SCIENTIFIC ABSTRACT TARTAKOVSKIY, B.D. - TARTAKOVSKY, G.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001755020009-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 26, 2002
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

I MARMOVSKly., B, D. and RYBAK, S. A.
'On vibration of layered paltes with losses"
report submitted for the 4th Intl- t~ongresa of Acoustics,
Copenhagen, Denmark, 21-28 Aug 1962.
Acoustical Inst. of the Acad. of Sci. USSR, Moscow.
I

RYBAK, S.A.; TARTAKMKIY, B.D.
Some applIcationa of a transitive matri-x tO'the theory of p2aue
wavoe in a oyst= of *Wtic layere. Akust.shur. 8 noolsll9-123
162. (MIRA 15 IAO
1, Akusticbeskiy institut AN SM, MoOm.
(matrices) (Bound waves)

S/046j62/008/001/018/018
B125/BI04
AUTHOR: Tartakovskiy, B. _D,
TITLE: V. All-Union Acoustics Conference
PERIODICAL: AkuBticheskiy zhurnal, v. 8, no*. it 1962t 141-145
TEXT; More than 800 scientists and engineers from 41 Soviet towns (about
350 from Kiyev), and 244 institutes, universities and factories attended
the V. Voesoyuznaya akusticheskaya. konferentsiya (V. All-Union Acoustics
Conference) organized from November 27 to December 2, 1961 in Kiyev by
the Komissiya po Akustike (Acoustics Commission), Akust:rcheskiy institut
Akadem-ii nauk SSSR (Acoustics institute of the Academy'of Sciences USSR),
Kiyevskiy ordena, Lenina politekhnicheskiy institut (Kiyev "Order of Lenin"
Polytechnic Institute) and the Ukrainakoye respublikanskoye pravleniye
NTO radiotekhniki i elektrozvyazi im. A. S. Popova (Ukraine Republic-
Administration of NTO Radiotechnice and Electrical Communication imeni
A. S. Popov). More than 180 lectures were delivered in the tvo plenary
Sessions and in the 8 special sessions (I. nonlinear acousticst 2oviave
diffraction, 3. propagation of sound in inhomogenoun uedia, 4. architectural
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V. All-Union Acoustics Conference B125/B104
and building acoustiosy 5. ultrasonics, 6. acoustic measurements, 7. speech
and physiological acoustics, 8. noises and vibrations). According to M. 1.
Karnovskiy, Professor of Kiyev Polytechnic Institute and chairman of the
organizing committee, the purpose of the conference %as to establish ways
for further developing Soviet acoustics. Professor S. H. Rzhevkin gave a
historical survey of the development of acoustice in the USSR. From 1950
to 1955 30 lectures on acoustics were delivered, at the IV All-'Union
Acoustics Conference (May 26 - June 4P 1958) 175 already. L. A. Chernov
gave a survey of the progress made in acoustics since the last conference.
Interest in statistical problems is increasing. At the Simpozium po
difraktsii (Symposion on Diffraction) in September 1961 both exaot and
approximation methods for the solution of diffraction problems were
demonstrated. Measures to combat noise and vibration are meeting with
success. In the ultrasonic range powers of up to 100 kw/cm2 and super-
high frequencies were attained. Kybernetice and information theory have
been widely applied in physiological and psychological acoustics. At the
first plenary session L. A. Chistovich discussed the discernment of
speech by man. I. Ye. Goron discussed the ecperimental study of various
quality limitations of a two-channel system. L. D. Rozenberg and M. G.
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S/046/62/MB/001/015/C-18
V.All-Union Acoustics Conference B125/B104
Sirotyuk2discussed an ultrasonic wave concentrator for several hundreds
of kw/cm developed at the Acoustics Institute. I. A. Viktorov studied
theoretically the surface waves and their propagation. N. A. Dubrovskiy
dealt with the subjective observation of signals over a noise background.
The 50 lectures of the session on vibrations and noises dealt mainly with
theoretical original papers an the propagation of vibrations in the
elastic structures of technical buildings (L. A. Molotkov, S. A. Rybak,
V. I. Zaborov, A. S. Nikiforov, B. D. Tartakovskiy et al.) and the
experimental studies of the propagation of elastic vibrations in construc-
tion outside built-up areas (A. K. Hovikov, S. G. Gershman, A. K.
Yefimov, M. Do Genkin, V. B. Chernyshev, 0. Go Shvilkina, So Ya.
Novozhilov, V. A. Zverev et al.). Ye. Ya. Yudin, P. Ye. ABtaflyev, 1. 11.
Pisarevokiyp V. A. Zverev, V. E. Frimerg, M. M. Efrussi, M. So Antayferovi
V. P. Kuznetsov, B. Go Zavernyayev and other authors discussed multi-
channel generators and measuring instruments, instruments for directly
determining the vibroacouetio properties of technical buildings etc. 1. 1.
Klyukin, Ye. Ya. Yudinj An Go Munin, E, No Haumenkol No N. Popova, S. A.
Bershadskiy, V. F. Lyusov studied theoretically and experimentally new and
improved classical methods of reducing noises and vibrations. Yu. A.
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V.All-Union Acoustics Conference B125/B104
Kashtalyan, G. S. Rosin, N. I. Naumkina, L. 1. Trepelkova, A. S. Trakhter,
M. I. Palley, M. A. Tulaykova et al. discussed the dinamic properties of
- and vibrations-isolating and -absorbing materials and constructions,
sound
Yu. M. Yelizarov, Kh. V. Storoshchuk, V. I. Pallgov, G. L. Osipov, A. A.
Arkadlyevskiy, 0. 1A. Rozen and other authors spoke about noises in
factories and means of communication, S. N. Rzhevkin, X. M. Ivanov-Shits,
K. A. Velizhanina, G. S. Sharov, V. 1. Zaborov, E. N. Avferonko, N. N.
Bogolepov, I. V. Lebedeva, C. A. Colidbere and V. Lt. Lebedev spoke about
measurements of diffractive reflections of sound, V. S. Nemanov, 11. 1.
Karnovskiy, V. A. Geranin, G. A. Ball, V. S. Gorbenko et al. spoke about
the experimental'study of statistical signals, A. V. Himakiy-Korsakov,
D. V. Bazhenov, E. P. Isayenko, Yu. A. Kravchenko, A. F. Osadchenko, A. N.
fAikikechko et al. spoke about the measurements of the frequencies of
complex vibrational systems, A. N. Golenkov, V. M. Bovsheverov, M. V.
Laufer, G. S. Rosin, V. V. Tyutekin, R. N. Viktorova, et al. spoke about
the calibration of acoustic measuring instruments etc, R. V. Dombrovskiy,
A. N. Rivin, 1. A. Bazhina, 1. A. Lapuk, L. N. Ryabchikov et al. spoke
about the measuring methods in building-acoustics, V. A. Zverev, A. I.
Kalachev, Ye. F. Orlov, L. A. Zhestyannikov, I. K. Sp*irodonova spoke about
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S10461621006100110181018
V.All-Union Acoustics Conference B125/3104
measurements with modulated sound waves, M. I. K&rnovskiy, A. A. Yurlyev,
V. Ye. Ivanov, L. A. Yakovlev, B. A. Pinagin, 1. 11. Kanevskly, V. ID.
