SCIENTIFIC ABSTRACT KAZARNOVSKIY, D.M. - KAZARNOVSKIY, D.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000721330002-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

RABKIN., Lev Izrailevich; SOSKINp Seran
Aronovich; EPSPIME, BoriB
Shayevich; KAZAM'OVSKIY, D.14,,, red.j SDBOIZVA,
YeJf.., tekhn.
red. -----------------
(Technology of ferrites]Tekhnclogiia ferritov.
Honkvij, Gos-
onergoizdat., 1962. 358 P. Verrates) (KIU 150)

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YlAZARNOV-SKIY, D. M. PA 20T60
USSR/Radio Oct/Noy 1946
'Capacitors, Ceramic Dielectric
Capacitors, High Frequency
"New Types of Ifigh4renquency Ocramic Capacitors," G. I.
Skanavi, Dr. of
Physico-mathematical Sciences, D. Me Kazarnovskiy,
Candidate of Mechanical
Sciences, K. F. Yartashev, I-Iechanic, 8 pp
"Radlotekhnikall Vol I) No 7/8
The electrophysical properties and deoign data for new
types of high-
frenquency ceramic capacitors with improved performance
characteristics
and higher capacitance per unit volume.

KAZARNOVSM, D.M.
42264. KAZ,',aNCVSXIT, D-1 Z6,-ostnyye
stabilivo,ory napryazheniya.
Trudy teningr. vrari-vozdush. Tnzh ahad., VYP.
-X, 11 1,8 ',,,-8'1
SO: LetopistZhu ral nykI, Stutay, Vol. 4'~, 1948

KAZARNOVSKIY, D.M.
Katarnovskiy, D.M. NTechnolo&T of articles shaped
from native steatite,"
Trudy Keram. in-ta, symposium 21, 1948, p. 27-32
SO: U-2888, Letopis Zhurnallnykh Statey, No. 1, 1949

KA-ZARJ4OVSKIY, D. If.
"Radio Zngineering Materials and Tarts", Leningrad led
Banner Military
Aeronautical Engineering AcadenW (LKVM), 262 plip 1950.

AC;
Sloctria for"ce fw Selpette and refractory shapes. I I %I
10 fill JAI NI 1111.1011 111,
W ~1%41,v atid i, l"midol %tilt Silit t-l,
h 1.11 Ill. to 1ANI'L,
(b) tunwith (Nuitiol. tuALbig tmmmitle A riw .4 tilt to
.30' tiiiii.
and "mmant Irntperalittv rcir xvvrFal hour,.4. (i ) a
It-mixtaime
trraglimt .4 -*15' at 131,11, to IM11". and (it) all
al-mv it'll
and I I

USSR/Electricity - Literature X&Y 51
Materials, Electrical
"Review of N. P. Bogoro&intskiy, V, V PasYn-
kov antl B. M. Tareyev's 'Electrica3
Engineering
Materials,'" Docent D. M. Kazarnovskiy, Cand
Tech Sci, Leningrad
"Xlektrichestvo" No 5;, PP 91-93
This book, issued by the Min:Lstry of
Ifigher
Educ: USSR as textbook for power
engineering and
elec engineering institutions and faculties,
received f avorable appraisal. It c-overs
the
fundamental physics of phenomena observed in
189T33
/Electricity Literature May 51
USSR
(ContJ)
elec engineering materials, and describts
the
properties and production technology of
these
materials. First part deals with insulating
materials, and the 2d with conductors,
seezi-
conductors, and magnetic materials.
Published
by Gosenergoizdat, 1950, 436 pp plus 10 Va-
sets, 16 rnbles~

PW= of SAPNk.
3 (No. 7. 7kLt
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of km*mk cowift W* ",
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MNN4, V.T.; KAZAIMVSKIY, D.?4.; ZABEDDINA, A.A.,
takhnicheakiy redaktor.
Illectric condensers] Blaktricbeekie kohdoneatory.
Leningrad, Goo
energatichaskoe izd-vo, 1952. 512 p. (HLRA 9:10)
(Condensere(Blectricity)

