EJPRSI
SUB CODE: 20 SUBH DATE: 29KaY65
Card 313
-7

GLADYSHEV, V.A.; KATSAUROV, L.N. J hWEIMOV, A.N.; MORM, Ye.,14.; L.P*
Design of a spiral-coll 300 Kev. cyclot-.on with external Injection.
Atom, energ. 19 no.5:442 N 165-
Magnetic field of a ispiral-coil .300 Kev. cyclotron with external.
injection. Atom, energ. 19 no.5:443 N 165. (MIRA 18:12)

XOSAREV, A.I.; KUZNETSOV. A.N.,;.PRO?IINp A.T.; VGIAOVp A.I.
Chuck for mechanical testing of thin-walled tubular 5 ecimens.
Zav. lab. 31 no.Ilt U16 165. MRA 19:1)
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YUZNI~P-3011.1 A. N.
USSR/Chemistry - Iron MetiLllurgy - Ferrous Aug 51
"Mochanism of the Reduction4f Iron Oxides With 11ydrogen, Carbon Monoxide, and
Mixtures of These Two Gases, V. A. Royter, V. A. Yuza, A. X. Kuznetsov, Chem-
Tochnol Inst imeni Y. 6, Dzorzin3kiy, Knepropetrovsk
"Zhur Fiz Khim" Vol XXV, No 8, pp 960-970
PA 19OT20

!Q - r I "
~~T .M. 0.
USt.'R/Chemigtry -Iron Ora TreAtment
Jan 53
"Characteristics of the Process of Reductive Magnetization of Iron Oxide Ores#" V. A. Royter,
V. Is Karmazin, V, A. Yuza, vnd A. N. Kutneteov, Dnepropetrovsk Chem-Tochnologlcal Inst Im F.
E. Dzerzhinskiy; Krivoy Rog Sc&~Research Oro Mining Inst
Zhur Piz Khim, Vol 27. No 1. pp 125-129
Effective reductive magnetization of iron oxide ores demands the selection of conditions fav-
orable to gradual rather than zonal reduction of the oxides in the entire mass of the lumps or
the whole layer of ore. Diffusion interferes with gradual reduction. In the reduction with
H of Individual pieces of quartzite, the gradual manner of the reduction is much more pro-
nounced than in reduction with CO. H is hardly suitable for the reductiOL Of S sufficiently
long layer, because of the strong inhibiting effect of H20 on the first stage of the reduction
of re 0 . As a result of this inhibition formation of zones in the ore must occur. Gases
contain?ng a mixture of H and 00 are of considerable advantage.
268T20

Rodued" activity of hydrarom an
p ta so
ow to
_xIth respectto 011459 of t" 17 1
Kurnet Y ~( Ir
91 R=hlflg if CIS .. himl,
a zhur. POS. AXIM. 47, 16U*-11KTV?YJF;
AWOEMMK
id.-The reduction of FrA (1) and ItevO4
ef C; A 40 WR
Y H CO at temps. txtween " 2M and 350' was
( 1) b and
t die Th Initial rate Of reduction (me) of I at 298,
an d e
Is 15-20 t1mes as great' with CO as with 11. Relsthessme
for I and U In the postcatolytic region upon reduction by
11, No Is IS-20 tinits u great for I no Ur 11 In the post.
antocatalytic region upon reduction by CO. The over-all
rate of reduction of 11 is slightly poster with It than
with CO. The malod'decrease In R for the reduction of
'H by CO Is due to a break In the reaction chain: Fe,Oj CO
FeO* CO PeO. The break Is the result of reaction of an
cited Fe atom with CO to give Iron carbide. Reaction
kinetics Is discussed; schematic diagrams of the reaction

KUZ1ZT!iOV, A.N.
Effect of the decomposition reaction of carbon monoxide on the
reduction process of iron oxides at low temperatures. Trudy
IKHTI no.6:72-81 '58. (MIRL 13:11)
(Carbon monoxide) (Iron oxide) Oteduction, Chemical)

N. F.
Reducing activity of carbon monoxide and hydrogen in respect to cobalt
oxides. Ukr.kbim.sbur. 24 no.5:674-680 58. (MIRA 1291)
1. Dnepropetrovskiy khimiko-tekbnologicheskiy, institut.
(Carbon monoxide) (Hydrogen) (Cobalt oxides)

R. /V
AUITIORS: Kuznetf3ov, A, Ir, IShe3topalova, A. A., 76-1-11/32
Ku'l-ish, N. F.
TITLE: The Kination and the Mechanism of the Reduction of Cobalt
Oxides (0 kinetike i mekhanizme vosstanovleniya ekislov
kobal'ta).
PERIODICAL: Zhurnal Fizicheskoy Khimii, 19562 Vol- 32, 11r 1, PP- 771-78
(USSR)
ABSTRACT: The authors refer to the fact that the oxyeen compounds of
cobalt were insufficiently investluated hitherto and the
reduction processes of cobalt oxides were apparently not
investigated at all. Examples of kinetic differential curves
of the process of a reduction of Co.0 0 by h-yrdrogen at
' 4* y W
various temperatures are given. The authors 3how that cobalt
oxides can be reduced nore caoily by meane of hydroren than
by the corresponding iron oxides. This, mort-over, is possible
at a lower temperature: Fe 203 is practically nct reduced
by hydrogen below 2500C while Co 304;0Y can even be reduced
with a velocity well measurable at 9~10C. The reduction of
Card 1/4 Co304'0y at the respective temperatures -bakes place in two
41N,