Kurkin et al. spoke about the theory and the calculation of ultrasonic
transformers, I. G. Polotokiy, V. F. Nozdrev, St Ab Neduzhiy et al.
spoke about the effect of ultrasonics on various substances, A. A. Galkin,
M. Ye. Arkhangellskiy, V. F. Kazantsev, Yu. L. Tissenbaum, L. 0. Makarov
et al. spoke about the effect of ultrasonics on alloys, pure metals,
plastic materials etc., L. D. Rozenberg, Yu. Ya. Boxisov, 0. V.
Eknadiosyants, M. V. Varlamov et al. spoke about, the coaGulation of
aerosols by sound, drying and spraying by means of ultrasonics, V. L.
Vlasov, V. P. Nozdrev, A. A. Berdyyevi, N. B. Lezhniv, Z. L. Khodov#
0. A. Kapustina, V. F. Yakovlevj P. P. Perepechko et al. spoke about the
investigation of organic substances etc. by ultrasonic methods, L. G.
Merkulov, P. A. Bezuglyy, I. G. Polotskiy, V. F. Taborov, M. S. Antsyferov
et al. spoke about the propagation and absorption of ultrasonic and
hypersonic waves in crystals, superconductors, copper monocrystals, etc.,
L. R. Zinders L. V'. Bondarko, L. A. Verbitskaya, G. I. Tsemell, N. V.
Sukhanova, V. A. Zverev, Ye. F. Orlov et al. spoke about the objective
properties of speaking, P. 0. Makarov, S. N. Golldburt et al. spoke about
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S/04 621CO8100110181018
V. All-Union Acoustics Conference B125YB104
the~connection between subjective perceptions and objective properties of
speaking, L. L. Myasnikov the modelling'of the sense of touch by
superficial ultrasonic waves, Ye. A. Rodionova, 0. V. Verzilova, A. M.
Maruseva, A. Ya. Vinnikov, L. K. Titova et al. the theory of hearing, A.
L. Polyakova, S. 1. Soluyan, R. V. Khokhlov, G. D, Mikhaylov, K. A,
NaugolInykh et al. the propagation of nonlinear vibrations, Z. A.
Colldberg, K. A. Naugollnykh, G. A. Ostroumov, P. it. Kubanskiy nonlinear
ef-fects in intense sound waves, Yu. L. Gazaryan, A. D. Lapin, A. N.
Barkhatov et al. regular propagation in various waveguides, layers, and
channels, V. A. Zverev, M. A. Kallistratova, M. F. Bakhareva, E. A.
Blyakhman, Yu. A. Ryzhov, B. F. Kurlyanov et al. the propagation of sound
in statistically inhomogeneous media, I. A. Molotkov, V. S. Buldyrev, A.
I. Laning I. N. Yermolov, V. A. Borovikov, L. M. Lyanshev, A. A.
Tuzhilin, B. Z. Katsenelenbaum, R. P. Starovoytov et al. diffraction by
various obstacles, V. Yu. Zavadskiy, V. N. Krasillnikov, Ye. P. Masterov
et al. the propagation of varioua waves in elastic inhomogeneous media and
plates and finally G. D. Malyuzhinets, V. N. Krasillnikov, Yu. A. Ukhanov,
V. Yu. Zavadskiy, M. P. Sakharova, N. S. Smirnov, et al. discussed new
theoretical methods of studying diffraction. The organizing committee
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S/046/6 2/008/001 /018/018
1; All-Union Acoustics Conference B125/BI04
(chairman M. 1. Karnovskiy, deputy chairman L. A. Chernov, and 0. M.
Gaplichuk, scientific secretary G. V. Glekin) is thanked for organizing
the conference.
V/ I
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60 S1046j621008100210061016
B104/3138
AUTffORSs Maslov, V. P., Tartakovskiy, B. D.
TITLEs Propagation of flexural vibrations in several inhomogeneous
rods
FERIODICALs Akusticheskiy zhurnal, v. 8, no. 2, 1962, 194 - 198
TEXTs The problem is th e propagation of transverse naves in a series of
rods, connected by butt joints. Eaoh rod satisfies the conditions of pure
bending and has arbitrary elasticity parameters and cross section. No rod
is less than one and a half times the lengths of a transverse wave. Using
this condition, the coefficients of reflection and transmission'of the
transverse wave potentials thw4gh n intermediate rods can be calculated
with the aid of recurrence formulas:
Ron + (DonDno - 1?0.1?.0) R., .+,ei"n
Rnonn. "+,e'2,vn
firn
Do. n+1
1 RnoRn' n+Ie
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S/046/62/008/002/006/016
Propagation of flexural vibrations ... B104/B158
The transmission and reflection coefficients of the entire system of rods
can be calculatod from
Ro. n+1 Snt
.(8) (9)
Do,.+, N,, S..
n T%-2 9r
where S, 1 2 pvq + 2 12 2 P,+%. "+,Pr,
4-1 P-I a -i r-t 9-1 P-i,
n-4 U ( a r q
YJ YJ 2; 111 P1+4. u+,P,+I,."Pp, +
U-1 1-1,p=i r-1 q-1 p-I
n+1 n-t r
7,._1-Y
Qn= T j I I Pq+i. r+iTp-t
T -1 q-1 V-1
n-3 toU r q
+222 1 YJ PU+S. *+Bpq+t. P+ITP-t
"-I U-Ir-jq-1v-1
n
Nn= 11 DI. j+je
1-0
(10) (12)
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S/046
/62/008/002/006/016
Propagation of flexural vibrations... B104/B138
and Dwpn)j;cnjjax HP111IRTM CORPaRICIIIIII:
ppq RI,, p+1179. q-1e iskiWk TV = Rp. p+,C iskZI-P),
Despite th restrictions, results obtained from these formulas for
rods only half the wavelength, deviate from the experimental results by
only 10~-
ASSOCIATIONt Akusticheskiy institut AN SSSR Moscow'~(Acouetics institute
AS USSR,Moscow)
SUBMITTED; April 26, 1961
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375~11
S/046 62/008/002/012/016
B104/B138
AUTHORs Tartakovskiy...B-.
TITLE: Amplification factor of a solid sound lens with losses
PERIODICALt -Akusticheskiy zhurnal, v. 81 no. 2v 1362, 228 - 232
TEXT.- The maximum amplification factor of a solid sound lens depends on
the material and shape of the lens. The frequency characteristics are
compared. for solid sound lenses made from materials with attenuation
factoru linearly or quadratically dependent on frequency. Up to jo5 cps
plastics can be used as lens materials. In the range of flaw-*detec,-.'.'-
tion frequencies (106 - 1()7 cps) aluminum and its alloys are better. The
usability of the material can,be characterized by the maximum possible
amplification factor. For materials for which the losses are proportional
to frequency, this amplification coefficient is
K P
POCO N' -n. (12)1
t+
P9
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S1046162100'6100210121016
Amplification factor of a solid... B104/B138
for materials whose losses depend quadratioally on frequency it ist
K P
POCO IVN-n
PO n
The expressions in square brackets describe the quality of the material.
The amplification factor at a given frequency is
Pcd
k
PCd
The expression in the brackets describes the usability of the material at
a given frequency. There are 3 figures.
ASSOCIATIONs Akusticheakiy institut AN SSSR Moscow (Acoustics Institute
AS USSR, Mowcow)
SUBMITTEDs January 25, 1961
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-- - - - - ---- TARTAKOVSK-IY, B.D. -- - I
Aberration characteristics of sound lenses. Akust.zhur. 8
no*3:350-357 162o (M3RA 15:11)
le Alkwticheokly institut AN SSSR ItaWas
(Optics, Geometrical) (iound lensoo)