K A 21 A ?:Vn:VO` ':K' TYD
USSR/Electricity - Non-Linear Capacitors Aug 52
Barium Titanate
"Calculation of Nonlinear Capacitors," Docent
D. M. Kazarnovskiy, Cand, Tech Sci, Leningrad
"Elektrichestvo" No 8, pp 60-64
Cites. exptl relationships between dielec. constq
of some dielectrics (i.e., barium titanate with
or without admixts) on field intensity. Shows
procedure for calcg a nonlinear capacitor and
defines nature of field distribution in a cylin-
drical capacitor of this type. Submitted 2 Nov 51.
235T45
4~

KLZAUOVSKIY, D. M.
USSR/Pbrics - Piezoelectricity Apr 52;
"Time Variation of the Dielectric Properties of
Piezoelectric Ceramics," D.M. Kazarnovskiy
"Zhur Tekh Fiz" Vol XXII, No 4, PP 553-558
B.M. Vul and his school created a new type of
ceramic materials, in particular barium titanate,
whict possess plezoelec properties. The author
presents exptl data on spmtancous variation,
with time , of dielec permeability in piezo-ceramics
and the results of investigations into regeneration
and stabilization of its value. Indebted to B.M.
Vul,.Corr Jkx, Acad Sci UM. Received after re-
'iXision 30 Jan 51- n6m

~ ~' ~~ C_ Fi T-V i _i k I V __1 ?'I\ IIt~1_-' 11- 1-
PHASE X TREASURE ISLAND BIBLIOGRAPHICAL REPORT AID 755 - X
BOOK Call No.: AF642507
Author: KAZARNOVSKIY, D. M.
Full Title; TESTING OF RADIO MATERLkLS AND COMPONENTS
Transliterated Title: Ispytaniya radiotekhnicheskikh materialov
I detaley
PUBLISHING DATA
Originating Agency: None
Publishing House: State Power Fn ineering Publlbhing House
Date: 1953 No. pp.: 389 No. of acpies: 6,000
Editorial Staff: Contributors and appraisers: A. M. Zaleaskiy,
L. I. Rabkin, S. P. Dezhkin, and Yu. A. IlIkevich.
PURPOSE AND EVALUATION: The book is written for engineers and
technicians who have to deal with experimental determination
of properties and characteristics of radio materials and com-
ponents. It can be used by engineering students as a textbook
in electrical engineering faculties and institutes. Finally,
the book can also be consulted by persons who in their work in
government, various industrial enterprises, or scientific
research institutes come upon details which belong to the
field of industrial electronics. Since many of these persons
are not specialists In that field, the book is intended to help
them by introducing them into the banic priviolples of the sub-
ject. At the beginning of each chapter, tervis, definitionB and
I/10

lopytaniya radiotekhnicheskikh materialov I deteley AID 755 - X
standard forms of the given problew are preaented and explained.
The book is intended as an introduction into the wide field of
electrical and mechanical testing of radio materials and com-
ponents. Since very little testing and measuring apparatus is
produced on a commercial scale, the autho2? Included much Infor-
mation on testing circuits and devices developed by Soviet engi-
neers which can be easily built in local laboratories. Only
the most import&nt, basic tests are included, and attention is
paid mainly to the methods and techniques of measurement and to
the numerical evnluation of the measured data rather than to
theoretical problems, which form the subject matter of special
college courses. Much data concerning materials and testing
procedure are presented in tabulated form. The book compares
favorably with similar textBin the English language. It is
well illustrated, has a list of 76 references, and an index.
TEXT DATA
Coverage: The text covers data on the following tests and
measurements; resistance of insulation, dielectric constant
and loss angle, capacitance and Q-factors, electric strength,
permeability of magnetic materials, electrical characteristics
of induction coils, transformers, smoothing chokes, and
2/10

