"SCIENTIFIC ABSTRACT LYANNOY, V.P, - LYAPICHEV, I.G."

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001031020017-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

06546
SOV/142-2-2-24/25
The Third All-Union Conference on Radio.Electronics of the BTVO
SS8R
with the problem of the similarity ratio for a wide
range of non-relativistic electron-vacuum devices.
At the section "Electrodynamics of Super-High Fre-
quencies" more than 30 reportb-were heard on current
problems of investigating theoretically and experiment-
ally shf systems. Theory, calculation and experimental
investigation of delay systems were*the topics of the
following reports: G.I. Gladyshev (Kiyev) - "Diaphragm
Waveguides With Additional Coupling Elements"; Z.I.
Taranenko (Kiyev) - "A Wave-Shaped Waveguide as a De-
lay System With Positive Dispersion"; V.D. Ivanov, V.
S. Mikhalevskiy (Rostov) - "A Spiral-Type Delay System
in the Presence of Plasma"; V.A. Slyusarskiy (Kharl-
kov) - "Some Calculation'lilethods for Delay Systems of
the Type Spiral - Finned-Structure"; N.M. Chirkin
(Taganrog) - "A Coaxial Waveguide 1.7ith a Spiral Slot
in the Internal Conductor" and "The Theory of Delay
Systems"; B.M. Bulgakov (Khar1kov) - "The Influece of
Card 8X27 Properties of a Magnetodielectric on the Propagation
0

06548
SOV/142-2-2-24/25
The Third All-Union Conference on Radio Electronics of the TWO
SSSR
of Electromagnetic 'Waves in a Dealy System of the
Type Spiral - Magnetodielectriell- and a number of
other reports, A series of papers was devoted to
theoretical and experimental problems connected with
the application of shf transmission lines- A.G. Sav-
chenko (Moscow) - "Irregular Waveguides"; V.S. Illin
(Saratov) - "The Variation Method of Calculating Four-
Pole Heterogeneities in Rectangular Waveguides"; V.
V. Tyazhelov (Moscow) - "The.Approximated Calculation
of the Heterogeneity Influence on Single-Wire Trans-
mission Lines"; V.M. Sedykh (Khar~kov) - "The Attenua-
tion in H-Shaped Waveguides"; V.M. Sedykh, A.M. Zorkin
- "The Attenuation in Cross-Shaped Waveguides"; and
other reports. Problems of theory and application of
shf resonator systems were considered in the following
papers: B.P. Petrov (Taganrog) - "The Problem of Spa-
tial Obertones in Resonators. Stray Resonance"i A.
I. Tereshchenk-o, V,A. Korotkin (Khar~kov) "The Possibi-
Card 9/27 lity of Improving 174agnetron System Parameters"; A.S.

06548
SOV/142-2-2-24/25
The Third All-Union Conference on Radio Electronics of the TdVO
SSSR
Bondarev (Kiyev) -- "Deformation of an Electromagnetic
Field in Resonators with Non-Ideal Walls"; A.I.
Tereshchenko (Kharlkov) - "The Dependence of Magnetron
Resonator System Properties on the Resonator Shape";
and other papers. Problems dealing with shf measure-
ments were investigated in the-reports of.C K.P. Yat-
sub- (Khar1kov) -"The Utilization of Slow Surface
Waves for Measuring the Specific Inductive Capacitance
of Materials at Super-High Frequencies"; R.N. Bondar-
enko, Ye.D. MaybcvodBj V.I. Strikha (Kiyev) - "The De-
tector Input Impedance Measurements by the Method of
ahf Load Characteristics"; M.M. Rayner, I.D. Khmel2-
kov - "A Method of Mleasuring the Q-Factor"; and others,
Some problems of shf engineering were contained in the
reports of2 G.A. Orlovskiy (Kiyev) - "The Possibility
of Utilizing Heterogeneous Lines as Oscillatory Sirstem_-
of shf Generators"; V.P. Sazonov (Moscow) - 1171ide-
Band Matchin-- of Coaxial Lines With a Spiral"-. Ya.
Cara 10127 1,11. Turove~r (Moscow) - "Matching of Coaxial Lines With

06548
SOV./142-2-2-24/25
The Third All-Union Conference on Radio Electronics of the 1.1VO
SSSR
Rectangluar Waveguides in the Presence uf a Conical
Antenna"--- and others. In the section "Quantum Radio
Bngineer~ng and Radio Spectroscopy" 18 reports were
heard. The report of V.A. Gaponov kGor~kiy) titled
"Impact Blectromagretic Waves on Ferrites", was heard
with great interest. The report of L.L. 14yasnilcov
(Gor~kiy) dealt with "The Quantum Magnetic Acoustic
Effect". The author considered the nuclear magnetic
resonance and the electric paramagnetic resonance with
ultrasound excitation of a crystal lattioe. V.M.
Fayn (Gor,kiy) re-ocrted on "The Theory of a,Coherent
Spontaneous Radia~ionl', considering some problems of
this theory in the radio range and showed that the
interaction thru the common radiation field leads to
a shift of the own frequencies of the system. The
future application of the phenomena in ferrites for
amplification and generation of shf oscillations were
discussed in the reports of V.P. Tychinskiy (Moscow),
Card-11/27 I.A. Deryugin and TJ.A. Sigala (Kiyev). Yu.S. Konstan-

06548
SOV/142-2-2-24/25
The Third All-Union Conference on Radio Electronics of the DIVO
SSSR
tinov (Moscow) reported on "An Apparatus for Measuring
Chemical Shifts of Nuclear Magx,gtic Resonance". Ya.
M. Shamfarov (Kharlkov) explaineJ the results of the
work "A Highly Sensitive Paramagnetic Radio Spectro-
meter for the Frequency of 900 megacycles", in which
frequency stabilization of the signal klystron by the
measuring resonator and also automatic frequency con-
trol of the local heterodyne were used. The paper of
G.L. Suchkin (Gorlkiy), titled "The Theory of the Para-
metric Mixer With Magnetic Semiconductors" contained
an analysis of a resonance and non-resonance parametric
mixer built with ferrites. The report of I.A. Kalya-
dina, V.P. Laguzov, G.I. Rukman, Ya.A. Yukhvidin (Mos-
cow) dealt with "A Modern Atom Ray Device for shf
Stabilization". The report contained information on
the construction, principle of functioning and tech-
nical application of atom ray frequency standards.
At the section "Propagation of Radio 71aves and Radio
Card 12/27 Astronomy" 16 reports were heard. A great number of

06548
SOV/142-2-2-24/25
The Third All-Union Conference on Radio Electronics of the MVO
SSSR
them was devoted to problems of radiation and propaga-
tion of radio waves in plasma and, partially, in the
T
ionosphere. AM the paper of G.G. Getmantsev (Gorikiy)
titled "The Non--Thermal Cosmic Radio Radiation",-the
author explained radio radiation by a plane component
on the principle of magnetic retardation radio radia-
tion of relativisti.~_. (cosmic) electrons. The report
of V.V. Zheleznyakov dealt with "The Magnetic Retarda-
tion Radiation and the Resonance Absorption in Plasma'.'
The author considered the connection of resonance ab-
sorption'of ordinary and extraordinary electromagnetic
waves at frequencies close to the multiple of the gyro
frequency with magnetic retardation radiation of plas-
0
ma electrons, He,also discussed the problem of the
radiation intensity of electron flows moving in a
magnetic field. The paper of V.D. Gusev, S.P. Mirkotdan
tin, L.A. Drachev, Yu.V. Yuyerezin, M.P. Kiyanovskiy
(Moscow) dealt with "The Results of an Investi-ation
Card 13/27 of the Parameters of the Irregular Ionosphere by the

06548
SOV/142-2-2-24/25
The Third All-Union Conference on Radio Electronics of the TW.O
SSSR
Phase Method". Large heterogeneities and their motion
in the ionosphere were investigated by the method of
recording changes of the phase path of a signal re-
flected by the ionosphere. The second paper of the
aforementioned authors dealt with "A Method of Cor-
relation Proceswing of Fluctuations in the Presence
of Slowly Changing Non-Stationary Components". Inter-
esting results concerning the radio location of the
moon were stated by M.M. Kobrin (Gorlkiy). The report
of B.S. Shapiro, titled "An Investigation of the Ion-
ization Distribution in the Altitude of the Ionosphere
by Means of Vertical Radio Sonding", dealt with a me-
thos suggested by the author for determining the geo-
metric parameters of ionosphere layers by ionosphere
data tables. B.A. Benedikta7, N.A. lilityakov (Gorlkiy)
considered "The Calculation of the Influence of the
Earth's Magnetic- Field on Radiation". The report of
A.A. Semenov, G.A. Karpeyev (11oscow) dealt with "The
Card 14/27 Connection Between the Frequency Fluctuations of the

