SCIENTIFIC ABSTRACT KRIVENKOV, YU.P. - KRIVETSKIY, I.S.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000826520014-3
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• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Representation of ths,Solutions of the Ruler-Poieson-Darboux 20-4-6151
Equation by Analytic ftnotions
In this formula y (s) and 1?(z) are functions- analytic in 6U L UV
who"
(4) kf(x) - W(X,O)
(5) "4O a IT
Theorems In order that a solution w(X,Y) of (I) for O~co(i
tolonging-to C 2(T) , T*B can be reprvaontod in the form (3) it is
naosamary-and suf fiaieut that one of the following conditions
is isatiefiedt 1) there smists a solution conjugate& in T, 2) there
.exists &.function &Aalytio.in T which.on L eatieftes.the-coudition
(4), 3) in T there.exiate.an-analytic function which on L
satisfies the condition (5).
Two funations..w(X,Y) &a-w*(x,y) defined in T are-called acuJisgated
if they belong to C2(T) and an L they satisfy thezelAtions;
9w DW*
w(X'O) - w*(X'O)' lim yo lim y -Y
-* 0 Y->O
Card 2/2 So" conolusions are formuYlateds rdclx inst
ASSOCIATIONI MUCOW PbYsical-Technical Institute (Moskovskiy fizikoAdh d0 itut)
B t M Lavrentl ev~ Academician, April 9y 1957
Air-12 5, 195-7
AVAUABLEt Libraz7 of Congreav

AUTHOR: Krivenkov, Yu.P. SOV/20-1,23-2-7: ", 0
TITLEi Re-p-r-es-e-Mttmm-of Solutions of the Equation of Euler-Foiabi,
Larboux for Negative Coefficients (Preds%avleniya resheniy
uravneniya Eylera-Puassona-Darbu pri otritsatellnom koeffitaiyente)
PERIOLICALs Doklady Akademii nauk SSSR, 1958, Vol 123,Nr 2,pp 239-2142 (USSR)
ABSTRAM The equation
W ?2w 12w 0 ~w c, - const
2* -~-2 +
x y
by the author in earlier papers [Ref 1,2] under the
assumption c;PO is now considered for c -.0.
Let T denote a domain of the half plane y> 0 being adjacent to
the interval ab (or L) of the Ox-axis; let T be the domain
symmetric with respect to Ox. Let T for i) belong to the class B
if TL/LU7T- contains all points of the rectilinear line which
combines two arbitrary points of the -domain with the same abscissas.
To the class EL(T) there belongs every function continuous in TUL
and two times continuously differentiable in T, which for c - 0t
satisfies the equation (1). To the class K 'T)
.ck there Ielong thcse
functions of E,,(T) which besides on L satisfy the condition
at ~ w
IAM y 5- - 0.
Card 1/3 y --i~ 0 yV

hoprobentationa of S,Autionu of the Equa',7(jr. of Fuller- "011/20
Poit"son Larboux for Negative Coefficiento
ThGoremi If the solution w(,X,Y)rz.E (T) -2 e c - 1p and then:
Til 0* (1) T12 0* when -a m 1. and
ln -Vft In
12 T-a
T11 (1)1 T 0* (1) when a ,,p I
Card Z/3

Momentless stresses in a certain class of .... :;/"(58/62/000/009/007/013-
Ifs In the shell so (T), 1 4 0 4- 2, streaaca a A0591A126
T' A (x) re estimated by the formulae,
C In C + 0 if c
In 5
and T12 . A (x) + 0
where A (x) 1C (+) , if c > 1,
is an analytic function Of x on Lp end the stresses T11 and T12
are expressed as:
Til - 0. (1) 12 1
0* (1) -
17c' If a
and T11 , 0* (1) T12 C
0* (1) 1+c
I.N. Vekua, A.V. Bitadze, and S-A- Tersenov are mentioned. if a > 1.
Carxi 343