Iopytaniya radiotekhnicheskikh materialov i detaley AID 755 X
conducting materials. At the end, methods of determining
mechanical and structural characteristics of radio materials
and components are given.
Table of Contents (annotated)
Foreword
List of adopted symbols
Introduction
The author classifies the tests into four groups:
(1) assembly, (2) operation, (3) production, and
(4) laboratory. He then gives a short historical
sketch of the development of radio engineering tests
in the USSR and enumerates the names of several Soviet
scientists who contributed to various branches in that
particular field of experimental science.
Ch. I Determination of the Resistance of Insulation
The chapter starts with a doifinition of resistivity of
insulation materials and proceeds with a description
of the methods of its determination: the methods of
direct deflection, of chargIng a capacitor, and of the
11electrometer" (an electronic tube with extremely low
grid currint for measuring resistances over 1o12 0m).
The chapt-ar viida with the measurement of the resistance
3/10
Pages
3-5
9-15
17-20
21-59

Ispytaniya radiotekhnicheelcikh materialov I detaley
of insulation of 29 different radio components.
These tests are presented in tables which give per-
missible resistances and testing methods according to
State Standards.
Ch. II Determination of the Dielectric Constant and of
the Lose Angle at Low and Audio Frequencies
The chapter starts with definitions and cozo;inues with
descriptions of methods of measuring capacitance and
losses at commercial and audio frequencies. Measuring
devices of Soviet design and construction are described
and illustrated with connection diagrams.
Ch. III Determination of the Dielectric Constant and
of the Loss Angle at High, Ultra, and Super
High Frequencies
60-76
77-107
The chapter describes the methods of measuring
capacitance and losses at R-f, V-H-F, U-H-F, and
S-H-F, and of measuring the temperature coefficient
of the dielectric constant at R-f. Several Soviet
measuring apparatuses are described and illustrated
with drawings and connection diagrams, e.g.: Q-meters
of KV-1, 160-A, and 170-A types for R-f; an apparatus
4,A 0
AID 755 - X
Pages

Ispytanlya radiotekhnicheakikh materialov i detaley AID 755
- X
Pages
for the direct measuring of the loss angle at R-f
designed by A. A. Ivanov and A. A. Arkhangelskaya;
apparatus for measuring capacities from 2 to 2,0001-_.!,~
at R-f of the GBE-1 1 -2, And -3,,types, and another
produced by the factory Etalon and designed by
0. A. Ibragimov, D. I. Zorin, and A. M. Brodskiy; and
finally, a method of measuring capacitance at U-H-F
and S-H-F developed by K. 0. Knorre with variationa
introduced by A. I. Herzheyevskiy and others (see list
of references 21 to 24).
Ch. IV Determination of Capacitance and of Quality
Factors of Capacitors and of Installation
Components loB-16o
The chapter presents in tabulated form data for
electrolytic capacitors of the KET type, values of the
temperature coefficient for 13 radio components, and
permissible magnitudes of the loss angle for 17 radio
components. It gives detailed descriptions and illus-
trations of the following measuring apparatus and testing
methods: the NIE-1 type for measuring capacities between
1~~ and l0q/,-1C'at R-f and methods of testing it by
V.-T. Renne, N. P. Bogoroditskiy, L. N. Zakgeym,
5 I'Al 0

Ispytaniya radlotekhnicheskikh materialov i detaley AID 755
- x
Pages
1. 1. Morozov and I. N. Rashchektayev; measurements
of impedance at R-f by V. I. Tikhonov and G. B.
Kosolapenko, and at S-H-F by A. A. FistolIkors and
M. S. Neymanj measurements oZ self-inductance of
capacitors by L. A. Pomenko and Ya. M. Ksendzov;
measurements of capacitance and CL-faotor of non-
linear capacitors by B. M. VU, 0. 1. Skanavi, N. P.
Bogoroditskiy and A. D. Demichavo; and finally,
measurements of capacity and lose angle of installation
components are presented with a detailed description of
a measuring device of the IM-2 type.
Ch. V Determination of Electric Strength 161-203
Definitions are followed by descriptions of measure-
ments of breakdown voltage and reactive power, and of
measuring apparatus, such as3 1) an impulse voltage
generator designed by Prof. V. K. Arkad'yev and Eng.
N. T. Baklin in 1914 (teatis according to GOST 141o-42);
2) an oscillator circuit designed by Yu. V. Guzhov,
and measurements of Q-factora and loss angles according
to N. A. Tinyakov; 3) measurements of flashover voltage
6/ 10