5/053/62/018/004/004/004
B102/Bvj6
AUTHORi Tartakovskiy, B. D.
TITLEt Vtoroy voesovuznyy simpozium po difrakt'3 ii voln (Second
All-Union Symposium on Wave Diffraction)
PERIODICALt Uepekhi fizicheskikh.nauk, v- 78, no. 4, 1962, 701-721
TEXTt The symposium was called by the Komigsiya po akustike Akademii
nauk SSSR (Commission on Acoustics of the Academy of Sciences USSR) and the
Nauchno-issledovatellskiy radiofizicheekiy institut pri Gortkovskom
gosudarstvennom universitete im. No I. Lobachevskogo (scientific Research
Institute of Radio hysics at the Gorlkiy State.University imeni
No I, Lobachevokiy5 and was held from June 4 to 99 1962j in Gor'kiy. It
was attended by 314 scientists, among them the Academicians V. A. Fok and
V. D. Kupradze. The opening address was read by Professor G.D.Malyuzhinets.
More than 120 lectures were delivered, the most important of which are here
briefly discussed: Some problems of wave diffraction and propagation
(Go I, Makarov); Physical theory of diffraction (P. Ya. Ufimtsev),
Approximate solution of certain diffraction problems (V. Do Kupradze);
Investigation of the non-analytic parts of the wave field in nonstationary
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S/U53/62/078/004/004/004
Vtoroy vsesoyuznyy simpozium... B102/B186
diffraction problems (V S "Buldyrev, I. A. Molotkov); Directivity diagrams
for certain types of aniennas (L. D. Bakhrakho Ya. No Falld)j Tranaverse
diffusion of short waves on a convex cylinder (V. A. Fok,.G.D.Ralyuzhinets,
L. A. Vaynshteyn); Electromagnetic field structure of real antennae
N. Krylov); Wiener-Hopf-Fok-type integral equations applied to diffrac-
tion'problems (V. I. Talanov); Theory of nuclear diffraction (A. G. Sitenko);
Diffraction of a plane wave on an infinite cone (I. Go Yakushkin);
..Correlation between axisymmetric and cylindrical solutions of electro-
magnetic-wave polarization problems in the case of equal section profiles
of the bodies considered (B. Ye. Kinber, A. A. Fedorov); Local method
of acoustic-wave field calculation (B. Ya. Gellchinskiy); Exact
mathematical justification of two-dimensional approximation in geometrical
optics (V. M. Babich); Asymptotic solution to the problem of diffraction of
short-electromagnetic waves on an ideally conducting surface
(Yu. G. Guk'asov, I. V. Sukharevskiy); Separation of variables in the problen
of diffraction on an arbitrarily shaped body (R. Go Barantsev)l Calculation
of the main components of the wave field (N.-S. Smirno'v); Mathematical
problems of diffraction (D. Z. Avazaahvili); Uniqueness theorems in
boundary-value problems of diffraction theory (I. Ao Urueovskiy);
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S/053 62/078/004/004/004
Vtoroy vsesoyuznyy simpozium... B102YB186
Sommerfeld conditions for elliptic operators of arbitrary order
(0. 1. Panich, B. R. Vaynberg); Integral equations in the boundary-value
problem of plane-wave diffraction (V. A. Afanaelyev); Reflection of
acoustic waves from smooth surfaces (A. F. Filip ov)l Motion Of a rigid band
induced by the momentum of a wave (L. M. Flitman5; Spatial diffraction on
an infinite prism (V. A. Borovikov).; Formation of unstabilized waves in a
rotating basin (S. S. Voyt); Nonstationary wave field excited beiween two------
elastic semispaces (P. V. Kraukl1s); Diffraotion of ship waves J,
(L. N. Sr.etenskiy);--Stopping of electromagnetic shook waves in ferri.te-
lines waveguides-(G. I. Freydman); Wave diffraction around a half-submerged
elliptic cylinder (S. M: Travinin); Behavior of ship waves below an uneven
periodic bottom (M.~ G. Sukharev); Electromagnetic waven in an infinite plane
waveguide (V. V. Martsafey)- Determination of ihe velocity field of laminar
air flow (I. G. Petritskaya~; Diffraction of electromagnetic waves on an
ideally conducting disc (M. G. Belkina, Ye. A. Ivanov); Diffraction of plane
wavee on a moving toro with elliptio cross aeotion (P, I. Tuoy)l ReHistanoe
of radiation from a Hertzian dipole placed near an ideally conducting
paraboloid or revolution (I. N. Korbanskiy); Electrodynamics of ideally
conducting bodies with complex configuration (N. A. Yablochkin); Boundary-
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3/05 62/078/004/004/004
Vtoroy vaesoyuznyy simpozium... B102YB186
value problem of diffU,94on on a wedge (G. D. Malrt.,zhinets, G. V. Vinell);
Diffraction of spherical electromagnetic waves in a wedge-shaped coruer
(A. A. Tuzhilin, R. P. Starovoytova, 1. S. Bobrovnikov); Diagrams of radia-
tion sources placed on the surface of an ideally conducting infinite wedge
(L. No Lemanskiy, L. N. Zakharlyev); Diffraction of acbustic waves in a
liquid semispace on two elastic plates on its surface (D. P. Kouzov);
Physical theory of wave diffraction on bodies with cracks (L. A. Cherches);
Diffraction on the open end of a plane sectorial loudspeaker (B.Ye-Kinber);
Waveguides with mirror phase converters (N. G. Bondarenko, V. I. Talanov);
Integral equations of first kind with regularkernel for harmonics of
surface current of a body of revolution (V. V. Kravtsov); Wave diffraction
and scattering from spherical-bodies (Z. A. Yaneon, V. S. Buldyrev,
G. I. Petrashen', 0. A. Germogenova, G. V. Rozenberg, Yu. A. Yerukhimovich,
Yu. V. Pimenovf Do So Chernavskiy i Numerical methods for solving problems of
;.,..wave diffraction and propagation iYe. No Vasillyev, A. R. Seregina, ..
.:,No No Govorun, Do Mo Sazonov, A'. F. Chaplin); Wav~ propagation in laminar
media (V. Yu. Zavadskiy, Ya. I. Sekerzh-Zenlkovioh, L. V. Iogansen)i
Propagation of elastic waves in a semi-inginite liquid bounded by an elastic
plans plate (V. N. Krasillnikov); 1-f vibrations of an elastic layer
(L. A. Molotkova); Diffraction on periodic wave-shaped surfaces (A.D.Lapin.
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Vtoroy vsesoyuznyy simpozium... B102 B166
G. V. Poddubnyy, Yu. N. Cherkashin, V. 1. Aksenov); waveguide problems
(L. A. Vaynshteyn, A. S. Illinskiy, A. G. Sveshnikov, N. P. Kerzhentseva);
Simulation of sound propagation (A. I. Barkhatov); diffraction of electro-
magnetic waves in radioscopy (A. D. Petrovskiy); Problems of wave-propagation
simulation (G. P. Prudkovskiy G. P. Gradinskaya,'Yu. K. Kalinin,
Ya. S. Rodionov 0. G. Shaming ;Prop~agation of radiowaves along the Earth's
(V. N. ;roitskiy); VHF wave diffraction on mountains (S. A. Amanov);
surface
Choice of optimum impedance in wave propagati-on problems (G. N. Krylov,
A. D. Petrovskiy); Lattice electr6dynamics (L.'A. Vaynahteyn); Diffraction
of electromagnetic waves on a lattice (V. V. Malin, L. Levin); Electromagnetic
wave diffraction on lattices (0. A. Tretlyakov,.D. V. Khoroshun,
V. P. Shestopalov, A. 1. Adonina, V. P. Shestapalov, B. A. Masalov,
Ye. N. Podollskiy, I. Ye. Tarapov); Wave propagAtion and diffraction in
plasma (G. I. Makarov, V. V. Zheleznyakov, Ye. Ya. Zlotnikq N. A. Kuzlmin,
M. Ye. Gertsens'hteyn, V. 1. Pustovoyt, N. G. Denisov, L. S. Dolin)l
Reception of fluctuating radiation (N. G. Denieov)j Diffraction of modulated-
waves on random inhomogeneities (V. A. Zverev); Interaction between electro-
.magnetic waves and oharged-particle clouds (V. B. Gilldenburg, A. V. Gurevich,
M. D. Khaskind, Yu. K. Kalinin, Yu. S. Sayasov)i Reflection and refraction
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Vtoroy vaesoyuznyy simpozium... B102YBia6
of electromagnetic waves in non-uniform pl&sma (V. B. Gilldenburg,
I. G. Kondratlyev); Emission of electromagnetic waves (7. Ya. Eydman,
G.'H. Krylov, B. M. Bolotovskiy, V. P. Dokuchayev, Yu. ?. Verbin);
Diffracticn from gyrotropic bodies.(Yu. V. Vaysleyb, A. T. Fialkovskiy,
G. I. Freydman, V. A. Permyakov); Reflection of electromagnetic waves from
randomly uneven surfaces (V. 1. Mikhaylov, R. G. Barant3ev, L. M. Yurkova,
I. N. Tamoykina, E. P. Gulin). The'next (third) symposium will be held
in May 1964 at Tbilisi.
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8/046j63/009/001/012/026
B104/BI86
AWRORS' Rybakt S. A., Tartakovskiyo A.-D
- IT'.
k.8 On the oscillations of thin plates
111MIODICALt Akusticheskiy zhurnal,-v. 99 no. 19 19639 66 - 71
TLXTs Making use of the exact aolutione of the oscillation problem of a
plans elastic layer, an attempt is made to find equations of oymmetric and
antisymmetric oscillations of thin plates in nrbitrary approximation accord-
ing to kh without additional hypothesis. The equptione
PI PI v
(BI Dj) r (5)
--r -2
-7elbs) UsoA 0j) T(T+-241) 41
A Wh sins,
r
21, Sin,,
ti 2Ar cost; X+2jA
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On the oscillations of thin plates B1041D186
(A tag - tibi) Ure'= - (At - 4) V, (PI + PS) + (bi - b.)
2 _,'$71 (6)
7
L
(Aly-+ Grad Div
( h
J)-- 2* GradDivcmi; COSI(j)-CM
KTWI
.are derived, which describe the transverse and longitudinal' oscillations of
a point in the middle plane of a thin layer. Heret
(2)9
-Las
2 - +Art A,
.
hA 112
and sin OWN(,) )0 These equations unite the shift of a given
point in the middle plane with*the forces given at a point at.& finite
distance from it. This leads to the presence of arbitrary-order diffvrential
operations in these equations and every term represents an infinite series
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(in the oscillations of thin Plates B100186
of differential operations ove'r the cokresponding quantities. The shifts
at the boundaries of the plate are connected with those of the middle plans,
and equation V 41L (). + p)
A'Ur0+3PhbA0t9+
a + p) d (p, PS), .(12)
+Piz
ki 3
is derived describing the bending wavess In a comparison with results of
approximate theories it is shown that the equation of S. P. Timoshenko
(Kolebaniyav inzhenernom dele - Oscillations in engineering fields, M.
Fizmatgizq 19599 314 - 315) shows good approximations, There is 1 figure,*,
ASSOCIATIONs Akusticheskiy institut AN SSSR,Moskva (Acoustics Institute
AS USSR'9 Moscow)
SUBMITUDS July 26t 1962
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TARTAKOVSXIY,-B,2,,-
Voise and sound;pibration control on ships" by I.I.Iliukins'
Reviewed by B.D.Tartakovskii. Akust. zhur. 9 no.lil33-134
(MIRA 16: 5)
(Bibliography-Noise control)
(Bibliography-Vibratio'n (Marine engineering))
(KITulin, I.I.) -