06548
SOV/142-2-2-24/25
The Third All-Union Conference on Radio Electronics of the UIVO
SSSR
Field Amplitude and the Drift Speed of Heterogeneities"
Du Len-Yao, A.N. I-Jalakhov, V.M. Plechkov, V.A. Razin,
V.A. Rakhlin, K.S. Stanlrevich, K.M. Strezhneva, Tan
.Shou.;Pe, V.S. Troitskiy, V.V. Khrulev, N.M. Tseytlin
(Gor kiy) reported on "The Observation of the Circular
Sun Eclipse on April 18, 1958, on 1.63, 3.2 and 10 cm
Waves". They explained the construction of sun simula-
tors on the principle of intensity measurements of the
solar radio radiation during the eclipse. The reports
titled "The Radio Electronic Part of Solar Magneto-
graphs NIZMIRII by I.D. Gits, E.I. Mogilevskiy, B.A.
Ioshp, and "Electrical Light Modulators of Solar Mag-
netographs NIZHIR11 by I.A. Zhulin, were devoted to the
electronics of solar magnetographs. V.Ye. Kashparov-
skiy considered "A Now Method of Measuring, the Conduct-
ivity of Soil in Regard to Wave Attenuation and the
Results of Comparing the Measurements With Known Me-
thods". Ya.I. Likht-er, G.I. Terin reported on "The
Card 15/27 Static Properties of Atmospheric Radio Noise Field

06548
SOV/142-2-2-24/25
The Third All-Union Conference on Radio Electronics of the 1TV0
SQSR
Intensity". B.N. Gershman (Gorlkiy) delivered the re-
port "The Theory of Low Frequency Wave Propagation in
a Magnetic-Active Plasma". At the section "General
Radio Engineering" 11 reports were heard resulting in
a discussion showing the great interest of the confer-
ence participants in the problems presented in the
reportt3. V.A, Kovallchuk (Kiyev) reported on "The Fre-
quency Division in Two-Circuit Self-Oscillators". In
connection with obtaining highly stabilized slif oscil-
lations, the author suggests a method for producing
oscillations of the same stability in other radio fre-
quency ranges,, V.A. Malyshev (Taganrog) reported on
"The Solution of Problems of the Theory of Self-Oscir-
lators With One Nonlinear Element". In the report of
V.P. Kovalev (Moscow), titled "The Determination of
the Modulus and the Phase of Electrical Field Strength
at Super-High Frequencies by Means of Simultaneous
Time Field Components Measurements", a method is sug-
Card 16127 gested which is different from the known method of

06548
SOV/142-2-2-24/25
The Third All-Union Conference on Radio Electronics of the T;11V0
SSSR
simultaneous automatic measurements of time field
components. The author also presents a model labor-
4 S
atory device for th. purpose. Ye.A. Domanova (Kharl-
kov) reported on "An Investigation of an Attenuator
Based on the Effect of Current Carrier Concentration
Changes in a Thin Semiconductor, Located in a Magnetic
Field With Electrical Current Passing Thru It". The
report of M.M. Gratsianska~a(Moscow), titled "The Vis-
ibility of Signals on the Screen of an Electron Ray
Tube", was devcted to an investigation of the opera-
tional characterist-ics of electron ray tube screens.
A.A. Tyutin (Kiyev) reported on "Elements of a Tele-
vision Computer for Obtaining Layer and Volume Roent-
genograms". He considered one of the possible applica-
tions of a new X-:ray engineering method suggested in
1956/1957 by the Corresponding Member of the UkrSSR
AS, S.I. Tetellbaum, A.A. Bessonov (Leningrad) de-
livered the report on "The Reliability of Radio Elec-
Card 17/27 -tronic Devices". It was the only report at the

06548
30'1/142-2-2-24/25
The Third All-Union Conference on Radio Electronics of the 1JVO
SSSR
conference dealing with investigations of the elec-
tronic e uipment reliability. The paper of V.P.
Lyannoy Niyev), titled "The Investigation of Inte-
grator Errors for Performing the Optimum Amplitude-
Phase Modulation and Their Correction", dealt with an
investigation of integrator errors on behalf of finite
integration limits. The correction method suggested
provides the possibility for obtaining the required
functional conversions for performing the optimum
amplitude-phaze modulation. The conference partici-
pants re-arded the optimum amplitude-phase modulation
as a new method providing a considerable improvement
in increasing the effectiveness of broadcasling,
The paper of A.G. Kislyakov (Gorlkiy), titled "The
Sensitivity of Measurements of Weak Signals 1Yith a
Narrow Spectrum"', contained the results of an inve~t-
igation of different types of receivers for weak sign-
als with narrow Spectrums. The section terminated!
Card 18/27 its work with the report of I.A. Fastovskiy (Lenin-'

06548
SOV/142-2-2-24/25
The,Third All-Union Conference on Radio Electronics of the MVO
SSSR
grad), titled "A Device for Radio Noise Analysis".
At the section "Semiconductors and Their Application
in Radio Equipment" 17 papers and reports were read,
A number of papers dealt with the phy8ical properties
of semiconduct,rs. The paper of V,Ye. Lashkarev, R.
M. BondareDk,-_~,, V.N. Dob-ovol-2skiy, V.G. Litovchenko,
G.P. Zubrin, V.--*. Strikla (Kiyev) dealt with "Elec-
trical and Recombination Properties of Germanium 71ith
Beryllium Admixtures" in a wide range of concentrations-
V.N. Vertoprakho,a (Tomsk), "The Anisotropy of Some
Germanium Monocrystal Properties" showed that the
photomagnetio effect's in germanium monocrystals depend
essentially on the state of the specimen surface.
A.P. Vyatkih (Tomsk) reported on "An Investigation of
Germanium Contact Properties With Metals and Alloys".
The author studied the process of producing and shap-
ing an alloy contact between germanium and indium. in
dependence on the crystallographic orientation of
Card 19/ 27 germanium surfaces and other factors. "The Investiga-

06546
SOV/142--2-2-24/25
The Third All-Union Conference on Radio Electronics of the MV0
SSSR
tion of the Temperature Dependence of Germanium Noises"
was the subject of the report of V.V. Potemkin and G.
A. Chukim (Moscow) in which they investigated the ex-.
cessive noise appearing at low frequencies and which
presents difficulties in the amplification of weak
signals. V.A. Malyshev (Taganrog) reported on "The
Theory of Modulation Properties of Photoresistor6 and
Luminophores". He explained the results of theoretical
plotting a generalized modulation characteristic in
case of the most simple luminescense photoconductivity
mechanisms. The paper of N.S. Spiridonov (Kiyev) dealt
with "Frequency Properties of Drift Transistors". N.
V. Aleksandrov, L.B. Gorskaya, Ye.M. Gershenzon, V.
S. Etkin (Moscow) investigated "The Influence of a
Germanium Plate on the Wave Propagation in a Waveguidell
They showed that a current passing thru a germanium
plate in a waveguide may be used for controlling the
amplitude and phase of an electromagnetic .,iave. The
Card 20/27 other reports in this section were devoted to different

06548
SOV./142-2-2-24/25
The Third All-Union Conference or, Radio Electronics of fhe IWO
SSSR
applications of semiconductors in radio equipment.
Ye.F. Doronki.-, (Kiyev) explained "The Calculation of
Temperature Compensated Circuits of Semiconductor
Relaxation GeneratGrS". "An Analysis of Phantastron-,
Type Semiconductor Generators of Linearily Changing
Voltages" was considered by B.V. Voskresenskiy ~Kiyefl,
A.N. Yakun"kin (Saiatcv) reported on "The Problem of
the Oscillation Excitation Mechanism of a High Fre.-
quency Generator 'With a Point-Contact Semiconductor".
S.M. Gerasimov (Kiyev) described the results of "An
Investigation of Self-Osc-Ll.lators 1.11ith Compound
Transistors" T
~.N. Migulin (Kiyev) reported on "An
Investigation of Some Semiconductor Amplifier Cir-,
cuits",, S.I. Malashenko (Kiyev) reported on rdethods
for increasing the stability of a -transistorized dc
amplifier. G.I. Olifirenko (Dloscow),, "Transistors in
a Line Scannin- Oscillator", presented the results of
an theoretical and experimental investigation, B.P.
Card 21/27 Bespalov (Kiyev) performed "An Investigation of Some

06548
SOV/142-2-2-24/25
The Third All-Union Conference on Radio Electronics of the MVO
SSSR
Frequency Stabilization Methods in Semiconductor Self-
Oscillators". The section terminated its work with
the report of Ye.K. Vasillyev (Moscow), "Phenomena of
Contact Transitions in Transistors and Some of Their
Applications". At the final plenary session on Janu-
ary 27, 1959, Corresponding Member of the AN USSR,
V.I. Siforov delivered the report "Problems of Communic-
ation Channels With Parameters Changing at Random".
I.A. Kukurite, G.I Rukman, O.Ya. Savchenko, IvI.K.
Safonov, G.M. Khapianov (Moscow) presented ihe review
"The Future Application of Some Optical Radio Physi-
cal Phenomena for Designing New SHP Devices". The au-
thors considered the possible application of optical
physical devices uoing the low-inertia Faraday, Kerr
and other effects, in which alternating fields influ-
ence the optical properties of matter. The conference
participants approved a number of resolutions concern-
ing the direction of further research work, Inter-
Card 22/27 departmental and specialized conferences on radio phy-