Ispytaniya radlotekhnichookikh materlalov i detaley AID 755
- X
Pages
and partial discharges, the latter according to
K. S. Arkhangelskiy and A. K. Vlasov, and another
method by V. M. Faynitakly. Test voltages for 30 radio
components are presented in tabulated form.
Ch. VI General Testing of Magnetic Materials 204-217
The chapter starts with definitions and an exposition
of hysteresis curves and of types of magnetic measure-
ments. Of the latter are described: the ballistic
galvanometer, the fluxneter ("ferrometer"), and the
cathode-ray oscillograph methods. Finally, loss
measurements in sheet materials are presented.
Ch. VII Determination of Permeability and of Quality
Factors of Magnetodielectrics and Ferromag-
netic Core Materials 218-234
The chapter gives terms, definitions, and otandard
forms of magnetic data. It proceeds with a descrip-
tion of methods of measuring magnetic permeability
and its variations with changes in amplitude, tem-
perature, frequency, time, and humidity. Finally, it
describes measurements of losses in magnetodielectrics
and in core materials of the NTs-2500, -1000, -500,
250, -100, and -40 types and presents in tabulated
7/10

Ispytaniya radiotekhnicheskikh materialov I detaley AID 755
- x
form certain characteristics of some magnetic mate- Pages
rials.
Ch. VIII Determination of Characteristics of Induction
Coils 235-26-,-A
Inductance, Q-factor, and self-capsoltanoe of coils
are defined and their measuroments at low and audio
frequencies are described. A description of *measure-
ments of the same data at R-f is given, with a method
by N. N. Shollts, and a method of measuring the induct-
ance of coils carrying d-c current follows; measuring
scheme and the apparatus QffV--3 and ORV-4 for measuring
self-capacitance of coils is described in detail.
Ch. IX Determination of Characteristics of Transformers
and Smoothing Chokes 264-291
Basic characteristics of transformers(low frequency,
pulse, and power transformers),and smoothing chokes are
described, and data from the works of G. S. Tsykin are
given. General and special testing of low frequency
transformers and testing of pulse and power trans-
formers are followed by a description of tests of
smoothing chokes. 8/10

lapytaniya radlotekhnicheaklkh materialov I detaley AID 755
- x
Pages
Ch. X Determination of the Characteristics of
Conducting Katerials and of Components 292-331
The chapter describes measurements of the resistance
of conductors, of resistivity and temperature co-
efficient, of very small resistances, of non-wire
resistances, and of the noise B.M.F. of resitances.
It ends with a description of tests of wound enamel-
covered resistors. Data are presented in tabulated
form. A detailed description of the following
apparatus is presentedt. the LKV-47 type bridge,
potentiometer of the PN-4 and PN-6 types, double
bridge of the MTV and MTV-l types, and resistances
of the VS type.
Ch. XI Determination of Meelvanical and Structural
Characteristics 332-362
All tests are made according to govsrnment standards.
Mechanical strength of Insulating materials is tested
w1th apparatus of the RM-50 and RM-500 types, and with
IM4R and IK12A types designed by the Central Scientific
Research Institute of Technology and Machine Construction.
A description is given of the-mechanical tests of radio
9/10
v