TARTAKOVSMI, B.D.
-
Experimental study of the gain of focusing acoustic lenses.
Akust. zhur. 9 no#3:336-339 163. (MIRA 16:8)
1. Akusticheskiy institut AN SSSR, Moskva.
(Underwater acoustics) (Sound-Apparatus)

TARTAKOVSKIY,, B.D - -------------
Diffraction pattern of a point image obtained by sound lenses.
Akust. zhur. 9 no*4473-4W 163. (MM 170)
1. Akustichaskiy institut AN SSSR, Moskva,
'3

Z~ IM

7, B.'
KTJDFfAVT--~EVA,' T.T).; IA I D.
Effect of errors i--l the - istruction of rn
their acund inFulatic-M proF.~,rrAes- Aii3t. zht:x. '-.1
165. (MIRA 38sl")
1. Akustlcheskiy lwtit-it AN Moskva.

TARTAKOVSIKIY, B*D,*
- . ~ 1. 11 ~...... -11- - I --" . 11 no.1:133-134 165.
BibliographY. AkuBt- "" (MIRA 18:4)

LIW64-m EVITM&IT(m) AIR W &M I
ACC MR-. --kP5021477 SOURCE CODE:_ U11/6046 0 12'
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AUTHORS: Borisov, L. P.; Tartakovo
ORO: Acoustics Institute AN SSSR. t6cow (Akustioheekiy institut
AN SSSR)-
TITLE: Propagation of flexural waves in a plate ifith thin obstacles
SOURCE: Akusticheskiy zhurnal, v. 11, no. 3P 19b5, 3o6-312
TOPIC TAGS: flexural vibration, sound propagation, acoustic impedance,
mathematic matrix
;- /.04
-ABSTRACT: Matrix-algebra methods are used to determine the propagation
of flexural waves n structures kwagons, airplanei3, ships, etc.) con-
sieting of triodically crossed by obstacles. It is assumed
that the width -of contact between the obstacle (stiffening member) and
the plate is small compared with the wavelength in the plate, so that
the flexural waves can be regarded as being normally incident on the
obstacle. The obstacles are characterized by their force and moment
impedances. The form of the matrix of transmission of a wave through
one obstacle is determined. A connection is established between the
transmission and reflection coefficients and the coefficients of the

L N064.66
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gh n obstacles- through j;wO obstacles with
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is calculated for a fl of diagrams If the frequency for
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the dependence of the coeffiOien ment imedancee Orig. art*
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AUTHORS# Trepalkovap Le I I TVA,*kMkiYt B D kitIff, H*-X*l U=Wdtiat He Li"
Li, P.Z
ORO inone
TITLEs Methodfor plasticizing epaxy resins land caq)ositions based an thOM, 02AMI".
176675N&2 -
No*
SWRGEx Byulletan' isobroteniy i, tovarrqkh anakaj mos 231 19650 4544
TOPIC TAGSs epoxy plastic# plasticizer, polyether/ TGA-5 po3,yether
ABSTRACT: This Author Certificate presents a methodi for plasticizing epcow resiw.
of
and compositions based on thea by using polysthert, Th broaden the selection
plasticizers wA-to4add vibration absorption pr9pertiea.to, the epW
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AUTHORS: and Borisyuk,, R.F.
SOV-127-58-3-20/24
TITLE: Scientific-Technical Conference on Strip Mining of Deposits
(111auchno-tekhnicheskaya konferentslya po otkrytoy razrabotke
mestorozhdeniy)
PERIODICAL: Gornyy zhurnal, 1958, Nr 3, P 76 (USSR)
ABSTRACT: This conference was convened in November 1957 on the occasion
of the 40th anniversary of the October revolution and took
place in the DnepropetrOV8kiy gornyy institut(Dnepropetrovsk
14ining Institute). It was concerned with strip mining of
the Ukraine deposits. Over 30 lectures were delivered. Pro-
fessor, Doktor of Technical Sciences, 1111I.G. Novozhilov (Dne-
propetrovsk Yining Institute) delivered a lecture on "Timely
questions of perfecting the strip mining of mineral deposits"
who, after having enumerated the achievements, indicated many
defects of the industry: inferior qualities and shortage of
excavators, dumptrucks, etc. The 'chief Enginoor of the In-
otitut,Krivbassproyekt (The"Krivbasaproyektll Institute) 1.11,
Zhukov delivered a lecture on the "Development of the Extrac-
tion of iron ores by strip mining methods in Krivoy Rog Bas�n".
Card 112 He said that the eXDlored huge reserves of ores situated in

SOV-127-58--3-20/24
Scientific-Technical Conference on Strip Mining of Deposits
favorable conditions allow the development of strip mining
on a large scale, Thu head of the Podotdol margantsovoy i
flyusovoy promyelilennosti Gosplana USSR (Subdivision of man-
ganese and flux industry of the Gosplan of the Ukr.SSIZ-)
V.P. Donchenko said that the plan of the development of the
Nikopollmanganese regioniforesees the increase of strip m4n-
ing of ores in 1960 to 55% and in 1965 to 75% of the total
output. Doktor of Technical Sciences Ye.F. Epshteyn re7orted
on the utilization of thermal drilling with a reactive burner,
drilling with the help of an electro-hydraulic procedure,
drilling with the help of ultra and infrasonic vibrations ani
of currents of high and ultra-high frequency, It was also
reported that the equipment for strip mines does not meet the
requirements of the industry, especially a shortage of en-
gines of continuous operation, excavatorsi conveyor belts etc
The lack of collaboration between various scientific re-
search institutions was also mentioned. The scientific in-
formation is insufficiently organized and literature on strip
mining is published in insufficient quantities.
1. M$xlng industry~USSR
2. Mining engineering
3. Mining tquiMent
Card 2/2 1 o,

TARTAKOVSKIY, 13AS, inzh.
-- --- I---.--,-
Efficiency of using powerful continuous nachine units in strip mines
of the Dnieper Basin. Nauch. zap. Ukrniiproekta no.2:99-108 '60.
(MIRA 15:1)
(Dnieper Basin--Coal-handling machinery) I

NOVOZHILOV, M.G.,, prof.; TARTAKOVSKIY, B.N.$ insh.; BORISYUK, R.F... inzh.
Grounds for the selection of a type of conagle-belt waste-stacker
for Ukrainian lignite mines. Izv.VYS*ucheb,zav.; gor. zhur. no.6:
15-26 160, (MIRA -14:5)
1. Dnepropetrovskiy gornyy institut, imeni Artemae Rekomendovana,
tor
kafedroy r4dnykh s ozhdeniy i otkrytykh rabot.
ine-Goal mines and mining)
(W
(Conveying machinery)

ZZMSKIT, N.M.; KORSUNI. M.Ta.; ST11FANOVICH, V.I.; TARTAKOVSKIT, B.N.;
AKIKMV, I.Ya. (Moskva)
Mechanization of mining operations; underground and oDen-cut
workings. I.R. Voroahilin. Reviewed by N.M.. Zelenskii and
others, Gor.zhur. no.10.'78-80 0 .160. -
(MIRA 13:9)
1. Dnepropetrovskiy
(Mining
gornyy institut (for Tartakovskiy).
engineering--Equipment and supplies)
(Toroshilin, I.R.)