The Kinetics and the Hechanism of the Reduction of Cobalt 76-1-11/52
Oxides
stages. G. I. Chufarov and collaborators showed in ref. 3
that Cc304 is reduced in two stages: Cc 304 --), CoO and
CoO -~ Co. The authors state that this takes place only above
3000C where Cc304. is reduced in 2 and ccrrespondingly Cc 30 4.0y
in 3 stages. -Subsequently it appears, that in the case of
the reduction of cobalt oxides, there exists a temperature
limit, at the aurpas!AnG of which the Co-phase (which is
accumulated in the phase just beirk; reduced) becomes stable.
The characteristics of the reduction of Co 304*0 at above
300 C will be given in the next work.- In the first stage of
the reduotion of Cc304 ' 0y no au-Iocatalytic development of
the process takes place, the induction period is lacking.
The reaction of the reduction beL:irs with a maximum velocity
which gradually decreases r-,' reaches a minimum at the
transformation point of the ol)rresponding phases. In the 2nd
stage the reduction process shows a clearly marked auto-
catalytic charactez-. At lower teziporatures of 195 to 2000C
Card 2/4 autocatalysis is less clearly iiiark;~~d thar, at higher

The KiD8ti0B and the Mechanism of the Reduction of Cobalt 76-1-11/32
Oxides
temperatures (271-2960C). At above 2300C in the second stage
immediately after the autocatalytic range the velocity of the
process is about half the value of the initial velocity of
the Co 304'0W reduction. In the ranCe from 200-2700C? however,
the velocity of the process increases in the second stage to
the double of the initial velocity of the Cc 304*0y reduction.
The apparent activation enerCy of the process
Cc 304 + 4H2 --)3CO + 4H 20 was 1718 kcal, The experimental data
speak convincingly in favor of the faat that the process of
the reduction of cobalt oxides shows creat similgtity with that
of the reduction of iron oxides. The authors are of opinion
that in both cases the characteristics of the kinetic
reEularities are connected with the crystal-chemical trans-
formation of the reducing solid phases, with the peculiar
reaction - diffusion of elementary ?articles of crystalline
lattices of reduced oxides. A scheme for the process in the
reduction of the Cc 0 0 phase is Given. According to the
Card 3/4 author's opinion th; ix*pgrimental data can be well explained

The Kinatica and the Mechanism of the Reduction of Cobalt 76-1-11/32
Oxidos
by taeans of this scheme.
There are il fiCures, and 5 referenceo, 5 of which are Slavic.
ASSOCIATION: Chemical-TechnoloCical InatittiteDne.)ropetrovsk
(Dnepropetrovskiy khimiko-tekhnolo,,iclieskiy institut).
SUBMITTED: October 1, 1956
AVAILABLE: Library of Congress
Card 4/4

67278
/1.3/00
SOV/180--59-4 /48
;Z
AUTHORSi Xuznetsov. A.N. and Xulish, N.F. Wnepropetrov
)
TITLE: Some Peculiariiiies of the Kinetics and Mechanism of the
Reduction Process of Cobaltocobaltic oxide'by Hydrogen
.1
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdeleniye ?ekiinicheskikh
nauk, Metallurgiya I toplivoo 19599 Nr 4, pp 52-58 (USSR)
ABSTRACTs The broad rules for the kinetics and mechanism of the
reduction of metal have been formulated by G.I.Chufarov
and his school (Ref 1), who have propounded the
"adsorption-catalytic" theory. The present authors
describe their attempt to formulate more precisely the
detailed mechanism and kinetics of the reaction of Co304
by hydrogen and compare them with 'those observed by
A.N.Kuznetsov et al, for Fe3 04 reduction (Ref 2,5). A pure
artificial preparation Of C0304 was reduced by a previously
described (Ref 216) method in a closed circulating
apparatus. The oxide was prepared from C03040Y by
prolonged heating in air at 825% to constant weight.
0-5 g Tablets, 11 mm In diameter and 3 mm thick, made from
the powder obtained were reduced at 220 to 342% with
chemically pure hydrogen. The results are shown as plots
Card 1/4 of the rate of reduction (represented by the volume of

67278
SOV/180-59-4-9/48
Some Peculiarities of the Kinetics and Mechanism of the Reduction
Process of Cobaltocobaltic Oxide by Hydrogen
hydrogen used by I g of initial oxide) in one minute
against the degree of reduction (represented by the
volume of hydrogen used for the reduction of 1 g of
initial oxide). Fig 1 and 2 give curves for C0304 for
various temperatures while Fig 3 gives corresponding
curves for Fe;03 The former is more easily reducible
but below 300 C ~he general character is similar; the
autocatalytic nature of the process is evident. To get
more information on Co~04 reduction above,300 0C specimens
were pre-reduced by hy1rogen at 225 to 480 C until exactly
93 ml of hydrogen, is that required to reduce 1 9 of C0304
to CoO, had been consumed and the reaction was then frozen.
The material obtained was analysed for metallic cobalt by
a copper-sulphate or silver-nitrate method. The results
(Fig 4) are represented as a plot of the ratio of the
weight metallic cobalt per I g sample to that calculated
for reduction according to the equation
C0304 + 4H2 = 3CO 4 4H20
Card 2/4 for the quantity of hydrogen consumed. Between 286 and