SOV/58-59-8-17415
Translated from: Referativnyy Zhurnal Fizika, 1959, Nr 8, p 67 (USSR)
AUTHORS: Vallter, A.K., Klyucharev, A.P., Krlvets, G.Ye., Samsonov, V.M.
TITIE: Nuclear Reactions Under the Bombardment of Beryllium With He3
PERIODICAL: Uch. zap. Khar'kovsk. un-t, 1958, Vol 98, Tr. fiz. otd. fiz.-matem.
fak., Nr 7, PP 145-151
ABSTRACT: This article Investigates the nuclear reactions which take place during
the bombardm3nt of beryllium with the nuclei of He3 at 1.5 mev energy.
A beam of He + ions, accelerated by means of an electrostatic generator,
struck a beryllium target 0-5/- thick which had been applied to a
platinum backing. The produots of the reactions were registered on a
photographic plate with an emulsion 20OAv thick, which was Inclined in
such a fashion that It was struck by particles flying out at an angle of
900 to the beam of HO Ions. The spectrogram obtained on the film was
plotted by 1,790 tracks. It consisted of a continuous spectrum and a
discrete spectrum, consisting of five groups. Several maxima are clearly
exhibited on the continuous spectrum. In order to interpret them, emulsions
Card 1/2 were used which permitted the separation of the 0( -particles from the

Nuclear Reactions Under the Bombardment of Beryllium With He3
sov/58-59-8-17415
protons. It was established in the results that in the case of 1.5 Mev ions of He 3
(which correspondg to jhe exeltation energy of a 26 Mev intermediate nucleus), the
protons from a Be~" (He , p) B 1 reaction correspond to B11 levels of 0, 2.1, 4.4. 5.0.
6.7p 7.3p 8-O# 8.5, 8.9 and 9.2 Mev. It is shown that a reaction takes place with an
emission �f OL -Partlc~es possessing a ma:x1mum energy of 19 Mev, which corresponds to
both a Be (He3,d,) Be and a Be9 J He3 ::; 3He4 reaction. It was not possible to draw
any quantitative conclusions concerning the contribution of the Individual reactions.
V.I. Man'ko
Card 2/2

SOV/58-59-8-17416
Translated from: Referativnyy Zhurnal Fizika, 1959, Nr 8, p 67 (USM)
AUTHORS: Vallter, A.K., Klyucharev, A.P., Krivets, O.Ye., Samsonov, V.M.
TITLE: Cross Sections for Be9 (He 3, P) B' 1* Reactions at 1.5 Mev Energy
PERIODICAL: Uch. zap. Khar1kovsk un-t, 1958, Vol 98, Tr. fiz. otd. fiz.-matem. fak.,
Nr 7, PP 159-161
ABSTRACT: In order to determine the cross sections for Be9 (He 3, p) Bll* reactions,
w~jch correspond to the excitation levels of 7.3, 5.0 and 4 Mev of the
B nucleus, a thin beryllium target was bombarded with Hel-ions,
accelerated by means of an electrostatic generator up to 1.5 Mev. The
charged particles flying out at an angle of 1200, were registered on
photographic plates having an emulsion 2001A thick. The quantity of He3
ions was determined ftom the intensity of current in the target, which was
measured with an integrator. The total cross sections f,:r the three
groups of protons were estimated from the resulting magnitudes of the
differential cross sections at an angle of 1200 and of the angular
Card 1/2 distributions of these groups of protons, corresponding to the nuclear

SOV/58-59-8-17416
Oross Sections for Be9 (He3, p) Bll* Reactions at 1.5 Mev Energy
levels of 7.3, 5.0 and 4.4 Mey. The following values(in mbarn) were obtained in
'the result: (1.4 -" 0.7), (0,5 ! 0.25) and (1-0 t 0.5) respectively.
V.I. Man1ko
Card 2/2

MITER, A.K.; ZALYUBOVSKIY, I.I. LZaliubovalkyi, I.I.]; MIVETS, G.Ye.
(Kr7vets', H.M.]; LUTSIK, V.P. [Lutsyk., V.P.] --
Isomeric states of odd-odd nuclei from the viewpoint of a
collective model. Ukr.fiz.zhur. 4 no.6:689-696 H-D 159.
OURA 14:10)
1. Fisiko-tekbn1ohaskly institat AN M36R.
(Isomerism) (Nuclear models)

21M SOV/48-23-2-12/2o
AUTHORS: Val'ter, A. Ks, Zalyubovskiyj I. I.# Klyuchurevj A. Pop
Krivetat 0. Ye.j Lutsik, V. A,
67 68
TITLE: On the Excitation States of the Nuclei Ga and Ga
(0 vozbuthdewWkh aostoyaniyakh yader Ga 67 1 Ga 68
PERIODICAL: Izveatiya Akademii nauk SSSR. Seriya fizicheskayaj 19591
Vol 23, Nr 2, pp 225-227 (USSR)
ABSTRACT: For the study of the lower energy levels Gd 67 and Gd 68 the
authors investigated the y radiation which occurs in the
reactions Zn 66 (p,y) Ga 67, Zn, 67(p,n,)Ga67 and Zn, 67(P,I)ra 6a.
66 67
The zinc targets used were enriched with Zn and Zn . The
y lines determined duiing proton irradiation of the targets
are listed (representation of the spectra in figures 1 and 2).
The lines 17OP 358, and 51o kev are caused by re-
actions of the types Zn 66 (p,y)Ga 67, Zn 67 (pny)Ga 67. The (p,ny)
reaction corresponds to the transition from the secondary
Card 1/2 excitation state into the basic state; it is a threshold re-