ROTOZHELOV, M.Gd, prof.; TARTAKOVSKIT,_ B.H., innh.; SHALIMANOY, I.P.,
inzh.
Use of conveyer bridges in open-cut lignite mines in the Dnieper
Basin. Izv. vys. ucheb. zav.; gor. zhur. no. 11:39-50 16o.
(MIU 13:12)
1. Ahepropetrovskiy ordena Trudovogo Krasn,)go Znameni gornyy
institut imeni Artema. Rekomendovana kafedray razrabotki
rudnykh mestoroshdanty i otkrytykh rabot Daepropetrovskogo
gornogo inatituta.
(Dnieper Basin--Strip mining) (Rxeavating machinery)
(Mine haulage)

NDYOZMIA)V,, M.G., prof,, doictor tekhmnauk; SHAMOV, A.M.# itand.tekha.
nauk; TAR2A V-SKIT, B.S., Cora" insh.
low techniques In baring operations for Donets Basin lignite
deposits@ Ugoll Ukre 4 no.2M-23 I 16o. (MM 13W
(Donets Basin--Lignite) (Xining engineering)
I
I %:' NN .1

TARTAKOVSKIYq B.N.
Cand Tech Sci - (diss) "Study of system of open working of de-
posits of the Ukraine with soft covering rock." Moscow, 1961.
17 pp; (Ministry of Higher and Secondary Specialist Educotion
RSFSR, Moscow Mining Inst imeni I. V. Stalin); 200 copies-price
not given; list of author's works on pp 16-17 (13 entries3;
(KL, 7-61 sup, 246)

IIOVOZIIILOVp H.G.p prof., doktor tekhn. nauk; SELYANDI, V ; TARTAKOV
zh:?.
--Lj,_LFrinimaIi uchaotiye: PGRELKIN, G,D.j in p E 17T.-tV.S.0
inzh.; SHMOV, A.M., kand. tekhn. nauk; BORISYLIK, R.F., inzh.;
ABBUFATTAKNOV, A.A., inzh.; RWRIYENKO, A.F.j inzh.;
P.M.9 inzh.; GLUSKIN, L.I., inah.; IXVCMKO, N.K., inzb.;
GAVRIIZUKj I.I., inzh.; SHPEKTOROV~ Yu.Z.., inzh.; KOCHERGA, N.T.)
red.; GORKAVENKO, L.Lp tekhn. red.
New technical methods and equipment in open-pit mining of
mineral deposits] Novaia tekhnologiia otkrytoi razrabotkA meEto-
rozhdenii poleznykh iskopaerykh. Pod obshchei red. M.G.Novo-
zhilova. Kiev, Gos.izd-vo tekhn. 2it-ry USSR, 1961. 205 p.
NIRA 15: 5)
(Strip mining)

NUVCZHILOV# M*G,, prof,j TARTAKOVSKIY B N insh.
New technieal methods and equipment for open-pit mining of
the Nikopoll manganese deposit. Izv. vyoo uchebo zave; gore
zhur. no.6:11-18 961. (KERA 1687)
1, Dnepropetrovskiy ordena Trudovogo Kraonogo Znameni gornyy
institut imeni Artema. Rekomendovana kafedroy razrabotki
radnykh mestorozhdeniy i otkry-toy razrabotki.
(Nikopoll region-Manganese mines.and mining-
Equipment and supplies)

POLYAKOV, II.S.;-SELYANIN, V.G., kand.tekhn.nauk; TA~TAKQV�!~Xt;~~ inzh.;
PCHELKIN, Mat inzh,
"Modern strip mine transportation" by X. V. Vasil'ev. Reviewed by
N. S. Poliakov and others. Gor. zhur. no.11:78-79 N '61.
(MIRA 15:2)
1. Dnepropetrovskiy gornyy institut. 2. Chlen-korrespondent AN
USSR (for Polyakov).
(Mine haulage) (Vasil'ev, X-V-)

I-
NM~IIIA)Vp M G.-- prof.; SHMOV, A.M.'fkand.takhn.nauk; TARTAKOVSKIYO B.M., -
- 90=Wirll ,
zh
Now method of excavating trencheo in the construction of li W,te
open-pit mines in the Ukraine. Ugoll Ukr. 5 no.3:28-29 Mr 161.
-(Ukraine--Strip mining)

OVOZHILOV, A.-Gi-q-proz"-*-i-- dok'Clor-tekhn. aaaf~o-S-W~JCOT,- A- 1.1 --
I
N I * P-k takhn.nauk;
..TARTAKOVSKIY, BoNev gorneinzh,; VAiiSiUIIS:',IYv AJI.j gorn.inzh.
Practice in the operation. o-' co~,.v 'xcid,-03 for va:3te Cualping
in the lignite orien-pit mrines of t1le Dnieper Basin. U-oll 36
no.2;24-30 F 161. ZKM -14i2)
(Dnialmr, Basin-Strip minin,t) (111-io haulage)

NOVOMILOV., M.G., prof.t TARTAKOVSKIr, B.N., inzh.j GAVRILYUK, I.I., Jnzh.
New technique for the open working of deposits of fl= limestones
of the Karakubskoye Ore Administrationo Sbor,trud.VNIINerrud
nool:24-33 162o .IMM 15M
1. Duepropetrovskiylornyy inotitut.
(Umestone)' Ukraim--Step mining)

NOVOZHILOV2 M. G prar.; TARTAXOVMaY, B. N.V kand. takhn. nauk;
ABDUFATWIHOVP
Taproved technical Methods and fquipment in open-out opemtiona
in iron ore pits of the lerch BiLsin. IXV, vyas uchebo sav.;
gor. shur. 5 no.8:3-3-1 162. (KMA 15: 10)
1. Daepropetrovokiy ordena Trudovogo Krasnogo Znameni gornyy
inatitut imeni Artema. Rekomendovana kafedrcy otb7tykh gornykh
rab.ot,
(Kerch Baein-Strip mining)

NOVOZHILOV, M.G., prof.j TAAR4TTA&QMjX,_B.IL, kand.takhn.nauk; KOVAIXNKO,
A.A., inzh.; BARSUKOII, M.I., inzh.
Basic parameters of working trenches in constructing open pits with
continuously operating machines. Izv. vys. ucheb. zav.; gor, zhuro
5 no.lotl8-26 162. (MIRA 15:11)
1. Dnepropetrovskiy ordena, Trudovogo Krasnago Znameni gornyy
institut imeni Artema. Rekomendovana, kafedroy otkrytykhrabot,
(Nikopoll region-Strip mining)

-TAnALOVSK rU kand. tekhn. nauk; SELYANIN, vitany
J.X,.Bp- -Ruajz9xJch,-
Georgiyevich,kand.tekhn.nauk- RZHEVSKIY,V.V.p prof.j9doktor
tekhn. nauk, retsenzent; MOYHZIOV, P.V.j kud. tekbn.
nauk, retcenzent; 1110,UKHAMOVA, V.F.., red.izd-va;
BOLDYMA, Z.A., tekhn. red.
(Mining minerals by the open cut method) Razrabotka mesto-
rozhdonii poleznykh iskopsenifth otkrytym, sposobom.. Moskva,
Gosgr,tekhizdat, 1963. 194 P. (MIRA 16:12)
Strip mining) (Quarries and quarrying)