06548
SOV/142,-2-2-24/25
The Third All-Union Conference on Radio Electronics of the NVO
SSSR
sics and electronis must be convened, The material
bases of vuzes must be increased in connection with
the introduction of industrial training of students.
The investigations of the optics of charged beams,
plasma and gas discharge must be expanded. The intro-
duction of new radio wave ringes mijot be emphasized,
as well as the development, of new calculation methods
for the design of high-power shf equipment and the
development of shf radio measuring methods. In con-
nection with the development of accu_rate electrody-
namic calculation methods for shf systems, it. is neces-
sary to develop or. this basis simplified engineering
calculation methods and to compile their results in
tables, graphs and nomograms. The theoretical and
experimental investigation under consideration of
nonlinear phenomiena must be performed on new methods
of amplifying and generating super-high frequencies
on the basic of phasochronous interaction of fast and
Card 23/27 spatial harmonics of electronic beams with fields of

o6548
SOV/142-.2-2-24/25
The Third All-Union Conference on Radio Electronics of the TWO
SSSR
parametric interaction. The effectiveness of existing
devices must be increased. The development of low-
noise parametric devices and high-power generators for
communications and other purposes must be speeded up.
The extent of investigations in the field o-f" radio
astronomy and propagation of radio waves is inadequate
and insufficiently coordinated between the vuzes. The
number of investigation subjects is growing at a too
slow rate. These conditions are especially noticeable
when comparing the conference program section of the
present and the second conference at Saratov. Vuzes
do not work actively enough in the field of quantDm
radio physics and radio spectroscopy. The conference
participants agreed that the work J_n this field at
vuzes must be continued and requested the EIVO SSSR and
the WO UkrSSR to cooperate in a commission on ferrot-
magnetics (K.M. Polivanov) and ferrites ( 'A.A. Piotol'-
kors) and to include the work performed at vuzes in
Card 24/27 the general plan of the AS USSR and the Gosudarstvennyy

06548
SOV/1142- 2-2 -24/2 5
The Third All-Union Conference on Radio Electronics of the 1MVO
SSSR
Komitet po radioelektronike (State Committee for Radio
Electronics). The latter and the TNO 33SR and 1JVO
UkrSSR were requested to cooperate with the vuzes in
the ffeld of quantum radio physics and radio spectro-
scopy. The importance of the investigations of prob-
lems of the in+~eraction of ultrasound with spin waves
effected by the action of ultrasound on ferrites was
emphasized, In the field of general radio engineering
a coordination of Q-ie. viork on. the optimum amplitude-
phase modulatior is required. The Ministerstvo svyazi
USSR (Ukr Pliniotry of Comiaunications) was requested to
convert one of the existing radio stations to the op-
timum amplitude-phase modulation for gathering practi-
cal experience for an overall introduction of this
modulation system. In the field of semiconductor
devices and their application it is necessary to deve-
lop the theory of amplification and generation oi
oscillations in the latest types of semiconductor de-
Card 25/27 vices. The development of new devices must be intensi-

06548
SOV/142-2-2-24/25
The Third All-Union Conference on Radio Electronics of the WO
SSSR
fied. The State Committee for Radio Electronics at
the USSR Council of Ministers was requested to pro-
vide further technological improvements of semicon-
ductor devices with a minimum parameter spread. The
conference participants requested the TWO SSSR and the
UVO UkrSSR, to organize courses of radio equipment
reliability at radio engineering faculties not later
than 1959 1960. A number of spacialists must prepare
training aids for the theory of reliability within the
shortest time. Also diploma projects of graduating
students should include theoretical and practical
problems of radio equipment reliability. It is plan-
ned to conduct the Fourth All-Union Conference of the
MVO on Radio Physics at the Kharlkovskiy gosudarstven-
nyy universitet (Kharlicov State University) in Novem_
ber 1960 with sections Radio Measurements, Electro-
Card 26/27 dynamics and Electronics of Super-4figh Frequencies

06548
SOV/142-2-2-24/25
The Third All-Un�on Conference or. Radio Electronics of the TIIVO
SSSR
and Reliability of Radio Equipment.
SUBMITTED: February 10, 1959
Card 27/27

81112
sl 14W60/000/01/004/022
6140ao EAO/E463
AUTHOR: Lyannoyo V.P
W...
TITLE: A Study of Integrator Error in the Optimal Amplitude-
Phase Modulation System and Methods of Correcting It
PERIODICALi Izvestiya vysshi%h uchebnykh zavedeniy, Radiotekhnika,
196o, Nr 1, pp 4o-48 (USSR)
ABSTRACT: This paper was presented at the Third All-Union
CnrfPrPnnP of thp TTqqR Ministrv of Defence on Radio
Electron�cs, Klyev, 1959-X
The optimal amplitude-phase modulation system described
in the article is identical with single-sideband systems
using broadband phase shifters for cancellation of one
sideband. It is claimed that the system was proposed by
Tetellbaum in 1938 but no reference is given. The
article analyses a circuit in which the necessary phase
shift of M/2 over the entire modulation spectrum is
realized by an integrator. Error occurs as a result of
finite integration limits and discrete summation. Analysis
shows that these errors influence the amplitude but not
the phase characteristic of the integrator. The error
Card 1/2 due to finite limits of integration is most strongly

81112
S/142/60/OOC/01/004/022
E140/E463
A Study of Integrator Error in the Optimal Amplitude-Phase
Modulation System and Methods of Correcting It
expressed at low frequencies. The error due to
discrete summation is most strongly expressed at high
frequencies. These errors lead to incomplete
suppression of the unwanted sideband and non-linear
distortion of the program. A correction voltage may be
obtained using supplementary integrators at the input
and output of the principal delay-line integrator. A
numerical example indicates that with this correction,
the amplitude characteristic of the integrator is
practically independent of frequency from 250 cps.
This can, of course, be further improved by extending
the limits of integration. There are 2 figures and
4 Soviet references.
SUBMITTED: May 20, 1959
>'~-[Annotation: Correctly Third All-Union Conference on Radio Zlectroni2 , Kiyev,
of the Ministry of Higher Foducation (MVO)]
Card 2/2

4
82969
S/142/60/003/002/009/022
E192/E382
AUTHOR: Lyannoy, V.P.
116
TITLE: A Wideband Phase Shifter with an Artificial Delay Line
for the System of Optimum Amplitude-phase ModulationZ
PERIODICAL: Izvestiya vysshikh uchebnylch zavedeniy,
Radiotel;hnika, 1960, Vol- 3, No. 2, pp 247 - 253
TEXT: The theory of optimum amplitude-phase modulation shows
that the conditions of optimum modulation are achieved when the
phase of the high-frequency oscillations is varied in accordance
with (Ref. 1):
1 1n U(t + x)
e(t) - P, dx (1)
x
A system for a continuous evaluation of the functional -11,(t)
is referred to as an integrator and was first prepared by
Tetel'baum (Ref. 2). In the following an attempt is made to
realise a practical circuit of this type. The integrator is
in the form of a wideband phase-shifter which shifts the phases
Card 1/4

82969
S/142/60/003/002/009/022
A Wideband Phase Shifter with anoiMPIPfal Delay Line for
the System of Optimum Amplitude-phase Modulation
of the harmonic components of the logarithm of the modulating
voltage by ';1-/2 . Such a phase-shifter should meet the
following conditions: - it is necessary to operate with a
standing wave over a required frequency bandwidth, and all
the frequencies should be delayed by an identical amount, i.e.
the phase characteristic should be linear. The circuit diagram
of the phase-shifter is shown in Fig~ 1. This system can be
regarded as a uniform multi-element network. This device should
have a constant attenuation across all the elements; this
condition is expressed by Eq. (2), where R is the leakage
resistance of a capacitor; the significaneZ of the other symbols
in Eq. (2) should be clear from Fig. 1. The network can be
employed not only in the optimum ampltude-phase modulation but
in other systems where a constant phase-shift of f1-/2 is
required. The main parameters which determine the elements of
the network are the minimum and maximum operating frequencies,
F mJ.Ln and Fmax The upper frequency determines the delay time;
this is given by &t = 112TVF max The number ot the stages
Card 2/4

82969
S/142/60/003/002/009/022
E192/E382
A Wideband Phase Shifter with an Artificial Delay Line for
the System of Optimum Amplitude-phase Modulation
.2n --n the network is determined by Fmin since
F is determined by the
Min 1/8n4t The resistance R,+1
attenuation coefficient y as well as R 0 this is expressed
by Eq. (5), where r is the "adding" resistor. The above
formulae are employed to evaluate a phase-shifter operating at
frequencies between 200 And 12 000 cps. The characteristics of
this device are illustrated in Fig. 2, where Curve (a)illus-
trates the amplitude response of the shifter without a
correcting circuit, Curve(PI) is a corresponding calculated
4W%is the am 11tude characteristic of the
characteristic, Curve.LC2) P
shifter with a correcting network consisting of a differentiating
circuitand an integrating circuit, and Curve(61) is the corres-
ponding calculated characteristic. It is seen,-,therefore, that
the calculated results are in good agreement with the experimental
data.
Card 3/4