'A?.W)tk.1 luV'CW'OQfMuI13 '041A nfln-limar
Eleatrical Engineering Abet. KA7A]tN;-%'$Tr EkAtOrIChf#IV'
voi. 57- No. 476
Capacitarux of non-linear capacitors varies with
Apr.'1954 applied vokage._ For a siven condenser, charcc
coulonths is plotted against appliLd voltaCe. jhis
Elootrical Engineering,. 45~
curve Is re med by 1 function of vt)ltarc in lctftl~'
PMC
odd powers of charge. Assuming a s;nusoidal applied
Wtage, the current throueh such a con&-nser is
derived. Using approximalions Ccncr.1 solutions am
tabulated for 8 basic cimuits contairinji a non-lincar,
capacitor and scries-parAld combiwtioo~ of lirecriti
condenser, resistors and 0!I.ASZEM 'K4,
L

4 u
621.319.4 :S21.315 612.4
Ang. on the tznb--LAncc4 capecitarice of n ferm,
Orrick ciaggritiatituring charge. D,
it "' "! -
ZP. Irkh. Fix., L1, ma. to, 1 2-15 596'77
A cornpati.%on Is drawn bct%%ttn the diclecitic'.
hysteresis curve mil the graph of charvp m chargirip
potential. Anexprn%innfo;~thcdynanik-cai%-icitancti
Sivcts by Yanus JAIntir, 4014 (1433)) Is criticized on
the basis of thi-i compiriscm. It is comhtilcd that
the 6ican capacitarre of swh a c3racitor under con-
ditioni of small leakage and d,c. chiulge can bc
obtainW by conrritional (ballistic) rmthcKIA. R
P,
car"nwrit. on the above paper H trade by N. P.
izorodil5kil in Zk trih. I U.. 24, No. 1, 149 (1 ).
V, V. ZAKIIAROV (1)
j

BATDA, Leoni~ "
All ich: DOBROTVORSKIY, Vikolaq Stepaaovich: ORSHAIMKIT,
Dmitriy Llvovich; POMIOXATA, Softy& likodimorna; RAZUMOTUIT.
Nikolay Nikolayevich; BVIRUIT, Tevgenly Antonovich, [deceased];
YFJM. Andrey Vladimirovich, prof*99or, doktor tokhnicheiskikh
nauk; KA7ARNOVSKIY, D.M., redaktor; Z&BRODINA, A.A., takhnichs-
ekly re
[Ilectric measurements; general course] Slaktrichaskis ismarealla;
obahchii kurs. Isd. 2-9, parer. Moskva. Goa. energeticheakoe izd-vo,
1954. 496 p. (MLRA 7:12)
(Blectric measurements)

BRON. O.B. n=Tr.,JIsM*-, redaktor; VCIRONBTSXATA, L.V., tekhnichaskly
redaktor
(Ilectrie are in control equipment] Blektricheskata dug& v apparatakh
upravlenifa. Moskva, Goes energetlaheskoe ixd-vo, 1954. 532 p.
(Microfilm] 8:2)
(Ilectric are) (Automatic control)

w
-ra.
ZATALISHIN,
'Zosting radio materials and ports.* D.M.Kazarnovokli.
Reviewed by
P.I.Zavaliahtn. Blektrichestvo no,3:93-96 My 154. (HLRA 7.-6)
(Nazarnovskii. D.M.) (Radio-Apparatus an4 supplies)

USSR/Elec-T-ronics - Noise suppressors FD-1.469
Card 1/1 : Pub. 90-6/14
Author : Kazarnovskiy, D. M., and Fomenko, L. A.
Title : Ferroelectric capacitors for noise suppression
Periodical : Radiotekhnika 9, 43-47, Sep/oct 1954
Abstract : The authors describe a ferroelectric by-pass capacitor
for suppression
of interference to radio reception, citing data from their
investigation
of it and comparing its performance with that of analogous paper
capaci-
tors. Preliminary data indicate that ferroelectric-capacitors
should
cost 30% less to mass produce than paper capacitors. Ferroelectric
ca-
pacitors for suppression of' industrial radio interference are a
future
prospect depending on the further improvement of radio ceramics.
Six
referencest USSR (1938-1954). Diagrams; graphs; photo.
Institution
Submitted February 2, 1954
Z 'Y"ri t~