TARTAKOVSKIY Boris Nusimovichj VARSHAVSKIY, Anatoliy Mikhaylovich;
ti6vich; NURMUKRAMSDOVA., Y.F., red.izd,
va; MAKSIMOVA, V.V., tekhn.red.; IDMILINA, L.N.p tekhn.red.
(Mechanization of railroad track relocation in open-pit
mines] Makhanizatelia. peredvizhki zheleznodorozhnykh putei
na karlerakh. Moskva, Googortakhizdat, 1963. 183 P.
(MIRA 16t10)
(Mine railroads-Track)

pry
POPOV, Georgiy Nikolayevich; NEKRASOVSKIY, Ya.E., profA)- retsenzautj
EOVSK 1,3,IL, kand. tekhn. nauk, retsenzebt; ARSENTOYEV,
A.I.# dote., retsenzent; LAVRINEKKO, V.P., dots., retsenzent;
KULIKOV9 V.V.l kand. tekhn. nauk, otv. red.; PARTSEVSKIY, VA,
red.izd-va; SHKLYAR, S.Ya., takhn. red.1 MAKSIMOVA, V.V., takhn.
red.
(Working mineral deposits] Razrabotka mestorozhdenii poleznykh
Iskopaemykh. 2., perer. i dop. izd. Moskva, Gosgortekhizdat,
1963. 588 P. (MIRA 160)
(Mining engineering)

NOVOZHILOV, M.G., doktor tekhn. nwA; TARTAKOVSKIf,-B.N., kand. tekhn.
nauk; GAVR=K, I.I., inzh.- -
Ways of increasing labor productivity in flux limestone
quarries of the Ukraine. Met. i gornorgd. prom no-4:46-49
JI-Ag 163. NIRA 16:11)
1. Dnepropetrovskiy gornyy institut (for NovozhIICr7)*
2. Otdelaniye gornorudnykh problem Instituts, elaktrotekhrdki
AN Lrxr= (for Tartakoveldy, Gavrilyuk).
q

NOVOZHILOVO M.G., prof., daktor tekhn.nauk; TARTAK.OVSKIY, B.N., kand.tekhn.
nauk; ESKIN, V.S.t inzh.; KOLESNIK, A.N., inzh.
New teohnological layouts for using the open-pit method to
work Vkrainian manganese ore deposits. Gor. zhur. no.9il2-16
s 63. (MIRA 1010)
1. Dnepropetrovskiy gornyy inEtitut.

TARTAKOVSIMv B.-N.; NOVALENKO,, A.A.; BARSUKOV, M.I.; VARSHAVSKIY, A,M.
Improving mining technology using a transporter system
of mining with continuous machine units. Izv. AN Kir. SSR.
Ser. est. i tekh. nauk 5 no.1151-61 163. (MIRA 16 -1:0

IIOVOZHILOV, M,G., prof.;.TARTAW.VSXIY,.B..N., kand. takhn. nauk; GAVRILYUK,
I.I., insh.; IASHKO, V.T., inzh. -
Parameters of pile-forming conveyors equipped with a swivel-
component dumping device. Izv. vys. ucheb. zave; gor zhur. 6
no.9t27-34 163. (MIRA 17sl)
1. Dnepropetrovskiy ordena Trudovogo Krasnogo Znameni gornyy
institut imeni Artema, Rekomendovana kafedroy otkrytykh rabot.

kand. tekhn. nauk; KOVALENKOO A.A~, inzh.;
TARTEPOV
;SRK
ALI
U.KC
A
RSUKOV., M.I., inzh.
Determination of the parameters of working trenches for open
pitB in the Nikopol' manganese deposit. ShAkht. stroi. 7 no.6:
15-17 Je 163. (MIRA 16:7)
1. AN UkrSSR.
(Nikopoll region-strip mining)

ABDUKAKHAROV, M.; -TAlaAKOVSKIY, B.N.; GORULYA, Ye.N.
Analysis of the operation of a conve-,or systen as dependent on
the method of moving the uork frorit..Izv. AN Uz. SSR. Ser. tekh.
nauk 7 no.6:87-9-1 163. (MIRA 17:6)
1, Gornyy otdel A.N U25SR.

SRERNIK~ Aleksandr Mikhaylovich; SOKOLOV, Anatoliy Valentinovich;
POLUBELOV, AlekBey Sergeyevich; KIaLF.V,, Georgly lvpnovicb;
REMISHTEYN, Rafail Lazarevich; SLAVUTSKIY, Samuil Oskarovich;
NEVELISHTFYN. Yuriy Grigorlyevich; KONDRATENKU, Wnid
?#4provich; LASKIN, Anatoliy Aronovich; LURIYE, Zakhar
Soiomonovich; MAKAROV, Vladimir Alaksandrovich; NOVOZHILOV,
M.G.j retsenzent; BILLICHENKOp N.Ya.p retsenzent; VARSY-AVQKIY,
A.M., retsenzent; TABZAKGVS=j,,B.N.., retsenzent ' Prinimpli.
uch#4$y&v-AHTONOV,, V.A., inzh.,- VERBLYUNSKIY, YU.Lp inzh.;
ZEMSKOV, P.F., otv. red.
(Overall mechanization and automatic control in atrip mines]
Kompleksnaia mekhanizatsiia i avtomatizatsiia na karlerakho
Moskvap Nedra, 1964. 582 p. (MIRA 18:4)

TARTAKOVSKIYO B..N.,Aand. tekhn. nauki FSKIN, V.S.~ SOLODOVNIK, LX,
ROYZEN, Ya.5h. i I
Efficient procedure for overburden remov&l using a combined
system of working. Met. i gornorud. prom. no.3s53-56 My-Je 164.
(MIRA 17:10)

TARTAKOVSKIYO B.N.; GAVRILYUK, I.I.; LASHKO, V.T.
Efficient operations diagram of a revolving, link-type dump piler.
Ogneupory 29 no.4sl72-176 164. (MMA 17:4)
1. Otdeleniye gornorudnykh problem AN UkrSSR.

NOVOZHILOV, M.G., prof.; TARTAKOVSKIY. B N., kand.tekhn.nauk; ESKIN, V.S.,
i.nzh.; SOLODOVNI zi ROYZEN, Ya.Sh., inzh.
Substantiati-q the efficient limits for strip mining horizontal
deposits with the use of continuous-operation equipment. Izv.vys.
ucheb,zavo;gor*zhur. 7 no.7:3-7 164. (MIRA 17:10)
1. Dnepropetrov~kiy ordena. Tirudovogo Krasnogo Znameni gornyy institut
imeni Artema. Rekomendovana kafedroy otkrytykh gornykh rabot.

110VOMILOV, 1A.G., prof., doktor tekhn. nauk; TART,~KQVSMIY, B.N., knnd.
tekhn. nauk; KIRILYIJK, V.D., inzh.; SHAPARI, A.G., inzh.
Ways of creating a new technology for open-pit mining operations
with the use of the principle of controlled caving of the benches.
Gor. zhur. no.4:18-20 Ap 165. (MIRA 18:5)
1. Filial Instituta mekhaniki AN UkrSSR, Dnepropetrovsk.

1,0V G r,)f' ;-~~:T"- ;~W.,!f~ I yA. kand t elk in iia,i
Ha,alage and waste dispc!iai of trcnc;:-inf,, -~;.3in'-
operation machine units. I?,v. vys. ucheb. VIIII.i A-for. nc).I:
0 165. IP:3)
1. bnepropetrovsl."iy ordena Truduvolko Kra~nogo Zrarrfmi Corry:,- irstitut
imeni Artema. Rekomeridovana kafedroy otkryt3rkh gornykh ralbot.

NQVOZHILOV, M.G., prof., dAtor tekhn.natk; TARTAKOVSKIV B.N., kand.tekhn.
nauk; BARSUKOV M.-I.1 AKG- M'I'.-hauk;
I Inzh.; KIUS. V, A.S., kand.t4l,
SMOROD01, Yu.P., kand.tekhn.rauk
Flow sheets for mining working tivnebes with continuous machine
units. Gor.zhur. no.12:13-18 D 164. (141RA 18:2)
1. Dnepropetrovskiy filial Instituta mekban-1ki Ali' UI=SSR (foz.
Novozhilov, Tartakovskiy, Barsukov). 2. Institut gornogo dela
Im. A.A.Skochinakogo (for Krasnikov, Samorcdov).