82969
S/142/60/003/002/009/022
ZlRr4f ill 2
A Wideband Phase Shifter with an 1cial Delay Line for
the System of Optimum Amplitude-phase Modulation
There are 2 figures and 5 Soviet references.
ASSOCIATION: Kafedra radioperedayushchikh ustroystv
Kiyevskogo ordena Lenina politekhnicheskogo
instituta, (Chair of Radio Transmission Devices of
the Order of Lenin Kiyev Polytechnical Institute)
SUIMITTED: July 16, 1959
Card 4/4

24228
7, It S/142/61/004/001/007/008
E033/E135
AUTHOR: Lyannoy, V.P.
TITLE: The possibilities of utilization of simultaneous
amplitude and ph 'ase modulation methods in high-
frequency radio broadcasting
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy,
Radiotekhnika, 1961, Vol.4, No.1, pp. 84-93
TEXT: To obtain the.advantages of single-.4ideband working
with existing AM receivers, several methods of compatible
amplitude-phase modulation (AFM) systems have been proposed and
investigated. In the general case, the variation of current in the
transmitting antenna with AFM can be written:
i = I(t) sin EW 0t + F(t)3
where I(t) and F(t) are functions determined by the time
function U(t) of the transmitted programme; wo is the carrier
frequency. In general, the modulating function U(t) can be
expressed by the Fourier integral
Card 1/5

.24228
The possibilities of utilization of.... S/142/61/004/001/007/008
E033/EI35
max
UM U0 + U U1 sin [rLt + y (A)'~ dfl (IL Max,:-E>O; F(0=~MI,-=
00
InU
U + X)- dX P S . (t + X) dx
X X
_CO -CO
(the theoretical width of the ant'enna current spectrum equals
Card 2/5 Inax)

24228
s/142/61/oo4/ool/007/00
The possibilities of utilization of... E033/E135
2) for OAPM with linear-law detection
I W a2U (0; 0 (0 >, e > 0; F (t) E)
00
p j, LT _(WO d,;
CO
(the theoretical iridth of the antenna current spectrum equals
2 flmax)t where: al, a2 are constants; c is as small a positive
value as is required; x is a variable independent of time;
p denotes the principle value of the integral. The block diagrams
for the-two OAPM systems are produced. The particular features and
possibilities of OAFT-1 are considered with reference to a pure "tone".
It is concluded that: 1) with square-law detection, OAPM enables
the transmitter bandwidth (with 10050' modulation) to be halved;
2) the modulated spectrum differs fundamentally from that of
single-side band working in that it can be received without
distortion by square-law detection AM receivers; 3) OAFM for
square-law detection is not compatible with receivers using linear
detection; 4) OAPM for linear detection is compatible with both
transmitting and receiving equipment in present day use;
Card 3/ 5

24228
The possibilities of utilization of.... S/142/61/004/ool/oWoO
E033/EI35 -
5) the reduction in the spectrum under operational conditions is
ensured by the following factors - (a) the displacement of the
spectrum into one sideband, (b) non-linear change in the
amplitudes of the spectral components when the modulation depth
changes, and (c) the statistical properties of an actual.programme.
The compatible single-sideband systems proposed by L.R. Kahn and
others in the U.S.A. are critically examined.
There are 7 figures and 26 referencesz 14 Soviet-bloc and 12
English. The four most recent English language references read:
Ref.16': L.R. Kahn. Improved compatible single-sideband equipment
for standard broadcast service. IRE Nat. Convent., Rec. 1958,
6,-No. 7, 55-60.
Ref.17: J.R. Costas. A mathematical analysis of the Kahn compatible
single-sideband system. Proc. IRE, No-7, July, 1958.
Ref.19: L.R. Kahn. Comment on "A mathematical analysis of the Kahn
compatible single-sideband system". Proc. IRE. No-7, July
1958.
Ref.20: Frank Marx and Robert M. Morris (American Broadcasting Co.)
WABC Field Test of compatible single sideband transmission.
IRE Nat. Convent. Rec.9 1958, 6, No-7, 55-60.
Card 4/5

2h228
The possibilities of utilization of... S/142/61/004/001/007/008
E033/E135
ASSOCIATION: Xafedra radioperedayushchikh ustroystv
Kiyevskogo ordena Lenina pol-itekhnicheskogo instituta
(Department of Radio Transmitting Equipment of the
Kiyev Order of Lenin Polytechnical Institute)
SUBMITTED: August 15, 1960
Card 1/5

ACC NRz AR7008647 SOURCE CODE- UR/0372/66/ooO/Pl2/Goo6/Goo6
,LAUTHOR: Lyannoy, V. P
n e pro em o non near nc ona rans orma ons n a system of opt mum
amplitude-phase modulation
SOURCE: Ref. zh. Kibernetika, Abs. 12G42
!~F SOURCE: Vestn. Kiyevsk. politekhn. in-ta. Ser. radiotekhn. no. 2, 1965, 225-231
1
TOPIC TAGS: signal modulation, nonlinear automatic control, nonlinear functional
:pperator t phase modulation, amplitude modulation
'ABSTRACT: The author considers the requirements for characteristics of devices for
finding logarithms in systems of optimum amplitude-phase modulation. It is shown that
conventional devices for taking logarithms are not suitable for application in sys-
tems of optimum amplitude-phase modulation since the logarithm of the signal is given
~with respect to levels, while the logarithm of the input signal in optimum amplitude-
phase modulation.must be giten with respect to the instantaneous values of the signal
in the audio frequency range. Functional transformations in a phase-modulated AF
channel are considered for the case of modulation by a "pure tone" and the static-
,characteristics are found for a logarithiftic device rapable of implementing these trans-
formations. The author studies the effect which deviations from ideal in the static
characteristics of an actual logarithmic device have on errors in finding the loga-
rithm of a signal with respect to the instantaneous value. 2 illustrations, biblio-
Igraphy of 7 titles. B. S. [Translation of abstract)
193UB CODE: 09
I Card 1/1 UDC, 62-501.3

L 24U0-00 E7WT(d)/E67(m)/WP(w~/E1iA (d)/EWP(v)/zWP(J)/-T/EaP(t)/-r,'.-IP(k) /EWA (~~q W-6
ACC NR: - --- IJ (c) JD/
AP6011804 IJ SOURCE CODE: UR/0309/66/000/004/0 )33
AbTHOR:--- Llji~o~j B~
ORG-..: none-
TITLE:' Versatil 6 glue-welded aitcraft,
SOURCE: Nauchno-t.ekhnicheskiye obshchestva MR, no. 4, 1966, 30-33
jh4Z*A-)
TOPIC TAGS: 45'UVaircraf t, aircra.,ft material, aircraft test I
aircraft fusela e 3baluminum alloy/AN-',
resin, glue-welding, spotwjUillp 2 4 475"Mrta f t,
b) 6T I ~ n~ , V7;rT I-L"(5 "~~ I KL11-1A-L1-- I VK-IAIS AAL4-
ABSTRACT: Discussed briefly are some of the problems which were encountered in the
riveting and welding of-MILY,.6and Y251.~igh-strength_ajmminum aircraft alloys, and
which led to the developmend5of the glVe-welding technique u;~dih extensively in the
construction of AN-24 aircraft (Cuselage -- 6% glue-welded). An 11-month compr~p-
hensive testing,program is described andVe successful use of FL-4SV~adhesive,L~
cured 7 hrs at 140% is mentioned. The glue-welding tec !9.1ique id described in
general terms and the subsequent use of KLN I d VK-IMS%epoxy-thiokol,resins (poly-
is reported. Fg. - Fha-s-F-f-Tigure.
merized at 145-150*C) Or art [LB]
SUB CODE: 01, 07, 13/ SUBH DATE: none/
Card 1/1

UVARQV~ YU. ~'. ~ ', 2 YANOVA , Kh.!-,
of Lhe PhOtoDynthcrils Cf tw~~ ritmda-t-~ r;f'
apr.:~b growing in the mountOn and piedmont. fruit toner, .,r Aima--At-a
Province. Trudy Inut.bot.0 Kazalch.5,13M 20::'j.,')3-:tll 16 A .
(MIRA

LYANSBERG, L.N., student III kurea; RUDENKO, N.F., prof., doktor tekhn.nauk
Designing the drive of a crosscut-boring machine. Hauch. rab. stud.
GITSO MGI no.7:50-60 1959. (MIRA 14:5)
(Boring machinery-Electric driving)

LYANTSE,V.Ye., student III kurau
Theory of almost periodic functions of two real variables. Haak.zaD.
Vviv. un. no-5:68-73 147. (MLRA 8:11)
(Functions, Periodic)

LYANTSE, V.Z.
Cauchy problem for functions with real variables. Ukr.mat.2hur,
[11 no.4:42-63 '49. (KLRA 7:10)
(Panotiona of real variables)

LYANTSE, V.Ye.; WEDENKO, B.V., diyanyy chlen.
ft~ ~-- ~I !0~
On differential equations in unitary space. Dop.Aff URSR no.4:258-262 '52.
(MI-RA 6:10)
1. Akademi7a-nauk Ukrayinelkoyi RSR (for Hnyedenko). 2. Vvivalkyy politekh-
nichnyy instytut (for kantse).
(Sj~aces. Generalized) (Differential equations)

LYANTSE fililleiiAlf
1 !1!" 111,1110~
A nev method of applying Fourier's integral to the solution of
problems with initial conditions for systems of partial differential
aquations. Nauk.sap.Mviv.un. 22:40-49 '53- (MLRA 10:5)
(Fourier's series) (Diffei6ntial equations, Partial)