On the Excitation States of the Nuclei Ga'~ and Ga ORY/48-23-2-12/20
action. Accc%ding to these datap a scheme ofthe lower energy
- 7 is given in f;gure 4- gecause of the difficulties
levels of Ga.
of inveatigatingreaction Znb-j (P#Y)GaOO the-authgre measured
only the upper limit of the I spectrum in the Ga 8 decay.
It is found at I quantum energies of 2.05 + 0*1 Revs There
are 4 figures and 4 references, 3 of which are Soviet.
ASSOCIATION: Fiziko-tekhnicheskiy institut Akademii nauk USSR Kharlkovskiy
goo. univernitet im. A. M. Gorlkogo
(Physioo-technical Institute of the Academy of Sciencest
UkrSSR, Khar1kov State University imeni A. M. Gorlkiy)
Card 2/2

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AMEMION KRi AP3003093
creasing mass n=ber for the ma4orllar of the targets Investigated. The wigular
and energy distributions of the alphs, particles indicate that there are two
mechanisms by which the reaction can proceed: directly and via production of a
cormound nucleus. "in cono-luslon, the authors thank Senior Scientist of N=.
A. A. SirotinskaWa, for developing and producing the apecial type D emulsions,
permitting reliable discr1minstion of the Alpha particles and protons. The
authors are grateful to the crew of the linear accelerator, headed by A- M-
Smirnov. The authors r4ote with gratltule the large emunt of voirk done by
microscopists T, F, S sava and A. A. Xirlyanova in scanning the emulsions."
Orig. art. has: 10 figures arA 1 table.
ASSOCIATION: Fiziko-tek-hn1cheskly InatItut Akademli nallk UkraInskoy SM
(awsicotechnical Institute$ Acadeqr of Sciences,, WaSSR)
SUBMTED., .18Sep63 DATE ACQ: 23Jul63 EXCL: 00
SUB- CODE:-00- -7-]Vo- ami -010
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32920
S/191i 61/000/011/055/070
D271?VnD302
AUTHOR: Krivet
TITLE: New noise-suppressinq attachments for marine radio
receivers type "AS-2' and "Volna"
PERIODME: Referativnyy zhurnal. Avtomatika i radioelektronika,
no. 11, 1961, 10, abstract 11 K73 (Inform. sb. tsen-
tr. n.-i. in-t morsk. flota.. 1960, no. 54, 64-69)
TEXT: New noise-suppressin~ attachments for "A.3-211 and
"Volnall receivers are described; their purpose is to help the aural
reception of radiotelegraph signals when interference level is high.
The apparatus is a limiter clipping both ponitive and negative inter-
ference peaks exceeding the amplitude of the useful signal. Limit-
ing level is automatically maintained equal to the amplitude of the
received signal, and with any relations of signal arid noise at the
limiter input, interference voltalfe at its output cannot exceed the
amplitude of the signal. To ensure a more rcliable noise stability,
Card 1/2

3MO
S/194/61/000/011/055/070
New noise-suppressing attachments... D271/D302
the limiter, whose basic function is to limit the energy of noise is
0
placed not in the low frequency part of the receiver after the detec-
tor as is usual, but in front of the detector in the IF amplifier.
In consequence, it war possible to introduce after the limiter the
voltage from the third local oscillator w1hich is used for form beat-
frequency for aural reception. This process of frequency conversion
of interference already reduced to the level of the signal, further
helps in its reduction. As a result, noise level at the detector
output is below signal level. The -mcchanism of noise reduction by
frequency conversion is clarified. It is pointed out that the noise
limitir~g equipment and the frequency convers between them, ensure
even greater defense against interference. ?Zstractcr's note:
Complete trans lation_~
Card 2/2