NCiVOZHIL(',V, M.G., prof.; TAFMAKOVSKIY, B.N., kand. tekhn. nauk; GAVRILYUK,
I ~
I.I., inzh. - .
Basis for the optimum height of the bench fliLx limestone quarriee
with the use of electronic computers. Izv. rys. ucheb. zav.; gor.
zhur. 8 no.21lOO-105 165. (MIRA l8t5)
1. Dnepropetrovskiy ordena Trudovogo Krasnogo Znameni gornyy institut
imeni Artema.

L'OVOMILOV, Mikhail GaJaktianovich, doktor tekhn. ruiuk, prof.j
TARTAX01V KIY, Bo p,jllupt~pyich; BARSUKOV, Mikhail
--l-l-ILS -- - , _ -.- ..
Ivanovich; VASILIYLV, B.K., red.
[Designing a tachnolomr ,for open-pit mine construction
by u3ing continuous techniques] Proektirovanie tekhno-
logii stroitellstva karlercv pri primenenti tekhniki
noproryvnotip dol.,tvJAtt. MoAval Ifnitkap Y)61). 1.10 1).
(min 18M

UU-I-i;? U;,
laktionovidif doktor tekhn* nauk;
NOVOZIIIL,DV 0 Mikhail Ga FSKIII, Vlafflmir
TARTAKOVSKIY.2
ovic
[continuous techniques in open-lut 'lining of depooitsy'
theoretical bases] PotOchnaia. tekhnolOgiia otki-it0i raz-
rabotki, mestorozhdenii; teoraticheskie osnovy, Kiev;
Naukova, dumkaj 1965o 249 P. (MIRA 1919)

T A R TC-) N kand. "ekh7i. nauk,; ~rlzh.;
iizh.
.L
P-r~Aut-tive capacity of an orjen-pf ", mine depend'ng an ths moth---.'
cf front shifting; using contlLnuous waste-disposal con7eying
units. lz-v. v:.s. ucheb. za-,r,; gor. zh-,=. 8 no.7:31--'~4 169.6
(V:RA l8s9)
.L Vnpp etrc-jskly Grdana lradcvcgo Krasnagn "Inameni gorr~.rf
Imeni Arte-ma. R-akc.-mendovana kafed*,"Oy otkryl.3rkh gornyidi

TI,RTAKOVSKIYO B.h.,, kand. tekhn. rAuk; CiERKASSKIY, F.B.
I I .. . - - ~. --L:.~- -, ~ I
Standard Bories of rotary bucket excavators in the German
De=cratic Republic. Hot. i gornorud. prom. no.4184-86
JI-Ag 165. (MIRA AiIO)

TARTkXGVSXlrs D.W.0 kind. takhn. r^uk; GLUSXINO L.1,0 k&nd. tokhn. Muk;
,,I-. -GAVRIILTUX., 1.1,,, inzh.; CRETMIKo X-S.p inzh-
Graphoanalytioal method of investigsting the regime stripping
operations. Sbor. trud. vinNerud no./+.,33-41 165.
(MIRA AM)

NOVOZHILOV, M.G., doktor tekhn. nauk; DRUKOVANYY, M.F*, kand. tekhn. nauk;
2AHWQ.Y=,-.B.N., kand. tekhn. nauk; YEFREMOV, E.I., kand.
tekhn. nauk; ILOIN, V.I., inah.; GAVRILYUK, I.I., inzh.
Use of high benches in flux quarries, Varyv, delo no.57/14s
167-173 165. (MMA 18tu)
- Filial lotttMm-aekha~nj)L~ AN-U!q4SR

NOVOZHILOVO M.G., dokbor tekhn. nauk; TARTff.GiVS
YSMj_J3.9., kand. tekhn.
SEREDA# G.L., ~OYZEN, Ya.~t%-.-'
nauk; ESKINj, V.S.,
Main trends in the teabnology of strip mining in the mb-les of
the Pokrovskiy Miang and Ore Dressing Combine. 1-Ut. i gornorud.
prom. no.4:60-64 JI-Ag 165. (MM 18:10)

NOVCIZHILOV, M.O., dcktor tekhn. naukj,.TARTAjQVSK7, B.N.; kand.
tekhn. nauk; ESKIN, V.S., kand. tekhn. nazi MUMM, G.1a.,
inzh,
Parameters of an efficient flow-oheet for mining with belt
conveyor transportation. Ugoll Ukr. 10 no. D2044
J& 166. (MM 18212)
1, Dnepropetrovskiy gornyy institut,

APMOV, V.I.; ALBLSEYETMO, I.P.; ALMjlTTZVA, K.A.; J040SOV, N.Ho; ARUTYUNOV, A.I.;
4MTUS', V.D.; VASHCMRIKO, I.D.; GALLMLW, D.S.: GRISHIM, N.A.;
WEIMA, T.H.; MWISOVA. A.G.; DOIAWA, M.P.; ITAROV, N.A.; ISHCHERK0,
Ioll.; NATO, V.A.; KOLORITCHM0, M.1.1 IAVRIK, S.S.; LIKLUV. A.A.;
NAZAROVA, 11,06; NOVACHRUK0, H.P.; FRTRUNYA, S.P.; PM]ARADZH, A.L.;
HORYK0, F.A.; SERGITEVSKIY, V.F.-, TATTSLIN, I.S.; U*t 7 B.S.!
pizHOU011, F.I.; SHAIAJLUA, M.P.; SHMIWM. LV-; Sm
Konstantin Konstaniinavich Skvorteov; obiti=7. Nov.khir.arkh.
nq.3:142-oj'k3 Ify-Je '59. (MIR& 12:10)
(SIEVORTSOV, XONSWITIN XONSTANTINOVIC19, 1871-1959)

TARTAKOVUIYO B.S., doteent (Tmganak)
- ---- -- ----
Work of the laganak Scientific Society of-Surgeons from September
1960 to September 1961. Mnkhir. no.6z%~95 J9 t62.
(MM 160
(LUGUSS.-SURGICAL SOCIMM)

TARTAKOVSKIY) B.S., dotnent (Lugansk)
---
Account of the second InterprovInce Scientific Conference of
Physicians of Lugansk and Donetsk Provinces. Klin.khir. ro.8:
91-92 Jl 162. (SURURY-CONGRESSES) (KMA 15S11)

TARTAKOVSKIY, D.F.; CHISWAKOV, V.A.
Experimental determination of the thermal inertia of a
resistance themometero Nov. nauch.-isal. rab. po metr.
VNIIM no.105-39 063. (MIRA 17%9)

TARTAKOVSKIY, D.F.
Calculation of thermal inertia of industrial heat pickups. Izm.takh.
no.llt24-26 N 163. (MM 16s12)

TARTAKOVSKIY, D.F.
Design of measurement systems with and electric correction of
transducer inertness. Trudy inst.Kom.stand.mer I izm.prib. no.
71:187-197 163. (MIRA 17:9)
2. Vsesoyuznyy nauchno-issledovatellskiy in3titUt Met.-OlOgii
im. D.I. Mendeleyeva.

-AP403-1538 ----"-------~6/oitd/64/000/ooi/0071/W76
AUTHOR Tartakovskiyj, D. F.
TME: C'ertain techniques involved in correcting characterist a'
the dynamdo ic of
_,heat sensors
SOURCE.- Inzhenerno-fizicheskiy zhurnal,7;o.*lj 1964~ 71-76
TOPIC TAGS: thermal inertia, thermometry., thermiatora) thermal inertia compensa-
tion, tfiermal inertia correction, thermistor calibration, heat transfer coefficient'
,!!.....thermoanemometry, heat sensors, heat sensor calibration.
ABSTRACT: Tn measuring varying temperatures with heat-he"n'sol-i'61ich/as theTmistors
electrical correction is required to counteract the thermsl inertie. of the instru-
ment. But proper correction can be applied only when the correcting circuit has a
time constant equal to the thermal-inertia constant of the thermistor (or other heai
sensor) - Formulas are obtained for the thermal-:ine'AiiL",~ondtantei'of 'homogeneous
-'bodies in the form of an infinite cylinder, plate, and sphere In reirular thermal
4i"~.regimes of three types, identified'earlier, and P_
1"d as
,gas
3=*
These formulas relate the first*type, which is simplest to cAlculatej' to the other'
two., thereby facilitating,calibration. of the sensor-for all three~regimes. Curves
rd