67278
sov/18o-59-4-9/48
Some Peculiarities of the Kinetics and Mechanism of the Reduction
Process of Cobaltocobaltic Oxide by Hydrogen
290% a 1.8-fold reduction in metallic-cobalt content
occurs; below and above this range the content is
practically constant. This indicates that there is a
temperature (291*C) below which cobaltous oxide becomes
thermodynamically unstable and cannot accumulate in the
stoichiometric quantity during the reduction of higher
oxides. Although there are many similarities between
the reduction of corresponding iron and cobalt oxides, the-
stages in the latter are much less distinct. The X-ray
patterns from oxide partly reduced at 226 and 48O*C in
Fig 5a, and 5b, respectively. show that in the first,
metallic cobalt and cobaltocobaltic oxide are present;
in the second, cobaltous and not cobaltocobaltic oxide is
present. The reduction curve for C0304 only begins to show
a break corre Is ponding0to Co O4-)CoO at reduction
temperatures over 300 C* Ne authors discuss this effect
and the nature of the induction period for the reduction
process, though they announce their intention of dealing
with this also in a future paper. They show that the
Card 3/4 autocatalytic mechanism can explain the observed decrease

67278
SOV/180-59-4-9/48
Some Peculiarities of the Kinetics and Mechanism of the Reduction
Process of Cobaltocobaltic Oxide by Hydrogen
in metallic-cobalt content of a partially-reduced sample.
X-ray patterns (Fig 6) of metallic cobalt obtained from
C0304 by hydrogen reduction at different temperatures
provide further information on the accumulation of phases.
There are 6 figures and 17 Soviet references.
ASSOCIATIONIDnepropetrovskiy khimiko-tekhnologicheskiy institut
Kafedra neorganicheskoy khimii (Dnepropetrovsk Chemical-
Technological Institute, Chair of Inorganic Chemisur-y-r-
SUBMITTED: February 199 1959
Card 4/4
F,

KUZnTSOV. A.M.
Kinetics and'Imachanism of nickel oxide reduction by hydrogen.
Zhur.fIz.khim- 34 no-1:32-38 Ja 160. (HIRh 13:5)
1. Xhimiko-t nologicheakiy institut imeni I.B.Dzershinakogo,
Dnapropatrov~k! (Nickel oxide) (Ebrdrogen)

KUZNETSOV, AiN.; xw~=, more
Some relationehips in the reduation of metal ozides of the iron
fami4. Zhur, fis, khim. 36 no../,t720-725 Ap '62. (min 15s6)
1. Dnepropetrovskiy Ithiallro-tekhnologidhaskiy institut.
(Iron group) (Oxides)

L 3M-66- -EWT(m1/EPA(w)4 VIA(M)-~2 IJO(c) GS
ACCESSION NRt ;6T5007946 9/0000/6t4/000/000/0658/116,61
-tsnv, A. Hol hartynovai 1,olp ih
AUTHOR. J(j4yahtMA Kgj!jg~~ Kuznf
t'r1roz4 Y-. M.
I ITLE: VoncernIng the input or ton beam ItIto a SJSL(!.tron
t:OURCE' Injernational Cotiferenre on High Energy Acc-l-rat-ors. 11,ibna 1963.
Vrudy. floscow, Atomizdat, IqF;11, 650-661,
TOPIC TA(,S: cyclotron, particlo beam
ADSTRACT: The problem of the externAl Injection of Iniv, Itito a cyclotron rvnpatns
,-.especially pressing In connection with the.problem of fhe acorlerntion of.pol-irized
Ions, because the sourco nf polarized particles, like some ,ther complex soui-es,
cannot be situated at the center of the cyclotron, Since, in the case of external
injection, the acceleration begins- with a certain Initial enerpy, It Is possible to
avoid a number of difficulties c6nnected with the first revolutions In the central
portion of the cyclotron. One of the procedures for -,Ivlng this problem Is to in-
put the beam along the vertical dxIs of the cyclotron .110 turn It by an electro-
static deflecting system through 900 Into the median pinne. IT* most substantial
deficiencledi it seems, of axial 1hput of ihe beato Is tho considerable loose s and
Card 1/4