LYANTSI V.I. (L'Yov)
One boundary value problem for parabolic systems of differential
equations with a strongly elliptic right side. Kat.sbor. 35 no-2:
357-368 S-0 '54. Mm 7:9)
(Differential equations, Partial)

LTAWTSE, V.N.
- ~
Letter to tba editor. Hat. abor. 39 no.4:525 Ag 156. (HLRA 1012)
(Differential equations, Partial)

AUTHOR8 Lyantse, V.E. SOV/20-121-5-M-0
'"ITLE: Rings of Linear Unbounded Operators With a Decomposition of the
Unit and Their Representations (Kolltsa lineynTkh neogranichennykh
operatorov s razlozheniyem yedinitsy i ikh predstavleniya)
PERIODICAls Doklady Akademii nauk SSSR9 1958,V01 121,Nr 5, Pp 801-804 (USSR)
ABSTRACTs It is proved that the set OL(P) of all linear operators of the
Hilbert space which CCM1MXte in a certain sense with the
decomposition 01 the unit P, forms a ring with respect to the
naturally defined addition and multiplication of operators.
The ring OL(P) ~is closed with respect to the introduced "uniform"
and "strong" limiting processes. If the decomposition of the
unit is of finite multiplicity, then every operator A-ECL(P)
is isomorphic to an operator which in the L 2 carries out the
6
multiplication with a functional matrix. The L 2 is the space
6
of vector functions being integrable in the square with respect
to a distribution matrix 6 . Besides, spectral properties are
considered. Partially the results generalize the results of
Bade lRef 2J and Dunford [Ref 11, partially they overlap with them.
There are 4 references, 2 of which are Soviet, and 2 American.
Card 1/2

Rings of Linear Unbounded Operators With a Decomposition SOV/20-121-5-9/50
of the Unity and Their Representations
ASSOCIATIONiLlvovskiy politekhnicheakiy institut (Llvov Polytechnical
Institute)
PRESENTEDs March 319 1958, by S.L.Soboleyp Academician
SUBMITTEDs February 18, 1958
Card 2/2

1-4 to 83.695
3/020/60/132/05/14/o6g
AUTHOR: Lyantse, V. E.
TITLE: Conditions for the Closeness of the Contraction of a Self-
adjoint Operator 1~
PERIODICALS Doklady Akademii nauk SSSR, 1960, Vol. 132, No. 5,
pp. 1023-1026
TEXT: A self-adjoint operator with a simple spectrum is unitary equi-
valent to the operator A v Which effects the multiplication with the
independing variable in a space L where C' is a non-negative
measure defined on the real line;
L ~K
Let M be the set of all -measurable and G' -almost every finite
complex-valued functions on the real line; L'G- C 2. 146r.The operation
_L makes correspond a linear manifold U-1- C L.to-every subset*
Card 1/3

81695
S/020/60/132/05/14/069
Conditions for the Closeness of the Contraction of a Self-adjoint
Operator
U C MC- as follows:
~V v C- L AcU~
ex4-sts and is = 0 for all u U
Theorem 1: To every operator
X
A c. Ac. F6, Lq AA A
there exists an U C M.. so that
M U
here U contains no functions from L2L (except zero function), i. e.
(2) AX (k)
'while for every u U it holds
Card 2/3

81695
S/020/60/132/05/14/069
Conditions for the Closeness of the Contraction of a Self-adjoint
Operator W 00
X'l-
(3)
Whether for given A (1) uniquely determines the linear manifold
U C_ M ~- remains unsolved, so that (2) and (3) are eventually not
necessary. Under certain additional assumptions the author proves in
theorem 2 and 3 that the conditions (2) and (3) are sufficient and ne-
cessary in a certain sense.
ASSOCIATION: Llvovskiy politekhnicheskiy institut (Llvov Polytechnical
T,nstitute)
PRE iilbt January 21, 1960, by A. N. Kolmogorov, Academician
SUBMITTED: December 28, 1959
Loll'.
Card 3/3

_LY2A.
Generalized concept of a spectral operator. Dokl. All SSISR 142
no.2.-278.-281 Ja 262. (MIRA 15-2)
1. Lsvovskiy politekhmicheskiy institut. Predstavlano
akademikom A.N.Kolmogorovym.
(Operators(Mathematies))
A., (Topology)

LYANTSEI_Y.E. -.) (LIvov)
Generalization of the concept of a spectral measure. Mat. abor. 6f
no.l: 80-120 IV 163.. (AURA 3.615)
(Operators (Mathematics)) (Hilbert space)

LYANTSE, V.E.
Expansion in eigenfunctions of a nonoelf-adjoint differential
opkator with spectral singularities. DAL AN SSSR 149 no.2t
256-259 Mr 163. (MIRA 160)
1. Llvovskiy politekhnichaskiy institut. Prddstavleno akademikom
I.M.Vinogradovym.
(Operators (Mathematics)) (Eigenfunctions)

~TANTSED V.E.
Inversion forwilae generated b7 a slacond-order boundary value
problem on the semiaxia in the class of unbounded functions. Dokl.
AN SSSR 150 no.5:987-990 Je 163. (MIRA 160)
1. LIvovskiy politekhnicheskiy institut. Predstavleno akademikom
L.S.Pontryaginym.
(Topology) (Boandary value problems)

LYANTSE, V.E.; SOKOLOV, I.G.
All-city mathematical seminary at Lvov. U3p. ftir, nauk 18
no.31253 Mv-Je 163. (MIRA 16%10)

LYANTSE, V.E.
Solving certain boundary value problem by Fourier'B rethod.
Dokl. AN SSSR 152 no.4016-819 0 163. (KRA 16: 11)
1. Ltvovskiy politekhnicheskiy institut. Predstavleno akademikom
I.M. Vinogradovym.

. LYANTSE. E.--(Ilvov)
Unbounded operators commutative with resolution of unity. Ukr.
mat. zhur. 15 no.4:376-384 163. (MIRA 17:4)

39hho 65
"'=N 14R.-~ ~AP4047939

lor IX17 -.04% NOW?,:-let Ed I be a- solution of the equation 1y
Xy that sati ., afies,the initial condition
Set
6; (r. dx.

A S S GIG, I k T I Oil i stitut (Ltvov Polyt chnic
'L'Vovskiy ?61itekhnicheskiy n e
SUBMITTED: 27Apr-64 ENCL: 00 SUB CODE: MA
NR IRET Sloy i - d04~-~ OTHER WO -

LYANTSE, V.E.
Non-self-adjoint second-order differential operator on a semiaxis.
Dokl. AN SSSR 154 no.5:1030-1033 F164. (MIRA 17:2)
1. Llvovskiy politekhnicheakiy institut. Predstavleno akademikom
L.S. Pontryaginym.

LYANTSE, V.E.; SOKOLOV, 1.G.
All-City at in llj-',3. T'z~r- ma'. np--.~-K
-4:234 (M~Rk 17: 10'
19 no 164.

LYANTSE, V.E. (L!vov)
Differential operator with spectral singularities. Part 1.
Mat. sboi. 64 no-4:521-561 Ag 164. OMRA 17-,11)

LYA,NTSE,,V.E. (LIvov)
Differential operator with spectral singularities. Part 2.
Mat. Sbor. 65 no.1:47-103 S 164.
1 (MIRA 17:11)

LYANTSE, V.E.
Tnverse problem for a nonself-adjoint operator. Dokl. AN SSSR
166 no.1:30-33 Ja 166. (111RA 19:1)
1. Llvovvkiy cosudarOLVentiTy iniivarsitet im. I.F'ranko. Sub-
mitted Mlay 7, 1965.

KOVALEVSKAYA, I.L.; EPSHTEYN-LIrVAK., R.V.; DMITRIYEVA-RAVIKOVICH,, Ye.M.;
KURNOSOVA, H.A.; SHCHEGLOIIAJ, Ye.S.; FERDIITAIID, Ya.14.;
KHGIIK,, S.R.; MAYMINOVSKIY, LoPe; FETROVA, S.S*;
GOLUBOVA, Ye.Ye.; GONCHARGVA, Z.I.; SARMAMEV, A.P.;
SIZINTSEVA, V.P.; Prinimali uchastiye.- MEDYUKHA, G.A.;
OSOKIMAI L.A.; RACHKOVSKAYA, Yu.K.; OSOVTSEVA, 0.1.;
DEDUSENKOI A.I.; KOVALEVAI P.S.; KARASHEVICH, V.P.;
CHEBOTAREVICH, N.D.; CHIGIRI, T.R.; SKULISKAYA, S.D.;
KECHETZH.TYEV, B.A.; DREIIA, A.S.; ZUSIMAN, R.T.; YESAKOV, P.I.;
SYSOYEVA, Z.A.; ZINGVtYEVA, I.S.; FALICHEVSKAYA, A.A.;
DENISOVA, B.D.; TIMOFEIEVA, R.G.; SYRKASOVA, A.V.;
LYANTSMAN S.G.
--7 --
Reactivity and immunological and epidemiological effectiveness
of alcoholic typhoid and paratyphoid fever vaccines in school
children. Zhur. mikrobiol., epid. i immun. 33 no.7:72-77
J1 162. (141 RA 17: 1)
1. Iz Moskovskogo, Rostovskogo, Omskogo institutov epidemio-
logii i mikrobiologii, Stavropol'skogo instituta vaktsin i
eyvorotok i Ministerstva zdravookiiraneniya RSFSR. 2. Rostovskiy
institut epidemiologii i mikrobiologii (for Kovaleva).
3. Stavropollskiy institut vaktsin i syvorotok (for Synoyeva).
4. Kuyb-f8hevsl-,iy institut epidemiologii i mikrobiologii (for
ZinovIyeva). 5. Saratovskaya gorodskaya sanitarno-epidemiolo-
gicheakaya stantsiya (for Lyantsman).