PDCMION NR. AP4011538
are plotted of the ratio'df f (Bi) forW'thi6o" bodied," 'well as a
table of values of the ratid, 2 for 4ari&VIWaAd TER.'' -U'ls dhovn
that a
11w;ul. Fill ~.111 11.1.,
thin
-wire thermistor may be treated as an infinite cylind r, and a'4ifioa is Bug-
gested for finding the constant for a thermistor at the point of inatallationj
4' An example is given, using the table, of calibrating a thermiater made of nickle
wire for the third type of thermal regime. An equation is given which shows that a
-.'11 body heated above the temperature of the surrounding medium has a heat, transfer co-
efficient related linearlyi illustrated by a curve, to its thermal-inertia constant
The expression is useful in thermoanemometry, for exmple., in determining
the thermal inertia of a constant-temperature fil nt. Original art. has 2 figureq#
ASSOCIATION: Voes na~chpoi-issledovatel!skLy inatitut metrologLij laningrad
oyuzny*Y
;_,I(All-Union Scientific.!Resiehrch thatitute of Metrology)
SUMITIED; .o4Dec62 DAIS AOQt 147ab6k, Emi 00.
MM COLO: 3Zp OD 1=1
NO.= sovs m6 011 ON

80310
&71,~o 0 SOV/81-59-7-23070
Translation from: Referativnyy zhurnal. Khimiya, 1959, Nr 7, pp 144 145
(USSR)
AUTHORS: Shmonin. L. I ~, Chgrdyataay.,. ~V., Tortakovski-y. D, I.
~vwvmprwmxv
TITLE: She Determination of Boron Content by Means of Irradiation With
Slow Neutrons 7q
PERIODICAL: Uch. zap. Kazakhsk. un-ta 1957, Vol 30, pp 7 - 11
ABSTRACT: A method was described for determination of B based on its raised
ability (in comparison with other elements by a factor of some
hundred) to absorb slow neutrons with the emission of M -particle
and L17 nuclei according to the reaction: B10 + n - He4 + L17,
the quantity of which is practically proportional to the B content
in the analyzed sample. A layer (3 - 5 mg/CM2) of the finely-
ground material to be analyzed is irradiated by neutrons from a
Ra-Be-source ( r-' 0.15 Curie) moderated in a block of paraffin
7 em thick, and the number of OL -particles and L17 nuclei which
are emitted by the sample in a time unit, is measured by means of
Card 1/2 a counter installation with a pulse ionization chamber. The content

80310
sov/81-59-7-23070
The Determination of Boron Content by Means of Irradiation With Slow Neutrons
of B is found from a calibration graph plotted with the application of
standards made of CaCO with additions of determined quantities of H BO
In the case of a propel radioactivity of the analyzed samples exceed
0.5 pulses per min, an allowance is made for the counting rate without
irradiation by neutrons. The mean error of B determination at a content of
:;~% 1% is t 10%; the determination lasts - 0.5 hour. In the case of a de-
crease of the B content to 0.1%, the mean error rises to "' 30% and the deter-
mination takes several hours.
A. Nemodruk
Card P_/2

- TARTIKOVSKIT, D.L., kandidat takhnicheakikh nauk.
-
Building safety passage ways on both sides of haulage drifts.
Basop.trada v prom. I no.5.-12-14 157. (KIRA 10:7)
1. Krivoroshakiy nauchno-iseledovateltakly inatitut gornorudnoy
promyshlennosti. (Mining engineering--SmfetY aessures)

sit
till V V.
'IM
Eli
A
.1 'is
A A 'I jil of
J d
n 'A

NMROZB21IY, P.S.; BELYAKOV, A.A.; VOWIESINSOY, A.11.; GLEBOV, P.D.;
EACHAROVSKIY, B.D.; BASEVICH, A.Z.;-TARTAKUSKIY, DJ~.;
VASILITIT, P.I.; ZAWJBAYZV, N.Y.; CHUGAYEV,.R.R.; KWHMTIXOV,
M.P.; 3210ROZ, V.S.; IVANOV, P.L.; SHCHAVn", D.S.; OKORCKOV,
S.D.; BZLOV, A.Vo; STAROSTIN, S.M.; YAGN, Yu.I.; IZBASH, S.V.
Ivan Ivanovich Levil on his 60th birthday. Gidr. stroi. 30
110.9:61-62 3 ,6o. (MIRA 13:9)
(Levi, Ivan Ivanovich, 1900-)

KDROTIM, T.G.p kand.takhn.nauk, TARTAWVSKIY, D.Nes Wd.tekhn.
nauk -
Determining the pressure exerted on earth dame by
compacting sediments. Mr. strot. 30 no,6:35-0 JS
160. (NM 13:7)
(Dame)

D S* MI.- 1
'11AI'Ll'
Tr:3
of t
,,The Buil(ling of E'arth Structures by Dumping Of CJBYC:y soils inUO
Water," a paper Submitted at tiie 4th Interration3l Conference of 'Ile Intur-
d F unaotion Enginecring, !,Qndon,
national Society of E;oi,L lj-,chonics ay, 10
12-24 Aug 57.

KOAOTKIN, V.G., kand.tekhn.nauk; URTAKOVSK IY, D.M kand.tekhn.noLuk
One-djmensional problem of the compaction of saturated soil
Vith its varying characteristics. Gidr.stroi. 32 no.9:34-36
8 162. (MIAA 16s2)
(Soil stabilization)

KOROTKINv V.G., kand.tekhn.nauk; TARTAVVSKIY, D.M.t kand.tekhn.nauk
Some problems of the d6ign and calculations for high core
dams. 04dr.stroi. 33 no*032-37 Ap 163. (HMA 1634)
T~ (Dams-Design and construction)

- --- TARTAKOVSXIYJ- G.---A.-- Dr.- - Tech.-- Scii~ -- -- ---- - - - - --- --- -- - - - -- -- -- - , - - - --- - - --
Dissertation: "Analytical Investigation of the Problems of Drillinr~." Moscow
Order of the Labor Red Banner Petroleum Inst., imeni Academician 1. V. Gubldn,
20 may 47-
SO: Vechernyaya Moskva.. May, 1947 (Project #17836)

- TARTAKOVSKIY,, GrIgor& Aleksandrovichi NIKOLAMA, T.A.p red. izd-va;
FAREER) A.M... red.; SOIWKEW, T.M.., takhn. red.
(New system for the construotion of pipeUnev in the farm of
suspended lines; theor7., calculationey desip) Novaia aistema
sooruzheniia truboprovodov v vide provisaiushchikh nitei;
teoriiap raschet, proOdirovanie. Moskvas, Izd-vo M-va ko==.
khoz. RSFSR~ 1961. 160 p, (MIRA 15t2)
(pipelines)

A TKMV S LU- t - G _-A.
S70tem of pipeline construction in the form of slack threads;
a topic for discussion. Neft. khoz. 39 no.7153-57 JI 161.
(MIRA 14:6)
(Pipelines)

TARTANOVSM, G.1 NOR
The young-Co=amist is an outstanding worker. Avt. dor. 2
no.U13-34 A 163. (MIRA 1& 6)
(Road,construction workers)

TAPTAKOVSKIY, G. P.
USSR/Electronics Frequency Characteristics Jul 52
"Computing the Time and Frequency Characteristics of
Multicascade Systems," L. A. Meyercrvich, G. P. Tarta-
kovskly
"Zhur Tekh Fiz" Vol XXII, No 7, P~ 1200-1220
Author attempts to simplify complicated computations
of multicascade system by applying method of ap-
proximations. He finds the frequency characteristics
of systems from the time characteristics, and the
latter from characteristics of the composing cas-
cades, 6n the basis of characteristic parameters.
223T43

MIA-

,Kly, G.P.
TARTAMD-V
., ~,; , -,~* ~--' 7
1 ~ '"At
On the tbeory of linear pulse systems with variable parameters.
Blektrosvias' 10 no.11:3-14 N 156. (MLRA 9:12)
(Radio--Tranomitters and transmission)
(Pulse teehnfques (Electronics))

TARTALOI'SKY -.1 P.
,,2 __
IfAutomatic &jstems of Discrete Action with Variable Parameters,ff
paper read at the Session of the Acad. Sci. USSR, on Scientific Problems of Automatic
Production., 15-20 October 1956.
Avtomatika i telemekhanika, No. 2, p. 182-192, 1957.
9M5229