29551
4,7110 s/io6/61/r)oo/o1i/oo3/oo6
~, 31 IV (1/37-111 A055/A127
AUTHOR: Krivetakly, A. A.
TITLED Method for suppressing pulse interferences in radiotelegraphy re-
ception.
PERIODICAL: Elektroavyazl, no. 11, 1961, 25 - 29
TEXT., The author describes a method permitting to reduce the average
level of pulse interferences by heterodyning the interference voltage. This meth-
od is based on theoretical Investigations carried out under the supervision of the
Candidate of Technical Sciences A.A. Fersman. The underlying idea is the follow-
Ing: when the Interferences and the third heterodyne voltage act simultaneously
on the detector, the probability laws of the distribution of Interferences change,
and it proves possible to create more advantageous conditions as regards.noise
Immunity. For simplicity, the amplitudes Wint and Uhet respectively) of the en-
velopes of the Interferences and of the heterodyne can be considered equal. In
the h-f channel of the receiver, the interference voltage is added to the hetero-
dyne voltage. The total voltage is a random magnitude. Figure I is a vector dia-
Card 1/A/ Lv

29551
3/106/61/000/011/003/006
Method for suppressing pulse A055/A127
gram ahowing the sum Of Dint and 0het. 31nce Uint Uhet,, the modulus of the sum-
-vector Is given by:
U I - J2 2 Cos (2)
Dint, +
het Uhl,. + Uhet
With audio reception, the ear reacts, during the intervals between pulses, only
to the changes of the direct component of the heterodyne voltage across the de-
tector load. In the presence of interferences, the variation of this direct com-
ponent Is determined by:
A U 2 U2 + 2 U.2 Cos U (3)
het het het het
The!,efore, the Interference overshoot is fully reproduced only when cos T_ + I
(see curve In Figure 1). The total value of the interference overshoots ttupwards"
Is determined by the integral.
2r12 (4) Lx
'(1/'2 Uhe~~' "het'"~T - Uh.t)
Cari 2/~,

29551.
Vio6/61/ooo/011/603/006
Method for suppressing pulse .... A055/A127
The average value of these overshoots at all possible phase-difference angles Is:
7;72
M (U int +Fr The het Cos Uhet dy-
j 115 /3 (5)
4 Ullet o.44 u
Ix Uhet qu I- het
The analogous expression for the overshoots "downwardtf Is:C
M(U 1 U _V2 U2 2 U2 cos d
int Fr het het + het
Uhet 4
U sin o.16
het 2 Uhet
X 1r/3
The average value of the Irence overshoots acting on the ear is equal to
the sum of (5) and (6) (the sign not being taken Into account in this addition),
i.e.
Card

29551
S/106/61/000/011/003/006
Method for suppressing pulse .... A055/Al,27
M(Uind - o.44 uh,t + m6 Uhet ' 0.6 Uhet - 0.6 UInt. (7)
Heterodyning permits thus to reduce by 40 % the effect of Interferences. Under
thq u5ual conditions, any relation may exist In the receiver between the hetero-
dyne and the Interference voltage. To set up conditions reducing M(UInt), it is
sufficient to limit the interference voltage in -the h-f channel before the hetero-
dyning stage and to choose a heterodyne voltage not inferior to the threshold le-
vel. If the limiting threshold 13 equal to the amplitude of the useful signal,
the average magnitude of interferences In the Interval will be-
M(U int ) - o.6 usignal'
The usp of a bilateral limiter in the h-f -.hannel of the receiver permits to ob-
*,%In a noiseproof system called "wideband- limiter-narrowband filter system".
This system with the added heterodyning can be called "wileband-lImIter-hetero-
dyne-narrowband filter system". The complete circuit of thi,~ 5ystem is briefly
dencribad. There are 2 figures. X
SUBMITTED: May 12, ig6o.
Card 414/

KRIVETSKIYj. A#A#
I Possibility of clipping in radiotelephone communications In the
merohant marine. Inform. abore TSNIIMF no.85 Sudovozh,, I sviaz'
not,22t85-89 163, (MIRA 17:3)

XOR&Vp L.P.; KRIVET3KIY, A.A.
Measuring the effectivi transmission band of resonance syatez
frequencies. In. vys. uabab. zay.; prib. 8 no-51lg-21 165.
(HTIRA 18110)
1, laningradekoyn rpsheye inzhenernoye marakoys uohilishche
imeni admirala S.09 Makarm. Rokomendovana karodroy teoriti-
cheakoy radiotakhniki.