L 3777-66
ACCESSION ft AT5007946
the coMlexity Pf the deflecting syntem. The prenent report indicates h(,w Jt 1,~
possil)M to realize external beam Injectlon In the median plane nr the magnet 71JR
can bp d-ne especially st 161- m4vie
"Im I In pi~~ct _cyclotrons. -1 n-a-noobnmnjv,- "P
-or us ti i
---field A-0-afti-cles expnPloice a drift across the gradient nt the magnetic
field. It is expedient tn take advantage of this In the s#~ctor cyelotran by direct-,
Ing tho beam of particlen so that they drift up to the central rrplon of the cycle-
tron along the boundary of onfb of the sectors. In thn cenfrnt region It Is possible
with the help of a cylindrical electrostatic field 1- transrer the particles to the
tvajectory required later. In the case of a homogepeous maFnetic field, which al-
most always holds true at the central region of seeffir cyclotrons, the minimum elec.
trical field strIength t In the cylindrical condenror thnt Is necessary for the
min
traInsfer of the particles from one trajectory io anoth,!~r cAn be represented by the
formula
where W Is the kloetle energy 6f the' p-artidies in 644 k I's the ra&US of -curvature
(for a nonreldtWatid hingle-thark6A 1CM 44olloj ew),
H
6rd 2/4

L 3777--66
ACCCSSION M -ATS001946
M Is the mass of the ion In units of the mass of the nucleon; 4 Is the tingle betweett
the trajectori es-at the point of their Intersection. As It turnn out, it Is possible
to choone the place for Injecting the particle beam such that it will alwayn be
focused on its path along the magnet sector. On the path to the central repion of
tha cyclotron It In possible to describe a series of loops, and also the f",piency
of a particle's revolution (momprecisnly,_ the frequency-of loop formation). -- The
--juality-of-the-ma P-Petic-focus-Ing of the particles Is characterized by the ratio of
the freqiiencles of the particles' horizontal and vertical oscillations to the men-
tioned frequency of loop formation. The radial focusing of the ions In the magnett
systpm considered almost does not dtffer from focusing in a homoFeneous. mapnetic
field. Similar considerations hold for the vertical focusing of the Ions. The con-
d1tions for the stability of the vertical motion of the ions are characterized by
inequalities involving the maFmotic, field In the gap between the secto" in the
region of beam passage. In the case of the authors' cyclotron, there always exists
a wide Interval of Initial distances of the beam from the sector boundary for which
the Injected Ions can reach the central region of the cyclotron magnetic without
experiencing defocusing, The experimental verification of the possibility of ex-
temal Injection by the constdared method Use carried out on a three-sector cycle-
Card 3/14
77~.

.L 3777-66
NRt ATS007946
tron with straight sector borders (magnet diameter-420 mm; accelerated particles--I
-350 Kev deuterons). The experimental set-up and results are described In the pre-*
sent report6 Drig. art, hast 4 f1gures4
ASSOCIATIONI Fizicheskly Iftstititt Imen! R. Lebedeva A# SSSR (Ph~slcq Institut4ij
;AN SSSR)
,SUBMITTEDi 26kay$4 t"CfA Do Sto Cot i HP
0 REr so#t ood atifti 601

ACC NR, AT6016425 SOURCE CODE: UR/0000/65/000/000/0173/0178
AUTHORS: Zakharov, Ye.-Depo Sorokin, K. A.; Kuzn8tfiov1 As NI; Sinya skiy, V. S.;
Gusov, V. F.; Kum-otsoovaa, . N.; Ts # 1.-F.'T leg roval JJ0 a*
ORG: none
TITLE: Dependence of the stability of the solid solutionAn the alloy D16,,on the
chemical compositlon'
f+ ft
SOURCE: All SSSR. In3titut metallurgii. metanovedenlye legkikh splavov (149tal-
lography 16f light alloys)$ Mosoow.-lid-vo Nauka, 1965, 173-178
C~u AL4L., j rrAA-A p4o ju,4
TOPIC TAGS: aluminum==~W alloy, solid solutiol,l magnesium containing a3.loy,,
:copper containing alloy, manganese containing alloy / D16 aluminum anoy
ABSTRACT: The stability of solid solution in D16 type aluminukilloys was studied
as a function of the alloy composition. The stability of the solid solutions was
determined by the method of step-wise tempering at 250, 300p 350, 1+00, and 450C
for periods of 0.5, 1$ 2, 3, 5p 7p 100 20, and 60 mint After tempering, the apeci-
mons were naturally aged for a period of 10 days, then their electrical conduc-
tivity, strength limit, relative elongation, and ilow limit were determined. The
experimental results are shown graphically (see Fig. 1). On the basis of the ox-
perimental data C-curvea for the stability of solid solution were constructed (see
Fig. 2). The optimum alloy composition results from: less than 6% total copper
r'-A 1/3

ACC NR: AT6016425
HE* ohm. mm2
f L-O'Al~ ~i~l
min,
Fig. 1. Change in the electrical conductivitY of alloy No. 1 (3,91% W;
1.2% Mg; 0.5% 14h) as a function of the duration of isothermal
tempering at intermediate temperatures.
2/3

a Ice
2 v--66
ACC NRi AT60164-25
vu JI&I 4Y to #I */,I
flip
0
0
0 0
"'j, "IFF41 4v0
M
~0~11 At
C-44) Durationt of Jisjoth/Permao-li'l if,.
tempering, min.
Fig. 2& C-type diaeram for the stability of the solid solution in alloy
No. 1, constructed from data for the change in the strength lindt
(for normal tempering 0~ ~ 45s1 kg/=~J$
and magnesium content for a total of leas than 4.8% copper content, The manganese
content should be less than 0.6%. Orig. art. has% 1 table and 5 figures*
SUB CODE:, U/ SUBM DATZE: 16Sep65/ ORIG REF% OOl/ OTH REFi 002