YUROV, V. S-.; GLEZER, 1. L.-; BALANDINA, A. I.; -
LYANTSMAN, V. L.
Toprover, 0. S.p 1894-
Professor G. S. Toprover. Khirurgiia
No. 3, 1952.
Monthly jA-9t 2f Russian Accossionsp Library of Congressi August 1952. UNCLASSIFIED.

LYANTSM. V. L. Cand IMed Sci -- (diss) "Blood suDply of accelersted
moving peduncles. (Experimental study) " Stolingrqd, 1957. 19 pp
(Stalingrad State Wed Inst)',"150 copies (KL, 11-58, 121)
-124-

LYANUPOV, A.A.
Operations on sets. Aag. i log. 2no.2347-56 263 (MIRA 8 2"!
1. Submitted March 27p 1963a

FALDA, Z.; LYAOI M.
Methods of connecting the vascular systen of a patient with
the hemodialyzer (artificial kidney). Urologiia 28 no.3:
35-40 163 (14IRA 17 0.2)
1. Iz 1-y kliniki vnutrennikh balezney ( dir. - prof. A.
Bernatskiy [Biernac'ki.,A.1) Meditsinskoy akademii v Var-ahave.

ACC NR,
AP6034917 SOURCE CODE: UR/0419/66/000/003/0040/0043
AbJTH0R.-_Lyaonava, T. 'IM.; Svirydaw, V. V.
ORG: none
TITLE,: Absorption spectra of some mercury chalcogenides and variations in them
as a function of light
SOURCE: AN BSSR. Vestsi. Seryya khImichnykh navuk, no. 3, 1966, 40-43
TOPIC TAGS: absorption spectrum, crystal, m ercury halide, halide, light,
diffusion reflection, visible region, phototropic halide
A13STRACT: A study is made of the spectra of diffusional reflection in the visible
reg Se2Br
ion of polycrystalline phototropic chalcogen halides H93S2Br2, H93 21
Hg3s2j2, and Hg3Se2j2 obtained from the interaction between mercury halides and
corresponding chalcogenides within the 170-200C temperature range. It was found
that the absorption edge in the above compounds shifts toward the longwave region
from 420 m 2Br fog Hg Se2j2- Illumination by light from
/,et-for H93S 2 to 550 M/U--, 3
the region of self absorption results In a gradual decrease in the coefficient of
Card 1/2

ACC N'- AP6034917
reflection beyond the absorption edge throughout the entire longwave region.
Kinetic coloration curves are obtained for the above named substances; it is found
that whereas the light sensitivity of the first three substances is approximately the
same, that of Hg 3Se2J2 is considerably greater. Heating of the colored samples
brings about a gradual restoration of the initial reflection spectrum. [Translation
of abstract]- [SP]

LYAPCHENKOV) L.
ContTol the cutting of trees better.
Ap 62.
Fin. SSSR 23 no.4:52-54
(MIRA 15:4)
1. Starshiy revizor-inspektor gosudarstvennykh dokhodov Ministerstva
finansov Tatarskoy ASSR.
(Tatar S.S.S.R.-Lumbering--Accounting)

-hTAPMMQ_AB.I,,: DROZDOVA, K.F., red,; sHZVCBNKO, K.G., takhn.rede
(At the head of the new -movewnt] To giave novogo dvizhaniia.
Khar1kov. Khar1kovskoe knizhnoe izd-vo. 1960. 41 p.
(KW 14:4)
1. Sekretarl partiynoy organizataii zavoda wRlektrotyazhm sh"
(for Lyallenkov).
(Efficiency, Industrial)

SOY/112-58-2-2143
Tra--slation from: Referativ-fyy zh-tLrj:,.a'&, Elekt-roteklmi.11ra, 1958, Nr 2, p 56 (USSR)
AUTHOR: Lyapich, A. V. and Molibushko: 1. K.
TITLE: AC Operation of am Elect:romagnetic Relay
J'Rabota elektrornagr-itnogo rele m.-a peTemennom. toke)
PERIODICAL: Sb. stc-,d. raizcl.---. rabot politeklin. in-t, 1957, Nr 3,
pp W-128
ABSTRACT: The article presents the best resu-Its of the utilization of an EP-100
24-v electr~-,.Tnagnetlc relAy i,~,. AG C-;.-VCLJt13 with no tiTne element and with a
sho.rt-citcuited tu.-m applled, at~ch relayB car, et-ldure AC energizing of their
wind,--Mg for 10-12 mi-nules. The tf!.errnal darability of the winding is consider-
ably Idgher than -.~----der DC (t'-he DC 24-.,/ relay can be gupplied with Z20 -v AG)
Re! ,a-yi- with other windhag dat-a :3ho-uld be rewound. Operating time on AG is
0. 01-0.02 seconds; i. e. , it is tha-n. wiV% DC supply.
M . Kh.
Gard I/ I

XAZHKINA, A.O.; KOVAL't L.A.; LYAPICHEVt B.I.
- ~ - , " ~.., 1! - - -- -- I-
ffElectron mathematics* in the service of geophysics. Izv. AN
Kazakh. SSR. Ser.geol. no.3:100-101 162. (14IRA 150)
(Electronic calculating machines) (Geophysics)

~TAPICHL7,_ o__ Filippovich; SERGITEV, N.G., redaktor, doktor
geologo-Mine o" cheskikh nauk; RZHONDKOVSKAYA, L.S.,
radaktor-, SUSHCHIKH, I.D.;redaktor; RDROXIMA, Z.P., tekh.-
nicheekly redaktor.
[Intrusion complexes of the Pre-Paleozoic and Cambrian in
the BoBhebekul region(neartheastern Kazakhstan)] Intruzivnyo
komplekay dopaloozota i kembriia Boshchekallskogo raiona
(Severo-Vostochrqi Kazakhstan). Alma-ata, 12d-vo Akadenii
naxik Ka2akhokoi SSR, 1955. 134 p. (MLRA 8:11)
(Boahchekal region--Rocks, Igneous)

~-A FJC H 4- v
~) C, -
BORUKAYEV, R.A.; WULkLETOV, S.M.; LYAPICHNV, G.F.; NIKITIN, I.F.
An instance of the manifestation of tourmaline-ore mineraliza-
tion of the Lower Paleozoic in Central Kazakhstan. Vast. AN
Kazakh. SSR 11 no.6:75-79 Je '54. (M]12A 7:8)
(Y.azakhPtan--Geo1ogr, Stratigraphic) (Geolog7, Strati-
graphic--Kazakhstan) (Tourmaline)

k

15-57-12-17223
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 12,
PP 71-72 (USSR)
AUTHOR: Lyapichev, G. F.
TITLE: Some Peculiar Features in the Geological Mapping of
the Mafic and Ultramafic Intrusions of Central
Kazakhstan (Nekotoryye osobennosti geologicheskogo
kartirovaniya osnovnykh i ul'traosnovykh intruziy
Tsentrallnogo Kazakhstana) -
PERIODICAL: Izv. AN KazSSR, ser. geol., 1956, Nr 24, pp 26-39
ABSTRACT: The ultramafic intrusions of Central Kazakhstan occur
in Precambrian rocks lying in the axial zone5 of large
elongated anticlinoria of the serpentine belt. They
are commonly in vertical or steeply inclined enses
or tabular bodies having an area of 5 to 7 kmi, though
some masses cover up to hundreds of square kilometers.
Card 113 Dike rocks (websterite, diallagite, bronzitite,

15-57-12-17223
Some Peculiar Features in the Geological Mapping (Cont.)
gabbro, diorite, and plagioclase granite) are not abundant. The
primary rocks in the ultramafic intrUsives are almost completely
serpentinized. Contact metamorphism of the host rocks is extremely
rare. The principal intrusions represent a single magmatic complex
with spilite-keratophyre formations. The majority of these possess
well-expressed primary banding. The gabbroic rocks are multi-phase,
in advanced stages of differentiation. Two rock branches are differ-
entiated: 1) peridotite, gabbro, quartz diorite, and plagioclase
granite, and 2) peridotite, gabbro, microcline gabbro, syenite and
alkalic ayenite. The study of the composition of the ultramafic and
primary-layered mafic intrusions is effected by observations along
profiles transverse to the length of the masses and to the trace of
the banding. In studying the uniform or almost uniform gabbroic
intrusions, the acid members of the gabbroic series, and the dike
rocks, there is no fundamental distinction in method from that used
for granitic rocks. At active contacts with ultrabasites, amphi-
bolization and talc formation in mafic effusives have been reliably
Card 2/3