WSR/Electronics- Dielectri-campli-fier --FD~1473--- ---
Card 1/1 : Pub. 90-10/14
Author : Kazarnovskiy, D. M.
Title : American journal ignores Soviet invention (letter to the
editor)
Periodical : Radiotekhnika 9, 56, Sep/Oct 1954
Abstract : During World War II the SoNlet scientist B. M. Vul
andhis associates
discovered the ferroelectric group of materials, which can be used
in
dielectric amplifiers capable of handling radio freqQencies up to
10
Mc. The dielectric amplifier bridge circuit was proposed in the
USSR
in 1947 by M. I, Kraytsberg under the title "Electrostatic
Amplifier".
This invention received a certificate of authorship, and it
circuit and
operating principles were published in 1949 (Svod Izobreteniy
SSSR, 1949
No 6, Class 21, No 75431P 1) 239). Two and one half years later
the Ameri-
can journal Electronics (December 1951, p 84) published an article
on
dielectric amplifiers, some of which used exactly the same
principles
and circuit as the Soviet amplifier, without mentioning the
previous
USSR work.
Institution
Submitted
ImwAtii,- ivjJ84-8
F-T-5 - M 2-1V

-WAAAR~=N "41'~ 1, ON, V.T., redaktor; ZABRODINA. A.A..
*Og~"
re ,~foy
(Beignottocaramic capacitors) Segnetolkeramicheskie
kondensatory.
Moskva, Goa. energ. iz&-vo, 1956. 222 p. (MLPA 10:3)
(Yerroelectric substances) (Gondensers (Illectricity))

KASKIN,V.A.; HIKOTIN,P.P.; KAZARNOYSICIT.D.M..
radaktor; VORONETSKATA,
L.Y. p tekhnichesk:I?%mIf6FA"ww-
[manufacture and use of rubber in cable
production] Iggotov-
lerAe i primensais retiny, v kabellnom
proizvodetys. Moskva,
Gos.energ. izd-vo, 1956- 327 P, (MLU 9:4)
(Rubber) (Cables)
7,-
-7

MOMOT. YovgenV Grigorlyevich [deceased); XAZARNOVSKIT, D.H.,
red.; SOBOLEVA,
Ye.K., tekhn.red.
[Radio mossuremental Badiotekhaichaskie izmereniia. Masi-va.
Gas.
energ.icd-vo, 1957. 364 P. (MEU 11:3)
(Radio measurements)

SUBJEM USSR/Lumineacence. 48-3-25/26
AUTHORSt Kazarnovskly D.M. and Sidorenko V.P.
TITLE: Application of Forroelsotrics in Frequency Rultipli re
(Pri-
menoniye segnetoslektrikov v unnoshitelyakh obastot;)
PERIODICALs Izvestiya Akademii Nauk SSSR, Seriya fizicheakaya,
1957, Vol 21,
#3, pp 455-465 (USSR)
IBSTRAM An investigation was carried out in order to find out
the
basic properties of ferroelectrio frequency changers for tae
three-phase current.
A ferroslectrio condenser containing barium titanate with an
addition of tin oxide, "Varikond VK1", was used as a main non-
linear element, because only such ferroelectrie condensers
are manufactured by the radlotoohnioal industry.
Conclusions drawn from this investigation are:
1. That the properties belonging to the basic characteris-
ties of ferroelectrio condensers for frequency changers are%
voltage- and temperature-dependencea of the current I n of the
Card required harmonic, coefficient of the harmonic of current
Kn
48-3-25/26
TITLEt Application of Ferroeleotrioa in Frequency Multipliers
(Primeneniye segnotoolektrikov v umnoshitelyakh chaatoty)
and losses in the condenser P at
For one VK1-4 condenser in the open air, being under sinusol-
dal voltage of 2U0 v and a frequency of 500 cycles/nee, the
following values were foundo
13