--z
/J-'~'/ ,
AU THOR 8 j Yurikov, P.A., and Kuznctsov, A.U., ,-.'nj,1neerrj 91-58-6-26/39
for 14ah&j2g
TITLEa People Struck by Lightning Through za Wiring S~ste, "luchay-pora-
ka
zheniya lyudey molniyey chei~e,,; ouvetitellnuyu provodku)
PERIODICAL: Energetik, 19581 Nr 6, pp "'(-28 (USSR)
ABSTRACT: The article describes how several people were struck by light-
ning due to electromagnetic waves being conveyed along overhead
lighting wires in the absence of precautionary measures such as
the grounding of hooks on leads described by P.A. Yurikov in
"Energetik", 1955, Nr 10. There is one figure.
AVAILABLE: Library of Congress
Card 1/1 1. IJ40itning-Hazards

AU~HOR: Irr-11 0 SOV/106-68-11-6/12
TITLE: Recommendations for the Choice of Distribution Oscillator
for a Start-Stop Regenerative Telegraph Repeater
(Rokomendataii k vyboru generators, raspredelitelya
dlya startatopnoy elektronnoy regenerativnoy telegrafnoy
translyataii).
PERIODICAL: Elektrosvyazl,, 1958, 11r.11., pp.62-68 (USSR)
ABSTRACT: An analysis is given of the operation of the regenerative
repeater RS-13 when used with the 3T-35 equipment. it
is shown that operation does not take place in the optimum
time-regime and in consequence its stability is lowered.
Means are proposed for avoiding this shortcoming. The
repeater, which has been described in Refs.1 and 2, is
shown diagrammatically in Fig.l. The correcting circuit
for start and stop of the sinuaoidal oscillator is a
combination of kipp-relay and the contacts of a polariaed
relay. An analysis is made of the operation of the circuit
when the speed of workin is allowed to vary over the
permissible limits of 2;. Fig.2 shows the relevant wave-
!Card 1/4 forms when communication is established between trans-

SUV/106 -5b -11 -8/ 12
Recommendations for the Choice of Distribution Oscillator for a
Start-Stop Regenerative Telegraph Repeater.
mitter and repeater. Fig.2& refers to the normal
operating speed and it will be seen that the duration
of the contact during the start and stop cycle is the
same at transmitter and repeater and is equal to 7.064
Where A is 22.39 microseconds. Fig*2b refers to
the lower limit of sending speed; the critical duration
of the elementary code-pulse is 24.25 microseconds. The
upper limit of sending speed depends on the charging time
of condenser a in the kipp-relay; waveforms, are in
Fig.2v, whence it is deduced that the theoretical correcting
power of the repeater is 12*11%. When considering the
mechanism of operation between repeater and receiver use
is made of the description of the working of the ST-35
equipment put forward by Prof. N.B. Zeliger (Ref.3).
Fig.3 may be used to determine to what extent the receiver
responds to variation in sending speed when relayed by
the repeater. Curve 1 is the start-stop cycle of the
ST-35 equipment at normal operating speed. Curve 2 in
the output cycle from the repeater at the lower limit of
Card 2/4 speed, Curves 3 and 4 show the operation at 2% Increase

BOV/lo6-08-11-8/12
Recommendations for the Choice of Distribution Oscillator for a
Start-Stop Regenerative Telegraph Repeater.
and decrease respectively. It will be seen that variations
in sending speed are registered only In the duration of the
stop pulse. The most arduous conditions for the receiver
are when it cannot completely realise its own limiting
reduction in velocity and the transmitter is operating at
its upper limit. There is a negative margin of 0.96% in
operating speed which in practice can rasult in the repeater
delivering pulses of the wrong sign. Practioal experience
confirms this possibility. The security of operation may
be increased if the time of operation of the correeting
circuit and the repeater oscillator are reduced. It will
be seen from the firat three graphs of Fig.2 that regener-
ation of the atop pulse occurs at a time To = 6.5b while
the sine-wave generator must work for a time -r = 6.75t.
If these two timea were made equalo then the time 0.25t
during which the stop pulse is being produced could be used
as a supplementary increase in transmitter speed. Thia
would increase the correcting power of the repeater to
Card 3/4 33*35%. It would also guarantee certain operation of the

SOV/106- -8-11-8/12
Recommendations for the Choice of Distribution Oscillator for a
Start-Stop Regenerative Telegraph Repeater.
equipment over the whole range of speed variation. Fig.4
shows an improved form of distribution oscillator using a
circuit described in Refs.4 and 5. It has the property
of producing a rectangular waveform at the instants when
a sine wave goes through zero. The practical advantage of
the circuit is that it is, in effect, a contaotlesa switch,
There are 4 figures and 5 Soviet references.
SUBMITTED: January 17, 1958.
Card 4/4

I
r, L- -I I ; ~ ~- 1. ~ - ~-, I "- - -1,
A , JL.K., Inz-h.; le-ftSMIN.A-M.- I Inzh * ; KHAYTUN, B.I., inzh.; BATMION,
lose, Inzh - KUZNNSOT insh.
~
Ihig-tie breakers of step-down substations. Mak. sta. 29 no.2:90-92%
7 158. (MIIRA 110)
(Electric cirouit breakers)

KUZNETSOV, A.R.
Use of the method of telluric currents in the southeastern part
of the West Siberian Plain. Raz-ved.1 promegeofiz. no.44:7845
162. (KIRA 15:7)
(West Siberian Plain---F-lectric prospecting)

KUMETSOV9 A.~Y,?~
M-,ouracy of partunaLer K dotaminatlon by the methocl of' telb)ria
currantas Hasved, I proms geofir.. no.4,8263-65 163

P.azved. I Prom. geofiz. no. q.