15-57-12-17223
some Peculiar Features in the Geological Mapping (Cont.)
noted. Where ultramafic intrusions occur in Paleozoic beds, dike
rocks are not bbserved. This circumstance indicates a fault contact,
At present it may be considered certain that the ultramafic in-
trusions are confined to regional faults. Some of the intrusive
contacts show the effect of hydrothermal solutions of later in-
trusions, forming false impressions of active contacts. In order to
explain the forms and internal structure of the masses of ultra-
basites and gabbroic rocks, it is . necessary to study the planar and
linear flow structures. The chief method of studying the structures
of primary foliated masses is by comparing detailed sections trans-
verse to the trend of the banding. In ore-bearing banded intrusions
it is necessary to trace the individual layers along the strike.
The flow structures of stock-like mafic intrusions rarely have been
well-mapped.
Card 3/3 S. P. Bryzgalina

I '~ I
-I-,- 'I -,r-- - "I ~ ~- -! f- L j ~ -~
BAIMALETOV. S.; ZIIILINSXIY, G.; KOLOTILITT, IW.; LYAPIGBEV, G.; MtR&HM-
ZHANOV. S. w-umammusear,
Urgent problems.In the further development of feological science
in Xhsakhstan. Test. AN Kazakh. SSR 13 no.2:94-97 7 15?.
(TAsakhetan-Geological research) (MLRA 10.6)
'A

BORUUYLPV, R.A.; LYAPICHN, G.F.
Pro-Cambrian stratigraph7 of central ard southern
Izv. AN XEtzakh. SSR. Ser. geol. no.2:7-19 '59i (KRA 13-,2)
(Kazakhstan--Geology, Stratigraphic)

LYAPICHEV, G.r.; MIROSH21ICHEMO, L.A.
Joint scientific commission on the development of mineral resources
of central Kazakhstan. Izv. AN Kazakh. SSR. Ser. gaol. no.2:101-105
'59. (MIRA 13:2)
(Kazakhstan--Mines and mineral resources)

3MMALETOV, S.M.;BESPAWV, V.F.; BOGATYREV. A.S.; BOX. I.I.; GALITSKIY,
V.V.; ZHILINSKIY, G.B.. IVSHIN, R.K.; KAZANLI, D.N.; KAYUPOV,
A.K.; KONEV, A.K.; KUSHEY, G.L.; kTAFWIW,,.a&X.; 143DOTEV, G.TS.-
MONICH, V.K.; WAGKOV, V.M.; ITIKITIN, I.F.; N3VOKFUTSKIT, I.P.;
SATPAYEV, K.I.; SHLYGIN, Ye.D.; SHCIMRBA, G.N.
Eminent geologist of Kazakhstan. Vesl,~Aff K"al-.h.SSR 15 no.l:
94-95 Ja 159. - (KIRA 12:1)
(Borukanv, Ramazan Aslanbekovich, 1899- )

LYAPICHEV, G..F,l Y kand.Zoolooo--iaineralogictioal-,il-.h nauk
k
Proterozoic and Sabair-Caledonian intrusiw compleMes in tha
northeastern part of enntral Eazakhstan, Sbor.nauch.trud.KazlQ*ll
no-184'151-158 159. (MLU 15-,2)
(Kazak-hatan-Rocks, Igneous)

i
SATPAYEV, K.I., Akademik, otv. red.; BOGATYREV, A.S., red.; BDRUKAYEV,
R.A., red.; BOK, I.I., red.; RUSAKOV, M.P., red.; MIRGSHNIGHENKO,
L.A., spets.red.; LYAPIGHEV, G.F., spets.red.; POGOZHEV, A.S.,,
red.; RZHONDKOVSKAYA, L.S., red-.; GASHINA, Ye.A., tekhn. red.
(Productive capacities of Central Kazakhstan) Proizvoditell-
nye sily TSentrallnogo Kazakhatana; trudy. Alma-Ata, Izd-vo
A$ Kaz. SSR. Vol.2. (Minerals and regional geology] Poleznye
iskopaemye i regionalInaia geologiia, 1%0/. YjO p.
(MIRA 16:7)
1. Ob"yedinennaya nauchnaya sessiya po problemam razvitiya pro-
izvoditellnykh ail TSentrallnogo Kazakhstana, Karaganda, 1958.
2. Prezident AN Kaz.SSR (for Satpayev). 3. Ministerstvo geologii
i okhrany nedr Kaz.SSR (for Bo&-,ttyrev). 4. Institut geologiche-
skikh nauk AN Kaz.SSR (for Rusakov).
(Kazakhstan--Mines and mineral resources)
(Kazakhstan--Geology)

ABDULKABIROVA9, I.I.A.; ALEKSANDROVk, I.I.I.; .1"'FONICHEV, N.A.; B,'J.._DAJZTOV,
S.M.; B;,6PALOV, V.F.; BOGDANOV, A.A.; B01,OVIKOV, L.I.; BOPSLIK,
B.I.; BORUKAYEV, R.A.; BUITALKIER, A.K.; B--TOV,., 1.1L.S.; D1~76T-.TSG-11,~'
K.I.; D124BO, T.M.; ZHUKOV, M.A.; ZVONTSOV, V.S.; IVSHIN, N.K.;
KOPYATKEVICH, R.A.; KOSTEICO, N.11.; KUMPAN, A.S.; hU,'.DYUKOV,
K.V.; LAVROV, V.V.;j!j~~~; WCIURKEEVICH, M.V.;
HI191AYLOV, A.Ye.; MUJULYLOV, N.P.; MYCIINIK, M.B.; NIDLENKO, Ye.N.;
NIKITINI I.F.; NEDDROVA, K.V.; NIKOUTIN, N I.; PUPYSII:-"V, N.A.;
i~JS-KATOV, G.I.; REEWaTEN, P.A.; SAVICROVA, A:Ye.; SALIN, B.A.;
SEMYUGIN, N.A.; SEEZOV, A.I.; C11LRNY-AFJ1OVSKIY, A.G.; CHUYKOVA,
V.G.; SHLYGINI Ye.D.; SHULIGA, V.14.; ELIGM,, E.S.; YAGOVKIN, V.I.;
NALIVKIN', D.V., akademik, red.; PMEUYOV, S.V., red.; 11AKEISHIN,
V.A., tokhn.red.
(Geological structure of central and southern Kazakhstan]
Geologicheskoe stroenie TSentrallnogo i lUzhnogo Kazakhstana.
Leningrad, Otdel nauchno-tokn.informatsii, 1961. 496 p.
(Leningrad. Vsesoiuznyi geologicheskii institut.Materialy) no.41)
(Kazakhstan--Geology) (MI1,LA 14-7)

DZEVANSKIY, Yu.K.; DODIN, A.L.; KONIKOV, A.Z.; KRASNYY, L.I.;
VANIKOVSKIY, V.K.; 1.'OSHKIN, V.N.; LYATSKIY, V.B.;
NIKOLISKAYA, I.P.; SAILT, L.I.; SALUIJ, S.A.; RABYI'I,
M.I.; RAVICH, M.G.; POSPELOV, A.G., NIKOLAYEV, A.A.;
IL'IN, A.V.; BUZIKOV, I.P.; MASLENNIKOV, V.A.; NEYELOV,
A.N.; NIFITINA, L.P.; NIKOLAYEV, V.A.[decensed]; OBRUCHEV,
S.V.; SAVEL'YEV, A.A.; SEDOVA, I.S.; SUDOVIKOV, N.G.;
KHILITOVA, V.Ya.; NAGIBINA, M.S.; SHEYNMANN, Yu.M.;
KUZNL'rSOV , V.A.; HZNETSOV, YU.A.; BORUKAYEV, R.A.;
NALIVKIN, D.V., glav. red.; VERF
jX&P_jC1 SHCHAGIN,
V.N., zam. glav. red.; HENNER, V.V., zam. glav. red.;
OVECHKIN, N.K., zam. glav. red.[deceased]; SOKOLOV, B.S.,
red.; SHANTSER, Ye.V., red.; MODZALEVSKAYA, Ye.A., red.;
GHUGAYEVA, M.N., red.; GW)SSGEYY,, V.A., red.; KELLEA,B.M.,
red.; KIPARISOVA, L.D., red.; KOROBKOV, M.A., red.;
KRASNOV, I.I., red.; KRYMGGLITS, T.Ya., red.; LIBROVIGH,
L.S.I red.; LIKHARLV, B.K., red.; LUPPOV, N.P., red.;
NIKIFOROVA, 0.1., red.; POLKANOV, A.A., red.fdeceased];
RENGARTEN, V.P., red.; STEPANOV, D.L., red.;
CHERNYSHEVA, N.Ye.; red.; SHATSKIY, N.S., red.[deceased];
EBERZIN, A.G., red.; S11111NOVA, Z.A., red.izd-va; GUROVA,
O.A., tekhn. red.
[Stratigraphy of the U.S.S.R. in fourteen volumes. Lower
Pre-Cambrian) Stratigraftia SSS11 v chetyrnaftsati to.-mkh.
jjrxjjiU Dokiijbrij. MoskWat 006. 1n2ucb:no-te k--hn'-I -J*4''*o lit-r'y po geologii i
okhrgne nedr. Ft6 I (Asiatic part of the USSR) 1963- 396p.