ACC NRi AR6035394
SOURCE CODE; UR/0390/66/000/009/VO25/VO2~
ALYMAORs Kononovg 0. V.; Krivetskiy, A. A,
TITLE: Estimate of the accuracy of radio direction finders vith audio output when
working under pulsed noise conditions
SOURCE: Rafe zhe Yodnyy transportp Abe, 9V178
R=-F. SOURCE: Inform. ob. Teentr. n,-i. in-t morsk. flota, no. 31(141), 1965, 54-5T
ITOPIC TAGS: direction finder, acoustic noise, signal noise separation, navigation
ABSTIRACTs The authors have determined experimentally the dependence of the limiting
value of the coefficient XLim characterizing the minimum signal amplitude that can be
distinguished from noise, as a function of the repetition frequency F and the ampli-
tude of the pulsed noise. The dependence on F can be approximated by straight line
with 6 db/octave slope. Using this dependence, one can calculate the maximum error o
an audio direction finder under conditions of pulsed noise vith known value of F. 2
illustrations. Bibliography, 2 titles, (Translation of abstract]
SUB CODE: 17, 09
Card 1/1 uDc, 621.396.663-004

ACC_NRg____ -------
ARG035219 SObRCE CODE-
AUTHOR: Kononov, 0. V.; Krivelskiy, A. A.
TITLE: Assessing the accuracy of Li.-!oustic direction finders during operation with
pulse interference
SOURCE: Ref. zh. Radiotekhnlaka i elektrosvyazl, Abs. 813211
REF SOURCE: Inform. sb. Tsentr. n. -J. in-t morBk. flota, no. 31(141), 1965,
54-57
TOPIC TAGS: direction finder, signal interference, pulse interference
ABSTRACT: The dependence of the limit value of tile coefficient Klim was experi-
mentally determined. It characterizes the minimum amplitude at which signals
can be distinguished in interference, froin repetition rate F and the amplitude of
'the pulse noise. The dependence on F can be approximated by a straight line with
.
. incline of 6 ~6'for till octave.
ar Using this dependence, it is possible to compute
the maximum error by the acoustic direction finder under pulse interference
conditions with a known F. Orig. art. has: 2 figures. Bibliography of 2 titles.
[Translation of abstract) [NTJ
Card 1 / 1 SUB CODE: 17/ UDC: 621. 396. 982. 6

ZRIVNITSKI .- Inshener (Kiyev).
Travelling exhibition on construction technology. Oor. L sell.
stroi. no.2:26 1 157. (Km Ia.-6)
(Mcmine--Construction industry--Exhibit ions)

BILOSHTANY A.P.; BOYKOI M.F.; DOROSHENKO, Ye.P. (Doroshinko, K.P.];
ev
DOTSENKO, P.P.; KILICHEVSKIY, I.A. (Killch va-k 1.0
MARINICHENKO, V.G. (Marynychenko, V.H.1; RAM, L.
. _..S. (Kryvetolkyi.0 LS.]v red.; RO NKO I.N.0
KRIVF a
AJOKkj,j
red.; TRITINCHENKO, A.P. (Trytynchenko, A.P., red'4 inzd-va;
VIRICH, D.V. [Virych, D.M., t6khn.red.
[Russian-Ukrainian agricultural dictionary] Rosifelko-ukrains'-
kyi sillskohospodaralkyi slovnyk. Ukladachiz Aff.Biloshtan
ta inshi. Kyiv, Vyd-vo AN URSR, 1963. 438 p. (MIRA 170)
1. Akademiia nAuk URSR, Kiev. Instytut movoznavstva. 2. Chlen
korrespondent Vsesoyuznoy akadexii sellskokhozyaystvennykh nauk
imani V.I.Lenina (for Romaenko).

BILOSHTANq A,P,; BOYKO, M,F,[Boikoj .11.F.),kan.fil.naukjDOROSMKO Ye.P.;
DOTSENKOO P.P.; KILICHLrVSKIY, i.A.jKil'chevo'kyiO 1.0.1;
VACIRICHWX09 V.G.[Maz-pVcbenko, V.H.]; RAK L K.; LCRIVETSKIY,
I.$ [Kryvetolkyi, I.S.J, red.; ROMANENKO, i.N:, recIT7--"*A-
ifflINCHZNKO, A.P (Trytynchenkop A,P.]j redAzd-va; VIRICH,
D.V#[Viryoh~ D.V.j, tekhn. red.
(Russian-Ukrainian agricultural dictionary] Rosiislko-
ukranolkyi siltolkohospodarslkyi slovmyk. Ukladachi: A.P.
Bilouhtan ta inshi. Kyiv, Vydiv, Vydvo AN URSR, 1963. 438 p.
(MIRA l7t2)
1. Akademiya nauk URSR, Kiev. Instytut movoznavstva. 2. Chlen-
korrespondent Vsesoyuznoy akademii sel'skokhozyap3tvenrykh nauk
im. V.I.Lenina (for Romanenko).