XUZN-PT.,'OV, A.N
?--ospects for the use of induction chRnnel f,znacea for smeltirg aluxinlim
and its alljys. TSvet. root. 38 no.4s8o-83 Ap 165. (KRA 19t 5)

'KU7-NF-"..OVj A.N.
Los of boreholes vhers casing has been set as feeding alentrodes
in alsatria prospeating, R&zvad6 lpofis, no,506-101 165,
(MMA is, 9)

9684-66 1:1,Mthl T I M
TITLZ: Clamping,chuck for sischanical tests of thin-walled tubular spocisens
KM N% B COD':' UR/0032/65/031/011/1416/1416
AP5027473 SU 9
AU-- -
THORs Kossrev, A. I.; KuXnets roning A. T.3 Volkov, A. L
_7717T 77 -y5-
ORG: none
SOURCS: Zavodskaya laboratoriya, v. 31, no. 11, 1965, 1416-
TOPIC TAGS: clamping chuck, metal test, test facility, high temperature strength,
metal tube
ABSTRACT: High-temperature strength test of thin-walled tubular specimens involve
difficulties in attaching the specimens to the test machines. These difficulties
could previously be circumvented only by testing extra-long tubular specimens or
by welding special mounts onto the specimens. To obviate these difficulties, the
authors designed a self-centering chuck (Fig. 1) which makes it possible to test tu-
bular specimens of any length, The chuck consists of housing 1, three cone-shaped
bushings 2'with inclination angle of 4.5-5* and threaded inner surface, and connect-
ing sleeve 3 serving to tighten the hold on the specimen and connect the chuck to the
testing-machine clamp. To enhance the rigidity of specimen 4, plug 5 is inserted over
the butt end of the specimen. Clamping chucks of this design have been used by the
authors In the tests of tubular specimens of VTI-1 titanium alloy at the temperature

96~4-66
ACC NR, AP5027473
cn
2/3

L 9634-66
ACC NRi ~ AP5027473
of 4500C as well as of thin-walled aluminum-alloy tubes with diameter of 16 mm and
less, produced by cold pressing at normal and elevated temperatures. The parts of
clamping~lchucks for the testing of aluminum-alloy tubes may be made of 40Kh or
50 steels, and the bushings -- of tool steels, while the parts qf chuc~~s~?oxr testing
tubes of heat-resistant materials should beat be made of U4370or 919291chrome-
nickel, alloys. For tubes with similar outside diameter* Me -same cl-a-nip ~ng chuck may
be used on merely replacing the bushings. Orig. art* has: I figure.
SUB CODE: 11, 13/ SUM DOLTS: none/ ORIG REY: 000/ CVM REY: 000

KUZIIBTSDV, A.P.
Characterletten of coal and gau outburitte. Trudy Inittgor.delas
SIb.otd.AX SSSR no.lsl77-190 158. (MIRA 1 :11)
(Coal geolog7) (Geochemistry)

KU
Mechanism of coal and guo outburatu. Trudy Inut.gor.dolu.Sib.
otd.AII SSSR no.1:191-205 158. (MIJUix 12:11)
(Geocbemietry) (Subsidences (Marth movamouta))

It-
-ov'A.P. Sci t i.i d,;- o f^ i!i( no, (:ti-; of
-!otlon".., of ct-)-~l
Sudilloll OJI nu
\r9l -
T rl
,5"
Fuzyke 01'113':j jo
Afl b,.13ill. -der of L--I,c,r au6.
I' ..).n (To
P, rincir Polytt!cli Tont I Yiniv), 1`0 co i-.-:

----- ---- --
KUZNF. US
~9 A.P..LM0140T, B.P.
Outbursts of ooal and gas abroad. Trud7 Inet. gor. dela Sib.
otd. AN SM no.3s200-203 160. (MIRA 14 34
(mine gases)

-Iuzn_ T�RV.L_A..P.
Through otudy of the problem of outburota of coal and gao.
TrW Iust. gor. dels, Sib. otd. AN SSSR no.3t2254239 160.
(Mine gasea) ,I (MIRA 34-1~)

CHINAKAL, N.A.; KUZNETSOV. A.P.
Fhano mof sudden outbursts of coal and gas and some characteristics
of coal We in t~he outburst areas. Izv. Sib. otd. AN SSSR no. Ut
51-58 162, (MIRA 170)
1. Institut gornogo dela Sibirskogo otdeleniya AN SSSR, Novosibirsk.