-LYAPICIfEV, G. F.
First Kazakhstan Petrographic Conference. Izv.AN Kazakh.
SSR.Ser.geol. 22 no.5:97 S-0 165. (IMIRA 18:12)
1. Institut geologicheskdkh nauk imeni K.I.Satpayeva, g.
Aljaa-Ata.

BORIJKJVIEV, R.A., ahademik; KtYUFOV, A.K., doktor
nauk; LYAFICHEV, G.F., kand.geoloj~o-mirierpl. nuuk;
L.A. Y-- kk~ii8-0 " i~~ologo-w-.mineral.nauk
Tectonic and matallogenic regionalization of eastern Fazakhstan.
'lest. All Kazakh. SSR 21 no.11:14-26 11 165.
(MILRA 2E:j2)
1. Akademiya nauk Kazakhskoy SSR (for Borukayev).

~,( 17 11
RISELEV, L.I.; SURVIGIN, N.A.; BESPALOV, V.P.; ABDRAKILIMANOV, K. i . )RON ,
M.D.; MIKHAYLOV, A.P.; BEitZHANOV, G.O.; UAPICHEV, G.F.
Resolutions of the Kazakhstan Petrcgraphic 1zv,AIv'
Kazakh.SSR.Ser.geol. 22 no.5198-103 S-0 165.
(MIFU 18-,12)

LyAPICMff P 1. Go
"Automatic Weld Seam of a Cutting Tool.* Cand Tech Sci, Tomsk Order
of Iabor Red Banner Polytechnic Inst Imeal' S. N. Klror, Kin Higher Zduza~
tl~n USSR, Tomsk, 1935. M, No 10, VAr 55)
SOY Sum. No. 670, 29 Sep 55-Survey of Scientific and Technical Dis-
sertations kefended at USSR Higher Iducational Institutions (13)

137-58-1-910
Translation from: Referativnyy zhurnal, Metallurgliya, 1958, N-r 1, p 130 (USSR)
AUTHOR: Lyapichev, I.G.
TITLE: An Investigation of Automatically Edged High-speed Steel
(Issledovaniye avtomaticheski naplavlennoy bystrorezhushchey stali)
PERIODICAL: Izv. Tomskogo politekhn. in-ta, 1956, Vol 88, pp 207-222
ABSTRACT: The cutting properties of an edged tool of grade R9 steel with
supplementary alloying elements was investigated. Seven groups
of alloyed edging substances were employed: 1) C; 2) Ti; 3) V;
4) Mo; 5) Mo and V; 6) V, Mo and Ti; 7) W. The chemical
compositions are presented. Alloying of the edged metal was
accomplished by means of sticks of ferro-alloys. It was found
that double tempering was the most effective for all the groups
of edging materials except the seventh (first tempering at high
temperature, second tempering at low temperature). The red-
hardness of R9 steel is improved most effectively by Mo (2-3
percent). A favorable effect upon structure and cutting proper-
ties is also afforded by Ti (0.3 - 0.4 percent) with a simultaneous
increase in the C content to 1 .1 - 1 Z percent. The greater the
Card 1/2 number of elements with which steel is alloyed, the more complete

137-58-1-910
An Investigation of Automatically Edged High-speed Steel
is the utilization of the solvent action of Fe, and this facilitates formation
of a complex. coagul'atloh-re's'iotant carbidt Tests of the cutting qualities of
inetal edging (except for the fifth) yielded approximately twice the strength of
that of analogous tools made of rolled R18 steel.
G.M.
1. Machine toola--Design 2. Machine tools-Test methods Machine tools
--Test results
Card 2/2

SOV/ 137-57-10- 19468
Translation from: Referativnyy zhurnal, Metallurgiya, 1957, Nr 10, p 147 (USSR)
AUTHOR:
TITLE: On the Problem of Determination of Chemical Composition of
Metal Deposited by Means of Automatic Welding or Hardsur-
facing (K voprosu o raschete khimicheskogo sostava naplav-
lennogo metalla pri avtomaticheskoy svarke ili naplavke)
PERIODICAL: Izv. Tomskogo politekhn. in-ta, 1956, Vol 88, pp 223-234
ABSTRACT: The determination of the composition of an alloying, cer-
amic, unfused flux (F), or of a flux with a mechanical addition
of ferroalloys, is based upon the following two assumptions:
1) Introduction of ferroalloys into the slag-forming fraction of
the F reduces the degree of overheating of the latter but does
not alter the quantity of molten F; 2) at a constant quantity of
arc energy per linear unit of weld, the amouzits of molten
parent and electrode metal do not depend ori the presence of
ferroalloys in the F. The composition of the F may be estab-
lished by determining experimentally the cross-sectional area
of a bead weld and the consumption of F per 100 g of metal
Card 1/2 deposited, and by computing the quantity of the ferroalloy

SOV/ 137-57-10-19468
On the Problem of Determination of Chemical Composition of Metal (cont.)
which must be added to the F in order to obtain a required proportion of the
alloying element. Experiments confirm the correctness of the computational
procedures. No variations in composition were observed along the height of
the cross section of the weld, whereas deviations from nominal alloying
specifications along the length of the weld did not exceed 3-47o. An analo-
gous procedure is employed in computing the composition of a bar of ferro-
alloys. In order to avoid incomplete penetration, a unit length of the bar
must be at least 2016 lighter than a corresponding unit length of the bead
weld. Prospects of employing shavings of alloyed steels for purposes of
introducing alloying elements into the weld are outlined. It is recommended
that bead-welding operations be performed with welding equipment capable
of advancing the welding electrode at a constant rate.
A. B.
Card 2/2

LYAPICHEV, I.G.
Compensating properties of welding baths. Izv.TPI 85:307-320
157. (MIRA 10:12)
l.Predstavleno prof. doktorom tekhn.nauk A.N. Dobrovidovy-m.
(Electric welding) (Metallography)

AU~7'HCR: Lyapichev, I.G., Candidate of 7ocl-inical ~;c4cnces
T IT LE.- The Alloying ci Bu�lt-m) Metall iii the "Lutomtic c"'
'!igh-Spped Steels~L,,Eirf-.van.L,..1e napiavlennogo
avtomaticheskoy rapInvke bystrore-zhushchikh stalcy)
- -Scn,
PERIODICAL: Svarochnoye Proizvodstvo, 1958, Nr 1, pp 15 - 16 (T)
ABSTRACT: The investigation of various methods of weld-metal alloy-
ing has shown that the preferable method is to tise ferro-
alloy bars and electrode rods of SV-08 type. The chemictil
composition of the weld-metal is given in table !,! 1. This
is mainly Rg-steel, a.-Iditionally alloyed with carbon (group
1) titanium (II) vanadium (III) molibdenum(TV) molybdenum
and vanadium (V), molybdenum and titanium (VI) and tunpsten
(VII). The investi-eations %,iere concentrated on the auto-
matic welding of med--um tungsten high-speed steel (9 - 10/' ,V',)
with a variable content of carbon, vanadium, molybdenum and
titanium, and of high-tungsten steel (17 - 24-~O ';;) w i th a
variable content of carbon and vanadium. The best cutting
qualities were found in the following composition: '-.1'/C C;
4.6;4 Cr; 9-5~~ W; 1.7c'0 V and 2.7f/~ '"'o. Tile addition of ti-
tanium is useful up to a content of 0.3 - 0.4'~. 1.nal-,tic
were suggested for compu~'~ rg the'chemi-
and grahic methods ti
Card 1/2 cal comDositon of the welding bath, to de-termine the admis-

1 :5 5 - 5 8- 1- 5/2.3
The Alloying of BuRt-In &-tal in ~'-:e Surfa/,.jpg
sible hnterogeneity of the forroalloy dcsi~Ce. Lion-fusion
may be consi-dered as a technolop,-iCV.1 indicator of inadmis-
sible heTerogeneity in the cher-.icai conposition of the
-neld metal. There are -,, 0 tables, " Craphs and
j fiptire.
7 Soviet roferencen.
ASSOCIATION: Tomskiy politekhnicheskiy institut (The Tomsk 'olytechnical
Institute)
AVAILABLE: Library of Congress
Card 212 1. Metal-Alloying 2. Welding materials-Test methods 3. Welding
materials-Test results

ALIMOV, O.D., dote., kand.tekhn.nauk; LYAPICHEV, I.G., kand.tekhn.nauk;
SMOV, Ya.A., inzh. "Now- -
Some results of investigating rotar7 impact boring. Naucli dokl.
vys. shkoly; gor. delo no.3:47-55 '58. (MIRA 11:9)
l.Prodstavlena kafedroy gornvkh wnr-Mn i rudnichnogo transport&
Tomokogo, politekhnicheskogo instituta.
(Boring--Testing)

ALIMOV, O.D.; WAPICM, L.G.; MOV, Ya.A.
Inve8tigating rotary-percussion boring. Isv- TPI 106:51-74 '58.
(MIRA 11. 3-1)
(Boring machinery)