d
Mff _'WR_-_AP6Ol8O95 son, a CODE: Wd-2~dj766[0-66-fo-0-276-i-8-576-i~f�-
mp_tnoy. A. F.;Lobrd1nski7,_A-_j-
-KiI7
--is ok-_ ersity(Mookovskiy
u'iG-. jnAit'U Nuclear fj#a Mosc(.)Vr State UnAv
govddhrBtvannyy.universitet, Inotitut yadefn-oy fizlki)
TITLE: Earth's ultraviolet apectrum from measurements on the satellite Nosmov-65
SOURCE- GeomagnAiim_ i aeronomiya, V.' 6, no. 2, 1966, 185-189
TOPIG TAGSt uv spectrumj solar spectrumf scientific satellite, electromngnoti.c
wave reflectionAosmos-65 scientific satellite
ABSTRACT:.1ho satellite Nosmos*-63 made measurements of atmospheric reflec-__
tion o~ radiation in the region 2250-3070 A with a resolution of 15 At
This paper describes two spectral a typical spectrum and a spectrum
with maximum readings. Both spectra were observed near the equator
jwith a position of the Gun close to the 'zenith. In a comparison of
;the observed and computed spectra At was found that the first contain.,
a considerable number of details'-which are missing in the computed
-spectra. 7hia occurs because the computed curves were constructed
,Usin- the solar-spectrum, averaged in a 100 A interval, and therefore
0
were greatly smoothed. For the most part, however,, the observed and
;computed spectra and their absolute intensities coincide. There is
.some difference at the edges of the spectra: it*was not possible to
detect a rise at I < 2400 A and the drop at t *,j2950 A was less steep
than might be expected using the computed curves. The authors give a
,comparison of the measured spectra and the results of photometric ob-
servattop oi-a-1 nk Yu" V _'Yai6zi65ko.
q_on rockets and, satellitea~,06 auth ha
V. P_. Malin and M. B. Glot f r their assistance in preparing this experiment.
r~jt_ r hagt es Rs7
'COD t CO- LAM DATE- 24 ov65/ ORIG REF, 0031 OTH ~EF- 009

KUZNFTSOV,,A.P. '(Wovokbirsk)l KWHIN, L.M. (NarooibirBk)
SOIAU theory of strengthening to certain
prob Wiility of Plates. and shells in conditions
e i8449 H-D :60. (MIM 14:7)
of er
atiq*pJAtes and shells)
~~Creep of materials)

8/207/61/000/006/019/025
A001/A101
AUTHOR- Kuznetsov, A. P, (Novosibirsk)
TITLE: Stability of compressed Duralumin rods under creep conditions
PERTODICAL; Zhurnal prikladnoy mekhaniki i tekhnicheskoy fiziki, no. 6, 1961,
16o-161
TEXT: An investigation of stability of compressed rods under creep condi-
tions was conducted on 66 A16T (D16TJ Duralumin specimens 6 mm in diameter and
100 mm long. They were heated to 250 C and held for I hour, followed by the
application of a constant longitudinal load until the failure of the rods. The
results of the experiments are tabulated and presented graphically. The creep
process can be described by the following equation- bp" - A on, where the value
of the constants, derived from jhe processing of the observational data, are as
follows: A-- 8.995 x io-7 mmen n 1.358 for 6' < 9 and
mm
-12 mm2n ke hr k
A - 3.476 x lo n 7.31 for 9 (no values for are given).
kg hr m
Card 1/2

s/2o7/61/000/006/019/025
IStability of compressed Duralumin rods under creep ... A001/A101
The values of critical longitudinal strain are calculated and presented graphi-
cally. Comparing these values with predictions of various theories, the author
finds that the semi-empirical hypothesis by G. Gerard (A Creep Buckling Hypo-
thesis. JAS, 1956, v. 23, no. 9) corresponds best to the experiments. There are
5 figures, 1 table and 5 references, 4 of which are Soviet-bloc.
SUEMI-=: August 3, 1961
Card 2/2

AUTHOR: KuZMt9oY,_A. P. and Kurshin, L. M. (Novosibirsk)
S/207/62/000/003/011/016
1028/1228
TITLE: Stability of circular cylindrical shells under.conditions or creep
PERIODICAL: Zhurnal prikladnoy mckhartiki i tekhnicheskoy fiziki, no. 3, 1962, 66-72
TEXT: The problem of stability under conditions of creep is treated on the basis of an analysis of the accele-
rations of disturbed motions. Ths state of the cylindrical shell is considered as unstable if the velocity of the
disturbed motion produced at a given moment under the influence of a disturbance increases with time. The
equations determining the velocity and acceleration at the initial moment of the disturbed motion arc esta-
Wished, and the equations or stability obtained from. them. These equations arc solved for the case of longi-
tudinal compression. There are 2 figures.
SUBMITTED: November 28, 1961
Card 1/1

I __- --~ , n V- L-rTx-rxvl; - XV&
, I I-f- A-.1"-~p
- ~ - - - -1 . r. !T , .- -- . - - , U....
I ~,A T s ub i o-- c e c' to c o r%,; ~~a r~t a nd c yc lic load s

4 -~ - ----- - -, , -: ~ T ;~ . . - -, -~~ t~.

- EL2-WIMOV, -A.Z.; KURS1111T, YU.IV. (I.Ilovosibirsk) -_ -
"On the solution of the problem of creep buckling of shell on the basis of
geometrically non-linear theory".
report presented at the 2nd All-Union Congress on 1heoretical, and Applied
Mechanics~ Moscowj 29 Jan - 5 Feb 64.

-04101UP I J- L, i A
fisik not 21
v1 j - Ell

t ed ex-verimen ta 1' 9 lici
r'~

-qA

3u-lx Ar
gi,

KUZNETSOV, A. P.
KUZNETSOV, A. P.t "The affect of additives on the fatigue stability of cement
solutions". Kiev, 1955. Min Higher Education Ukrainian SSR. Kiev Con-
struction &gineerin$ Inst. (Dissertations for the Degree of Candidate of
Technical Sciences.)
So- Knishnaya letopis' No* 49, 3 December 1955. Moscow.

KUZMSOV,A.P., doteent
Affect of admixtures on the fatigue strength of cement mortars.
Stroi.prom-33 no.6:36-38 Je'55- WaA 8:10)
(Cement)

124-1957-10-12276
Translation from: Referativnyy zhurnal, Mekhanika, 1957, Nr 10, p 148 (USSR)
AUTHOR: Kuznetsov, A. P.
TITLE: The Effect of Additives on the Life Expectancy of Cement
Mortars Under Fully Reversed Alternating Stresses (Vliyaniye
dobavok na dolgovechnost' tsementnykh rastvorov pri
znakoperemennykh napryazheniyakh)
PERIODICAL.- Izv. Kuybyshevsk. s.-kh. in-ta.) 1957, Vol 12, pp 191-209

KUZN&TSGVp A.P. , inzh.
Road a made of cement-reinforced weak materials. Avt.dor. 26
no.9r14-15 S 163. (MIRA l6sIO)

KUZNETSOV, AsPs, inzh.
Effect of aggregates on the freezing of gravel materials. Avt.
dor. 27 no.9%14-15 S 164. (MIRA 17:11)

XMNETSOV . A. P. j inzh.
Building beds of weak limestone for roads in Leningrad
Province. Avt dor. 25 no.2.-IO-11 F 162. (MIRA 15:2)
?Leningrad Province-Road materials)

KInMTSOV A. P. inzh.
Frost resistanee of nonconditioned F,,ravel and sand materials
strengthened with cement. Avt.dor. 25 no.9:23-25 S 162e
OMA 15: 9
(Road materials)
W

KMNSTSOVP AaP~.9 inzh.
--- Dateruining the moistuio'content of-soils vith calcium
oarbide. Avt. dor. 26 no.It26 Ja 163. (MIRA 3.6t6)
(Soil moisture-YAaeurement)

KUZNETSOV, A.P.
Cement spreader for soil stabilization. Avt. dot. 27 no.2t29
F 164* (KIRA 170)

PK!EZ�OV . , inzh.
a_"
Frost resistance of cemented road materials. Avt, dor, 28 nos2l
23-24 F 165. (KM 18-6)

AkIA
Alloys
WM=O"Ing +.bs Dul-allity of Bearij* Surf"es by
Applying a layw of Iftwitel 3- A. P. Ruwateovi
Candidate In ToohnIcal Solences., 3 Pp
"Wootroyanlyaw No 1
"Sormitom bolougs to the group of met&U knovn as
I
-stellites and has the following apap"It M. Or
30%.. NJL ~ 3 -0 2 No up to 1$' Bi
and over ", Fe Spealf 10 8MVIty Is
;n; melting point in The author ]presents
cross-sootim vlows of -bowlW shoving the points
where this metal, alloy should be applied in order to
SM7
ED I,

?A 29TIO0
-Oecuetrld Mmuremente of
ioe for'Cwtrolling the,
jid"ller-VAMO)" A. P. MiznOtGOTO Candidate in Teoh-
---Aloal Sciences, 1 p
ludostroyenlyO No 3
The author gives'a, brief descriptIon of a machine for
-.~cntrolllng the pitch of propeller vanes at the saro
;Iime that they are being f Wahed. Be presents three
of the taglat asseubly.' A. S. Godyeyev,
P. 1~,bft~avp- and N. 1. Vasillyev aselated the author
It the development of this place of equipment.
338

KUZIIETSOVi A. P.
25572. XUDWIS7OV, -A. F, -1
Deformatsiya krupnykh zagotovo~ v protsesse obrabotuki. (K obrabotke kolencha-
tykh valov dlya sudovykh miashln). Trudy Gorlk. Industr. in-ta im. ZhdAnova,
T. VII, Vyp. 11 191~8, a. 35-4.4. Pibl'o;,r: V, Nazv.
SO: Letopial Zhurnal Statey, No. V, Moscow, 1942,

- A. -
"Tlie specifications of pulsations and displacements in naval machine construction,"
Trudy Gor1k. industr. in-ta im. Zhdanova, Vol. VII, IsEue 2, 1948, P. 67-76
SO: U-3850, 16 June 53, (Letopis IZhurnal Inykh Statey, No. 5, 1949).